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Home My WebLink AboutDrawings_Bard Hall Code Improvements Bid SetGENERAL G-000 TITLE SHEET/PROJECT DATA G-001 GENERAL NOTES, LEGENDS, SITE STAGING PLAN G-002 BUILDING VINTAGES AND TYPICAL DETAILS G-003 CODE COMPLIANCE -SUB BASEMENT AND BASEMENT G-004 CODE COMPLIANCE -FIRST, SECOND, THIRD, FOURTH FLOORS G-005 LAB SUITE PLAN -SUB BASEMENT G-006 LAB SUITE PLAN -BASEMENT G-007 LAB SUITE PLAN -FIRST FLOOR G-008 LAB SUITE PLAN -SECOND FLOOR G-009 LAB SUITE PLAN -THIRD FLOOR G-010 LAB SUITE PLAN -FOURTH FLOOR G-011 LAB SUITE PLAN -FIFTH FLOOR (KIMBALL) G-012 CONSTRUCTION SEQUENCING PLANS SITE L-101 PARTIAL SITE DEMOLITION PLAN, SITE PLAN AND DETAILS STRUCTURAL S-001 GENERAL NOTES S-101 SOUTHEAST STAIR TOWER FOUNDATION & FRAMING PLANS S-102 NORTHWEST STAIR FRAMING PLANS & DETAILS S-301 SECTIONS AT SOUTHEAST STAIR S-501 TYPICAL PRECAST DETAILS ARCHITECTURAL A-101 SUB-BASEMENT AND BASEMENT DEMOLITION PLANS A-102 FIRST AND SECOND FLOOR DEMOLITION PLANS A-103 THIRD AND FOURTH FLOOR DEMOLITION PLANS A-111 SUB-BASEMENT AND BASEMENT FLOOR PLANS A-112 FIRST AND SECOND FLOOR PLANS FIRE PROTECTION FP-001 SYMBOLS & ABBREVIATIONS FP-002 SUB BASEMENT ZONE PLAN FP-003 BASEMENT ZONE PLAN FP-004 FIRST FLOOR ZONE PLAN FP-005 SECOND FLOOR ZONE PLAN FP-006 THIRD FLOOR ZONE PLAN FP-007 FOURTH FLOOR ZONE PLAN FP-008 SUB-BASEMENT FLOOR PLAN FIRE PROTECTION FP-009 BASEMENT PLAN FIRE PROTECTION FP-010 FIRST FLOOR FIRE PROTECTION FP-011 SECOND FLOOR PLAN FIRE PROTECTION FP-012 THIRD FLOOR FIRE PROTECTION FP-013 FOURTH FLOOR PLAN FIRE PROTECTION FP-500 FIRE PROTECTION DETAILS MECHANICAL M-000 MECHANICAL SYMBOLS, NOTES & ABBREVIATIONS M-001 SUB-BASEMENT MECHANICAL PLAN M-002 BASEMENT & 1ST FLOOR MECHANICAL PLANS M-003 2ND FLOOR MECHANICAL PLAN M-004 3RD & 4TH FLOOR/ROOF MECHANICAL PLANS H-000 GENERAL NOTES & SYMBOLS LIST -HVAC H-100 SUB-BASEMENT FLOOR PLAN -HVAC DEMOLITION H-101 BASEMENT FLOOR PLAN -HVAC DEMOLITION H-102 FIRST FLOOR PLAN -HVAC DEMOLITION H-103 SECOND FLOOR PLAN -HVAC DEMOLITION H-104 THIRD FLOOR PLAN -HVAC DEMOLITION H-105 FOURTH FLOOR PLAN -HVAC DEMOLITION H-200 SUB-BASEMENT FLOOR PLAN -HVAC H-201 BASEMENT FLOOR PLAN -HVAC H-202 FIRST FLOOR PLAN -HVAC H-203 SECOND FLOOR PLAN -HVAC H-204 THIRD FLOOR PLAN -HVAC H-205 FOURTH FLOOR PLAN -HVAC H-300 SUB-BASEMENT FLOOR PLAN -CONTROLS H-301 BASEMENT FLOOR PLAN -CONTROLS H-302 FIRST FLOOR PLAN -CONTROLS H-303 SECOND FLOOR PLAN -CONTROLS H-304 THIRD FLOOR PLAN -CONTROLS H-305 FOURTH FLOOR PLAN -CONTROLS H-400 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-401 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-402 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-403 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-404 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-405 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-406 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-407 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-408 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-409 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-410 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-411 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-412 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-413 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-414 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-415 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-416 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-417 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-418 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-419 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-420 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-421 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-422 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-423 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-424 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-425 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-426 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-427 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-428 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-429 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-430 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-431 CONTROL SCHEMATICS & SYSTEM SUMMARIES H-432 CONTROL SCHEMATICS & SYSTEM SUMMARIES A-113 THIRD AND FOURTH FLOOR PLANS, ROOF PLANS A-114 WALL PENETRATION PHOTOS & SUMMARIES -SUB- BASEMENT, BASEMENT AND FIRST FLOOR A-115 WALL PENETRATION PHOTOS & SUMMARIES -SECOND, THIRD AND FOURTH FLOOR A-131 SUB-BASEMENT RCP A-132 BASEMENT FLOOR RCP A-133 FIRST FLOOR RCP A-134 SECOND FLOOR RCP A-135 THIRD FLOOR RCP A-136 FOURTH FLOOR RCP A-201 EXTERIOR ELEVATIONS A-401 EXISTING STAIR SECTIONS AND DETAILS A-402 ENCLOSED STAIR TOWER PLANS AND SECTION A-403 ENCLOSED STAIR TOWER DETAILS A-404 EXTERIOR STAIR PLANS, SECTIONS AND ELEVATIONS A-405 EXTERIOR STAIR DETAILS A-421 ENLARGED PLANS, ELEVATION & DETAIL A-501 EXTERIOR DETAILS A-502 EXTERIOR DETAILS A-503 EXTERIOR DETAILS A-504 PARTIAL ROOF PLAN AND ROOF DETAILS A-601 SCHEDULES AND DETAILS ELECTRICAL E-000 ELECTRICAL SYMBOLS, NOTES & ABBREVIATION E-001 SUB-BASEMENT PLAN -ELECTRICAL E-002 BASEMENT PLAN -ELECTRICAL E-003 FIRST FLOOR PLAN -ELECTRICAL E-004 SECOND FLOOR PLAN -ELECTRICAL E-005 THIRD FLOOR PLAN -ELECTRICAL E-006 FOURTH FLOOR PLAN -ELECTRICAL E-500 RISERS E-600 SCHEDULES & DETAILS FA-001 SUB-BASEMENT PLAN -FIRE ALARM FA-002 BASEMENT PLAN -FIRE ALARM FA-003 FIRST FLOOR PLAN -FIRE ALARM FA-004 SECOND FLOOR PLAN -FIRE ALARM FA-005 THIRD FLOOR PLAN -FIRE ALARM FA-006 FOURTH FLOOR PLAN -FIRE ALARM FA-500 FIRE ALARM RISER & DETAILS H-500 SCHEDULES -HVAC H-501 SCHEDULES -HVAC H-502 SCHEDULES -HVAC H-503 SCHEDULES -HVAC H-504 SCHEDULES -HVAC These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 309 South Franklin Street Syracuse NY 13202315 488 5635 | syracuse@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions SWBR Project #6/12/2020 12:56:51 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS TITLE SHEET/ PROJECT DATA SDF DMKS G-000 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 June 12, 2020 Bard Hall Code Improvements Bid Documents 17435.00 126 Hollister Drive, Ithaca, NY 14853 Architect & Structural Engineer: SWBR 387 East Main Street Rochester, NY 14604 585 232 8300 rochester@swbr.com Mechanical, Electrical, Plumbing, Fire Protection Engineer: Erdman Anthony Associates, Inc. 145 Culver Road, Suite 200 Rochester, NY 14620 585 427 8888 Mechanical Engineer: M/E Engineering P.C. 300 Trolley Boulevard Rochester, NY 14606 585 288 5590 GYPSUM BOARD / METAL STUD SERIES PARTITIONS 3 5/8" METAL STUDS AT 16" O.C. (1) LAYER 5/8" GYPSUM BOARD AT ROOM SIDE ONLY. 1-HOUR RATED SHAFT WALL. 2 1/2" METAL C-H STUDS AT 24" O.C. (1) LAYER 5/8" GYPSUM BOARD AT ROOM SIDE ONLY. (1) LAYER 1" TYPE "X" GYPSUM LINER PANELS AT SHAFT SIDE. FULL HEIGHT PARTITION TO UNDERSIDE OF DECK. 1-HOUR RATED PER ASSEMBLY U.L. #U469 LEGEND INDICATES PARTITION TYPE INDICATES PARTITION HEIGHT ABOVE FINISHED FLOOR: "X" AFC PARTITION TO X" ABOVE FINISHED CEILING UFC PARTITION TO UNDERSIDE OF FINISHED CEILING X'-X"WHERE HEIGHT IS NOTED, CONSTRUCT WALL TO THAT HEIGHT INCLUDING TOP OF WALL CAP 4 7/8"3 5/8" METAL STUDS AT 16" O.C. (1) LAYER 5/8 " GYPSUM BOARD EACH SIDE. 1 HOUR FIRE RESISTANT RATED WHEN INDICATED (WITH OR WITHOUT INSULATION) PER UL U419 A3 UNBALANCED SERIES PARTITIONS SHAFT WALL SERIES PARTITIONS 3 1/8"S1 4 1/4"U8 XX * * A3 INDICATES PARTITION TYPE INDICATES ADDITIONAL SOUND ATTENUATION BLANKETS FOR ACOUSTICAL PURPOSES (REFER TO GENERAL PARTITION NOTES) A ALL STUD PARTITIONS NOT INDICATED WITH A PARTITION TYPE SHALL BE TYPE _A3__. PARTITIONS WITH SOUND ATTENUATION BLANKETS: GYPSUM BOARD TO BE "TYPE X" UNLESS OTHERWISE NOTED ALL PARTITIONS ARE TO BE TO THE UNDERSIDE OF DECK UNLESS OTHERWISE NOTED DIMENSIONS SHOWN FOR EACH PARTITION DESCRIPTION INDICATE FACE-TO-FACE THICKNESS OF MATERIALS LISTED FOR THAT PARTITION PROVIDE LISTED U.L. FIRE-RESISTANT JOINT ASSEMBLIES @ TOP OF ALL WALLS INDICATED TO BE FIRE-RESISTANT RATED THE TOP OF ALL PARTITIONS FRAMED AGAINST THE UNDERSIDE OF STRUCTURES SHALL HAVE PROVISIONS FOR DEFLECTION & RESTRAINT SEE STRUCTURAL DRAWINGS FOR RESTRAINT DETAILS AT THE TOP OF NON-LOAD BEARING CMU WALLS PROVIDE CONTROL JOINTS IN GYPSUM BOARD WALLS & CEILINGS. FOR CEILINGS: • INSTALL CONTROL JOINT IN AREAS EXCEEDING 2500SF. • SPACE CONTROL JOINTS NOT MORE THAN 50 FEET O.C. • INSTALL CONTROL JOINTS WHERE CEILING FRAMING OR FURRING CHANGES DIRECTION. FOR PARTITIONS AND FURRING: • INSTALL CONTROL JOINTS IN PARTITIONS AND WALL FURRING RUNS EXCEEDING 30 FT. • SPACE CONTROL JOINTS NOT MORE THAN 30 FT O.C. • INSTALL CONTROL JOINTS IN FURRED ASSEMBLIES WHERE JOINTS OCCUR IN BASE SUBSTRATE OF EXTERIOR WALLS. CONTROL JOINTS IN FIRE-RESISTANT CONSTRUCTION REQUIRE FIRE-RATED JOINT SYSTEMS OR SPECIAL DETAILING. SEE DETAIL 8 / G-002. FOR STUD CONSTRUCTION NOT EXTENDING TO THE STRUCTURE, PROVIDE DIAGONAL BRACING FROM TOP OF WALL TO STRUCTURE ABOVE. INSTALL AT 12'-0" MAX SPACING AND @ EACH DOOR JAMB REFER TO CODE COMPLIANCE PLANS FOR PARTITION FIRE RESISTANCE RATINGS. GYPSUM BOARD JOINT TREATMENT IN CONCEALED SPACES SHALL BE FIRE TAPED. UNLESS OTHERWISE INDICATED IN A SPECIFIC UL DESIGN, JOINTS SHALL BE FIRE TAPED, AND JOINTS AND FASTENER HEADS COVERED WITH (1) COAT OF JOINT COMPOUND. BASE LAYERS IN MULTI-LAYER SYSTEMS ARE NOT REQUIRED TO HAVE JOINTS OR FASTENER HEADS TAPED OR COVERED WITH JOINT COMPOUND. GENERAL PARTITION NOTES: A. B. C. D. E. F. G. H. I. J. K. L M. N. O. GENERAL NOTES: ALL GENERAL NOTES PERTAIN TO ALL ARCHITECTURAL (A-SERIES) DRAWINGS IN THIS SET CONTRACTOR TO PROVIDE ALL LOOSE LINTELS AT ALL MASONRY OPENINGS EXCEEDING 16" WIDE INCLUDING, BUT NOT LIMITED TO: DOORS, WINDOWS, F.E.C.S., DUCTS, ETC. SEE STRUCTURAL DRAWINGS FOR LINTEL SCHEDULE. LINTEL LOCATIONS FOR PLUMBING, ELECTRICAL AND MECHANICAL WORK ARE NOT SHOWN ON THE STRUCTURAL DRAWINGS. CONTRACTOR SHALL COORDINATE WITH RESPECTIVE DRAWINGS. WHERE DIFFERENT FLOORING MATERIALS MEET, AND A SPECIFIC TRANSITION DETAIL IS NOT INDICATED, PREPARE SUBSTRATE WITH A TRANSITION HEIGHT BUILD UP USING TROWELABLE LEVELING AND PATCHING COMPOUND TO PRODUCE A FLUSH SMOOTH CONDITION. TROWEL MATERIAL FOR A MINIMUM DISTANCE OF 2 FEET FROM A FEATHER EDGE CONDITION UP TO A MAXIMUM SINGLE LAYER APPLICATION THICKNESS OF 1/2". FOR APPLICATIONS THICKER THAN 1/2", PLACE MATERIAL IN SUCCESSIVE LAYERS, SCORING PREVIOUS LAYER, UP TO A MAXIMUM THICKNESS OF 1". PROVIDE CONCEALED STEEL STUD BLOCKING OR 4" x 18 GA CONTINUOUS STEEL STRAPPING ATTACHED TO FACE OF STUDS BEHIND ALL WALL MOUNTED ITEMS SUCH AS: WALL CABINETS, SHELVING, COAT RODS, GRAB BARS, HANDRAILS, TOILET ACCESSORIES, ETC. SEE INTERIOR ELEVATIONS & FURNITURE PLANS FOR ADDITIONAL INFORMATION AND SCOPE EXTERIOR PERIMETER OF ALL WINDOWS, DOORS, CURTAINWALL, STOREFRONT, LOUVERS, OR OTHER ITEMS INSERTED IN OR PENETRATING AN EXTERIOR WALL SHALL BE SEALED WITH BACKER ROD AND SEALANT WHETHER INDICATED ON DRAWINGS OR NOT FLOOR FINISH TRANSITIONS/CHANGES SHALL OCCUR BELOW THE DOOR DIMENSIONS LOCATING INTERIOR PARTITIONS ARE TO THE FACE OF WALL (EXCLUDING FINISH MATERIALS SUCH AS -BUT NOT LIMITED TO: CERAMIC TILE, AND WOOD PANELING) UNLESS NOTED OTHERWISE. SEE PARTITION SCHEDULE FOR WALL THICKNESS ALL EXISTING DIMENSIONS ARE APPROXIMATE AND FOR CONTRACTORS VERIFICATIONS. IF DISCREPANCIES ARISE, NOTIFY THE ARCHITECT (AND/OR CONSTRUCTION MANAGER) PRIOR TO PROCEEDING WITH THE WORK THAT MAY BE EFFECTED BY THE DIMENSION CHANGE EVERY ATTEMPT HAS BEEN MADE TO INDICATE PERTINENT EXISTING UTILITIES AND CONDITIONS AS ACCURATELY AS POSSIBLE FROM EXISTING SURVEYS, DRAWINGS AND OTHER DATA. PRIOR TO THE BID OPENING, CONTRACTORS SHALL WALK THE JOB SITE AND SATISFY THEMSELVES TO EXISTING CONDITIONS. THE ARCHITECT SHALL BE CONSULTED WHEN ANY QUESTION ARISES RELATIVE TO MATERIALS NOT SPECIFICALLY SHOWN OR SPECIFIED ALL EXISTING WORK (CEILINGS, FLOORS, WALLS, PARTITIONS, FINISHES, ETC.) DISTURBED BY NEW CONSTRUCTION, INCLUDING MECHANICAL, PLUMBING, AND ELECTRICAL, SHALL BE PATCHED AND REPAIRED TO RESTORE SURFACES TO THE ORIGINAL CONDITION AFTER INSTALLATION OF OTHER WORK PENETRATIONS THROUGH FIRE-RESISTANT CONSTRUCTION SHALL BE BUILT IN ACCORDANCE WITH U.L. LISTED THROUGH-PENETRATION FIRESTOP SYSTEMS. SEE CODE COMPLIANCE PLAN FOR PARTITION LOCATIONS. PENETRATIONS THROUGH NON FIRE-RESISTANT RATED HORIZONTAL ASSEMBLIES, NOT PROTECTED BY A SHAFT ENCLOSURE, SHALL HAVE ITS ANNULAR SPACE FILLED WITH NON-COMBUSTIBLE MATERIAL TO PREVENT THE PASSAGE OF FLAME, SMOKE FUMES, AND HOT GASES. NON-COMBUSTIBLE PENETRATING ITEMS SHALL NOT PENETRATE MORE THAN 3 FLOOR ASSEMBLIES. COMBUSTIBLE PENETRATING ITEMS SHALL NOT PENETRATE MORE THAN 1 FLOOR ASSEMBLY 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. PROVIDE SOUND ATTENUATION BLANKETS IN ALL CAVITY SPACES IN WALL FULL HEIGHT THICKNESS OF BLANKETS IN STUD WALLS SHALL BE EQUAL TO THICKNESS OF CAVITY TO NEAREST 1/2", UNLESS INDICATED OTHERWISE PARTITIONS TO BE SEALED @ THE PERIMETER, BEHIND CONTROL JOINTS, AROUND OPENINGS AND AT ALL PENETRATIONS WITH EACH LAYER OF BOARD TO RECEIVE A BEAD OF NON-HARDENING SEALANT SEE WALL TYPE DESCRIPTIONS FOR CONDITIONS REQUIRING MINERAL FIBER SAFING INSULATION BATTS 1. 2. 3. 4. REFER TO CODE COMPLIANCE PLAN(S) FOR PARTITIONS REQUIRED TO BE FIRE-RESISTANT-RATED CONSTRUCTION. GENERAL SCHEDULE AND LOGISTICS NOTES: REFER TO SITE STAGING PLAN 1/G-001 FOR SITE REQUIREMENTS. WORK AREAS MUST ADHERE TO THE MILESTONE / SEQUENCING SCHEDULE IN THE GENERAL REQUIREMENTS AND SHEET G-012.ANY DEVIATIONS WILL NEED TO BE APPROVED BY THE OWNER. THE FOLLOWING ROOMS ARE CONSIDERED TO BE CRITICAL PROGRAM SPACES. WORK WITHIN THESE SPACES IS TO BE PERFORMED OUTSIDE OF PERIODS OF SCHEDULED CLASSES.COORDINATE TIMING WITH THE OWNER'S REPRESENTATIVE: BASEMENT: • B02A -CLASSROOM (THURSTON) • B11 -LECTURE HALL (KIMBALL) FIRST FLOOR: • 101A -TEACHING LAB (THURSTON) • 102A -TEACHING LAB (THURSTON) • 140 -CLASSROOM (BARD) 1. 2. 3. SECOND FLOOR: • 202 -CLASSROOM (THURSTON) • 203 -CLASSROOM (THURSTON) • 205 -CLASSROOM (THURSTON) • 247 -TEACHING LAB (BARD) • 249 -COMPUTER LAB (BARD) • 250 -TEACHING LAB (BARD) • 258 -TEACHING LAB (BARD) • 258B -TEACHING LAB (BARD) • 258C -TEACHING LAB (BARD) • 258D -TEACHING LAB (BARD) THIRD FLOOR: • 306 -TEACHING LAB (THURSTON) • 306A -TEACHING LAB (THURSTON) 2-HOUR RATED SHAFT WALL. 2 1/2" METAL C-H STUDS AT 24" O.C. (2) LAYERS 5/8" GYPSUM BOARD AT ROOM SIDE ONLY. (1) LAYER 1" TYPE "X" GYPSUM LINER PANELS AT SHAFT SIDE. FULL HEIGHT PARTITION TO UNDERSIDE OF DECK. 2-HOUR RATED PER ASSEMBLY U.L. #U438. 3 3/4"S2 EXISTING ASPHALT PARKING LOT BARD HALL THURSTON HALL EXIST LOADING DOCK KIMBALL HALL SITE STAGING AREA CONSTRUCTION FENCE HATCH INDICATES TEMPORARY DRIVE DURING CONSTRUCTION. MAINTAIN FIRE DEPARTMENT ACCESS AND DELIVERIES. REMOVE AND REPLACE EXISTING CURB AND MEDIAN AS REQURIED TO PROVIDE TEMPORARY FIRE VEHICLE ACCESS; INFILL AT MEDIAN SHALL BE (MIN) MIRAFI FABRIC AND 12" OF COMPACTED STONE SUB-BASE TO SUPPORT A 75,000 LB FIRE TRUCK.TRASHCRANE POTENTIAL STORAGE CONTAINER PLACEMENT, COORDINATE WITH OWNER'S REPRESENTATIVE ADA ACCESSIBLE PARKING SPACES EXIST OVERHEAD DOOR EXISTING ASPHALT PARKING LOT EXIST GENERATOR H O L L I S T E R D R I V E EXISTING EXTERIOR STAIR REFER TO L-101 FOR PARTIAL SITE REMOVALS PLAN PROTECT ALL STORM INLETS AT AREAS OF SITE EXCAVATION AND DISTURBANCE. REFER TO L-101 FOR SITE RESTORATION 26' - 0" 2' - 0"4' - 0"STONE VENEER CAST STONE WATER TABLE CAST STONE WALL PANEL METAL PANEL TYPE 1 2' - 0"2' - 0"2' - 0"2' - 0"10"4' - 0" STONE VENEER CAST STONE WATER TABLE CAST STONE WALL PANELS METAL PANEL TYPE 1 METAL PANEL TYPE 2 ALUM SILL PANEL 2' - 0"1' - 0"1' - 0"9"9"2' - 0"2' - 0"10"2' - 0"CONTRACTOR SHALL CONSTRUCT RAINSCREEN MOCK-UP OF CLADDING COMPONENTS FOR REVIEW AND APPROVAL BY THE ARCHITECT AND OWNER PRIOR TO CONSTRUCTION. REFER TO SPECIFICATIONS FOR ADDITIONAL INFORMATION. SIZE AND CONFIGURATION OUTLINED BELOW: CONTRACTOR IS RESPONSIBLE FOR MAKING THE MOCK-UP SELF SUPPORTIVE (TO WITHSTAND WIND, ETC.) MOCK-UP SHALL BE LOCATED IN CLOSE VISUAL PROXIMITY TO THE NEW STAIR TOWER. COORDINATE LOCATION OF MOCK-UP WITH OWNER. 'A' 'B' 'A''B' These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 12:46:43 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS GENERAL NOTES, LEGENDS, SITE STAGING PLAN SDF DMKS G-001 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 C12 A C12A-XXX 1 4 3 2 X SCALE: X"=1'-0" TITLE 1 12 B A 1 8'-0" AFF 1 BATT INSULATION RIGID INSULATION WOOD BLOCKING(INTERMITTENT) STONE GRAVEL OR CRUSHED STONE WOOD FRAMING (CONTINUOUS) FINISH WOOD STEEL-LARGE-SCALE STEEL-SMALL-SCALE PLYWOOD CONCRETE CONCRETE MASONRY UNIT BRICK (Other metals as noted) VIEW TITLE BUILDING/WALL SECTION CUT DETAIL-BLOW UP EXTERIOR ELEVATION INTERIOR ELEVATIONS 101 1 PARTITION TYPE ROOM NUMBER DOOR NUMBERS WINDOW TYPES REVISION OR OR UNDISTURBED EARTH 001 100 A 001 STRUCTURAL GRID VIEWING DIRECTION DETAIL NO. DRAWING NO. DETAIL NO. DRAWING NO. DRAWING NO. ELEVATIO N NO. PLAN KEY NOTE DEMOLITION KEY NOTE CEILING TYPE AND HEIGHT DRAWING SYMBOLS MATERIAL SYMBOLS (Other metals as noted) A-XXX X A-XXX X GYPSUM, SAND, MORTAR A-XXX X DRAWING NO. ELEVATION NO. DETAIL NO. DETAIL SECTION CUT DETAIL NO. DRAWING NO. A-XXX X VIEWING DIRECTION LIST OF ARCHITECTURAL/STRUCTURAL ABBREVIATIONS AB ANCHOR BOLT A/C AIR CONDITION(ING) (ED) ACC ACCESSIBLE ACCU AIR COOLED CONDENSING UNIT ACI AMERICAN CONCRETE INSTITUTE ACT ACOUSTICAL CEILING TILE ACM ASBESTOS CONTAINING MATERIAL ACOUS PNL ACOUSTICAL PANEL ACS PNL ACCESS PANEL ADDL ADDITIONAL ADJ ADJUSTABLE, ADJACENT ADH ADHESIVE AFF ABOVE FINISHED FLOOR AGGR AGGREGATE AHU AIR HANDLING UNIT AISC AMERICAN INSTITUTE OF STEEL CONSTRUCTION AISI AMERICAN IRON AND STEEL INSTITUTE ALT ALTERNATE ALUM ALUMINUM ANOD ANODIZED APPROX APPROXIMATE ARCH ARCHITECT(URAL) ARD AUXILLARY ROOF DRAIN ASD ALLOWABLE STRESS DESIGN ASTM AMERICAN SOCIETY FOR TESTING AND MATERIALS AWP ACOUSTICAL WALL PANEL AWS AMERICAN WELDING SOCIETY BAT BATTEN B/B BACK TO BACK B BD BASE BOARD BCNYS BUILDING CODE OF NEW YORK STATE BITUM BITUMINOUS BD BOARD BLDG BUILDING BLKG BLOCKING BM BEAM, BENCHMARK BOT BOTTOM BR BEDROOM BRG BEARING BRZ BRONZE BSMT BASEMENT BTWN BETWEEN BUR BUILT UP ROOFING BW BOTH WAYS CCTV CLOSED CIRCUIT TELEVISION CAB CABINET CB CATCH BASIN, CORNER BEAD CH BD CHALKBOARD CEM CEMENT CF CONTRACTOR FURNISHED CFMF COLD-FORMED METAL FRAMING CF/CI CONTRACTOR FURNISHED/ CONTRACTOR INSTALLED CF/OI CONTRACTOR FURNISHED/ OWNER INSTALLED CG CORNER GUARD CH COAT HOOK CI CAST IRON CIP CAST IN PLACE, CAST IRON PIPE CJ CONTROL JOINT CL CENTERLINE CLG CEILING CLO CLOSET CLR CLEAR, COLOR CMT CERAMIC MOSAIC TILE CMU CONCRETE MASONRY UNIT CNTR COUNTER CO CLEANOUT, CASED OPENING, COMPANY COL COLUMN CONC CONCRETE CONF CONFERENCE CONN CONNECT(ION) CONSTR CONSTRUCTION CONT CONTINUE(OUS) CONTR CONTRACT(OR) COORD COORDINATE CPT CARPET CSJ CONSTRUCTION JOINT CSK COUNTER SUNK CT CERAMIC TILE, COUNT, CURRENT TRANSFORMER CTR CENTER CW COLD WATER PIPING, CASEMENT WINDOW CU CUBIC CUH CABINET UNIT HEATER CU YD CUBIC YARD D DEEP, DEPTH D PENNY (NAIL) db BAR DIAMETER DBL DOUBLE DEFS DIRECT-APPLIED EXTERIOR FINISH SYSTEM DEG DEGREE DEMO DEMOLITION DEPT DEPARTMENT DET DETAIL DF DRINKING FOUNTAIN DIA OR ø DIAMETER DIAG DIAGONAL, DIAGRAM DIM DIMENSION DIFF DIFFUSER DIR DIRECTION DISP DISPENSER DIV DIVISION DMPF DAMP PROOFING DL DEAD LOAD DN DOWN DO DITTO DR DOOR, DRIVE DS DOWNSPOUT DW DISHWASHER DWV DRAINAGE WASTE & VENT DWG DRAWING DWL DOWEL E EAST EA EACH EBCNYS EXISTING BUILDING CODE OF NEW YORK STATE EC ELECTRICAL CONTRACTOR EF EACH FACE EIFS EXTERIOR INSULATION AND FINISH SYSTEM EJ EXPANSION JOINT ELAS ELASTOMERIC EL ELEVATION ELEC ELECTRIC(AL) ELEV ELEVATOR EM ENTRY MAT, EXPANDED METAL EMER EMERGENCY ENCL ENCLOSURE ENGR ENGINEER EOS EDGE OF SLAB EP ELECTRIC PANEL EQ EQUAL EQUIP EQUIPMENT ES EMERGENCY SHOWER ETC ET CETERA ETR EXISTING TO REMAIN EW EACH WAY EWC ELECTRIC WATER COOLER EXIST EXISTING EXC EXCAVATION, EXCAVATE EXP EXPAND, EXPANSION EXT EXTERIOR, EXTERNAL, EXTINGUISHER F/F FACE TO FACE FAAP FIRE ALARM ANNUNCIATOR PANEL FACP FIRE ALARM CONTROL PANEL FD FLOOR DRAIN FDTN FOUNDATION FE FIRE EXTINGUISHER FEC FIRE EXTINGUISHER CABINET FHC FIRE HOSE CABINET FIN FINISH(ED) FIXT FIXTURE FLASH FLASHING FLEX FLEXIBLE FLOUR FLUORESCENT FLG FLOORING, FLANGE FO FINISHED OPENING FP FIRE PROTECTION, FIREPROOF FRTW FIRE RETARDANT TREATED WOOD FT FOOT, FEET FTG FOOTING FTR FINNED TUBE RADIATION FURN FURNACE, FURNITURE, FURNISH FUT FUTURE FWC FABRIC WALL COVERING GA GAGE GAL GALLON GALV GALVANIZED GB GRAB BAR GC GENERAL CONTRACT(OR) GFRC GLASS FIBER REINFORCED CONCRETE GFRG GLASS FIBER REINFORCED GYPSUM GL GLASS, GROUND LEVEL GL BLK GLASS BLOCK GLU LAM GLUED LAMINATED BEAM GR GRADE, GROSS GWT GLAZED WALL TILE GYP GYPSUM GYP BD GYPSUM BOARD GYP PLAS GYPSUM PLASTER HB HOSE BIBB HC HOLLOW CORE, HOSE CABINET HCP HANDICAPPED HDW HARDWARE HDWD HARDWOOD HM HOLLOW METAL HO HOLD OPEN HORIZ HORIZONTAL HP HIGH POINT, HORSEPOWER HR HOUR HSS HOLLOW STRUCTURAL SECTION HT HEIGHT HTG HEATING HTR HEATER HVAC HEATING, VENTILATING AND AIR CONDITIONING HW HOT WATER HYD HYDRANT ID INSIDE DIAMETER IN INCHES INCL INCLUDED INCAND INCANDESCENT INFO INFORMATION INSUL INSULATION INTERM INTERMEDIATE INT INTERIOR JAN JANITOR JST JOIST JT JOINT KIP 1000 POUNDS KIT KITCHEN KO KNOCKOUT KPL KICK PLATE L LITER, ANGLE LAM LAMINATE(D) LAU LAUNDRY LAV LAVATORY LB POUND LBL LABEL LD LOAD LF LINEAR FEET (FOOT) LH LEFT HAND, LATENT HEAT LIN LINEAR LKR LOCKER LL LIVE LOAD LLH LONG LEG HORIZONTAL LLV LONG LEG VERTICAL LOC LOCATION LRFD LOAD & RESISTANCE FACTOR DESIGN LT LIGHT LTG LIGHTING LWC LIGHT-WEIGHT CONCRETE MACH MACHINE MAINT MAINTENANCE MAS MASONRY MATL MATERIAL MAX MAXIMUM MC MECHANICAL CONTRACTOR MCB METAL CORNER BEAD MDO MEDIUM DENSITY OVERLAY MDF MEDIUM DENSITY FIBERBOARD MECH MECHANICAL MEP MECHANICAL, ELECTRICAL, PLUMBING AND FIRE PROTECTION MEZZ MEZZANINE MFR MANUFACTURER MH MANHOLE MM MILLIMETER MIFRC MASTIC/INTUMESCENT FIRE- RESISTIVE COATING MIN MINIMUM MISC MISCELLANEOUS MLWK MILLWORK MO MASONRY OPENING MRK BD MARKER BOARD MTD MOUNTED MTL METAL MULL MULLION N NORTH NAT NATURAL NCOMBL NONCOMBUSTIBLE NIC NOT IN CONTRACT NO OR #NUMBER NOM NOMINAL NORM NORMAL NRC NOISE REDUCTION COEFFICIENT NTS NOT TO SCALE NWC NORMAL WEIGHT CONCRETE O/O OUT TO OUT OA OVERALL, OUTSIDE AIR OC ON CENTER OD OUTSIDE DIAMETER OF/CI OWNER FURNISHED, CONTACTOR INSTALLED OF/OI OWNER FURNISHED, OWNER INSTALLED OFD OVERFLOW DRAIN OFF OFFICE OH OPPOSITE HAND OH DR OVERHEAD (COILING) DOOR OPNG OPENING OPP OPPOSITE OPT OPTIONAL, OPTIMUM OZ OUNCE PA PUBLIC ADDRESS PBD PARTICLEBOARD PC PLUMBING CONTRACTOR, PORTLAND CEMENT PCC PRECAST CONCRETE PCT PORCELAIN CERAMIC TILE PED PEDESTAL PEND PENDANT PER PERIOD PERF PERFORATED PGBD PEG BOARD PL PLATE, PROPERTY LINE PLF PONDS PER LINEAR FOOT PLAM PLASTIC LAMINATE PLAS PLASTER PLB PLUMBING PLYWD PLYWOOD PNL PANEL POL POLISHED PORC PORCELAIN POS POSITIVE, POSITION PPT PRESSURE-PRESERVATIVE TREATED PR PAIR PREFAB PREFABRICATE PREFIN PREFINISH PREP PREPARATION PROJ PROJECT PROJ SCRN PROJECTION SCREEN PSF POUNDS PER SQUARE FOOT PSI POUNDS PER SQUARE INCH PT PAINT, POST TENSION PTN PARTITION PVC POLYVINYL CHLORIDE (PLASTIC) PVG PAVING QT QUARRY TILE QTR QUARTER QTY QUANTITY R RISER, RADIUS, THERMAL RESISTANCE RB RUBBER BASE, RESILIENT BASE RCP REINFORCED CONCRETE PIPE, REFLECTED CEILING PLAN RD ROOF DRAIN, ROAD REC RECESSED REF REFRIGERATOR REFL REFLECT REG REGISTER, REGULATION REINF REINFORCED REQD REQUIRED RESIL RESILIENT REV REVISION RF RESILIENT FLOORING RFG ROOFING RH RIGHT HAND, ROOF HATCH RM ROOM RO ROUGH OPENING ROW RIGHT OF WAY RTU ROOF TOP UNIT RV ROOF VENT RWB RUBBER WALL BASE S SOUTH SAB SOUND ATTENUATION BATTS SAN SANITARY SC SOLID CORE, SHADING COEFFICIENT SCHED SCHEDULE SEAL SEALER ON FLOOR (FINISH) SECT SECTION SF SQUARE FOOT, SAFETY FACTOR SFRM SPRAYED FIRE-RESISTIVE MATERIAL SGT STRUCTURAL GLAZED TILE SHT SHEET SHR SHOWER SIM SIMILAR SOG SLAB ON GRADE SP STANDPIPE, SUMP PIT SPA SPACES SPKR SPEAKER SPEC SPECIFICATION SQ SQUARE SRD SECONDARY ROOF DRAIN SS SERVICE SINK SSM SOLID SURFACE MATERIAL SSP STAINLESS STEEL PIPE SST STAINLESS STEEL STA STATION STC SOUND TRANSMISSION CLASS STD STANDARD STIFF STIFFENER STL STEEL STOR STORAGE STR STRAIGHT, STRINGERS STRUCT STRUCTURAL SUSP SUSPENDED SV SHEET VINYL SY SQUARE YARD T TREAD T/TOP OF T&B TOP AND BOTTOM T&G TONGUE AND GROOVE TEL TELEPHONE THRES THRESHOLD TEMP TEMPORARY TER TERRAZZO THK THICK(NESS) TK BD TACK BOARD TMPD TEMPERED TOC TOP OF CONCRETE TOM TOP OF MASONRY TOPO TOPOGRAPHY, TOPOGRAPHIC TOS TOP OF STEEL TOW TOP OF WALL TPD TOILET PAPER DISPENSER TSTAT THERMOSTAT TV TELEVISION TYP TYPICAL U HEAT TRANSFER COEFFICIENT UC UNDERCUT UCL UNDER CABINET LIGHTING UGND UNDERGROUND UH UNIT HEATER UL UNDERWRITER'S LABORATORIES UNEX UNEXCAVATED UNFIN UNFINISHED UON UNLESS OTHERWISE NOTED UTIL UTILITY UV UNIT VENTILATOR VARN VARNISH(ED) VB VINYL BASE VCT VINYL COMPOSITION TILE VENT VENTILATION VERT VERTICAL VEST VESTIBULE VIF VERIFY IN FIELD VIN VINYL VOL VOLUME VR VAPOR RETARDER VT VINYL TILE V SHT VINYL SHEET VWC VINYL WALL COVERING W WEST W/WITH WC WATER CLOSET, WALL COVERING W/O WITHOUT WD WOOD WDW WINDOW WF WIDE FLANGE WD GD WOOD GUARD WH WATER HEATER WI WROUGHT IRON WM WIRE MESH WP WATERPROOFING, WORKING POINT WR WATER REPELLENT, WEATHER RESISTANT W RECPT WASTE RECEPTACLE WSCT WAINSCOT WT WEIGHT, WATERTIGHT, WATER TABLE WWF WELDED WIRE FABRIC X BY YD YARD 1" = 20'-0"1 SITE STAGING PLAN NORTHRAINSCREEN MOCK-UP INFORMATION 1950 -ORIGINAL CONSTRUCTION THURSTON HALL / KIMBALL HALL 1961 -ADDITION BARD HALL / THURSTON HALL CONCRETE LAB 2020 -PROPOSED ADDITION BARD HALL CONSTRUCTION HISTORY LEGEND STUD TRACK CARRY GYPSUM BOARD LAYERS THRU BACK AND SIDES OF ROUGH OPENING FIRE EXTINGUISHER CABINET, ELECT PANEL, PAPER TOWEL DISPENSER OR SIMILAR STUD STUD TRACK NOTE: PROVIDE SOUND BATT INSULATION WHEN SCHEDULED HEAD JAMB SILL 2 HOUR PARTITION 1 HOUR PARTITION ZINC CONTROL JOINT (BOTH SIDES) MINERAL FIBER SAFING INSULATION 5/8" GYP. BD. 5/8" GYP. BD. ZINC CONTROL JOINT (BOTH SIDES) MINERAL FIBER SAFING INSULATION 5/8" GYP. BD. 5/8" GYP. BD. NOTE: USE RIGHT SIDE DETAIL FOR PARTITIONS CONTAINING SOUND ATTENUATION INSULATION NOTE: DETAIL SELECTION @ CONTRACTOR'S OPTION TWO HOUR RATED PARTITION ONE HOUR RATED PARTITION / 5/" 1/2" MAX 5/8" 1 7/8" 3 1/8" 7/8" 1/2" MAX 3" 1/2" MAX 5/8" 1 7/8" 3 1/8" 1/2" 1/2" MAX 7/8" These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:30:34 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS BUILDING VINTAGES AND TYPICAL DETAILS SDF YS G-002 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 Not To Scale1CONSTRUCTION HISTORY - SUB BASEMENT Not To Scale2CONSTRUCTION HISTORY - BASEMENT Not To Scale3CONSTRUCTION HISTORY - FIRST FLOOR Not To Scale4CONSTRUCTION HISTORY - SECOND FLOOR Not To Scale5CONSTRUCTION HISTORY - THIRD FLOOR Not To Scale6CONSTRUCTION HISTORY - FOURTH FLOOR Not To Scale7CONSTRUCTION HISTORY - KIMBALL P.H. FLOOR NORTHNORTHNORTHNORTHNORTHNORTHNORTH3" = 1'-0"9 RECESS IN FIRE RATED PARTITION 3" = 1'-0"8 PARTITION CONTROL JOINT DETAIL UP UP UP E4E4 E4E4E4 E4 E4E42 2 E2E2E222 E2E2E2E2 E5E2 E2 E2 E2E2E1E1 E1 E2 E2E2 E2E2 E2 E1 E1 E4E4E1 E1 E1E1E1E1E1E1 E1 E1E1E1E1 E1E4 E4E4E2 2222E2E2E1E1 UP UP UP UP E4E4E4E4 E4E4E4 E4 E4E4E2E2E2 E2 E2E2 E2 E2 E2 E2E2E1 E1E1E1E1 E1E1E1E1 E1 E2 E1E1E 1E1 E1 E1E1 E1 E2 E2 E3E3E3E3E3 E3 E1 E1 E4E4E4E4E4E4E4E4E4E4E4E4E4 E4 E4E4E3E3 E4E4E1E4E2E4E4E4E4E4E4E4E4 E4 E2E2 E1 2 2 1 1 E3 E4 E5DN301 SF COMPUTER ROOM B40 630 SF LASER LAB B44A289 SF EQUIPMENT RM B44C 174 SF LAB B44B 304 SF LAB B47A 108 SF VESTIBULE B44 141 SF LAB B47 CLOSET B00UA CLOSET B00UB CLOSET B00UO 415 SF LAB B47B 449 SF LAB B55 644 SF LAB B56 165 SF LAB B57 163 SF OFFICE B57A 232 SF LAB B5879 SF OFFICE B59 948 SF LAB B60 203 SF RECEIVING B60A 45 SF GAS STOR B07A 22 SF GAS B07 403 SF EQUIPMENT B28 106 SF BATHROOM B0TSINK B00J CLOSET B00UD STAIR B00S ELEVATOR B00E LOCATION OF PROPOSED 2HR RATED ENCLOSURE AT EXISTING UTILITY PIPING.NORTHE.U. E.W. 165 33 220 SF COMPUTERS B60C B C D E F G H J K L 7 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALL192 SF RECEIVING B60B CORRIDOR THURSTON B01 THURSTON B05 BASEMENT LEVEL OCCUPANT LOAD: BUSINESS [B] (LABORATORY, OFFICE) 150 SF GROSS PER OCCUPANT 62 OCCUPANTS TOTAL DESIGN OCCUPANT LOAD 62 OCCUPANTS 19'-11" +/-DEAD END CORRIDORT17 T16 400 SF THURSTON B01A 31 164 32.75" 31 203 40.75 106 SF VEST B44D 278 SF LAB SB36 148 SF LAB SB36A 176 SF LAB SB38 164 SF LAB SB37 361 SF LAB SB40 176 SF LAB SB39 649 SF LAB SB47 164 SF LAB SB56E 93 SF LAB SB56D 152 SF LAB SB56C 109 SF BATHROOM SB00T 61 SF STORAGE SB26A ELEVATOR SB00E 280 SF LAB SB28 230 SF LAB SB30 430 SF LAB SB56 140 SF LAB SB58 67 SF LAB SB58B 182 SF LAB SB58C 1217 SF LAB SB60 AREAWAY SB00UE 469 SF TRANSFORMER SB00UD 333 SF SWITCHBOARD ROOM SB00UC STEAM ROOM SB00UB STAIRS SB00SA CORRIDOR SB00CB 23 SF VEST SB58A STEAM ROOM SB00UA CORRIDOR SB00CA NORTHB C D E F G H J K L 5 A BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLSUB-BASEMENT LEVEL OCCUPANT LOAD: BUSINESS [B] (LABORATORY, OFFICE) 150 SF GROSS PER OCCUPANT 68 OCCUPANTS TOTAL DESIGN OCCUPANT LOAD 68 OCCUPANTS EXIST EMERGENCY SHOWER / EYE WASH UNEXCAVATED 32'-5" +/-DEAD END CORRIDORT17 T16 UNEXCAVATED73 SF STAIR SB00SB UNEXCAVATED 23 203 40.75" 23 164 32.75" 23 164 32.75" THURSTON HALL KIMBALL HALL BARD HALL CODE COMPLIANCE PLAN GENERAL NOTES • 2020 BUILDING CODE OF NEW YORK STATE • 2020 EXISTING BUILDING CODE OF NEW YORK STATE • 2020 FIRE CODE OF NEW YORK STATE • 2020 PLUMBING CODE OF NEW YORK STATE • 2020 MECHANICAL CODE OF NEW YORK STATE • 2020 FUEL GAS CODE OF NEW YORK STATE • 2020 ENERGY CONSERVATION CONSTRUCTION CODE OF NEW YORK STATE • NATIONAL ELECTRICAL CODE, NFPA 70, -2017 EDITION AS REFERENCED BY THE NYS CODES ABOVE. • ICC/ANSI A117.1, ACCESSIBLE AND USABLE BUILDINGS AND FACILITIES -2009 EDITION AS REFERENCED BY THE NYS CODES ABOVE. • U.S. DEPARTMENT OF JUSTICE, 2010 AMERICANS WITH DISABILITIES ACT (ADA) STANDARDS FOR ACCESSIBLE DESIGN. 1. THE FOLLOWING BUILDING AND ACCESSIBILITY CODES AND STANDARDS ARE APPLICABLE TO THIS PROJECT: 2. CODE COMPLIANCE DRAWINGS ARE INTENDED TO ASSIST IN THE PERMIT PROCESS AND TO PROVIDE GENERAL INFORMATION TO THE CONTRACTORS WITH RESPECT TO LIFE-SAFETY PROVISIONS OF THE PROJECT. THESE DRAWINGS SHOULD NOT BE USED TO DETERMINE THE SCOPE OF OTHER WORK SPECIFICALLY INDICATED ELSEWHERE IN THE DOCUMENTS. THESE DRAWINGS SHALL BE USED FOR THE LOCATIONS OF FIRE-RESISTANT RATED WALL CONSTRUCTION. 3. REFERENCE FCNYS CHAPTER 14 FOR FIRE SAFETY PROVISIONS DURING CONSTRUCTION, DEMOLITION AND ALTERATION OPERATIONS. PRESUMED EXISTING FIRE RATED ASSEMBLIES CODE COMPLIANCE PLAN LEGEND XX XX XX"EXIT WIDTH (INCHES) EXIT CAPACITY (OCCUPANTS) PROPOSED RATED ASSEMBLIES NOTE: 1. EXISTING WALL CONSTRUCTION WITH A PRESUMED FIRE-RESISTANCE RATING OF THE TYPE INDICATED. THE ACTUAL CONDITIONS IN THE FIELD HAVE NOT BEEN VERIFIED TO CONFIRM COMPLIANCE. NEW PENETRATIONS SHALL BE CONSTRUCTED IN ACCORDANCE WITH UL LISTED THROUGH-PENETRATION FIRE STOP SYSTEMS FOR THE HOURLY RATING INDICATED. 2. WHERE THERE IS AN ACCESSIBLE CONCEALED FLOOR, FLOOR-CEILING, FIRE BARRIERS, FIRE PARTITIONS, SMOKE BARRIERS, SMOKE PARTITIONS OR ANY OTHER WALL REQUIRED TO HAVE PROTECTED OPENINGS OR PENETRATIONS SHALL BE IDENTIFIED WITH STENCILING IN THE CONCEALED SPACE. SUCH IDENTIFICATION SHALL: • BE LOCATED WITHIN 15 FEET OF THE END OF EACH WALL AND AT INTERVALLS NOT EXCEEDING 30 FEET MEASURED HORIZONTALLY ALONG THE WALL OR PARTITION. • INCLUDE LETTERING NOT LESS THAN 3" IN HEIGHT WITH A MINIMUM 3/8" STROKE IN CONTRASTING COLORS WHICH IDENTIFIES THE RATED WALL OR PARTITION TYPE. EXIT LOAD FIRE RESISTANCE RATING SCHEDULE FOR BUILDING ELEMENTS CONSTRUCTION CLASSIFICATION TYPE 1B. DESCRIPTION FIRE RESISTANCE RATING STRUCTURAL FRAME INCLUDING COLUMNS, GIRDERS AND TRUSSES 2 HR 2 HR 1 HR FLOOR CONSTRUCTION INCLUDING SUPPORTING BEAMS AND JOISTS ROOF CONSTRUCTION INCLUDING SUPPORTING BEAMS AND JOISTS ENERGY CONSERVATION GENERAL NOTES • ASHRAE CLIMATE ZONE: 6 TOMPKINS COUNTY, NEW YORK BUILDING ENVELOPE REQUIREMENTS AT STAIR TOWER ADDITION: 1. ROOF:MIN R-30 CONTINUOUS INSULATION ENTIRELY ABOVE ROOF DECK. 2. WALLS, ABOVE GRADE:MIN R-13.3 CONTINUOUS INSULATION AT EXTERIOR OF MASS WALL. 3. WALLS, BELOW GRADE:MIN R-7.5 CONTINUOUS INSULATION 4. SLAB ON GRADE FLOOR: MIN R-10 INSULATION • COMMERCIAL BUILDING (NON-RESIDENTIAL) These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:30:40 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS CODE COMPLIANCE - SUB-BASEMENT AND BASEMENT SDF YS G-003 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"2 BASEMENT FLOOR PLAN - CODE COMPLIANCE 3/32" = 1'-0"1 SUB-BASEMENT - CODE COMPLIANCE PLAN CODE KEYPLAN SINGLE MIXED OCCUPANCY SEPARATED NON-SEPARATED IF SEPARATED, FIRE RESISTANCE RATING OF FIRE BARRIER (Table 508.4): OCCUPANCY CLASSIFICATION(S): USE(S): CONSTRUCTION CLASSIFICATION : (Chapter 6) AUTOMATIC SPRINKLER SYSTEM PROVIDED:YES 13R NO 13D13NFPA STANDARD: REHABILITATION OF EXISTING STRUCTURES REPAIR ALTERATION - LEVEL 1 (Chapter 4) (Chapter 7) ALTERATION - LEVEL 2 (Chapter 8) ALTERATION - LEVEL 3 (Chapter 9) CHANGE OF OCCUPANCY (Chapter 10) FORMER OCCUPANCY CLASSIFICATION: NEW OCCUPANCY CLASSIFICATION: PARTIAL CHANGE OF OCCUPANCY: YES NO SEPARATED NOT SEPARATEDIF YES: ADDITION (Chapter 11) SEPARATED FROM EXISTING WITH FIRE WALL?YES NO IF YES, FIRE RESISTANCE RATING (Table 706.4 BCNYS): IF NO, HEIGHT AND FIRE AREA OF ENTIRE BUILDING (EXISTING PLUS ADDITION) SHALL BE IN COMPLIANCE WITH CHAPTER 5 OF BCNYS 2020. RELOCATED STRUCTURE (Chapter 12)HISTORIC BUILDING (Chapter 14) HEIGHT & AREA -ACTUAL: BUILDING HEIGHT EXISTING PROPOSED ADDITION HEIGHT IN FEET HEIGHT IN STORIES ft ft BUILDING AREA SUB-BASEMENT FIRST WORK AREA EXISTING THURSTON/KIMBALL sf sf TOTAL SECOND THIRD FOURTH TOTAL (NOT INCLUDING SUB-BASEMENT) sf sf sf sf sf sf sf sf sf sf sf sf sf sf sf sf HEIGHT & AREA -ALLOWABLE: AREA PER TABLE 504.3 (HEIGHT IN FEET), 504.4 (HEIGHT IN STORIES) & 506.2 (AREA) sf OCCUPANCY CLASSIFICATION TABULAR AREA TABULAR HEIGHT FEET sf sf STORIES ft ft ft AREA INCREASE - FRONTAGE (506.3) YES NO FRONTAGE F = PERIMETER P = WIDTH OF OPEN SPACE W = FRONTAGE INCREASE lf = ft lf lf NOTES: "NS" = BUILDINGS "NOT" EQUIPPED THROUGHOUT WITH AN AUTOMATIC SPRINKLER SYSTEM. "S1" = BUILDINGS A MAXIMUM OF ONE STORY ABOVE GRADE PLANE EQUIPPED THROUGHOUT WITH AN AUTOMATIC SPRINKLER SYSTEM INSTALLED IN ACCORDANCE WITH SECTION 903.3.1.1 (NFPA 13 SPRINKLER SYSTEM). "SM" = BUILDINGS TWO OR MORE STORIES ABOVE GRADE PLANE EQUIPPED THROUGHOUT WITH AN AUTOMATIC SPRINKLER SYSTEM INSTALLED IN ACCORDANCE WITH SECTION 903.3.1.1 (NFPA 13 SPRINKLER SYSTEM). "S13R" = BUILDINGS EQUIPPED THROUGHOUT WITH AN AUTOMATIC SPRINKLER SYSTEM INSTALLED IN ACCORDANCE WITH SECTION 903.3.1.2 (NFPA 13R SPRINKLER SYSTEM). 2020 EXISTING BUILDING CODE OF NEW YORK STATE Refer to Code Compliance Drawings for location of Work Areas as defined in Chapter 6 Existing Building Code of the 2020 Existing Building Code of New York State OCCUPANCY CLASSIFICATION: SPECIAL DETAILED REQUIREMENTS BASED ON USE AND OCCUPANCY Covered mall and open mall buildings [402] High-rise buildings [403] – Occupied floors > 75 feet Atriums [404] Underground buildings [405] Motor vehicle related occupancies [406] Group I-2 (health care) [407] Group I-3 (correctional or detention) [408] Motion picture projection rooms [409] Stages, platforms, technical production areas [410] Special amusement buildings [411] Aircraft related occupancies [412] Combustible storage [413] Hazardous materials [414] Group H1 through H5 [415] Spray Application of flammable finishes [416] Drying rooms [417] Organic coatings [418] FIRE PROTECTION SYSTEMS: Indicate size and location of fire areas on code compliance drawing (Chapter 9) FIRE PROTECTION SYSTEM REQUIRED PROVIDED SECTION AUTOMATIC SPRINKLER ALTERNATIVE AUTO FIRE EXT STANDPIPE PORTABLE FIRE EXTINGUISHER FIRE ALARM & DETECTION EMERGENCY ALARM SMOKE CONTROL SYSTEM SMOKE & HEAT REMOVAL (903) (904) (905) (906) (907) (908) (909) (910) MEANS OF EGRESS: DESIGN OCCUPANT LOAD SUMMARY - TABLE 1004.5 (Chapter 10) FLOOR LEVEL DESIGN OCCUPANT SUB-BASEMENT FIRST SECOND THIRD FOURTH TOTAL LOAD (FLOOR) MEANS OF EGRESS ELEMENT REQUIRED PROVIDED SECTION NUMBER OF EXITS EXIT ACCESS TRAVEL DISTANCE DEAD-END LIMIT COMMON PATH OF TRAVEL LIMIT (Table 1006.3.2) (Table 1017.2) (1020.4) (1006.2.1) PLUMBING FIXTURE REQUIREMENTS: PROJECT NAME: BUILDING DATA & CODE REVIEW PREPARED BY: DATE: SWBR PROJECT NUMBER: CHECKED BY: DATE: HR (Chapter 29) WATER CLOSETS MEN OCCUPANCY CLASSIFICATION OCCUPANT LOAD WOMEN URINALS D.F. LAVATORIES MEN WOMEN SEPARATE FACILITIES FOR EACH GENDER REQUIRED?NO LOCATION OF EMPLOYEE FACILITIES COMPLIES?NO LOCATION OF PUBLIC FACILITIES COMPLIES?NO YES YES YES (2902.2) (2902.3.2) (2902.3.2) OTHER PLUMBING FIXTURE REQUIREMENTS? (Chapter 4) (Chapter 5) HR FIRE COMMAND CENTER (911) (Chapter 5) (Chapter 3) REQUIRED PROVIDED REQUIRED PROVIDED REQUIRED PROVIDED REQUIRED PROVIDED REQUIRED PROVIDED REQUIRED PROVIDED COMBINATION OF BOTH SEISMIC RETROFIT REQUIRED?YES NO Live/Work units [419] IF YES, CHAPTER 11 OF THE EBCNYS DOES NOT APPLY. THE ADDITION IS CONSIDERED A SEPARATE BUILDING AND NOT AN ADDITION TO THE EXISTING BUILDING. THE ADDITION SHALL COMPLY WITH THE BCNYS. SF FOOTNOTE FOOTNOTENS/S1/SM/S13RCLASS Group I-1, R-1, R-2, R-3, R-4 [420] Hydrogen fuel gas rooms [421] Ambulatory care facilities [422] Storm shelters [423] Children's play structures [424] Hyperbaric facilities [425] Combustible dusts, grain processing & storage [426] FIRE DEPARTMENT CONNECTIONS FIRE PUMPS EMERGENCY RESPONDER SAFETY CARBON MONOXIDE DETECTION (912) (913) (914) (915) SEPARATE EMPLOYEE FACILITIES REQUIRED?NOYES (2902.3) sf ft (30 FEET MAX.) (NOT TO EXCEED .75) COMPLIANCE PATH METHOD PRESCRIPTIVE METHOD: CH. 3; CH. 5 WORK AREA METHOD: CH. 3; CH. 6-12 PERFORMANCE METHOD: CH. 3; CH. 13 PLUMBING FIXTURE REQUIREMENTS (EXISTING STRUCTURES): DOES THE CALCULATED OCCUPANT LOAD OF THE STORY INCREASE BY GREATER THAN 20% AS A RESULT OF THE ALTERATION? (FOR LEVEL 2 AND LEVEL 3 ALTERATIONS) (IF NO, THE QUANTITY OF PLUMBING FIXTURES ON THE WORK AREA FLOOR LEVEL SHALL NOT BE REQUIRED TO BE REVIEWED AND/OR INCREASED). NOYES (2020 EBCNYS 809) DOES THE CHANGE OF OCCUPANCY RESULT IN A NEW OCCUPANCY WHICH IS SUBJECT TO INCREASED OR DIFFERENT PLUMBING FIXTURE REQUIREMENTS OR TO INCREASED WATER SUPPLY REQUIREMENTS IN ACCORDANCE WITH THE PLUMBING CODE. (IF NO, THE QUANTITY OF PLUMBING FIXTURES ON THE WORK AREA LEVEL SHALL NOT BE REQUIRED TO BE REVIEWED AND/OR INCREASED). (2020 EBCNYS 1009.1) N/A NOYES N/A EXISTING BARD HALL sf sf sf sf sf sf DESIGN OCCUPANT LOAD (WORK AREA - EXIST BLDG.) ACCESSIBILITY (EXISTING STRUCTURES): DOES THE ALTERATION WORK AREA OR PARTIAL CHANGE OF OCCUPANCY AFFECT THE ACCESSIBILITY TO OR CONTAIN AN AREA OF PRIMARY FUNCTION. NOYES (2020 EBCNYS 305.7) ARE ANY OF THE EXCEPTIONS TO 705.2 APPLICABLE TO THE SCOPE OF WORK? 1. COST OF ACCESSIBLE UPGRADES WOULD EXCEED 20% OF THE CONSTRUCTION. 2. ALTERATION LIMITED TO WINDOWS, HARDWARE, CONTROLS, OUTLETS, SIGNS. 3. ALTERATION LIMITED TO MECHANICAL, ELECTRICAL, FIRE PROTECTION, HAZ MAT. 4. PRIMARY PURPOSE OF ALTERATION IS INCREASING THE ACCESSIBILITY. 5. ALTERATION LIMITED TO TYPE B DWELLING AND SLEEPING UNITS. N/A NOYES N/A (2020 EBCNYS 305.7) IF RESPECTIVELY "YES-NO" RESPONSES ABOVE, DOES PROJECT INCLUDE SCOPE FOR REQUIRED ACCESSIBILITY UPGRADES? NOYES N/A (2020 EBCNYS 305.7) (916)EMERGENCY RESPONDER RADIO BUILDING DATA & CODE SUMMARY - 2020 NEW YORK STATE UNIFORM CODE Medical Gas Systems [427] Higher Education Laboratories [428] Healthcare Facilities [429] Live Fire Training Facility [430] FOR A COMPLETE CHANGE OF OCCUPANCY HAVE ALL OF THE FOLLOWING ACCESSIBLE FEATURES BEEN PROVIDED? 1. NOT FEWER THAN ONE ACCESSIBLE BUILDING ENTRANCE. 2. NOT FEWER THAN ONE ACCESSIBLE ROUTE FROM AN ACCESSIBLE BUILDING ENTRANCE TO PRIMARY FUNCTION AREAS. 3. SIGNAGE COMPLYING WITH SECTION 1111 OF THE BUILDING CODE OF NEW YORK STATE. 4. ACCESSIBLE PARKING, WHERE PARKING IS BEING PROVIDED. 5. NOT FEWER THAN ONE ACCESSIBLE PASSENGER LOADING ZONE, WHERE LOADING ZONES ARE PROVIDED. 6. NOT FEWER THAN ONE ACCESSIBLE ROUTE CONNECTING ACCESSIBLE PARKING AND ACCESSIBLE PASSENGER LOADING ZONES TO AN ACCESSIBLE ENTRANCE NOYES N/A NOYES N/A NOYES N/A NOYES N/A NOYES N/A NOYES N/A sf sfsfBASEMENT FIFTH (PENTHOUSE)sf sf sfsf sf BASEMENT FIFTH EXIST THURSTON HALL OCCUPANT LOAD - FOR REFERENCE ONLY BARD HALL CODE IMPROVEMENTS 17435.00 DMKS 04/22/2020 SDF 04/22/2020 1 LABORATORY, OFFICE, LECTURE ROOM BARD HALL: IB [ASSUMED] THURSTON/KIMBALL HALL: IIB [ASSUMED] YES NO YES YES YES YES NO NO YES NO YES YES YES YES NO NO 68 126 61 390 2 MIN 300'-0" MAX 50'-0" 100'-0" MAX 2 33'-7" MAX 1 SERVICE SINK B A-3 318 72 5 1 5 1 4 1 4 1 3 1 3 1 B 69,000 160 12 1,060 1,060 30 .75 61 12 66 5 10,157 8,752 9,054 39,396 9,047 3,246 1,350 19,825 15,415 77,175 16,020 9,570 11,507 28,577 24,469 118,737 25,067 12,816 A-3 28,500 160 12 B [BUSINESS] A-3 [ASSEMBLY] X X X X X X X X X X NO NO 5 1 7 1 5 1 4 1 5 1 7 1 SM SM YES YES NO NO NO NO YES YES X X X 10,157 8,752 9,054 9,047 3,246 39,396 68 126 61 61 12 390 X X X ? ? X X X X X X 9,297 16,345 25,6429,297 0 2,166 2,1660 6262 N/AN/A NOTE: THURSTON & KIMBALL ARE LISTED FOR REFERENCE ONLY 14 91 79 50 55 55 N/A 344 UP E2E2E2E2 E2E2E2E2 E2E2E2E2E2 2 2 22 E2 E2E2 E2 E2 E2 E2 E2E2 E2E2 E2 E2E2E1E1E1 E2E2E1E1E1E1E1 E2E22 2 E2E2 E2E2E2E2 E2E2E2E2E2 E1E1 E2 E2 E222 E2 E2 E2 E2E2 E2E2 E2 E2E2E1E1 E2 E2 E2E2E1E1 E1E1 E1E111 E1E1E1E1 UP E5E2E2 E2E2E2 E2 E2E2E5 E2 E2 2 2 22E222E1 E1 E2 E2 E2 E2E2 E2E2 E2 E1 E2E2E2E2E2DNUP E2 E222 E2E2E2E2E2E2 E2 E2E2E222222 22 E2 E2 E2E222E2E2E2E2 E2E2E1 E1 E2 E2 E2 E2E2 E2E2 E2 E1 E1 E1E1E1 E1E1E1E1E12E2 E2E22222295 SF OPEN OFFICE 210F 85 SF OFFICE 210E74 SF BREAK 210D 411 SF OPEN OFFICE 210 148 SF OFFICE 210C 121 SF OFFICE 210B 126 SF OFFICE 210A 445 SF CONFERENCE 245 571 SF LAB 247 214 SF COMPUTER 249 240 SF LAB 250 419 SF LAB 258B 659 SF LAB 258 111 SF OFFICE 258A 640 SF LOUNGE 260 139 SF BREAK ROOM 231 OFFICE 230 174 SF OFFICE 229 236 SF OFFICE 228 174 SF OFFICE 227 176 SF OFFICE 226 JANITOR 200JA 108 SF BATHROOM 200T STAIRS 200S CLOSET 200U CLOSET 200JB 149 SF OFFICE ENTRY 200CC 155 SF COPY ROOM 210G 251 SF LAB 258C ELEVATOR 200E CORRIDOR 200CA LOCATION OF PROPOSED 2HR RATED ENCLOSURE AT EXISTING UTILITY PIPING.NORTHA.1 B C D E F G H J K L L.1 A BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLSECOND FLOOR OCCUPANT LOAD: BUSINESS [B] (LABORATORY, OFFICE) 150 SF GROSS PER OCCUPANT 61 OCCUPANTS TOTAL DESIGN OCCUPANT LOAD 61 OCCUPANTS EXIST EMERGENCY SHOWER / EYE WASH19'-3" +/-DEAD END CORRIDORT17 STAIRS 200SB PROVIDE AUTOMATIC DOOR OPERATOR 31 164 32.75" 31 164 32.75" 221 SF OFFICE 310 91 SF OFFICE 311 199 SF OFFICE 312 126 SF OFFICE 313 128 SF OFFICE 314 391 SF LAB 315 126 SF OFFICE 341 126 SF OFFICE 340 274 SF LAB 344 218 SF LAB 316 803 SF LAB 350 802 SF LAB 356 591 SF LAB 359 204 SF LAB 361 285 SF OFFICE 360 143 SF OFFICE 330 OFFICE 330A 171 SF OFFICE 329 236 SF OFFICE 328 174 SF OFFICE 327 176 SF OFFICE 326 ELEVATOR 300E JANITOR 300JA 108 SF BATHROOM 300T 174 SF LAB 345 408 SF LAB 347 STAIRS 300SCLOSET 300JB UTILITY 300U 300CB LOCATION OF PROPOSED 2HR RATED ENCLOSURE AT EXISTING UTILITY PIPING.NORTHA.1 B C D E F G H J K L L.1 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLTHIRD FLOOR OCCUPANT LOAD: BUSINESS [B] (LABORATORY, OFFICE) 150 SF GROSS PER OCCUPANT 61 OCCUPANTS TOTAL DESIGN OCCUPANT LOAD 61 OCCUPANTS EXIST EMERGENCY SHOWER / EYE WASH 33'-7" +/-DEAD END CORRIDORT17 TK STAIRS 300SB CORRIDOR 300CC PROVIDE AUTOMATIC DOOR OPERATOR 31 203 40.75" 31 164 32.75" 246 SF OFFICE 414 178 SF OFFICE 416 400CA 419 130 SF HALL 400CB 400UB 1293 SF MECH 400UA 400UC ROOF STAIRS 400S NORTHA.1 B C D E F G H J K L BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLDIRECT EXIT PROVIDED FROM MAIN ROOF AREA ACCESSORY MECHANICAL 8 OCCUPANTS FOURTH FLOOR OCCUPANT LOAD: BUSINESS [B] (OFFICE) 150 SF GROSS PER OCCUPANT 4 OCCUPANTS ACCESSORY MECHANICAL 300 SF GROSS PER OCCUPANY 8 OCCUPANTS TOTAL DESIGN OCCUPANT LOAD 12 OCCUPANTS T17 STAIRS 400SB 12 203 40.75" 0 164 30.75 267 SF LOBBY 100L 847 SF LECTURE ROOM 140 108 SF STORAGE 100CB 1189 SF LAB 150 932 SF LAB 156 585 SF GRAD OFFICE 158 615 SF LAB 160 LAB 131 227 SF OFFICE 129 170 SF OFFICE 128 172 SF OFFICE 127 181 SF OFFICE 126 108 SF BATHROOM 100TJANITOR 100J ELEVATOR 100E ACCESSORY ASSEMBLY [A-3] 68 FIXED SEATS 4 UNCONCENTRATED 72 OCCUPANTS LOCATION OF PROPOSED SWING GATE TO PREVENT TRAVEL BEYOND THE LEVEL OF EXIT DISCHARGE HATCH INDICATES AREA OF PROPOSED 2HR RATED EXIT DISCHARGE FROM INTERIOR EXIT STAIRWAY PER 1028.1 EXCEPTION #1. LOCATION OF PROPOSED 2HR RATED ENCLOSURE AT EXISTING UTILITY PIPING. MAINTAIN ACCESS TO STANDPIPE CONNECTION AND VALVES.NORTH1 1/2 HR DOORS ON MAGNETIC HOLD OPEN 1 1/2 HR DOORS A.1 B C D E F G H J K L L.1 A BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLFIRST FLOOR OCCUPANT LOAD: BUSINESS [B] (LABORATORY, OFFICE) 150 SF GROSS PER OCCUPANT 54 OCCUPANTS ACCESSORY ASSEMBLY [A-3] (LECTURE RM) 68 FIXED SEATS 4 UNCONCENTRATED 72 OCCUPANTS TOTAL DESIGN OCCUPANT LOAD 126 OCCUPANTS EXIST EMERGENCY SHOWER / EYE WASH T17 EXIST AUTOMATIC DOOR OPERATOR 25 SF HALL 100CC 7 SF CL 140A 712 SF CORRIDOR 100CD STAIRS 100SB 6' - 3" 27 164 32.75" 36 164 32.75" 63 270 54" DN UP 55 183 36.75"EGRESS CONVERGENCE AT THIS FLOOR These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:30:46 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS CODE COMPLIANCE - FIRST, SECOND, THIRD AND FOURTH FLOORS SDF YS G-004 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"2 SECOND FLOOR PLAN - CODE COMPLIANCE 3/32" = 1'-0"3 THIRD FLOOR PLAN - CODE COMPLIANCE 3/32" = 1'-0"4 FOURTH FLOOR PLAN - CODE COMPLIANCE 3/32" = 1'-0"1 FIRST FLOOR PLAN - CODE COMPLIANCE UP UP UP UP UP E4E4E4E4 E4E4E4 E4 E4E4E2E2E2 E2 E2E2 E2 E2 E2 E2E2E1 E1E1E1E1 E1E1E1E1 E1 E2 E1E1E 1E1 E1 E1E1 E1 E2 E2 E3E3E3E3E3 E3 E1 E1 E4E4E4E4E4E4E4E4E4E4E4E4E4 E4 E4E4E3E3 E4E4E1E4E2278 SF LAB SB36 148 SF LAB SB36A 176 SF LAB SB38 164 SF LAB SB37 361 SF LAB SB40 176 SF LAB SB39 649 SF LAB SB47 164 SF LAB SB56E 93 SF LAB SB56D 152 SF LAB SB56C 109 SF BATHROOM SB00T 61 SF STORAGE SB26A 102 SF ELEVATOR SB00E 280 SF LAB SB28 230 SF LAB SB30 430 SF LAB SB56 140 SF LAB SB58 67 SF LAB SB58B 182 SF LAB SB58C 1217 SF LAB SB60 60 SF AREAWAY SB00UE 469 SF TRANSFORMER SB00UD 333 SF SWITCHBOARD ROOM SB00UC 168 SF STEAM ROOM SB00UB 243 SF STAIRS SB00SA 354 SF CORRIDOR SB00CB 23 SF VEST SB58A 926 SF STEAM ROOM SB00UA 908 SF CORRIDOR SB00CA NORTHBSB- 1 BSB-3 BSB-2 B C D E F G H J K L 47 L.1 A UNEXCAVATED UNEXCAVATED STAIR SB00SB LAB SUITE PLAN LEGEND EXISTING "LAB SUITE" / FORMERLY "CONTROL AREA" PROPOSED LAB SUITE EXISTING 'X' HOURS RATED SEPARATION. NOTE:ALL THROUGH PENETRATIONS IN EXISTING FIRE RESISTANCE RATED WALL ASSEMBLIES ARE TO BE FIRESTOPPED PER UL APPROVED METHODS WHETHER SHOWN OR NOT. NOTIFY ARCHITECT IF UN-DOCUMENTED LOCATIONS ARE DISCOVERED. REFER TO SHEETS A-114, A-115 FOR MORE INFORMATION. EX A1-1 LAB SUITE LEVEL BUILDING LAB SUITE DESIGNATION B: BARD HALL T: THURSTON HALL K: KIMBALL HALL FOURTH THIRD SECOND FIRST BASEMENT SUB-BASEMENT GRADE LEVEL 1 THURSTON (ALL FLOORS COMBINED B/C FLOORS ARE NOT RATED) LAB SUITES / CONTROL AREA SECTIONAL DIAGRAM FULLY SPRINKLERED FULLY SPRINKLERED FULLY SPRINKLERED FIFTH 1 2020 CODE (W/ VARIANCE TO SEPARATE BARD HALL) 1HR REQUIRED WALL RATINGS 1HR 1HR 1HR 1HR 1HR 1HR 75% 75% 75% 100% 100% 100% 75% 1 2 3 4 1 2 3 4 1 2 3 4 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 BARD THURSTON KIMBALL (28) (1) (1) 1 KIMBALL(A LL FLOORS COMBINED BECAUSE FLOORS ARE NOT RATED) WITH VARIANCE: 30 TOTAL LAB SUITES. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:30:49 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS LAB SUITE PLAN - SUB BASEMENT SDF YS G-005 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 LAB SUITE PLAN - SUB - BASEMENT SUB-BASEMENT MAQ'S WHEN STORED IN APPROVED CABINETS SUB-BASEMENT MAQ'S WHEN NOT STORED IN APPROVED CABINETS UP UP UP E2E2E2E2E2E2 E2E2E2E2 E2 E2E2E2 E4E4 E4E4E4 E4 E4E42 2 E2E2E222 E2E2E2E2 E5E2 E2 E2 E2E2E1 E2 E2E2 E2E2 E2 E1 E1 E4E4E1 E1 E1E1E1E1E1E1 E1 E1E1E1E1 E1E4E22222E1E1 E1E1 E2E2DN301 SF COMPUTER ROOM B40 630 SF LASER LAB B44A289 SF EQUIPMENT RM B44C 174 SF LAB B44B 304 SF LAB B47A 108 SF VESTIBULE B44 141 SF LAB B47 CLOSET B00UA CLOSET B00UB CLOSET B00UO 415 SF LAB B47B 449 SF LAB B55 644 SF LAB B56 165 SF LAB B57 163 SF OFFICE B57A 232 SF LAB B58 79 SF OFFICE B59 948 SF LAB B60 203 SF RECEIVING B60A 45 SF B07A 22 SF B07 403 SF EQUIPMENT B28 106 SF BATHROOM B0T SINK B00J CLOSET B00UD STAIR B00S 66 SF ELEVATOR B00E NORTHT-1 BB-1 A.1 B C D E F G H J K L 7 L.1 A T17 T16 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TK TJ TG TF TE TD TA T13 T10 TE2 TD2 TC2 TB2 K-1 BB-2 BB-3 BB-4 EXIST LAB SUITE (BARD LAB SUITE 3) 484 SF B00L 28 SF B01D 283 SF B01C 778 SF B01 1264 SF B02A 2000 SF B11 678 SF B00C 156 SF B10 115 SF B00TB 18 SF B00JB UNEXCAVATED 146 SF B00TA 140 SF B07112 SF B00S 61 SF B04A 210 SF B04 269 SF B06 441 SF B00UA 146 SF B00S 56 SF B11A 36 SF B00JA 332 SF B03 116 SF B00E B05 112 SF B01B 400 SF B01A 5991 SF B02 STAIRS B00SB 192 SF RECEIVING B60B CORROSIVES 1,056 GALS STORAGE (NOT IN RATED CABINETS) QUANTITY TO BE REDUCED TO BELOW 1,000 GALS OR PROVIDE (3) 45 GAL CAPACITY CORROSIVE STORAGE CABINETS (SIZE OF EA. 43" W X 18" D X 65" H) 106 SF VEST B44D LAB SUITE PLAN LEGEND EXISTING "LAB SUITE" / FORMERLY "CONTROL AREA" PROPOSED LAB SUITE EXISTING 'X' HOURS RATED SEPARATION. NOTE:ALL THROUGH PENETRATIONS IN EXISTING FIRE RESISTANCE RATED WALL ASSEMBLIES ARE TO BE FIRESTOPPED PER UL APPROVED METHODS WHETHER SHOWN OR NOT. NOTIFY ARCHITECT IF UN-DOCUMENTED LOCATIONS ARE DISCOVERED. REFER TO SHEETS A-114, A-115 FOR MORE INFORMATION. EX A1-1 LAB SUITE LEVEL BUILDING LAB SUITE DESIGNATION B: BARD HALL T: THURSTON HALL K: KIMBALL HALL FOURTH THIRD SECOND FIRST BASEMENT SUB-BASEMENT GRADE LEVEL 1 THURSTON (ALL FLOORS COMBINED B/C FLOORS ARE NOT RATED) LAB SUITES / CONTROL AREA SECTIONAL DIAGRAM FULLY SPRINKLERED FULLY SPRINKLERED FULLY SPRINKLERED FIFTH 1 2020 CODE (W/ VARIANCE TO SEPARATE BARD HALL) 1HR REQUIRED WALL RATINGS 1HR 1HR 1HR 1HR 1HR 1HR 75% 75% 75% 100% 100% 100% 75% 1 2 3 4 1 2 3 4 1 2 3 4 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 BARD THURSTON KIMBALL (28) (1) (1) 1 KIMBALL(A LL FLOORS COMBINED BECAUSE FLOORS ARE NOT RATED) WITH VARIANCE: 30 TOTAL LAB SUITES. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:30:52 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS LAB SUITE PLAN - BASEMENT SDF YS G-006 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 LAB SUITE PLAN - BASEMENT BASEMENT MAQ'S WHEN STORED IN APPROVED CABINETS BASEMENT MAQ'S WHEN NOT STORED IN APPROVED CABINETS UP UP UP UP E1E1E1E1E1E1E1E1 E1 E1 E1 E1E1E1E1E2E2E2E2E2E2 E222 E2E2E2 E2 E2E2E222222 22 E2 E2 E2E222E2E2E2E2 E2E2E1 E1 E2E2E2E1 E1E1E1E1 E1 E1E1E1E1E1 E1E1E1E1E1E1E1E1E1 E1E1E1 E2 E2 E2E2E2 E2E2E1 E1E1E1 E1 E2 E2 E2 E2 E2E2 E2E2 E2 E1 E1 E1E1E1 E1E1E1E1E12E22222 E2E2 267 SF LOBBY 100L 847 SF LECTURE ROOM 140 108 SF STORAGE 100CB 1189 SF LAB 150 932 SF LAB 156 585 SF GRAD OFFICE 158 615 SF LAB 160 LAB 131 227 SF OFFICE 129 170 SF OFFICE 128 172 SF OFFICE 127 181 SF OFFICE 126 108 SF BATHROOM 100TJANITOR 100J CL 100U 62 SF ELEVATOR 100E NORTHT-1 B1-2 A.1 B D E F G H J K L 7 L.1 A T17 T16 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13 T10 TE2 TD2 TC2 TB2 K-1 B1-1 B1-3 84 SF 100L 706 SF 102A 768 SF 100UC 142 SF 100S 899 SF 102 348 SF 177 279 SF 174A 111 SF 174B 102 SF 174 100J 100U 257 SF 103 129 SF 171 276 SF 173 63 SF 100CA 32 SF 100UD 54 SF 172A 55 SF 100TA 52 SF 100CB 141 SF 172 107 SF 174D 388 SF 174C 395 SF 174E 738 SF 100CD 136 SF 175 142 SF 176 151 SF 100S 1079 SF 101A 522 SF 115 2213 SF 180 26 SF 100UA 30 SF 100UB 203 SF 100TB 154 SF 112 132 SF 111 122 SF 100E 1677 SF 100CC 220 SF 100TA 132 SF 114 152 SF 113 100Z 368 SF 179 145 SF 171A 1218 SF 101 395 SF CORRIDOR 100CA STAIRS 100SB CORRIDOR 100CD 25 SF HALL 100CC 7 SF CL 140A 101 HIGHLY TOXICS 6.7 LBS SOLIDS (NOT IN A RATED CABINET) 1.6 GALS LIQUID (1.5 GALS NOT IN A RATED CABINET) HIGHLY TOXICS 14.0 LBS SOLIDS (NOT IN A RATED CABINET) LAB SUITE PLAN LEGEND EXISTING "LAB SUITE" / FORMERLY "CONTROL AREA" PROPOSED LAB SUITE EXISTING 'X' HOURS RATED SEPARATION. NOTE:ALL THROUGH PENETRATIONS IN EXISTING FIRE RESISTANCE RATED WALL ASSEMBLIES ARE TO BE FIRESTOPPED PER UL APPROVED METHODS WHETHER SHOWN OR NOT. NOTIFY ARCHITECT IF UN-DOCUMENTED LOCATIONS ARE DISCOVERED. REFER TO SHEETS A-114, A-115 FOR MORE INFORMATION. EX A1-1 LAB SUITE LEVEL BUILDING LAB SUITE DESIGNATION B: BARD HALL T: THURSTON HALL K: KIMBALL HALL FOURTH THIRD SECOND FIRST BASEMENT SUB-BASEMENT GRADE LEVEL 1 THURSTON (ALL FLOORS COMBINED B/C FLOORS ARE NOT RATED) LAB SUITES / CONTROL AREA SECTIONAL DIAGRAM FULLY SPRINKLERED FULLY SPRINKLERED FULLY SPRINKLERED FIFTH 1 2020 CODE (W/ VARIANCE TO SEPARATE BARD HALL) 1HR REQUIRED WALL RATINGS 1HR 1HR 1HR 1HR 1HR 1HR 75% 75% 75% 100% 100% 100% 75% 1 2 3 4 1 2 3 4 1 2 3 4 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 BARD THURSTON KIMBALL (28) (1) (1) 1 KIMBALL(A LL FLOORS COMBINED BECAUSE FLOORS ARE NOT RATED) WITH VARIANCE: 30 TOTAL LAB SUITES. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:30:56 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS LAB SUITE PLAN - FIRST FLOOR SDF YS G-007 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 LAB SUITE PLAN - FIRST FLOOR FIRST FLOOR MAQ'S WHEN STORED IN APPROVED CABINETS FIRST FLOOR MAQ'S WHEN NOT STORED IN APPROVED CABINETS UP E2E2E2E2E2E1 E1E1E1E1E1E1E1E1E1E1E1 E2 E2 E2E2E2 E2E2E1 E1E1E1E1 E1 E1E1E1 E1 E1E1E1E1E2 E2E2E2E2 E2E2E2E2 E2E2E2E2E2 2 2 22 E2 E2E4 E4 E2 E2 E2 E2E2 E2E2 E2 E2E2E1E1E1 E2E2E1E1E1E1E1 295 SF OPEN OFFICE 210F 85 SF OFFICE 210E74 SF BREAK 210D 411 SF OPEN OFFICE 210 148 SF OFFICE 210C 121 SF OFFICE 210B 126 SF OFFICE 210A 445 SF CONFERENCE 245 571 SF LAB 247 214 SF COMPUTER 249 240 SF LAB 250 419 SF LAB 258B 659 SF LAB 258 111 SF OFFICE 258A 640 SF LOUNGE 260 260A 139 SF BREAK ROOM 231 Not Enclosed OFFICE 230 174 SF OFFICE 229 236 SF OFFICE 228 174 SF OFFICE 227 176 SF OFFICE 226 JANITOR 200JA 108 SF BATHROOM 200T 262 SF STAIRS 200S CLOSET 200U CLOSET 200JB 149 SF OFFICE ENTRY 200CC 155 SF COPY ROOM 210G 251 SF LAB 258C 62 SF ELEVATOR 200E NORTHB2-2 T-1 A.1 B C D E F G H J K L 7 T17 T16 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TK TJ TG TF TE TD TA T13 T10 TE2 TD2 TC2 TB2 K-1 B2-1 414 SF 204 824 SF 205 442 SF 201 830 SF 203 10 SF 202A 417 SF 202 200J 200U 429 SF 206 139 SF 200S 260 SF 207 40 SF 20063 161 SF 277 159 SF 279 159 SF 281 76 SF 273 45 SF 20061 20062 330 SF 283 172 SF 289 154 SF 290G 156 SF 290E 122 SF 290F 274 278 155 SF 290D 157 SF 290C 180 SF 290A 272 275 SF 290L 122 SF 290K 155 SF 290J 2123 SF 290 922 SF 20040 148 SF 200S 200Z 149 SF 232 129 SF 231 148 SF 233 130 SF 234 130 SF 235 128 SF 236 129 SF 237 117 SF 238 221 SF 200TA194 SF 200TB 118 SF 200E 1527 SF 200C 241 SF 290B 531 SF 287 140 SF 275 453 SF 200S STAIRS 200SB 934 SF CORRIDOR 200CA LAB SUITE PLAN LEGEND EXISTING "LAB SUITE" / FORMERLY "CONTROL AREA" PROPOSED LAB SUITE EXISTING 'X' HOURS RATED SEPARATION. NOTE:ALL THROUGH PENETRATIONS IN EXISTING FIRE RESISTANCE RATED WALL ASSEMBLIES ARE TO BE FIRESTOPPED PER UL APPROVED METHODS WHETHER SHOWN OR NOT. NOTIFY ARCHITECT IF UN-DOCUMENTED LOCATIONS ARE DISCOVERED. REFER TO SHEETS A-114, A-115 FOR MORE INFORMATION. EX A1-1 LAB SUITE LEVEL BUILDING LAB SUITE DESIGNATION B: BARD HALL T: THURSTON HALL K: KIMBALL HALL FOURTH THIRD SECOND FIRST BASEMENT SUB-BASEMENT GRADE LEVEL 1 THURSTON (ALL FLOORS COMBINED B/C FLOORS ARE NOT RATED) LAB SUITES / CONTROL AREA SECTIONAL DIAGRAM FULLY SPRINKLERED FULLY SPRINKLERED FULLY SPRINKLERED FIFTH 1 2020 CODE (W/ VARIANCE TO SEPARATE BARD HALL) 1HR REQUIRED WALL RATINGS 1HR 1HR 1HR 1HR 1HR 1HR 75% 75% 75% 100% 100% 100% 75% 1 2 3 4 1 2 3 4 1 2 3 4 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 BARD THURSTON KIMBALL (28) (1) (1) 1 KIMBALL(A LL FLOORS COMBINED BECAUSE FLOORS ARE NOT RATED) WITH VARIANCE: 30 TOTAL LAB SUITES. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:30:59 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS LAB SUITE PLAN - SECOND FLOOR SDF YS G-008 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 LAB SUITE PLAN - SECOND FLOOR SECOND FLOOR MAQ'S WHEN STORED IN APPROVED CABINETS SECOND FLOOR MAQ'S WHEN NOT STORED IN APPROVED CABINETS UP E2E2E2E2E2E2E1E1E1E1E1E1E1E1E1E1E1E1 E1 E1E1E1E1E1E1E1E1E1E1E1 E1E2 E2 E2E2E2 E2E2E1 E1 E2 E2E22 2 E2E2 E2E2E2E2 E2E2E2E2E2 E1E1 E2 E2 E222 E2 E2 E2 E2E2 E2E2 E2 E2E2E1E1 E1E1 E1E1E2 E2 E2E211 E1E1E1E1 221 SF OFFICE 31091 SF OFFICE 311 199 SF OFFICE 312 126 SF OFFICE 313 128 SF OFFICE 314 391 SF LAB 315 126 SF OFFICE 341 126 SF OFFICE 340 274 SF LAB 344 218 SF LAB 316 803 SF LAB 350 802 SF LAB 356 591 SF LAB 359 204 SF LAB 361 285 SF OFFICE 360 143 SF OFFICE 330 212 SF OFFICE 330A 171 SF OFFICE 329 236 SF OFFICE 328 174 SF OFFICE 327 176 SF OFFICE 326 ELEVATOR 300E JANITOR 300JA BATHROOM 300T 174 SF LAB 345 408 SF LAB 347 262 SF STAIRS 300S CLOSET 300JB UTILITY 300U 300CB NORTHB3-1 A.1 B C D E F G H J K L 7 L.1 T17 T16 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T-1 K-1 B3-3 109 SF 301A 274 SF 301 482 SF 302 435 SF 303 438 SF 304 438 SF 305 612 SF 306 139 SF 300S 1103 SF 300CA 125 SF 300E 250 SF 307 703 SF 306A 53 SF 30063 160 SF 377 159 SF 379 160 SF 381 330 SF 383 134 SF 300S239 SF 390B 170 SF 300Z 9 SF 30064 170 SF 300CB 52 SF 373 7 SF 30062 43 SF 30061 6 SF 372 161 SF 390C 155 SF 390D 5 SF 378 156 SF 390E 158 SF 390G 123 SF 390F8 SF 374 130 SF 390L 141 SF 390M 933 SF 30040 177 SF 300T266 SF 333 140 SF 332 137 SF 331 140 SF 330 284 SF 329 138 SF 327 283 SF 325 284 SF 323 270 SF 321 279 SF 322 20 SF 300U 124 SF 390K 155 SF 390J 2125 SF 390 25 SF 300Z 534 SF 300CB 133 SF 375 484 SF 371 181 SF 390A STAIRS 300SB 617 SF CORRIDOR 300CC PYROPHORICS 0.6 LBS (SOLID) (NOT STORED IN APPROVED CABINETS) PYROPHORICS 1.1 LBS (SOLID) (NOT STORED IN APPROVED CABINETS) HIGHLY TOXICS 0.3 LBS 0.3 GAL B3-2 PYROPHORICS 4.4 LBS (SOLID) (NOT STORED IN APPROVED CABINETS) 0.9 GALS (NOT STORED IN APPROVED CABINETS) B3-4 NOTE ALL PYROPHORICS IN LAB 350 SHALL BE STORED IN APPROVED CABINETS TO COMPLY WITH MAQ'S. IN ADDITION TO THIS, LIQUID PYROPHORICS SHALL BE REDUCED IN QUANTITY TO 0.6 GALS. HIGHLY TOXICS 10.3 LBS (SOLID) (NOT IN APPROVED CABINETS) 1.0 GALS (LIQUID) (NOT IN APPROVED CABINETS) 0.5 GALS (LIQUID) (STORED IN APPROVED CABINETS) HIGHLY TOXICS 10.3 LBS 0.3 GALS (NOT IN APPROVED CABINETS) PYROPHORICS 1.7 LBS (SOLID) (OF THIS, 0.5 LBS IS NOT STORED IN APPROVED CABINETS) 0.1 GALS (LIQUID) (NOT STORED IN APPROVED CABINETS) HIGHLY TOXICS 13.7 LBS (OF THIS, 11.5 LBS IS NOT STORED IN APPROVED CABINETS) 1.2 GALS (LIQUID) (OF THIS, 0.6 GALS IS NOT STORED IN APPROVED CABINETS) PYROPHORICS 0.6 LBS (SOLID) (NOT STORED IN APPROVED CABINETS) HIGHLY TOXICS 0.2 LBS PYROPHORICS MAQ'S / LAB SUITE: NOT STORED IN APPROVED CABINETS: 3.0 LBS (SOLID) 0.3 GALS (LIQUID) STORED IN APPROVED CABINETS: 6.0 LBS (SOLID) 0.6 GALS(LIQUID) HIGHLY TOXICS MAQ'S / LAB SUITE: NOT STORED IN APPROVED CABINETS: 15 LBS (SOLID) STORED IN APPROVED CABINETS: 30 LBS (SOLID) PROVIDE (1) 7-GALLON (21"WX18"DX27"H) NON- VENTED FLAMMABLE STORAGE CABINET PROVIDE (1) 7-GALLON (21"WX18"DX27"H) VENTED CABINET FOR HIGHLY TOXICS PROVIDE (1) 7-GALLON (21"WX18"DX27"H) VENTED CABINET FOR HIGHLY TOXICS LAB SUITE PLAN LEGEND EXISTING "LAB SUITE" / FORMERLY "CONTROL AREA" PROPOSED LAB SUITE EXISTING 'X' HOURS RATED SEPARATION. NOTE:ALL THROUGH PENETRATIONS IN EXISTING FIRE RESISTANCE RATED WALL ASSEMBLIES ARE TO BE FIRESTOPPED PER UL APPROVED METHODS WHETHER SHOWN OR NOT. NOTIFY ARCHITECT IF UN-DOCUMENTED LOCATIONS ARE DISCOVERED. REFER TO SHEETS A-114, A-115 FOR MORE INFORMATION. EX A1-1 LAB SUITE LEVEL BUILDING LAB SUITE DESIGNATION B: BARD HALL T: THURSTON HALL K: KIMBALL HALL FOURTH THIRD SECOND FIRST BASEMENT SUB-BASEMENT GRADE LEVEL 1 THURSTON (ALL FLOORS COMBINED B/C FLOORS ARE NOT RATED) LAB SUITES / CONTROL AREA SECTIONAL DIAGRAM FULLY SPRINKLERED FULLY SPRINKLERED FULLY SPRINKLERED FIFTH 1 2020 CODE (W/ VARIANCE TO SEPARATE BARD HALL) 1HR REQUIRED WALL RATINGS 1HR 1HR 1HR 1HR 1HR 1HR 75% 75% 75% 100% 100% 100% 75% 1 2 3 4 1 2 3 4 1 2 3 4 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 BARD THURSTON KIMBALL (28) (1) (1) 1 KIMBALL(A LL FLOORS COMBINED BECAUSE FLOORS ARE NOT RATED) WITH VARIANCE: 30 TOTAL LAB SUITES. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:31:02 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS LAB SUITE PLAN - THIRD FLOOR SDF YS G-009 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 LAB SUITE PLAN - THIRD FLOOR THIRD FLOOR MAQ'S WHEN STORED IN APPROVED CABINETS THIRD FLOOR MAQ'S WHEN NOT STORED IN APPROVED CABINETS UP E2E2E2E2E2E1E1E1E1E1E1E1E1E1E1E1E1 E1 E1E1E1E1E1E1E1E1E1E1E1 E1E2 E2 E2E2E2 E2E2E1 E1 E2E5E2E2E2E2 E2 E2 E2E2E2 E2 E2 2 2 22E222E1 E2 E2 E2 E2E2 E2E2 E2 E1 E2E2E2E2E2E2246 SF OFFICE 414 178 SF OFFICE 416 400CA 419 130 SF HALL 400CB 400UB 1293 SF MECH 400UA 400UC ROOF NORTHDN A.1 B C D E F G H J K L 7 L.1 5.4 T17 T16 T15 T14 T12 T11 T9 T8 T7 T6 TK TJ TG TF T-1 K-1 B4-1 448 SF 401 439 SF 402 239 SF 422 1101 SF 400CA 257 SF 421 439 SF 403 258 SF 420 258 SF 419 406 SF 404 408 SF 406 1329 SF 407 257 SF 418 258 SF 417 257 SF 416 247 SF 415 400U 184 SF 400T 400Z 158 SF 400CB 139 SF 400S 119 SF 400E 255 SF 407A 960 SF 40060 SF 405 STAIRS 400SB LAB SUITE PLAN LEGEND EXISTING "LAB SUITE" / FORMERLY "CONTROL AREA" PROPOSED LAB SUITE EXISTING 'X' HOURS RATED SEPARATION. NOTE:ALL THROUGH PENETRATIONS IN EXISTING FIRE RESISTANCE RATED WALL ASSEMBLIES ARE TO BE FIRESTOPPED PER UL APPROVED METHODS WHETHER SHOWN OR NOT. NOTIFY ARCHITECT IF UN-DOCUMENTED LOCATIONS ARE DISCOVERED. REFER TO SHEETS A-114, A-115 FOR MORE INFORMATION. EX A1-1 LAB SUITE LEVEL BUILDING LAB SUITE DESIGNATION B: BARD HALL T: THURSTON HALL K: KIMBALL HALL FOURTH THIRD SECOND FIRST BASEMENT SUB-BASEMENT GRADE LEVEL 1 THURSTON (ALL FLOORS COMBINED B/C FLOORS ARE NOT RATED) LAB SUITES / CONTROL AREA SECTIONAL DIAGRAM FULLY SPRINKLERED FULLY SPRINKLERED FULLY SPRINKLERED FIFTH 1 2020 CODE (W/ VARIANCE TO SEPARATE BARD HALL) 1HR REQUIRED WALL RATINGS 1HR 1HR 1HR 1HR 1HR 1HR 75% 75% 75% 100% 100% 100% 75% 1 2 3 4 1 2 3 4 1 2 3 4 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 BARD THURSTON KIMBALL (28) (1) (1) 1 KIMBALL(A LL FLOORS COMBINED BECAUSE FLOORS ARE NOT RATED) WITH VARIANCE: 30 TOTAL LAB SUITES. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:31:05 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS LAB SUITE PLAN - FOURTH FLOOR SDF YS G-010 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 LAB SUITE PLAN - FOURTH FLOOR FOURTH FLOOR MAQ'S WHEN STORED IN APPROVED CABINETS FOURTH FLOOR MAQ'S WHEN NOT STORED IN APPROVED CABINETS E2E2E2E2E2E2E2 E2 E2E2E2 LAB SUITE PLAN LEGEND EXISTING "LAB SUITE" / FORMERLY "CONTROL AREA" PROPOSED LAB SUITE EXISTING 'X' HOURS RATED SEPARATION. NOTE:ALL THROUGH PENETRATIONS IN EXISTING FIRE RESISTANCE RATED WALL ASSEMBLIES ARE TO BE FIRESTOPPED PER UL APPROVED METHODS WHETHER SHOWN OR NOT. NOTIFY ARCHITECT IF UN-DOCUMENTED LOCATIONS ARE DISCOVERED. REFER TO SHEETS A-114, A-115 FOR MORE INFORMATION. EX A1-1 LAB SUITE LEVEL BUILDING LAB SUITE DESIGNATION B: BARD HALL T: THURSTON HALL K: KIMBALL HALL FOURTH THIRD SECOND FIRST BASEMENT SUB-BASEMENT GRADE LEVEL 1 THURSTON (ALL FLOORS COMBINED B/C FLOORS ARE NOT RATED) LAB SUITES / CONTROL AREA SECTIONAL DIAGRAM FULLY SPRINKLERED FULLY SPRINKLERED FULLY SPRINKLERED FIFTH 1 2020 CODE (W/ VARIANCE TO SEPARATE BARD HALL) 1HR REQUIRED WALL RATINGS 1HR 1HR 1HR 1HR 1HR 1HR 75% 75% 75% 100% 100% 100% 75% 1 2 3 4 1 2 3 4 1 2 3 4 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 BARD THURSTON KIMBALL (28) (1) (1) 1 KIMBALL(A LL FLOORS COMBINED BECAUSE FLOORS ARE NOT RATED) WITH VARIANCE: 30 TOTAL LAB SUITES. B C D E F G H J K 5.4 T17 T16 T15 T14 T12 T11 T9 T8 T7 T6 TK TJ TG TF 1021 SF 500 268 SF 500UA 177 SF 500C 181 SF 500UB 137 SF 500S 208 SF 501 K-1T-1 NORTHThese documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:40:05 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS LAB SUITE PLAN - FIFTH FLOOR (KIMBALL) SDF YS G-011 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 LAB SUITE PLAN - FIFTH FLOOR KIMBALL FIFTH FLOOR MAQ'S WHEN STORED IN APPROVED CABINETS FIFTH FLOOR MAQ'S WHEN NOT STORED IN APPROVED CABINETS BB-C 5 DAYS 2/8 -2/12 FA/FP ONLY BB-B 10 DAYS 1/25 -2/5 BB-A 5 DAYS 1/18 -1/22 FA/FP ONLY COORDINATE WORK IN THIS AREA BETWEEN AREA A AND B WORK SCHEDULE. CONFIRM FP REQUIREMENTS FOR THIS EXTERIOR ENCLOSURE. TB-B 10 DAYS 11/2 -11/13 TB-A 10 DAYS 10/9 -10/30 20 DAYS 12/24 -1/20 B1-C 20 DAYS 12/21 -1/15 FA/FP ONLY B1-B 20 DAYS 12/21 -1/15 B1-A 20 DAYS 12/21 -1/15 T1-B 10 DAYS 11/30 -12/11 T1-A 10 DAYS 11/16 -11/27 20 DAYS 12/21 -1/155 DAYS 10/5 -10/9 7 DAYS 9/29 -10/7 T4-B 10 DAYS 4/19 -4/30 T4-A 10 DAYS 4/5 -4/16 BSB-C 10 DAYS 3/15 -3/26 BSB-B 10 DAYS 3/1 -3/12 BSB-A 10 DAYS 2/15 -2/26 B3-C 10 DAYS 11/9 -11/20 B3-B 10 DAYS 10/26 -11/6 B3-A 10 DAYS 10/12 -10/23 T3-B 10 DAYS 3/22 -4/2 T3-A 10 DAYS 3/8 -3/19 FA / FP ONLY B2-C 10 DAYS 12/21 -1/8 ALTERNATE -1 B2-B 10 DAYS 12/7 -12/18 B2-A 10 DAYS 11/23 -12/4 T2-C 10 DAYS 2/22 -3/5 T2-A 10 DAYS 1/25 -2/5 COORDINATE WORK IN THIS AREA WITH NEW VISIONS PROGRAM T2-B 10 DAYS 2/8 -2/19 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 12:56:26 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS CONSTRUCTION SEQUENCING PLANS SDF YS G-012 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1" = 30'-0"2 CONSTRUCTION SEQUENCING - BASEMENT 1" = 30'-0"3 CONSTRUCTION SEQUENCING - FIRST FLOOR 1" = 30'-0"5 CONSTRUCTION SEQUENCING - FOURTH FLOOR 1" = 30'-0"1 CONSTRUCTION SEQUENCING - SUB BASEMENT 1" = 30'-0"4 CONSTRUCTION SEQUENCING- THIRD FLOOR NORTH1" = 30'-0"7 CONSTRUCTION SEQUENCING - SECOND FLOOR PROVIDE GRANITE CURB CONCRETE SIDEWALK, SLOPE 1/4" PER FOOT AWAY FROM BUILDING EXIST CURB TO REMAIN 5' - 0"10' - 0" HATCH INDICATES AREA OF LAWN REPAIR, REGRADE LAWN TO SIDEWALK. HATCH INDICATES AREA OF ASPHALT PAVING REPLACEMENT EXIST MANHOLE, VERIFY LOCATION IN FIELD LINE OF BELOW GRADE DRAIN PIPING, REFER TO FIRE PROTECTION DRAWINGS EXISTING ASPHALT PARKING LOTBARD HALL THURSTON HALL LOADING DOCK HATCH INDICATES AREA OF LAWN REPAIR EXISTING TREES TO REMAIN, TYP (SHOWN FOR INFORMATION ONLY) EXIST CURB TO REMAIN CORE HOLE THROUGH EXISTING 12" THICK CONC AREA WAY WALL FOR FIRE PROTECTION DRAIN PIPING. REFER TO FIRE PROTECTION DRAWINGS. +/-760'-6" @ ROAD SURFACE 760' -11 1/4"@ SLAB ON GRADE CJ 760' -11" @ DOOR THRESHOLD EXIST FENCING TO REMAIN EXIST BOLLARDS TO REMAIN EXISTING WATER LINE BELOW GRADE EXISTING STORM LINE BELOW GRADE EXISTING STORM LINE BELOW GRADE (APPROX) MIN 20' - 0" EXIST CURB TO REMAIN HATCH INDICATES AREA OF LAWN REPAIR HATCH INDICATES AREA OF ASPHALT PAVING REPAIR HATCH INDICATES AREA OF ASPHALT PAVING REPAIR PROVIDE GRANITE CURB, SEE DETAIL 2/A-114 PROVIDE SILT FENCE /SEE DETAIL 3 L-101 /SEE DETAIL 4 L-101 6"5" ELEVATION TYPE "C" GRANITE CURBING 5"x16", SAWN TOP, SPLIT FACE (4' MINIMUM LENGTH) REPAIR BACK OF CURB TO MATCH EXISTING OR AS SPECIFIED 3" MIN. DEPTH "DRY" CONCRETE MIX AS CURB BEDDING ASPHALT PAVEMENT, SEE DETAIL A-114 / 3 "LEAN" CONCRETE CONTINUOUS FULL LENGTH OF CURB 9" NYSDOT 304-2.02 TYPE 4 SUBBASE COMPACTED IN 5" LIFTS TOP VIEW "LEAN" CONCRETE CONTINUOUS FULL LENGTH OF CURB USE FLEXIBLE CAULK AT 150' INTERVALS FOR EXPANSION, OTHER JOINTS < 1/8" GAP DRY BED OF CONCRETE MIXDRY BED OF CONCRETE MIX GRANITE CURBING 1 1/2" COMPACTED NYSDOT SUPERPAVE 9.5MM TOP COURSE (492.097203) APPLY JOINT ADHESIVE TO ALL LONGITUDINAL/TRANSVERSE JOINTS 3" COMPACTED NYSDOT SUPERPAVE 19MM BINDER (492.097203) 9" COMPACTED TYPE 2 SUBBASE, NYSDOT ITEM #304.12 (LEDGEROCK) TYPE 4 SUBBASE, NYSDOT ITEM #304.14 OR APPROVED ASPHALT MILLINGS MAY BE USED IN BOTTOM LIFT AND SHALL NOT EXCEED 3" IN THICKNESS FILTER FABRIC MIRAFI 500X OR EQUIVALENT3"COMPACTED SUBGRADE NOTE: ALL SUBGRADE MATERIALS ARE EXISTING AND SHOWN FOR REFERENCE ONLY. PLACE TACK COTE BETWEEN ALL ASPHALT LAYERS.9"REMOVE EXIST CONCRETE PAD EXIST CURB TO REMAIN REMOVE EXIST CONCRETE CURB EXISTING ASPHALT PARKING LOT EXIST FENCING TO REMAIN BARD HALL THURSTON HALL LOADING DOCK EXIST AREAWAY EXIST BOLLARDS TO REMAIN 11' - 0" SAWCUT AND REMOVE PORTION OF EXISTING +/-22”X 20” CONCRETE DUCT BANK AT AREA OF NEW STAIR FOUNDATIONS (+/-30”BELOW GRADE). REMOVE EXIST TREE REMOVE EXIST TREE REMOVE AND REPLACE EXISTING ASPHALT PAVING EXIST CONC PAVING TO REMAIN PROVIDE INLET PROTECTION, TYP These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 1:07:55 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS PARTIAL SITE DEMOLITION PLAN, SITE PLAN AND DETAILS SDF YS L-101 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"2 PARTIAL SITE PLAN 1 1/2" = 1'-0"4 GRANITE CURBING DETAIL 1 1/2" = 1'-0"3 MEDIUM DUTY ASPHALT PAVEMENT DETAIL 3/32" = 1'-0"1 PARTIAL SITE DEMOLITION PLAN 12" = 1'-0"5 SILT FENCE 12" = 1'-0"6 PAVED SURFACE INLET PROTECTION 12" = 1'-0"7 LAWN SURFACE INLET PROTECTION GENERAL STRUCTURAL NOTES:1. THE CONTRACTOR SHALL VERIFY ALL CONDITIONS, DIMENSIONS, ELEVATIONS, AND PLUMBNESS OF EXISTING CONSTRUCTION AS SHOWN AND IMMEDIATELY REPORT TO THE ARCHITECT ANY DISCREPANCIES OR OMISSIONS PRIOR TO CONSTRUCTION OR FABRICATION. IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO ACCURATELY DETERMINE THE ACTUAL DIMENSIONS, ELEVATIONS, AND PLUMBNESS OF EXISTING WORK.2. ALL EXISTING CONSTRUCTION ADJACENT TO NEW WORK IS TO BE ADEQUATELY SUPPORTED DURING CONSTRUCTION. THE CONTRACTOR SHALL BE RESPONSIBLE FOR REPAIRING ANY NEW OR EXISTING WORK DAMAGED WHILE WORK IS IN PROGRESS TO THE SATISFACTION OF THE ARCHITECT.3. ALL FOUNDATIONS ARE TO BE PLACED ON REINFORCED CONCRETE GRADE BEAMS BEARING ON HELICAL PILES INTSTALLED TO BEDROCK. ALL FILL MATERIAL SHALL BE AS SPECIFIED AND APPROVED BY THE PROJECT GEOTECHNICAL ENGINEER. SEE THE GEOTECHNICAL REPORT PREPARED BY ATLANTIC TESTING LABORATORIES, DATED JANUARY 3, 2018.4. HELICAL PILE FOUNDATIONS HAVE BEEN DESIGNED WITH AN ALLOWABLE LOAD OF 40 KIPS PER PILE. THE CONTRACTOR SHALL ALLOW THE PROJECT GEOTECHNICAL ENGINEER TO VERIFY SOIL CONDITIONS PRIOR TO PLACING FOUNDATIONS.5. BACKFILL EVENLY UP BOTH SIDES OF GRADE BEAMS TO PREVENT UNBALANCED LOADING.6. THE CONTRACTOR SHALL COORDINATE THE LOCATION AND SIZE OF ALL ROOF TOP EQUIPMENT AND ANY ROOF PENETRATIONS THAT THEY MIGHT REQUIRE WITH THE FRAMING PLANS. THE CONTRACTOR SHALL ADVISE THE ENGINEER OF LOCATIONS AND OPERATING WEIGHTS OF ALL SUCH EQUIPMENT FOR REVIEW. SUPPLEMENTAL FRAMING MAY BE REQUIRED. THE CONTRACTOR SHALL PROVIDE ANGLE FRAMES FOR OPENINGS PER THE CONSTRUCTION DOCUMENTS.7. THE SUPPLIERS OF PRECAST, GLASS AND OTHER ARCHITECTURAL ITEMS ARE RESPONSIBLE FOR THE CONNECTIONS OF SAME TO THE STRUCTURAL FRAMING SYSTEM.8. CONTRACTOR IS RESPONSIBLE TO COORDINATE REQUIRED SPECIAL INSPECTIONS AS IDENTIFIED IN THE PROJECT SPECIFICATIONS WITH THE PROJECT SPECIAL INSPECTOR.9. STAIR TOWER ADDITION IS DESIGNED TO MEET THE REQUIREMENTS OF THE 2020 BUILDING CODE OF NEW YORK STATE. DESIGN LOADS FOR THIS STRUCTURE ARE AS FOLLOWS:DESIGN CRITERIA:ROOF LOAD:FRAMING......................................................................... 5 PSFMETAL DECK.................................................................. 2 PSFINSULATION.................................................................... 9 PSFROOFING......................................................................... 8 PSFSPRAYED FIRE-PROOFING..........................................5 PSFSHEATHING.................................................................... 4 PSFCEILING........................................................................... 3 PSFM & E................................................................................ 5 PSFMISC................................................................................. 2 PSFSNOW (FLAT).................................................................. 36 PSFLIVE LOAD....................................................................... 20 PSFSNOW DRIFT PER ASCE 7-16 METHODPRECAST CONCRETE STAIR & LANDINGS................ 70 PSF +/-CEILING........................................................................... 2 PSFMISC................................................................................. 3 PSFLIVE LOAD (STAIRS)...................................................... 100 PSFLIVE LOAD REDUCTION PER BCNYS SECTION 1607.10SNOW LOAD DESIGN DATA:GROUND SNOW LOAD, Pg...........................................40 PSFFLAT ROOF SNOW LOAD, Pf........................................36 PSFSNOW EXPOSURE FACTOR, Ce.................................. 1.0SNOW LOAD IMPORTANCE FACTOR, I....................... 1.1SNOW THERMAL FACTOR, Ct (AT MAIN ROOF)........ 1.1WIND LOAD DESIGN DATA:ULTIMATE DESIGN WIND SPEED, VULT........................ 120 MPHRISK CATEGORY............................................................ IIIWIND EXPOSURE........................................................... BINTERNAL PRESSURE COEFFICIENT......................... +/-0.18EARTHQUAKE DESIGN DATA:RISK CATEGORY............................................................ IIISEISMIC IMPORTANCE FACTOR................................. 1.25MAPPED SPECTRAL RESPONSEACCELERATIONS, SS............................................ 0.119S1............................................. 0.045SOIL SITE CLASS .......................................................... DSPECTRAL RESPONSE COEFFICIENT, SDS................ 0.127SPECTRAL RESPONSE COEFFICIENT, SD1................ 0.073SEISMIC DESIGN CATEGORY...................................... BBASIC SEISMIC FORCE RESISTING SYSTEM............. ORDINARY PRECAST SHEAR WALLS(BEARING WALL SYSTEM)DESIGN BASE SHEAR................................................... 44.1 KIPS +/- (BY PRECAST DESIGN ENGINEER CALCULATIONS)SEISMIC RESPONSE COEFFICIENT, Cs...................... 0.053RESPONSE MODIFICATION FACTOR.......................... 3.0ANALYSIS PROCEDURE................................................ EQUIVALENT LATERAL FORCESTAIR AND LANDING LOAD (STAIR TOWER):ROOFZONE LOCATIONWIND AREANET WIND DESIGN PRESSURE (PSF)WALLCOMPONENTS AND CLADDING PER ASCE 7-16 (FLAT ROOF)1INTERIOR10 SF 50 SF100 SF 500 SFTYPE2END3CORNER4INTERIOR5END2END3CORNERROOF OHNOTE: WIND LOADS INDICATED IN THIS TABLE ARE ULTIMATE VALUES AND SHALL BE USED WITH CORRESPONDING LOAD FACTORS PER LOAD COMBINATIONS IN BCNYS SECTION 1605.VALUES ARE INCREASED TO INCLUDE FM GLOBAL'S REQUIRED FACTOR OF SAFETY.STRUCTURAL STEEL NOTES:1. ALL STRUCTURAL STEEL SHALL BE DETAILED, FABRICATED AND ERECTED IN STRICT ACCORDANCE WITH THE LATEST AISC SPECIFICATIONS.2. ALL STRUCTURAL STEEL SHAPES SHALL CONFORM TO ASTM A992, GRADE 50. STEEL PLATES SHALL CONFORM TO ASTM A36.3. ALL BOLTED CONNECTIONS SHALL BE MADE WITH 3/4" DIAMETER ASTM A325 TYPE N HIGH STRENGTH BOLTS UNLESS OTHERWISE NOTED. ALL HIGH STRENGTH BOLTS SHALL BE TIGHTENED TO WITHIN 70% OF THEIR SPECIFIED MINIMUM TENSILE STRENGTH. THE CONTRACTOR SHALL USE INDICATOR WASHERS, LOAD INDICATOR BOLTS, OR STANDARD BOLTING WITH FIELD TESTING TO VERIFY PROPER INSTALLATION. TURN OF THE NUT METHOD IS ACCEPTABLE. NO FIELD BURNING OF HOLES WILL BE PERMITTED. LOAD INDICATOR BOLTS SHALL BE TIGHTENED UNTIL THE SPLINED END SNAPS OFF.4. ALL CONNECTIONS IN STEEL FRAMING SHALL BE DESIGNED FOR AN END REACTION EQUAL TO ONE HALF (1/2) OF THE AISC ALLOWABLE UNIFORM LOAD CAPACITY FOR THE BEAM OR REACTION, IF NOTED, ON THE PLANS.5. THE FABRICATOR IS RESPONSIBLE FOR AND SHALL CERTIFY TO THE ADEQUACY OF ANY CONNECTIONS DESIGNED BY THE FABRICATOR TO THE PERFORMANCE STANDARDS ESTABLISHED IN THE CONTRACT DOCUMENTS. IF UNACCEPTABLE TO THE ENGINEER, THE FABRICATOR SHALL MODIFY THE CONNECTION DESIGNS UNTIL ACCEPTANCE BY THE ENGINEER AT NO ADDITIONAL COST TO THE OWNER.6. THE FABRICATOR MAY CERTIFY THE ADEQUACY OF CONNECTIONS BY STATING THAT THE SUPPLIED CONNECTIONS WERE PRE-ENGINEERED CONNECTIONS TAKEN FROM THE AISC MANUAL OF STEEL CONSTRUCTION, VOLUME I AND II, AISC PUBLICATION "ENGINEERING FOR STEEL CONSTRUCTION" AND/OR AISC PUBLICATION "DETAILING FOR STEEL CONSTRUCTION" WHILE NOTING ANY EXCEPTIONS.7. ALL WELDS SHALL BE MADE IN ACCORDANCE WITH THE LATEST REQUIREMENTS OF THE AWS, USING E70 ELECTRODES. PROVIDE FIELD TOUCH-UP PAINT TO MATCH SHOP-APPLIED PRIMER WHERE PAINT HAS BEEN BURNED OFF.8. THE CONTRACTOR SHALL COORDINATE THE LOCATION AND SIZE OF ALL ROOF TOP EQUIPMENT, AND ANY ROOF PENETRATIONS THAT THEY MIGHT REQUIRE, WITH THE FRAMING PLANS. THE CONTRACTOR SHALL PROVIDE ANGLE FRAMES FOR OPENINGS PER THE CONSTRUCTION DOCUMENTS.9. SUBMIT SHOP DRAWINGS FOR ALL STRUCTURAL STEEL AND METAL DECK. ALLOW SUFFICIENT TIME FOR REVIEW AND APPROVAL BY THE ARCHITECT TO BE COMPLETED PRIOR TO BEGINNING FABRICATION.10. ALL STRUCTURAL STEEL SHALL RECEIVE ONE SHOP COAT OF PRIMER UNLESS OTHERWISE NOTED.11. PRIME PAINT EXPOSED STEEL FRAMING IN THE INDICATED AREAS WITH A PRIMER THAT IS COMPATIBLE WITH THE ONE HOUR FIREPROOF INTUMESCENT FINISH COATING.12. LINTELS IN EXTERIOR WALL SHALL BE GALVANIZED. SEE SPECIFICATIONS.PRECAST CONCRETE NOTES:1. DESIGN ALL PRECAST CONCRETE FOR THE SPAN AND DEAD AND LIVE LOADS INDICATED ON THE DRAWINGS.2. PROVIDE THE INDICATED FIRE RATINGS. SEE THE ARCHITECTURAL DRAWINGS FOR REQUIRED DESIGN FIRE RATINGS.32.0-58.032.0-97.432.0-146.458.0-63.058.0-77.8-98.2-161.632.0-54.632.0-73.232.0-88.052.0-56.852.0-65.6-94.0-80.832.0-53.032.0-63.032.0-63.049.2-54.249.2-60.2-92.2-46.232.0-53.032.0-63.032.0-63.043.2-48.2-43.2-48.2-92.2-46.2METAL GRATING & PERFORATED PLATE.................. 25 PSFLIVE LOAD (STAIRS)...................................................... 100 PSFSTAIR AND LANDING LOAD (NW STAIR):6'-7" TO 7'-6"4'-7" TO 5'-6"6'-7" TO 7'-6"1'-0" TO 4'-6"9'-1" TO 12'-8"MASONRYOPENING6" CMU5'-7" TO 6'-6"WALL TYPE7'-7" TO 9'-0"4'-7" TO 5'-6"WT7x118" CMU4" INTERIOR CMUOR BRICK5'-7" TO 6'-6"1'-0" TO 9'-0"1'-0" TO 4'-6"LINTEL7'-7" TO 9'-0"9'-1" TO 12'-0"DETAIL12" CMU1'-0" TO 4'-6"4'-7" TO 7'-6"W8x10 + 5/16" x 7" PLATELOOSE STEEL LINTEL SCHEDULE FOR RUNNING BOND MASONRYNOTES:1212SEE NOTENO VERTICAL WALLLOAD PERMITTED INTHIS AREA**TOP OF MASONRY(RUNNING BOND)STEEL LINTELMASONRY OPENING(M.O.)L3 1/2 x 3 1/2 x 5/16L4 x 3 1/2 x 5/16 LLVL5 x 3 1/2 x 5/16 LLVL6 x 3 1/2 x 5/16 LLV(2) -L3 1/2 x 3 1/2 x 5/16(2) -L4 x 3 1/2 x 5/16 LLV(2) -L5 x 3 1/2 x 5/16 LLV(2) -L6 x 3 1/2 x 5/16 LLVW8x18 + 5/16" x 7" PLATEL6 x 3 1/2 x 5/16 LLH + L5 x 3 1/2 x 5/16 LLHL6 x 6 x 5/16 + L5 x 5 x 5/16W8x10 + 5/16" x 11" PLATEW8x18 + 5/16" x 11" PLATENOTE:M.O.M.O. + 8" (NO LOAD REGION)WIDTH (W)EQEQ8" MINW/28" MINMINIMUM BEARING FOR ALL LINTELS SHALL BE 8" ON CMU/BRICK EACH ENDUNLESS OTHERWISE NOTED.CMU WALLS SHALL BE GROUTED SOLID FULL HEIGHT BELOW THE LINTELBEARING POINT FOR THE WIDTH OF THE CMU CORE WHERE LINTELS AREPARALLEL TO THE WALL. PROVIDE VERTICAL WALL REINFORCEMENTDOWELED INTO THE FOUNDATION BELOW THE LINTEL BEARING.CMU WALLS SHALL BE GROUTED SOLID THREE COURSES BELOW LINTELBEARING POINT FOR A WIDTH OF 24" WHERE LINTELS ARE PERPENDICULARTO THE WALL.SEE ARCHITECTURAL & MECHANICAL DRAWINGS FOR SIZE AND LOCATIONOF WALL OPENINGS.GALVANIZE ALL STEEL LINTELS IN EXTERIOR WALLS.CENTER OF WIDE-FLANGE BEAM LINTELS SHALL BE CENTER OF THE CMU WALL.ALL STEEL LINTEL TYPES NOTED ON THE SCHEDULE ARE TYPICAL UNLESSINDICATED OTHERWISE ON THE FRAMING PLANS.FASTEN THE LINTEL TO STEEL COLUMNS WITH STEEL CLIP ANGLES & (2) 3/4" DIAA325 BOLTS OR BY WELDING WHERE MINIMUM BEARING ON THE CMU CANNOTBE ACHIEVED.LINTELS FROM THIS SCHEDULE MAY BE USED ONLY IF ALL CONDITIONS IN THEDIAGRAM BELOW HAVE BEEN SATISFIED.1. 2.3.4.5.6.7.8.9.4'-7" TO 5'-6"1'-0" TO 4'-6"4" EXTERIOR MASONRY VENEERL4 x 3 1/2 x 5/16 LLH + CAVITY L2 1/2 x 2 1/2 x 5/16L4 x 4 x 5/16 + CAVITY L2 1/2 x 2 1/2 x 5/165'-7" TO 7'-6"L6 x 4 x 5/16 LLV + CAVITY L2 1/2 x 2 1/2 x 5/16These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. ©387 East Main Street Rochester NY 14604585 232 8300 | rochester@swbr.comFILE PATH:SWBR Project NumberChecked By:Project Manager:Drawn By:Revisions6/11/2020 3:05:38 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements_STRUC.rvt17435.00MEKGENERAL NOTESSDFLDCOS-001Bid DocumentsCORNELL UNIVERSITYBard Hall Code ImprovementsIthaca, NYJune 12, 2020126 Hollister Drive,Ithaca, NY 14853Meme5678 5/1 /1 5S-301PRECAST CONCRETE LANDINGT/CONC = (+)13'-6"UPUPNORTHSEE ARCHITECTURAL FOR DOOR AND WINDOW OPENING LOCATIONS (TYP)ALIGN INSIDE FACE OF PRECAST PANEL 1" FROM SOUTH FACE OF EXISTING BRICK ABOVEUPUPUPPRECAST CONCRETE LANDING, TYPT/CONC = (+)28'-0", (+)14'-0", (+)0'-0"4' - 8"NORTHPRECAST CONCRETE INTERMEDIATE LANDINGSEE A-402 FOR ELEVATIONSPRECAST WALL PANEL MAY BE ANCHORED TO EXISTING CONCRETE STRUCTURE AT EXISTING FLOOR ELEVATIONS FOR LATERAL SUPPORT (SOLID CONCRETE SLAB & SPANDRAL BEAMS, TYP)PRECAST WALL PANEL MAY BE ANCHORED TO EXISTING CONCRETE STRUCTURE AT EXISTING FLOOR ELEVATIONS FOR LATERAL SUPPORT (SOLID CONCRETE SLAB & SPANDRAL BEAMS, TYP)1"ALIGN INSIDE FACE OF PRECAST PANEL 1" FROM SOUTH FACE OF EXISTING BRICK8S-3019S-30110S-301PRECAST CONCRETE ROOF SLABT/CONC =(+)53'-3"NORTHHANGER BELOW9S-301PRECAST WALL PANEL MAY BE ANCHORED TO EXISTING 16" DEEP INTERMEDIATE CONCRETE BEAM FOR LATERAL SUPPORT (TOP OF BEAM ELEV = (+)53'-9" VIF)PRECAST WALL PANEL MAY BE ANCHORED TO EXISTING CONCRETE COLUMN FOR LATERAL SUPPORT BETWEEN ELEVATION (+)52'-5" & (+)53'-9"CONTINUOUS SHELF ANGLE6S-3018S-3017S-301UP4' - 11"5' - 0 5/8"PRECAST CONCRETE LANDINGT/CONC = (+)42'-0"W10X22NORTHAT DOORPRECAST WALL PANEL MAY BE ANCHORED TO EXISTING CONCRETE STRUCTURE AT EXISTING FLOOR ELEVATIONS FOR LATERAL SUPPORT (SOLID CONCRETE SLAB & SPANDRAL BEAMS, TYP)1S-3012S-3013S-3014S-30130" x 48" CONT GRADE BEAMT/GRADE BEAM ELEV = (-)20'-7"10" SOLID PRECAST CONCRETE WALL, TYPNORTH13EXISTING STEEL ANGLEEXISTING STEEL ANGLE24TYP3' - 0" OCT/SLAB = (-)19'-11"EXISTING AREAWAY5ALIGN EXTERIOR FACE OF PRECAST CONCRETE PANEL W/ FACE OF EXISTING AREAWAY WALLTYPICAL STRUCTURAL PLAN NOTES:1. SEE DRAWING S-001 FOR GENERAL NOTES AND DESIGN CRITERIA.2. DATUM ELEVATION = 780.00' (FINISHED FIRST FLOOR). DATUM REFERENCE ELEVATION = (+)0'-0".3. TOP OF CONCRETE GRADE BEAM, LANDING AND ROOF SLAB AND SLAB ON GRADE ELEVATIONS ARE NOTED FROM THE FINISHED FIRST FLOOR ELEVATION = (+)0'-0".4. REFER TO ARCHITECTURAL FLOOR PLANS FOR DIMENSIONAL INFORMATION ON DOOR OPENINGS, SLAB RECESSES, AND LOCATIONS.5. INDICATES HELICAL PILE WITH 40 KIP ALLOWABLE LOAD CAPACITY.6. THE GENERAL CONTRACTOR SHALL COORDINATE THE SIZE AND LOCATION OF ALL FLOOR OPENINGS WITH THE TRADE REQUIRING THEM.7. MAINTAIN SLAB THICKNESS AT ALL RECESSED AND SLOPING SLABS ON GRADE. COORDINATE THE LOCATION AND DEPTH OF RECESSED/SLOPING SLABS FOR FLOOR MATS AND FLOOR TILE WITH THE ARCHITECTURAL DRAWINGS.8. COORDINATE FLOOR DRAIN LOCATIONS WITH PLUMBING PLANS. SLOPE SLAB TO DRAIN.9. TOP OF STEEL ELEVATIONS ARE REFERENCED FROM FINISHED FIRST FLOOR UNLESS OTHERWISE NOTED.10. THE GENERAL CONTRACTOR SHALL COORDINATE THE EXACT SIZE AND LOCATION OF ALL ROOF OPENINGS WITH THE TRADE REQUIRING THEM. SEE MEP DRAWINGS FOR ANY ADDITIONAL OPENINGS NOT SHOWN ON THE FRAMING PLANS.11. ** BEAM SIZE ** - DENOTES EXISTING STRUCTURAL FRAMING MEMBER.12. INDICATES DOWNWARD SLAB PITCH.13. INDICATES SLAB RECESS OR CHANGE IN SLAB ELEVATION.1/4:126" CONCRETE SLAB ON GRADE OVER VAPOR RETARDER AND 6" MIN COMPACTED DRAINAGE COURSE. REINFORCE SLAB WITH 6 x 6 - W2.1 x W2.1 WWF.3 1/2" NORMAL WEIGHT CONCRETE ON 1 1/2" x 20 GA GALV COMPOSITE METAL DECK (5" TOTAL THICKNESS) SPANNING IN THE DIRECTION OF THE ARROW. REINFORCE WITH 6x6-W1.4xW1.4 WWR.SLAB ON GRADE CONTROL JOINT LOCATION. SEE DETAIL 11/S-301.EXISTING DUCT BANK (APPROX 24"W x 22"H), 30" BELOW GRADE, LOCATION SHOWN APPROXIMATE. DEMOLISH DUCT BANK AT STAIR TOWER FOUNDATION LOCATIONS PRIOR TO HELICAL PILE INSTALLATION.PROVIDE SLAB HAUNCH BELOW STAIR STRINGER. 12" THICK BY 1'-6" WIDE WITH (2)#5 BARS.STRUCTURAL PLAN KEY NOTES:132451/4" = 1'-0"2PARTIAL BASEMENT PLAN1/4" = 1'-0"3PARTIAL PLANS(FIRST FLOOR TO THIRD FLOOR)1/4" = 1'-0"5PARTIAL ROOF FRAMING PLAN1/4" = 1'-0"4SOUTHEAST STAIR TOWER UPPER LANDING FRAMING PLAN1/4" = 1'-0"1SOUTHEAST STAIR TOWER FOUNDATION PLANThese documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. ©387 East Main Street Rochester NY 14604585 232 8300 | rochester@swbr.comFILE PATH:SWBR Project NumberChecked By:Project Manager:Drawn By:Revisions6/11/2020 3:05:52 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements_STRUC.rvt17435.00MEKSOUTHEAST STAIRTOWERFOUNDATION &FRAMING PLANSSDFLDCOS-101Bid DocumentsCORNELL UNIVERSITYBard Hall Code ImprovementsIthaca, NYJune 12, 2020126 Hollister Drive,Ithaca, NY 14853Meme5678 5/1 /1 3' - 7"FIRST FLOOREL 0'-0"STAIR STRINGEREXISTING ROOF1/4" THICK PERFORATED ALUM PLATE DECK1' - 0 3/8"5/16" STIFFENER PLATE AT POST3/4" BEARING PLATE W/ (4) 3/4" DIA BOLTSSTEEL BEAM BEYOND STAIR STRINGER3/4"x8"x12" BASE PLATE W/ (2) 1/2" DIA HILTI KWIK HUS-EZ SCREW ANCHORS, 3" MIN EMBED INTO ROOF SLABSTAIR LANDING STRINGERHSS5x5 POSTL4x4 CONT. AT WALL PANEL7 1/2"1' - 0"FIRST FLOOREL 0'-0"STAIR STRINGERL4x4 CONT. AT WALL PANELEXISTING WALLEXISTING WALLEXISTING ROOFEXISTING FLOOR1/4" THICK PERFORATED ALUM PLATE DECK5/16" STIFFENER PLATE AT POST3/4" BEARING PLATE W/ (4) 3/4" DIA BOLTSHSS5x5 POSTSTEEL BEAMS5' - 5 3/4"11"3/4"x8"x12" BASE PLATE W/ (2) 1/2" DIA HILTI KWIK HUS-EZ SCREW ANCHORS, 3" MIN EMBED INTO ROOF SLAB2-122-1211"FIRST FLOOREL 0'-0"STAIR STRINGERMETAL WALL PANELSEE ARCHL4x4 CONT.EXISTING WALLEXISTING WALLEXISTING ROOFEXISTING FLOOR5' - 5 3/4"1/4" THICK PERFORATED ALUM PLATE DECKL3 DECK SUPPORT ANGLESSTEEL BEAM3S-1022S-102NORTH4S-102W8X15W8X15 W/L4X4X5/16W8X15 W/L4X4X5/16W8X151/4" THICK PERFORATED ALUMINUM PLATE DECKING= 5'-5 3/4"(6) EQ SPACES@ 1'-0" MAX11" CANTHSS5x5x5/16 POSTS, GALV FINISH, TYP OF 4CANT1' - 0"L3x3x5/16 TYP3' - 7"STAIREXISTING CURBFRAMING PLAN NOTES:1. SEE DRAWING S-001 FOR GENERAL NOTES AND DESIGN CRITERIA. 2. TOP OF STEEL ELEVATIONS ARE REFERENCED FROM FINISHED FIRST FLOOR UNLESS OTHERWISE NOTED.3. ALL STEEL BEAMS, COLUMNS, ANGLES, PLATES AND BOLTS TO BE HOT DIPPED GALVANIZEDThese documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. ©387 East Main Street Rochester NY 14604585 232 8300 | rochester@swbr.comFILE PATH:SWBR Project NumberChecked By:Project Manager:Drawn By:Revisions6/11/2020 3:06:01 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements_STRUC.rvt17435.00MEKNORTHWEST STAIRFRAMING PLANS &DETAILSSDFLDCOS-102Bid DocumentsCORNELL UNIVERSITYBard Hall Code ImprovementsIthaca, NYJune 12, 2020126 Hollister Drive,Ithaca, NY 148533/4" = 1'-0"2NORTHWEST STAIR ELEVATION3/4" = 1'-0"3NORTHWEST STAIR SECTION3/4" = 1'-0"4NORTHWEST STAIR LANDING SECTION1/4" = 1'-0"1PARTIAL PLAN AT NORTHWEST STAIRMeme5678 5/1 /1 3/8" CONT BENT PLATE W/ 1/2" DIA HILTI KWIK HUS-EZ SCREW ANCHOR @24" OC, 4" EMBED INTO CONCRETE. (MINIMUM OF 3 ANCHORS)10" PRECAST CONCRETE WALL, REINFOREMENT AND ANCHORAGE BY PRECAST DESIGN ENGINEER, TYPMASONRY VENEER, SEE ARCH9 3/4"EXIST 12" CONCRETE AREAWAY WALLAREAWAY CAP SLAB ON METAL DECK, SEE 4/S-3014"9 1/2"EXTERIOR FACE OF PRECAST PANEL TO ALIGN WITH EXTERIOR FACE OF EXISTING AREAWAY WALLCONT GRADE BEAM, SEE PLANHELICAL PILE, SEE PLANSLAB-ON-GRADE, SEE PLAN1/2" ISOLATION JOINT, TYP ALL AROUND3/4" CHAMFER ON ALL EXPOSED EDGES, TYPNATIVE ROCK#3 STIRRUPS @ 12" OC#6 ALL AROUNDFINISHED GRADEDESIGN ENGINEERBY HELICAL PILECENTERLINE OF PRECAST PANEL, GRADE BEAM, AND HELICAL PILESMASONRY VENEER, SEE ARCH10" PRECAST CONCRETE PANELSEE PLAN & DETAILS FOR LOCATIONT/ GRADE BEAMEL (-)20'-7"T/ SLABEL (-)19'-11"1/2" ISOLATION JOINT, TYPSLAB-ON-GRADE, SEE PLANEXISTING CONCRETE FOUNDATION WALLT/ SLABEL (-)19'-11"CONCRETE SLAB ON METAL DECK (5" TOTAL THICKNESS)EXISTING BRICKEXIST CONCRETE FOUNDATION WALLEXISTING STEEL ANGLEPROVIDE POUR STOP AT WALLPROVIDE POUR STOP AT WALLEXISTING CONCRETE FOUNDATION WALLFIRST FLOOR+0' -0"BASEMENT-13' -6"EXIST 10"W x 16"H CONCRETE BEAM10" PRECAST CONCRETE WALL, REINFOREMENT AND ANCHORAGE BY PRECAST DESIGN ENGINEER, TYPEXIST CONCRETE SLAB2"X5 1/2" CONCRETE CURB TO BE DEMOLISHEDPRECAST LANDING SLABSEE ARCH STAIR PLANS FOR ELEVATIONSCONNECTION BETWEEN STAIR LANDING AND CONCRETE WALLS BY PRECAST DESIGN ENGINEEREXISTING CMUEXISTING BRICK TO BE REMOVEDPRECAST CONCRETE LANDING SLAB W/ 6"x4"x3/8" THK EMBED PLATEINFILL POCKET W/ NON-SHRINK GROUT AFTER SLAB INSTALLATION IS COMPLETEEXISTING CONCRETE FOUNDATION WALLEXISTING CONCRETE SLAB3/16"3-12L5x5x3/8 CONT SHELF ANGLE W/ HILTI 3/4" DIA HAS THREADED ROD @2'-6" OC MAX W/ 6 3/4" MIN EMBEDMENTINSIDE FACE OF PANEL ALIGNS WITH OUTSIDE FACE OF EXISTING CONCRETE BEAM & CMU BELOW10" PRECAST CONCRETE WALL, REINFOREMENT AND ANCHORAGE BY PRECAST DESIGN ENGINEEREXIST 13 3/4" X 43" CONCRETE BEAMEXIST CMU WALLEXIST ROOF SLABT/EXISTING ROOF SLABEXISTING BRICK VENEEREXIST PARAPET TO BE REMOVEDINSIDE FACE OF PANEL ALIGNS WITH OUTSIDE FACE OF EXISTING CONCRETE BEAM & CMU BELOW10" PRECAST CONCRETE WALL, REINFOREMENT AND ANCHORAGE BY PRECAST DESIGN ENGINEEREXIST 13 3/4" X 43" CONCRETE BEAMEXIST CMU WALLEXIST ROOF SLABPRECAST LANDING SLABEL (+)43'-8"T/EXISTING ROOF SLABEL (+)42'-0"EXISTING PARAPET TO BE REMOVEDEXISTING BRICK VENEERSTAIR TOWER ROOF TOP OF SLAB+53' -3"HSS4x4x1/4 HANGER POST W/10"x6"x1/2" THK BOTT. PLATE W/(4) 1/2" DIA. BOLTSW10 W/1/2" THICK WEB STIFFENER PL EA SIDE AT HANGER (COORDINATE TOP OF BOTTOM FLANGE ELEVATION TO MATCH UNDERSIDE OF PRECAST LANDING SLAB)PRECAST CONCRETE LANDING, CONNECTION TO BEAM BY PRECAST DESIGN ENGINEERTYP10"x6"x1/2" THK TOP PLATE W/(4) 1/2" DIA THRU-BOLTSEL (+)43'-8"STAIR TOWER ROOF TOP OF SLAB+53' -3"10" PRE-CAST CONCRETE WALLROOF AND INSULATIONCONT. BOND BEAM W/ (2)#52 COURSES 8" CMU, GROUT SOLIDDRILL & EPOXY #5 DOWELS @24" OCCONSTRUCTION JOINTSHRINKAGE JOINT(1 3/4" MIN)SLAB ON GRADE1/8" WIDE SAWCUT JOINTWWR6" MIN COMPACTEDDRAINAGE COURSEVAPOR RETARDER;TURN UP AT EDGES3THKTHK2 1/2"(1 1/4" MIN)4THKNOTES:SEE SLAB PLAN FOR JOINT LOCATIONS.SEE SLAB PLAN FOR SLAB THICKNESS & REINFORCING.1.2.2 1/2"WWR (DISCONTINUE AT JOINT)EQUALEQUALPROVIDE CONTINUOUS BOND BREAKER BETWEEN SLABS5/8" SMOOTH DOWEL x 2'-0" LONG @ 24" OC, CENTER IN SLAB DEPTH AND LUBRICATE OR APPLY ASPHALT COATING ON 1/2 THE LENGTHEQEQ1 1/4"STAIR TOWER ROOF TOP OF SLAB+53' -3"EXISTING CMU WALLROOFING & INSULATIONPRECAST CONCRETE ROOF SLABREMOVE EXISTING BRICK VENEER AND REPLACE UPON INSTALLATION OF PRECAST ROOF SLABEXISTING INTERMEDIATE CONCRETE BEAMEXISTING BRICK VENEERL5x5x3/8 CONT SHELF ANGLE W/ HILTI 3/4" DIA HAS THREADED ROD @2'-6" OC MAX W/ 6 3/4" MIN EMBEDMENTFACE OF INTERMEDIATE BEAM = END PRECAST WALL BEYONDThese documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. ©387 East Main Street Rochester NY 14604585 232 8300 | rochester@swbr.comFILE PATH:SWBR Project NumberChecked By:Project Manager:Drawn By:Revisions6/11/2020 3:06:10 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements_STRUC.rvt17435.00MEKSECTIONS ATSOUTHEAST STAIRSDFLDCOS-301Bid DocumentsCORNELL UNIVERSITYBard Hall Code ImprovementsIthaca, NYJune 12, 2020126 Hollister Drive,Ithaca, NY 148533/4" = 1'-0"1SECTION AT EXISTING AREAWAY3/4" = 1'-0"2TYPICAL FOUNDATION SECTION3/4" = 1'-0"3SECTION AT EXISTING FOUNDATION3/4" = 1'-0"4SECTION AT EXISTING AREAWAY CAP SLAB3/4" = 1'-0"5SECTION AT BASE OF NORTH WALL3/4" = 1'-0"6SECTION AT EXISTING ROOF3/4" = 1'-0"7SECTION AT EXISTING ROOF AT DOOR3/4" = 1'-0"8HANGER DETAIL3/4" = 1'-0"9SECTION AT ROOF EDGE3/4" = 1'-0"11SLAB ON GRADE CONTROL JOINT DETAILS3/4" = 1'-0"10ROOF SECTION AT EXISTING WALLMeme5678 5/1 /1 5 1/2" THROAT AT HALF HEIGHT7" THROAT AT FULL HEIGHT3 3/4"4 1/2"-0"3 3/4"1/2"1/2"4"GROUTSLABLANDINGSHIMSLABLANDING6"2"5 1/2"1/2"GROUTSHIM AS REQUIRED5 1/2" THROAT AT HALF FLIGHT7" THROAT AT FULL FLIGHTFLOOR SLAB5"1:3 GROUTSHIM AS REQUIRED#5 x 11" (2 PER STAIR) DRILLED & GROUTED INTO FLOOR SLAB2" DIA. SLEEVECAULKINGSLABLANDINGBENT DBA CAST-IN PRECAST WALL @ 4'-0" OCTYP10"THREADED DOWEL @ 4'-0" OCTYP10"DBA CONT. AS REQUIRED BY DESIGNBENT DBA CAST-IN PRECAST WALL @ 4'-0" OCNMB SPLICE SLEEVE AS REQUIRED BY DESIGNTHREADED DOWEL @ 4'-0" OCSLABLANDING2"SLEEVE & GROUT PORT FILLED W/NONSHRINK GROUTDOWEL @ 6'-0" OC, TYP1:3 GROUT1/8" x 2" KOROLATH BEARING PADDBA x 24" @ 6'-0" OC, TYPSLABLANDING3"TYP10"3"DBA x 16" THREADED DOWEL @ 4'-0" OC1"3/8" CONT. EPS INSULATIONBENT BAR @ 4'-0" OC24"24"PLANK TO WALL1"SLABLANDINGVARIESSIDE LAPTYP10"SLEEVE & GROUT PORT FILLED W/NONSHRINK GROUTDOWEL @ 6'-0" OC, TYPSEE TABLEDBA x 24" @ 6'-0" OC, TYPDBA x 16" THREADED DOWEL @ 4'-0" OC1"1 1/2"3/8" CONT. EPS INSULATION1:3 GROUTU-BAR @ 4'-0" OC16"4"12"CAMBERVARIESSIDE LAPLANDING AT LAPCAMBER3/4"10"10"CAULK AS REQUIREDPLAN DETAILELEVATION3/4"10"NMB SPLICE SLEEVE AS REQUIRED BY DESIGNSLEEVE FOR BAR ADJUSTMENTREINFORCING AS REQUIRED BY DESIGNCONT CONCRETE GRADE BEAMThese documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. ©387 East Main Street Rochester NY 14604585 232 8300 | rochester@swbr.comFILE PATH:SWBR Project NumberChecked By:Project Manager:Drawn By:Revisions6/11/2020 3:06:18 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements_STRUC.rvt17435.00MEKTYPICAL PRECASTDETAILSSDFLDCOS-501Bid DocumentsCORNELL UNIVERSITYBard Hall Code ImprovementsIthaca, NYJune 12, 2020126 Hollister Drive,Ithaca, NY 148531" = 1'-0"2TOP OF PRECAST STAIR ON PRECAST LANDING1" = 1'-0"3BOTTOM OF PRECAST STAIR ON PRECAST LANDING1" = 1'-0"4PRECAST STAIR AT GROUND SLAB1" = 1'-0"5BY-PASS SHEAR WALL1" = 1'-0"6BY-PASS SHEAR WALL-TO-HC PLANK1" = 1'-0"7EXT BEARING WALL-TO-WALL1" = 1'-0"8EXT LAP WALL-TO-WALL1" = 1'-0"9EXTERIOR WALL BUTT CORNER1" = 1'-0"1PC WALL BASE CONNECTIONNOTE:DETAILS ON THIS DRAWING ARE FOR ILLUSTRATIVE PURPOSES ONLY. DESIGN OF PRECAST ELEMENTS AND THEIR CONNECTIONS AND DETAILS SHALL BE DETERMINED BY THE PRECAST DESIGN ENGINEER. SEE DRAWING S-001 FOR DESIGN CRITERIA.Meme5678 5/1 /1 UP UP UP UP UP UP UP UP DN301 SF COMPUTER ROOM B40 630 SF LASER LAB B44A289 SF EQUIPMENT RM B44C 174 SF LAB B44B 304 SF LAB B47A 108 SF VESTIBULE B44 141 SF LAB B47 22 SF CLOSET B00UA 22 SF CLOSET B00UB 24 SF CLOSET B00UO 415 SF LAB B47B 449 SF LAB B55 644 SF LAB B56 165 SF LAB B57 163 SF OFFICE B57A 232 SF LAB B58 79 SF OFFICE B59 948 SF LAB B60 203 SF RECEIVING B60A 45 SF GAS STOR B07A 22 SF GAS B07 403 SF EQUIPMENT B28 106 SF BATHROOM B0T 22 SF SINK B00J 22 SF CLOSET B00UD STAIR B00S 66 SF ELEVATOR B00E NORTHA.1 B C D E F G H J K L 47 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLTHURSTON B01 THURSTON B05 REMOVE EXIST CONC PAD AT BASE OF EXIST METAL FIRE ESCAPE REMOVE EXIST CURB, REFER TO PARTIAL SITE PLAN SHEET A-110. 1027 SF CORRIDOR B00CA 192 SF RECEIVING B60B EXIST AREAWAY REMOVE EXIST LLENROC STONE VENEER AT CORNER 3 3 11 106 SF VEST B44D +/- 28' - 8"+/- 23' - 10"+/- 16' - 0"+/- 16' - 0"+/- 16' - 0"+/- 16' - 0"+/- 16' - 0"+/- 16' - 0"+/- 16' - 0"+/- 16' - 0"+/- 16' - 0"+/- 16' - 0"+/- 1' - 6"278 SF LAB SB36 148 SF LAB SB36A 176 SF LAB SB38 164 SF LAB SB37 361 SF LAB SB40 176 SF LAB SB39 LAB SB47 LAB SB47B MEZZ ACCESS SB00CD 164 SF LAB SB56E 93 SF LAB SB56D 152 SF LAB SB56C 109 SF BATHROOM SB00T 61 SF STORAGE SB26A 102 SF ELEVATOR SB00E 280 SF LAB SB28 230 SF LAB SB30 430 SF LAB SB56 140 SF LAB SB58 67 SF LAB SB58B 182 SF LAB SB58C 1217 SF LAB SB60 60 SF AREAWAY SB00UE 469 SF TRANSFORMER SB00UD 333 SF SWITCHBOARD ROOM SB00UC 168 SF STEAM ROOM SB00UB STAIRS SB00SA 354 SF CORRIDOR SB00CB 23 SF VEST SB58A 926 SF STEAM ROOM SB00UA 908 SF CORRIDOR SB00CA NORTHREMOVE EXIST STEEL FRAMED MEZZANINE ASSEMBLY ABOVE LAB SB47A-SB47B IN ITS ENTIRETY REMOVE EXIST STEEL FRAMED STAIR ASSEMBLY IN ITS ENTIRETY A.1 B C D E F G H J K L 7 A 5.4 15' - 6"28' - 0"BARD HALLTHURSTON HALLBARD HALLTHURSTON HALL1 73 SF STAIR SB00SB NOTE: PORTION OF WALL SUPPORTING EXIST MEP PIPING TO RAMAIN. 2 7 8 3 3 3 2 COORDINATE WITH ABATEMENT DRAWING FOR FLOORING REMOVAL. MEZZANINE DEMOLITION PLAN 3' - 0" 1. DOCUMENTATION OF EXISTING CONDITIONS IS DERIVED FROM EXISTING CONDITIONS FROM EXISTING SURVEYS, DRAWINGS AND LIMITED FIELD INSPECTION. PRIOR TO THE SUBMISSION OF BIDS, CONTRACTORS SHALL WALK THE SITE AND SATISFY THEMSELVES TO EXISTING VISUAL CONDITIONS. THE ARCHITECT SHALL BE CONSULTED WHEN ANY QUESTION ARISES RELATIVE TO MATERIALS AND CONDITIONS NOT SPECIFICALLY SHOWN OR SPECIFIED. 2. ALL EXISTING WORK (CEILING, FLOORS, WALLS, FINISHES, ETC.), BOTH IN AND OUT OF WORK AREA, DISTURBED BY NEW CONSTRUCTION SHALL BE PATCHED AND REFINISHED. PATCHING AND FINISH WORK IS THE REPAIR WORK REQUIRED TO RESTORE SURFACES TO THE ORIGINAL CONDITION AND/ OR MATCHING THE ADJACENT SURFACES. MISCELLANEOUS FINISH REQUIREMENTS TO WALL, FLOOR AND CEILING IN AREAS AFFECTED BY DEMOLITION HAVE NOT BEEN TOTALLY INCORPORATED INTO THE ROOM FINISH SCHEDULE. REFER TO THE DEMOLITION , FLOOR AND REFLECTED CEILING PLANS FOR ADDITIONAL CUTTING , PATCHING AND REFINISHING WORK SCOPE. 3. CARE SHALL BE TAKEN TO LIMIT IMPACT OF CONSTRUCTION ON THE SURROUNDING OCCUPANTS AND OPERATIONS DURING THE PROJECT. SAFE LEGAL PASSAGES SHALL BE PROVIDED FOR ALL BUILDING OCCUPANTS DURING ALL THE PHASES OF THIS PROJECT. 4. "REMOVE" IS DEFINED AS: DETACH ITEMS FROM EXISTING CONSTRUCTION AND DISPOSE OF THEM OFF-SITE UNLESS INDICATED TO BE SALVAGED OR REINSTALLED. 5. DASHED LINES INDICATE ITEMS TO BE REMOVED. 6. REFER TO MECHANICAL, ELECTRICAL, AND PLUMBING DRAWINGS FOR DEMOLITION OF THOSE ITEMS. 7. DEMOLITION WORK SHALL INCLUDE THE REMOVAL OF ALL ITEMS INDICATED TO BE REMOVED AND/OR SALVAGED. WORK SHALL ALSO INCLUDE REMOVAL OF ALL MINOR SUPPORTS, BRACKETS, FASTENERS, CONDUITS, PIPING, AND SIMILAR ITEMS WHICH ARE NOT INDICATED TO REMAIN. 8. ALL EXIST FIRE EXTINGUISHERS TO REMAIN. 9. INFILL ALL OPENINGS IN FLOOR ASSEMBLY FOLLOWING REMOVAL OF PARTITIONS AND MECHANICAL, ELECTRICAL AND PLUMBING ASSEMBLIES. MAINTAIN FIRE RESISTANCE RATING AT FLOOR ASSEMBLY. 10. REFER TO GENRAL SCHEDULE AND LOGISTICS NOTES ON SHEET G-001 FOR MORE REQUIREMENTS. DEMOLITION GENERAL NOTES These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:41:17 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS SUB-BASEMENT AND BASEMENT DEMOLITION PLANS SDF YS A-101 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/8" = 1'-0"2 BASEMENT FLOOR PLAN DEMO 1/8" = 1'-0"1 SUB - BASEMENT DEMO *SHOWN AS ON PLAN DEMOLITION NOTES NO. DESCRIPTION 1 REMOVE EXIST INTERIOR NON-LOAD BEARING MASONRY PARTITIONS, DOORS AND FRAMES. 2 REMOVE DOOR, HM FRAME, AND ASSOCIATED HARDWARE. 3 REMOVE DOOR AND ASSOCIATED HARDWARE. EXIST FRAME TO REMAIN. 4 REMOVE EXIST EXTERIOR STEEL FIRE ESCAPE ASSEMBLY IN ITS ENTIRETY. 5 REMOVE EXIST WALL FINISHES TO ENABLE INSTALLATION OF REQUIRED 2 HR FIRE SEPARATION. 6 REMOVE EXISTING WINDOW UNIT IN ITS ENTIRETY. INCLUDING ALL FRAMING, GLAZING, TRIM, GRILLS, CAULKING, ETC. AND PREP FOR PROPOSED EXTERIOR DOOR. CONTRACTOR IS RESPONSIBLE FOR TEMPORARY PROTECTION OF WINDOW OPENINGS LEFT OPEN FROM DAY TO DAY. EACH OPENING SHALL BE SECURELY COVERED WITH 3/8” SHEATHING FASTENED IN SUCH A WAY AS TO PROVIDE BUILDING SECURITY. 7 REMOVE EXISTING CURB AT THE OPENING AND THE EXISTING FLOOR MOUNTED DOOR STOP. 8 REMOVE EXIST ABADONED GRILL. 9 REMOVE EXISTING GYP BD SOFFIT ASSEMBLY AND RECESSED CAN LIGHT FIXTURES 10 MODIFY OPENING IN EXISTING NON-LOAD-BEARING MASONRY WALL FOR SCHEDULED DOOR, FRAME AND LINTEL. PATCH & REPAIR WALLS AND FLOOR TO MATCH ADJACENT SURFACES AND/OR TO RECEIVE NEW FINISHES WHEN INDICATED. 11 REMOVE EXIST IVY AT EXTERIOR WALL 12 RADIANT FIN TUBE TO BE REMOVED/RECONFIGURED, REFER TO MECHANICAL DRAWING FOR DETAILS. 13 REMOVE EXISTING WINDOW UNIT IN ITS ENTIRETY. INCLUDING ALL FRAMING, GLAZING, TRIM, GRILLS, CAULKING, ETC. AND PREP FOR PROPOSED WINDOWS. CONTRACTOR IS RESPONSIBLE FOR TEMPORARY PROTECTION OF WINDOW OPENINGS LEFT OPEN FROM DAY TO DAY. EACH OPENING SHALL BE SECURELY COVERED WITH 3/8” SHEATHING FASTENED IN SUCH A WAY AS TO PROVIDE BUILDING SECURITY. 14 PROVIDE TEMPORARY 1-HR FIRE-RATED AND INSULATED CONSTRUCTION PARTITION; REMOVE ONCE NEW STAIR IS ABLE TO BE USED FOR EGRESS AND PATCH ADJACENT MATERIALS TO MATCH ADJACENT CONSTRUCTION. EXISTING MEZZANINE STAIR. PHOTO FOR REFERENCE ONLY. EXISTING MEZZANINE STRUCTURE (UNDERSIDE). PHOTO FOR REFERENCE ONLY. UP UP UP UP UP 267 SF LOBBY 100L 847 SF LECTURE ROOM 140 108 SF STORAGE 100CB 1189 SF LAB 150 932 SF LAB 156 585 SF GRAD OFFICE 158 615 SF LAB 160 Not Enclosed LAB 131 227 SF OFFICE 129 170 SF OFFICE 128 172 SF OFFICE 127 181 SF OFFICE 126 108 SF BATHROOM 100T JANITOR 100J CL 100U 62 SF ELEVATOR 100E NORTHA.1 B C D E F G H J K L 4567 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALL2 5 3 3 3 5 4 HATCH INDICATES AREA OF ACT CEILING ASSEMBLY REMOVAL 7 SF CL 140A 712 SF CORRIDOR 100CD 101 101 100CC 115 10 3 3 3 5 9 9 9 5 6 12 2' - 0"13 REMOVE +/-24 DRYWALL AT STORAGE ROOM SIDE TO ALLOW FOR MECHANICAL REMOVAL 3 14 295 SF OPEN OFFICE 210F 85 SF OFFICE 210E74 SF BREAK 210D 411 SF OPEN OFFICE 210 148 SF OFFICE 210C 121 SF OFFICE 210B 126 SF OFFICE 210A 445 SF CONFERENCE 245 571 SF LAB 247 214 SF COMPUTER 249 240 SF LAB 250 419 SF LAB 258B 659 SF LAB 258 258D 111 SF OFFICE 258A 640 SF LOUNGE 260 139 SF BREAK ROOM 231 Not Enclosed OFFICE 230 174 SF OFFICE 229 236 SF OFFICE 228 174 SF OFFICE 227 176 SF OFFICE 226 21 SF JANITOR 200JA 108 SF BATHROOM 200T STAIRS 200S CLOSET 200U CLOSET 200JB 149 SF OFFICE ENTRY 200CC 155 SF COPY ROOM 210G 251 SF LAB 258C 62 SF ELEVATOR 200E NORTHA.1 B C D E F G H J K L 456 7 L.1 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALL2 4 CORRIDOR 200CA 201 200C 238 237 3 3 14 1. DOCUMENTATION OF EXISTING CONDITIONS IS DERIVED FROM EXISTING CONDITIONS FROM EXISTING SURVEYS, DRAWINGS AND LIMITED FIELD INSPECTION. PRIOR TO THE SUBMISSION OF BIDS, CONTRACTORS SHALL WALK THE SITE AND SATISFY THEMSELVES TO EXISTING VISUAL CONDITIONS. THE ARCHITECT SHALL BE CONSULTED WHEN ANY QUESTION ARISES RELATIVE TO MATERIALS AND CONDITIONS NOT SPECIFICALLY SHOWN OR SPECIFIED. 2. ALL EXISTING WORK (CEILING, FLOORS, WALLS, FINISHES, ETC.), BOTH IN AND OUT OF WORK AREA, DISTURBED BY NEW CONSTRUCTION SHALL BE PATCHED AND REFINISHED. PATCHING AND FINISH WORK IS THE REPAIR WORK REQUIRED TO RESTORE SURFACES TO THE ORIGINAL CONDITION AND/ OR MATCHING THE ADJACENT SURFACES. MISCELLANEOUS FINISH REQUIREMENTS TO WALL, FLOOR AND CEILING IN AREAS AFFECTED BY DEMOLITION HAVE NOT BEEN TOTALLY INCORPORATED INTO THE ROOM FINISH SCHEDULE. REFER TO THE DEMOLITION , FLOOR AND REFLECTED CEILING PLANS FOR ADDITIONAL CUTTING , PATCHING AND REFINISHING WORK SCOPE. 3. CARE SHALL BE TAKEN TO LIMIT IMPACT OF CONSTRUCTION ON THE SURROUNDING OCCUPANTS AND OPERATIONS DURING THE PROJECT. SAFE LEGAL PASSAGES SHALL BE PROVIDED FOR ALL BUILDING OCCUPANTS DURING ALL THE PHASES OF THIS PROJECT. 4. "REMOVE" IS DEFINED AS: DETACH ITEMS FROM EXISTING CONSTRUCTION AND DISPOSE OF THEM OFF-SITE UNLESS INDICATED TO BE SALVAGED OR REINSTALLED. 5. DASHED LINES INDICATE ITEMS TO BE REMOVED. 6. REFER TO MECHANICAL, ELECTRICAL, AND PLUMBING DRAWINGS FOR DEMOLITION OF THOSE ITEMS. 7. DEMOLITION WORK SHALL INCLUDE THE REMOVAL OF ALL ITEMS INDICATED TO BE REMOVED AND/OR SALVAGED. WORK SHALL ALSO INCLUDE REMOVAL OF ALL MINOR SUPPORTS, BRACKETS, FASTENERS, CONDUITS, PIPING, AND SIMILAR ITEMS WHICH ARE NOT INDICATED TO REMAIN. 8. ALL EXIST FIRE EXTINGUISHERS TO REMAIN. 9. INFILL ALL OPENINGS IN FLOOR ASSEMBLY FOLLOWING REMOVAL OF PARTITIONS AND MECHANICAL, ELECTRICAL AND PLUMBING ASSEMBLIES. MAINTAIN FIRE RESISTANCE RATING AT FLOOR ASSEMBLY. 10. REFER TO GENRAL SCHEDULE AND LOGISTICS NOTES ON SHEET G-001 FOR MORE REQUIREMENTS. DEMOLITION GENERAL NOTES These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:28:30 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS FIRST AND SECOND FLOOR DEMOLITION PLANS SDF YS A-102 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/8" = 1'-0"1 FIRST FLOOR PLAN DEMO 1/8" = 1'-0"2 SECOND FLOOR PLAN DEMO *SHOWN AS ON PLAN DEMOLITION NOTES NO. DESCRIPTION 1 REMOVE EXIST INTERIOR NON-LOAD BEARING MASONRY PARTITIONS, DOORS AND FRAMES. 2 REMOVE DOOR, HM FRAME, AND ASSOCIATED HARDWARE. 3 REMOVE DOOR AND ASSOCIATED HARDWARE. EXIST FRAME TO REMAIN. 4 REMOVE EXIST EXTERIOR STEEL FIRE ESCAPE ASSEMBLY IN ITS ENTIRETY. 5 REMOVE EXIST WALL FINISHES TO ENABLE INSTALLATION OF REQUIRED 2 HR FIRE SEPARATION. 6 REMOVE EXISTING WINDOW UNIT IN ITS ENTIRETY. INCLUDING ALL FRAMING, GLAZING, TRIM, GRILLS, CAULKING, ETC. AND PREP FOR PROPOSED EXTERIOR DOOR. CONTRACTOR IS RESPONSIBLE FOR TEMPORARY PROTECTION OF WINDOW OPENINGS LEFT OPEN FROM DAY TO DAY. EACH OPENING SHALL BE SECURELY COVERED WITH 3/8” SHEATHING FASTENED IN SUCH A WAY AS TO PROVIDE BUILDING SECURITY. 7 REMOVE EXISTING CURB AT THE OPENING AND THE EXISTING FLOOR MOUNTED DOOR STOP. 8 REMOVE EXIST ABADONED GRILL. 9 REMOVE EXISTING GYP BD SOFFIT ASSEMBLY AND RECESSED CAN LIGHT FIXTURES 10 MODIFY OPENING IN EXISTING NON-LOAD-BEARING MASONRY WALL FOR SCHEDULED DOOR, FRAME AND LINTEL. PATCH & REPAIR WALLS AND FLOOR TO MATCH ADJACENT SURFACES AND/OR TO RECEIVE NEW FINISHES WHEN INDICATED. 11 REMOVE EXIST IVY AT EXTERIOR WALL 12 RADIANT FIN TUBE TO BE REMOVED/RECONFIGURED, REFER TO MECHANICAL DRAWING FOR DETAILS. 13 REMOVE EXISTING WINDOW UNIT IN ITS ENTIRETY. INCLUDING ALL FRAMING, GLAZING, TRIM, GRILLS, CAULKING, ETC. AND PREP FOR PROPOSED WINDOWS. CONTRACTOR IS RESPONSIBLE FOR TEMPORARY PROTECTION OF WINDOW OPENINGS LEFT OPEN FROM DAY TO DAY. EACH OPENING SHALL BE SECURELY COVERED WITH 3/8” SHEATHING FASTENED IN SUCH A WAY AS TO PROVIDE BUILDING SECURITY. 14 PROVIDE TEMPORARY 1-HR FIRE-RATED AND INSULATED CONSTRUCTION PARTITION; REMOVE ONCE NEW STAIR IS ABLE TO BE USED FOR EGRESS AND PATCH ADJACENT MATERIALS TO MATCH ADJACENT CONSTRUCTION. EXISTING ESCAPE STAIR. PHOTO FOR REFERENCE ONLY. UP 221 SF OFFICE 31091 SF OFFICE 311 199 SF OFFICE 312 126 SF OFFICE 313 128 SF OFFICE 314 391 SF LAB 315 126 SF OFFICE 341 126 SF OFFICE 340 274 SF LAB 344 218 SF LAB 316 803 SF LAB 350 802 SF LAB 356 591 SF LAB 359 204 SF LAB 361 285 SF OFFICE 360 143 SF OFFICE 330 212 SF OFFICE 330A 171 SF OFFICE 329 236 SF OFFICE 328 174 SF OFFICE 327 176 SF OFFICE 326 100 SF ELEVATOR 300E JANITOR 300JA 108 SF BATHROOM 300T 174 SF LAB 345 408 SF LAB 347 STAIRS 300S CLOSET 300JB UTILITY 300U 300CB NORTHA.1 B C D E F G H J K L 47 L.1 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALL2 4 617 SF CORRIDOR 300CC 3 3 14 246 SF OFFICE 414 178 SF OFFICE 416 400CA 419 130 SF HALL 400CB 400UB 1293 SF MECH 400UA 400UC ROOF NORTHREMOVE EXIST COPING STONE AT PARAPET WALL. REMOVE AND SALVAGE EXIST BRICK MASONRY PARAPET WALL CONSTRUCTION DOWN TO EXIST ROOF DECK TO ALLOW FOR THE CONSTRUCTION OF THE NEW STAIR ENCLOSURE WALL. SALVAGED BRICK TO BE USED FOR PATCHING. A.1 B C D E F G H J K L 47 L.1 5.4 STAIRS 400S BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLREMOVE EXIST ROOF ASSEMBLY AS REQUIRED TO INSTALL PROPOSED ROOF DRAIN LOW-SLOPE ROOFING NOTE: EXIST FULLY ADHERED EPDM ROOFING ASSEMBLY NOT UNDER WARRANTY. PROVIDE MASONRY WALL OPENINGS AT EXIST EXTERIOR WALL. REFER TO MECHANICAL DRAWING FOR LOCATIONS AND SIZES. EXIST CURB TO REMAIN REMOVE EXIST (2) UNUSED CURBS AND INFILL THE DECK 1. DOCUMENTATION OF EXISTING CONDITIONS IS DERIVED FROM EXISTING CONDITIONS FROM EXISTING SURVEYS, DRAWINGS AND LIMITED FIELD INSPECTION. PRIOR TO THE SUBMISSION OF BIDS, CONTRACTORS SHALL WALK THE SITE AND SATISFY THEMSELVES TO EXISTING VISUAL CONDITIONS. THE ARCHITECT SHALL BE CONSULTED WHEN ANY QUESTION ARISES RELATIVE TO MATERIALS AND CONDITIONS NOT SPECIFICALLY SHOWN OR SPECIFIED. 2. ALL EXISTING WORK (CEILING, FLOORS, WALLS, FINISHES, ETC.), BOTH IN AND OUT OF WORK AREA, DISTURBED BY NEW CONSTRUCTION SHALL BE PATCHED AND REFINISHED. PATCHING AND FINISH WORK IS THE REPAIR WORK REQUIRED TO RESTORE SURFACES TO THE ORIGINAL CONDITION AND/ OR MATCHING THE ADJACENT SURFACES. MISCELLANEOUS FINISH REQUIREMENTS TO WALL, FLOOR AND CEILING IN AREAS AFFECTED BY DEMOLITION HAVE NOT BEEN TOTALLY INCORPORATED INTO THE ROOM FINISH SCHEDULE. REFER TO THE DEMOLITION , FLOOR AND REFLECTED CEILING PLANS FOR ADDITIONAL CUTTING , PATCHING AND REFINISHING WORK SCOPE. 3. CARE SHALL BE TAKEN TO LIMIT IMPACT OF CONSTRUCTION ON THE SURROUNDING OCCUPANTS AND OPERATIONS DURING THE PROJECT. SAFE LEGAL PASSAGES SHALL BE PROVIDED FOR ALL BUILDING OCCUPANTS DURING ALL THE PHASES OF THIS PROJECT. 4. "REMOVE" IS DEFINED AS: DETACH ITEMS FROM EXISTING CONSTRUCTION AND DISPOSE OF THEM OFF-SITE UNLESS INDICATED TO BE SALVAGED OR REINSTALLED. 5. DASHED LINES INDICATE ITEMS TO BE REMOVED. 6. REFER TO MECHANICAL, ELECTRICAL, AND PLUMBING DRAWINGS FOR DEMOLITION OF THOSE ITEMS. 7. DEMOLITION WORK SHALL INCLUDE THE REMOVAL OF ALL ITEMS INDICATED TO BE REMOVED AND/OR SALVAGED. WORK SHALL ALSO INCLUDE REMOVAL OF ALL MINOR SUPPORTS, BRACKETS, FASTENERS, CONDUITS, PIPING, AND SIMILAR ITEMS WHICH ARE NOT INDICATED TO REMAIN. 8. ALL EXIST FIRE EXTINGUISHERS TO REMAIN. 9. INFILL ALL OPENINGS IN FLOOR ASSEMBLY FOLLOWING REMOVAL OF PARTITIONS AND MECHANICAL, ELECTRICAL AND PLUMBING ASSEMBLIES. MAINTAIN FIRE RESISTANCE RATING AT FLOOR ASSEMBLY. 10. REFER TO GENRAL SCHEDULE AND LOGISTICS NOTES ON SHEET G-001 FOR MORE REQUIREMENTS. DEMOLITION GENERAL NOTES These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:28:32 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS THIRD AND FOURTH FLOOR DEMOLITION PLANS SDF YS A-103 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/8" = 1'-0"1 THIRD FLOOR PLAN DEMO 1/8" = 1'-0"2 FOURTH FLOOR PLAN DEMO *SHOWN AS ON PLAN DEMOLITION NOTES NO. DESCRIPTION 1 REMOVE EXIST INTERIOR NON-LOAD BEARING MASONRY PARTITIONS, DOORS AND FRAMES. 2 REMOVE DOOR, HM FRAME, AND ASSOCIATED HARDWARE. 3 REMOVE DOOR AND ASSOCIATED HARDWARE. EXIST FRAME TO REMAIN. 4 REMOVE EXIST EXTERIOR STEEL FIRE ESCAPE ASSEMBLY IN ITS ENTIRETY. 5 REMOVE EXIST WALL FINISHES TO ENABLE INSTALLATION OF REQUIRED 2 HR FIRE SEPARATION. 6 REMOVE EXISTING WINDOW UNIT IN ITS ENTIRETY. INCLUDING ALL FRAMING, GLAZING, TRIM, GRILLS, CAULKING, ETC. AND PREP FOR PROPOSED EXTERIOR DOOR. CONTRACTOR IS RESPONSIBLE FOR TEMPORARY PROTECTION OF WINDOW OPENINGS LEFT OPEN FROM DAY TO DAY. EACH OPENING SHALL BE SECURELY COVERED WITH 3/8” SHEATHING FASTENED IN SUCH A WAY AS TO PROVIDE BUILDING SECURITY. 7 REMOVE EXISTING CURB AT THE OPENING AND THE EXISTING FLOOR MOUNTED DOOR STOP. 8 REMOVE EXIST ABADONED GRILL. 9 REMOVE EXISTING GYP BD SOFFIT ASSEMBLY AND RECESSED CAN LIGHT FIXTURES 10 MODIFY OPENING IN EXISTING NON-LOAD-BEARING MASONRY WALL FOR SCHEDULED DOOR, FRAME AND LINTEL. PATCH & REPAIR WALLS AND FLOOR TO MATCH ADJACENT SURFACES AND/OR TO RECEIVE NEW FINISHES WHEN INDICATED. 11 REMOVE EXIST IVY AT EXTERIOR WALL 12 RADIANT FIN TUBE TO BE REMOVED/RECONFIGURED, REFER TO MECHANICAL DRAWING FOR DETAILS. 13 REMOVE EXISTING WINDOW UNIT IN ITS ENTIRETY. INCLUDING ALL FRAMING, GLAZING, TRIM, GRILLS, CAULKING, ETC. AND PREP FOR PROPOSED WINDOWS. CONTRACTOR IS RESPONSIBLE FOR TEMPORARY PROTECTION OF WINDOW OPENINGS LEFT OPEN FROM DAY TO DAY. EACH OPENING SHALL BE SECURELY COVERED WITH 3/8” SHEATHING FASTENED IN SUCH A WAY AS TO PROVIDE BUILDING SECURITY. 14 PROVIDE TEMPORARY 1-HR FIRE-RATED AND INSULATED CONSTRUCTION PARTITION; REMOVE ONCE NEW STAIR IS ABLE TO BE USED FOR EGRESS AND PATCH ADJACENT MATERIALS TO MATCH ADJACENT CONSTRUCTION. UP UP UP UP UP UP UP A-201 3 278 SF LAB SB36 148 SF LAB SB36A 176 SF LAB SB38 164 SF LAB SB37 361 SF LAB SB40 176 SF LAB SB39 649 SF LAB SB47 164 SF LAB SB56E 93 SF LAB SB56D 152 SF LAB SB56C 109 SF BATHROOM SB00T 61 SF STORAGE SB26A 102 SF ELEVATOR SB00E 280 SF LAB SB28 230 SF LAB SB30 430 SF LAB SB56 140 SF LAB SB58 67 SF LAB SB58B 182 SF LAB SB58C 1217 SF LAB SB60 60 SF AREAWAY SB00UE 469 SF TRANSFORMER SB00UD 333 SF SWITCHBOARD ROOM SB00UC STEAM ROOM SB00UB 243 SF STAIRS SB00SA 354 SF CORRIDOR SB00CB 23 SF VEST SB58A STEAM ROOM SB00UA 908 SF CORRIDOR SB00CA NORTHA.1 B C D E F G H J K L 47 L.1 A 5.4 A-2011 A-201 2 A-401 1BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLCL SB26A STAIR SB00SB SB56E SB-2 SB-1 SB-3 SB-4 SB58 SB30 SB00UA SB00UCA SB00UCB SB00SA SB00UD 1 1 1 5 10 11 5 5 11 3 PATCH AND PAINT AT THE LOCATIONS OF THE REMOVED PARTITIONS. SB-5 SB-6 SB-7 SB-8 SB-9 SB-10 19 19 19 19 19 19 19 19 SB00SB SB00CB DASHED LINE INDICATES 2-HOUR FIRE RATED CONCRETE SLAB ABOVE AREAWAY. PROVIDE THROUGH PENETRATION FIRE STOPPING AT ANY PENETRATIONS. PROVIDE FIRE PROOFING SPRAY AT ANY EXIST AND NEW SUPPORTING STRUCTURE A-201 3 DN301 SF COMPUTER ROOM B40 630 SF LASER LAB B44A289 SF EQUIPMENT RM B44C 174 SF LAB B44B 304 SF LAB B47A 108 SF VESTIBULE B44 141 SF LAB B47 CLOSET B00UA CLOSET B00UB CLOSET B00UO 415 SF LAB B47B 449 SF LAB B55 644 SF LAB B56 165 SF LAB B57 163 SF OFFICE B57A 232 SF LAB B58 79 SF OFFICE B59 948 SF LAB B60 203 SF RECEIVING B60A 45 SF GAS STOR B07A 22 SF GAS B07 403 SF EQUIPMENT B28 106 SF BATHROOM B0T 22 SF SINK B00J CLOSET B00UD STAIR B00S 66 SF ELEVATOR B00E NORTHA.1 B C D E F G H J KK L 47 A 5.4 A-402 2 A-2011 A-201 2 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLSTB A-401 2 B58B58 B60 192 SF RECEIVING B60B STAIRS B00SB B-2B-1 B-4 B-5 B-6 B-7 B-3 B-8 B-9 B-10 400 SF THURSTON B01A 396 SF THURSTON B01 833 SF THURSTON B05 ENCLOSED STAIR TOWER ADDITION 9 10 10 10-12 CORRIDOR B00CA 55 B-11 B-12 B-13 B-14B-15 B-16B-17 B-18 B-19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 B00SA B00SB20 B00CA 106 SF VEST B44D FLOOR PLANS LEGEND SUPPLEMENTARY WALL AND FLOOR PENETRATION PHOTO TAGS, REFER TO SHEET A-114 AND A-115 FOR MORE INFORMATION. PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT THESE LOCATIONS, TYP. x-x These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:28:37 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS SUB-BASEMENT AND BASEMENT FLOOR PLANS SDF YS A-111 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/8" = 1'-0"1 SUB - BASEMENT FLOOR PLAN 1/8" = 1'-0"2 BASEMENT FLOOR PLAN *SHOWN AS ON PLAN PLAN KEY NOTES NO. DESCRIPTION 1 PROVIDE CLOSER AND SMOKE GASKETING AT EXIST DOOR AND FRAME. 2 PROVIDE AUTOMATIC DOOR OPERATOR AT EXIST DOOR, REFER TO E-SERIES DRAWINGS FOR DETAILS. 3 PROVIDE DOOR AND FRAME AT NON LOAD BEARING METAL STUD WALL PARTITION. 4 REPLACE DOOR AND FRAME AT EXIST DOOR OPENING. PROVIDE AUTOMATIC DOOR OPERATOR WHERE SCHEDULED. 5 REPLACE DOOR AT EXIST FRAME. PROVIDE AUTOMATIC DOOR OPERATOR WHERE SCHEDULED. 6 SECURE EXIST DOOR TO BE LEFT IN PLACE (NO ACCESS) 7 PROVIDE ADA COMPLIANT WALL MOUNTED STAINLESS STEEL GUARDS AT EXIST EMERGENCY SHOWER / EYE WASH 8 PROVIDE INTERIOR WALL PARTITION 9 PROVIDE FIRE RATED PARTITION AND SOFFIT 10 PROVIDE PANEL SIGNAGE 11 INFILL EXIST MASONRY OPENING WITH 8" CMU, FULLY GROUTED 12 FILL OPEN CORES OF EXIST CMU WALL PARTITION FOR 2HR FIRE RESISTANCE RATED CONSTRUCTION. PATCH DRILL LOCATIONS, PREP AND PAINT WALL. 13 PROVIDE DOOR AND FRAME IN MODIFIED EXISTING MASONRY OPENING. PROVIDE LINTEL ABOVE THE NEW DOOR. REFER TO LOOSE LINTEL SCHEDULE ON SHEET S-001 FOR MORE INFO. 14 PATCH FLOORING AT WALL PARTITION AND DOOR OPENING TO MATCH EXIST ADJACENT VCT 15 PROVIDE THERMALLY IMPROVED WINDOW ASSEMBLY. 16 PATCH BRICK WALL AT STAIR DEMOLITION LOCATIONS. 17 PATCH EXIST ROOF MEMBRANE AT EXIST FIRE ESCAPE DEMOLITION LOCATIONS. 18 REPLACE EXISTING STOREFRONT GLAZING WITH ALUM DOOR AND FRAME. 19 PROVIDE THROUGH PENETRATION FIRE STOPPING AT UNPROTECTED PENETRATIONS IN FIRE RESISTANCE RATED WALLS AND FLOORS. REFER TO SHEETS A-114 AND A-115 FOR SUPPLEMENTARY INFORMATION. 20 PROVIDE (3) 45 GALLON CAPACITY CORROSIVE STORAGE CABINETS. COORDINATE FINAL LOCATION WITH OWNER'S REPRESENTATIVE. 21 PROVIDE (1) 7-GALLON (21"WX18"DX27"H) NON-VENTED FLAMMABLE STORAGE CABINET 22 PROVIDE (1) 7-GALLON (21"WX18"DX27"H) VENTED CABINET FOR HIGHLY TOXICS UP UP UP UP UP A-201 3 267 SF LOBBY 100L 847 SF LECTURE ROOM 140 108 SF STORAGE 100CB 1189 SF LAB 150 932 SF LAB 156 585 SF GRAD OFFICE 158 615 SF LAB 160 LAB 131 227 SF OFFICE 129 170 SF OFFICE 128 172 SF OFFICE 127 181 SF OFFICE 126 108 SF BATHROOM 100T 20 SF JANITOR 100J CL 100U 62 SF ELEVATOR 100E 100CA NORTH140C 395 SF CORRIDOR 100CA 25 SF HALL 100CC 100SA 100CB 140 100CB 7 A-402 A.1 B C D E F G H J K L BL47 L.1 A 5.4 7 A-401 A-402 3 A-2011 A-201 2 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLA-401 3 160 131 131A A-4213 CL 140A 712 SF CORRIDOR 100CD STAIRS 100SB 1-11-2 115 100CC 101 101 1-3 1-4 1-5 44 43 42 41 A-201 4 150A 140B DN EXIST PLAZA DECK 7 14 4 3 18 6 8 9 ENCLOSED STAIR TOWER ADDITION EXTERIOR STAIR AND LANDING A-421 1 REFER TO ENLARGED FLOOR PLAN FOR ADDITIONAL INFORMATION 10 10 A-404 1 2' - 0" A3 13 U8U8 5 5 5 5 15 15 15 ROOF BELOW 16 17 ST15 2' - 0"2' - 6"2' - 0"4' - 0"ACESSIBLE AND COMPANION SEATING, TYP, NIC. 1-6 1-71-8 1-91-10 1-11 19 19 19 19 1919 19 1919 STAIRS 100S 100SB A-112 3 100L EXIST STATION TO REMAIN. A-201 3 295 SF OPEN OFFICE 210F 85 SF OFFICE 210E74 SF BREAK 210D 411 SF OPEN OFFICE 210 148 SF OFFICE 210C 121 SF OFFICE 210B 126 SF OFFICE 210A 445 SF CONFERENCE 245 571 SF LAB 247 214 SF COMPUTER 249 240 SF LAB 250 419 SF LAB 258B 659 SF LAB 258 258D 111 SF OFFICE 258A 640 SF LOUNGE 260 260A 139 SF BREAK ROOM 231 OFFICE 230 174 SF OFFICE 229 236 SF OFFICE 228 174 SF OFFICE 227 176 SF OFFICE 226 21 SF JANITOR 200JA 108 SF BATHROOM 200T STAIRS 200S CLOSET 200U 14 SF CLOSET 200JB 149 SF OFFICE ENTRY 200CC 155 SF COPY ROOM 210G 251 SF LAB 258C 62 SF ELEVATOR 200E NORTH7 A-402 A.1 B C D E F G H J K L 7 L.1 5.4 7 A-401 A-402 4 A-2011 A-201 2 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLST2 A-401 4 934 SF CORRIDOR 200CA STAIRS 200SB A-201 4 200SA2 ENCLOSED STAIR TOWER ADDITION 7 4 9 10 10247 250 5 5 2-1 2-2 2-42-3 25 2-6 19 19 19 19 19 19 19 200SB FLOOR PLANS LEGEND SUPPLEMENTARY WALL AND FLOOR PENETRATION PHOTO TAGS, REFER TO SHEET A-114 AND A-115 FOR MORE INFORMATION. PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT THESE LOCATIONS, TYP. x-x PHOTO FOR REFERENCE ONLY.1' - 4"1' - 8" 4 " 11 GA STAINLESS STEEL PLAN VIEW 1" = 1'-0" ELEVATION VIEW 1" = 1'-0" EXIST MASONRY WALL1' - 8"1' - 8"1' - 4"EXIST FINISH FLOOR CENTER LINE CENTER LINE SELF TAPPING MASONRY SCREWS 11 GA STAINLESS STEEL CUSTOM FABRICATED EYEWASH GUARD 2' - 6" CENTER LINE OF EYEWASH PROVIDE ADA COMPIANT SST GURADS ON BOTH SIDES OF THE EXISTING EMERGENY SHOWER TO MACH EXISTING CONDITION These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:28:42 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS FIRST AND SECOND FLOOR PLANS SDF YS A-112 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/8" = 1'-0"1 FIRST FLOOR PLAN 1/8" = 1'-0"2 SECOND FLOOR PLAN *SHOWN AS ON PLAN PLAN KEY NOTES NO. DESCRIPTION 1 PROVIDE CLOSER AND SMOKE GASKETING AT EXIST DOOR AND FRAME. 2 PROVIDE AUTOMATIC DOOR OPERATOR AT EXIST DOOR, REFER TO E-SERIES DRAWINGS FOR DETAILS. 3 PROVIDE DOOR AND FRAME AT NON LOAD BEARING METAL STUD WALL PARTITION. 4 REPLACE DOOR AND FRAME AT EXIST DOOR OPENING. PROVIDE AUTOMATIC DOOR OPERATOR WHERE SCHEDULED. 5 REPLACE DOOR AT EXIST FRAME. PROVIDE AUTOMATIC DOOR OPERATOR WHERE SCHEDULED. 6 SECURE EXIST DOOR TO BE LEFT IN PLACE (NO ACCESS) 7 PROVIDE ADA COMPLIANT WALL MOUNTED STAINLESS STEEL GUARDS AT EXIST EMERGENCY SHOWER / EYE WASH 8 PROVIDE INTERIOR WALL PARTITION 9 PROVIDE FIRE RATED PARTITION AND SOFFIT 10 PROVIDE PANEL SIGNAGE 11 INFILL EXIST MASONRY OPENING WITH 8" CMU, FULLY GROUTED 12 FILL OPEN CORES OF EXIST CMU WALL PARTITION FOR 2HR FIRE RESISTANCE RATED CONSTRUCTION. PATCH DRILL LOCATIONS, PREP AND PAINT WALL. 13 PROVIDE DOOR AND FRAME IN MODIFIED EXISTING MASONRY OPENING. PROVIDE LINTEL ABOVE THE NEW DOOR. REFER TO LOOSE LINTEL SCHEDULE ON SHEET S-001 FOR MORE INFO. 14 PATCH FLOORING AT WALL PARTITION AND DOOR OPENING TO MATCH EXIST ADJACENT VCT 15 PROVIDE THERMALLY IMPROVED WINDOW ASSEMBLY. 16 PATCH BRICK WALL AT STAIR DEMOLITION LOCATIONS. 17 PATCH EXIST ROOF MEMBRANE AT EXIST FIRE ESCAPE DEMOLITION LOCATIONS. 18 REPLACE EXISTING STOREFRONT GLAZING WITH ALUM DOOR AND FRAME. 19 PROVIDE THROUGH PENETRATION FIRE STOPPING AT UNPROTECTED PENETRATIONS IN FIRE RESISTANCE RATED WALLS AND FLOORS. REFER TO SHEETS A-114 AND A-115 FOR SUPPLEMENTARY INFORMATION. 20 PROVIDE (3) 45 GALLON CAPACITY CORROSIVE STORAGE CABINETS. COORDINATE FINAL LOCATION WITH OWNER'S REPRESENTATIVE. 21 PROVIDE (1) 7-GALLON (21"WX18"DX27"H) NON-VENTED FLAMMABLE STORAGE CABINET 22 PROVIDE (1) 7-GALLON (21"WX18"DX27"H) VENTED CABINET FOR HIGHLY TOXICS 1" = 1'-0"3 WALL-MOUNTED EMERGENCY SHOWER GUARD DETAILS UP UP A-201 3 221 SF OFFICE 31091 SF OFFICE 311 199 SF OFFICE 312 126 SF OFFICE 313 128 SF OFFICE 314 391 SF LAB 315 126 SF OFFICE 341 126 SF OFFICE 340 274 SF LAB 344 218 SF LAB 316 803 SF LAB 350 802 SF LAB 356 591 SF LAB 359 204 SF LAB 361 285 SF OFFICE 360 143 SF OFFICE 330 212 SF OFFICE 330A 171 SF OFFICE 329 236 SF OFFICE 328 174 SF OFFICE 327 176 SF OFFICE 326 100 SF ELEVATOR 300E JANITOR 300JA 108 SF BATHROOM 300T 174 SF LAB 345 408 SF LAB 347 STAIRS 300S CLOSET 300JB UTILITY 300U 300CB NORTH7 A-402 A.1 B C D E F G H J K L 47 L.1 A 5.4 A-402 5 A-2011 A-201 2 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLST3 A-401 5 350A 350 STAIRS 300SB 617 SF CORRIDOR 300CC 333 300CA 301 A-201 4 300CA 300SA2 ENCLOSED STAIR TOWER ADDITION 4 9 10 10 5 5 13 A3 3-1 4 A-113 1919 19 19 300SB CORRIDOR 300CA 21 22 22 A-201 3 246 SF OFFICE 414 178 SF OFFICE 416 400CA 419 130 SF HALL 400CB 1293 SF MECH 400UA 400UC ROOF NORTHDN A.1 B C D E F G H J K L 47 L.1 A 5.4 400UB A-402 6 A-2011 A-201 2 STAIRS 400S BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLST4 PROVIDE ROOF DRAIN AND TAPERED INSULATION SUMP. TIE IN TO EXIST FULLY ADHERED ROOF ASSEMBLY FOR WATERTIGHT CONDITION. SEE 1/A-504. EXIST PARAPET WALL A-401 6 STAIRS 400SB A-201 4 400SA 2 9 ENCLOSED STAIR TOWER ADDITION PROPOSED ROOFTOP UNIT SET ON EXISTING STEEL FRAME. MAU 10 10 VIF 3' - 3 1/2" VIF 3' - 4"VIF7' - 9"VIF9' - 6"4-14-2 4-3 4-4 19 19 19 19 400SB SLOPE 1/4" PER FT A-504 1 THIRD FLOOR +28' -0" FOURTH FLOOR +42' -0" E THIRD FLOOR +28' -0" TF2 +/- 1' - 3"+/- 9' - 0"PROVIDE UL APPROVED THROUGH PENETRATION FIRE STOPPING TO ALLOW EXISTING PIPING TO PASS THROUGH PROPOSED SHAFT WALL EXIST BEAM 1 HR RATED SHAFT ENCLOSURE -PARTITION TYPE S1 EXIST DUCTWORK 300CA These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:28:46 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS THIRD AND FOURTH FLOOR PLANS, ROOF PLANS SDF YS A-113 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/8" = 1'-0"1 THIRD FLOOR PLAN 1/8" = 1'-0"2 FOURTH FLOOR PLAN 1/8" = 1'-0"3 STAIR TOWER ROOF PLAN *SHOWN AS ON PLAN PLAN KEY NOTES NO. DESCRIPTION 1 PROVIDE CLOSER AND SMOKE GASKETING AT EXIST DOOR AND FRAME. 2 PROVIDE AUTOMATIC DOOR OPERATOR AT EXIST DOOR, REFER TO E-SERIES DRAWINGS FOR DETAILS. 3 PROVIDE DOOR AND FRAME AT NON LOAD BEARING METAL STUD WALL PARTITION. 4 REPLACE DOOR AND FRAME AT EXIST DOOR OPENING. PROVIDE AUTOMATIC DOOR OPERATOR WHERE SCHEDULED. 5 REPLACE DOOR AT EXIST FRAME. PROVIDE AUTOMATIC DOOR OPERATOR WHERE SCHEDULED. 6 SECURE EXIST DOOR TO BE LEFT IN PLACE (NO ACCESS) 7 PROVIDE ADA COMPLIANT WALL MOUNTED STAINLESS STEEL GUARDS AT EXIST EMERGENCY SHOWER / EYE WASH 8 PROVIDE INTERIOR WALL PARTITION 9 PROVIDE FIRE RATED PARTITION AND SOFFIT 10 PROVIDE PANEL SIGNAGE 11 INFILL EXIST MASONRY OPENING WITH 8" CMU, FULLY GROUTED 12 FILL OPEN CORES OF EXIST CMU WALL PARTITION FOR 2HR FIRE RESISTANCE RATED CONSTRUCTION. PATCH DRILL LOCATIONS, PREP AND PAINT WALL. 13 PROVIDE DOOR AND FRAME IN MODIFIED EXISTING MASONRY OPENING. PROVIDE LINTEL ABOVE THE NEW DOOR. REFER TO LOOSE LINTEL SCHEDULE ON SHEET S-001 FOR MORE INFO. 14 PATCH FLOORING AT WALL PARTITION AND DOOR OPENING TO MATCH EXIST ADJACENT VCT 15 PROVIDE THERMALLY IMPROVED WINDOW ASSEMBLY. 16 PATCH BRICK WALL AT STAIR DEMOLITION LOCATIONS. 17 PATCH EXIST ROOF MEMBRANE AT EXIST FIRE ESCAPE DEMOLITION LOCATIONS. 18 REPLACE EXISTING STOREFRONT GLAZING WITH ALUM DOOR AND FRAME. 19 PROVIDE THROUGH PENETRATION FIRE STOPPING AT UNPROTECTED PENETRATIONS IN FIRE RESISTANCE RATED WALLS AND FLOORS. REFER TO SHEETS A-114 AND A-115 FOR SUPPLEMENTARY INFORMATION. 20 PROVIDE (3) 45 GALLON CAPACITY CORROSIVE STORAGE CABINETS. COORDINATE FINAL LOCATION WITH OWNER'S REPRESENTATIVE. 21 PROVIDE (1) 7-GALLON (21"WX18"DX27"H) NON-VENTED FLAMMABLE STORAGE CABINET 22 PROVIDE (1) 7-GALLON (21"WX18"DX27"H) VENTED CABINET FOR HIGHLY TOXICS 1/4" = 1'-0"4 INTERIOR SECTION AT THIRD FLOOR CORRIDOR SB-1 SB-2 SB-3 SB-4 SB-5 SB00UA WEST WALL SB26A EAST WALL SB00UA EAST WALL SB26A EAST WALL SB00UD WEST WALL B-1 B00S EAST WALL B-2 B01 WEST WALL B-4 B00S WEST WALL B-5 B00UO EAST WALL B-6 B28 EAST WALL B-7 B28 EAST WALL BASEMENT FLOOR SUB-BASEMENT FLOOR 3 UNPROTECTED PENETRATIONS 1 UNPROTECTED PENETRATION 7 UNPROTECTED PENETRATIONS 2 UNPROTECTED PENETRATIONS 3 UNPROTECTED PENETRATIONS 3 UNPROTECTED PENETRATIONSB-8 B05 WEST WALL B-9 B05 WEST WALL B-10 B01A WEST WALL 2 UNPROTECTED PENETRATIONS 2 UNPROTECTED PENETRATIONS 9 UNPROTECTED PENETRATIONS 2 UNPROTECTED PENETRATIONS 5 UNPROTECTED PENETRATIONS 2 UNPROTECTED PENETRATIONS BARD HALL AND THURSTON HALL SEPARATION SUMMARY OF UNPROTECTED THROUGH PENETRATIONS AT FIRE RESISTANCE RATED WALL ASSEMBLIES: BASEMENT -BARD HALL (16) 2" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (10) 4" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (17) ELECTRICAL CONDUIT -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (3) DUCTWORK -PROVIDE FIRE DAMPER AT THE DUCTWORK (1) 2" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT FLOOR 5 UNPROTECTED PENETRATIONS 2 UNPROTECTED PENETRATIONS BASEMENT -THURSTON HALL (11) 2" INSULATED COPPER LINE -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (2) 4" INSULATED COPPER LINE -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL SUB BASEMENT -BARD HALL (2) 4" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 6" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 6" PIPE -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (27) 3" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (2) 1" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (3) 2" PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (5) ABANDED PENETRATIONS -INFILL WALL OPENINGS PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT THESE LOCATIONS. SB00UD SOUTH WALL 2 UNPROTECTED PENETRATIONS SB-6 SB00UD EAST WALL 1 UNPROTECTED PENETRATIONS SB-7 SB00UC WEST AND SOUTH WALL 6 UNPROTECTED PENETRATIONS SB-8 SB00UC NORTH WALL 3 UNPROTECTED PENETRATIONS SB-9 SB00UC WEST WALL 16 UNPROTECTED PENETRATIONS SB-10 SB47 SOUTH WALL 1 UNPROTECTED PENETRATIONS B-11 B44C EAST WALL 4 UNPROTECTED PENETRATIONS B-12 1 UNPROTECTED PENETRATIONSB44C EAST WALL B-13 2 UNPROTECTED PENETRATIONSB47A EAST WALL B-14 2 UNPROTECTED PENETRATIONSB47B SOUTH WALL B-15 4 UNPROTECTED PENETRATIONSB47B SOUTH WALL B-16 3 UNPROTECTED PENETRATIONSB58 SOUTH WALL B-17 1 UNPROTECTED PENETRATIONSB58 SOUTH WALL B-19 4 UNPROTECTED PENETRATIONSB60 NORTH WALL B-18 1 UNPROTECTED PENETRATIONSB60A NORTH WALL These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:28:56 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS WALL PENETRATION PHOTOS & SUMMARIES - SUB-BASEMENT, BASEMENT AND FIRST FLOOR SDF YS A-114 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 THIRD FLOOR SECOND FLOORFOURTH FLOOR BARD HALL AND THURSTON HALL SEPARATION SUMMARY OF UNPROTECTED THROUGH PENETRATIONS AT FIRE RESISTANCE RATED WALL ASSEMBLIES: FOURTH FLOOR -THURSTON HALL (3) 1" DIA. ABANDONDED PENETRATION -INFILL WALL OPENING (19) 3/4" CONDUIT -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (3) 4" PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (3) INSULATED COPPER LINES -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (2) DUCTWORK -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (2) FLOOR PENETRATION -INFILL FLOOR OPENING THIRD FLOOR -THURSTON HALL (1) 1" DIA. ABANDONED PENETRATION ABOVE RACEWAY -INFILL WALL OPENING (1) 2"x3" ABANDONED RACEWAY -REMOVE RACEWAY AND INFILL WALL OPENING (1) 1" PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 2 1/2" PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 3/4" CONDUIT -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL ROOM 316 CABLE TRAY PENETRATIONS AT WALL; VERIFY PENETRATIONS THIRD FLOOR -BARD HALL (3) INSULATED COPPER LINES -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) ABANDONED RACEWAY & CONDUIT -REMOVE RACEWAY AND INFILL WALL OPENING (1) 3/4" PENETRATION -INFILL WALL OPENING (1) 1/2" COPPER LINE -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) CABLE ON SIDE OF DOOR RECESS -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL REPLACE RATED SOFFIT AT DRINKING FOUNTAIN ALCOVE SECOND FLOOR -BARD HALL (2) 3/4" CONDUIT -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (9) 2" INSULATED PIPES -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (4) 3" INSULATED PIPES -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (2) 5" INSULATED PIPES -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (2) DUCTWORK -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (3) CABLE -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 2"x3" ABANDONED RACEWAY -REMOVE RACEWAY AND INFILL WALL OPENING DUCT SHAFT SIDE (1) 1 1/2" PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 2" PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 3" PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 24"x48" DUCTWORK, NO DAMPER -PROVIDE DAMPER, PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 8"x12" DUCTWORK, NO DAMPER -PROVIDE DAMPER, FIRECAULK AT WALL (2) INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL SECOND FLOOR -THURSTON HALL (2) 2" DIA. ABANDONED PIPE PENETRATION - INFILL WALL OPENING (1) 1" COPPER PIPE -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 2"x3" ABANDONED RACEWAY -REMOVE RACEWAY AND INFILL WALL OPENING ROOM 213 (2) 3/4" CONDUIT -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT THESE LOCATIONS. 1-1 100S EAST WALL 1-2 100S WEST WALL 1-3 115 WEST WALL 1-4 100CA EAST WALL FIRST FLOOR 1-4 100CA EAST WALL 1-5 100T SOUTH WALL FIRST FLOOR -THURSTON HALL (2) 1" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 1" CONDUIT THRU 3" SLEEVE -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 1" CONDUIT -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (3) ABANDONED CONDUIT -INFILL WALL OPENING (2) ABANDONED SLEEVES -INFILL WALL OPENINGS FIRST FLOOR -BARD HALL (4) 2" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (4) 3" INSULATED PIPING -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (1) 1" ELECTRICAL CONDUIT -PROVIDE UL APPROVED THROUGH PENETRATIONS FIRE STOPPING AT WALL (3) DUCTWORK -PROVIDE FIRE DAMPER AT THE DUCTWORK 4 UNPROTECTED PENETRATIONS 7 UNPROTECTED PENETRATIONS 4 UNPROTECTED PENETRATIONS 2 UNPROTECTED PENETRATIONS 3 UNPROTECTED PENETRATIONS 4 UNPROTECTED PENETRATIONS 1-6 100CA SOUTH WALL1 UNPROTECTED PENETRATIONS ABOVE CEILING 1-7 131 NORTH WALL 4 UNPROTECTED PENETRATIONS 1-8 131 NORTH WALL 1 UNPROTECTED PENETRATIONS 1-9 158 NORTH WALL 1 UNPROTECTED PENETRATIONS 1-10 158 SOUTH WALL 1 UNPROTECTED PENETRATIONS 1-11 160 EAST WALL 4 UNPROTECTED PENETRATIONS 2-1 200U EAST WALL 4 UNPROTECTED PENETRATIONS 2-2 247 EAST WALL 1 UNPROTECTED PENETRATIONS 2-2 247 SOUTH WALL 3 UNPROTECTED PENETRATIONS 2-3 247 SOUTH WALL 4 UNPROTECTED PENETRATIONS 2-4 247 SOUTH WALL 2 UNPROTECTED PENETRATIONS 2-5 247 SOUTH WALL 1 UNPROTECTED PENETRATIONS 3-1 347 SOUTH WALL 1 UNPROTECTED PENETRATIONS4-1 400CA EAST WALL 4 UNPROTECTED PENETRATIONS 4-2 400CA SOUTH WALL 5 UNPROTECTED PENETRATIONS 4-3 400CB FLOOR 17 UNPROTECTED PENETRATIONS 4-4 400CB FLOOR 2 UNPROTECTED PENETRATIONS These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:29:03 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 Checker WALL PENETRATION PHOTOS & SUMMARIES - SECOND, THIRD AND FOURTH FLOOR SDF Author A-115 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 LAB SB36 LAB SB36A LAB SB38 LAB SB37 LAB SB40 LAB SB39 LAB SB56ELAB SB56D LAB SB56C BATHROOM SB00T STORAGE SB26A ELEVATOR SB00E LAB SB28 LAB SB30 LAB SB56 LAB SB58 LAB SB58B LAB SB58C LAB SB60 AREAWAY SB00UE TRANSFORMER SB00UD SWITCHBOARD ROOM SB00UC STEAM ROOM SB00UB STAIRS SB00SACORRIDOR SB00CB VEST SB58A STEAM ROOM SB00UA CORRIDOR SB00CA A.1 B C D E F G H J K L 47 L.1 A 5.4 UNEXCAVATED BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLOS OS S EM OS OS OS OS EM S EM S EM S S S S LAB SB47 CL STAIR UNEXCAVATED S EMOS OS E1 8' -6"E7 E1 8' -6" E1 8' -6" E1 8' -6" E1 12' -7" E1 10' -6" E1 9' -10" E1 7' -9" E1 7' -9" E1 7' -9" E1 8' -2" E2 9' -8" E1 8' -6" E1 8' -6" E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7E7 E7 E7 E7 3 7' -2"3 6' -8" EXIST SUSPENDED (CABLE MOUNTED) LED PENDANT LIGHT FIXTURE EXIST RECESSED LED LIGHT FIXTURE EXIST RECESSED DOWNLIGHT EXIST RECESSED SPEAKER REFLECTED CEILING PLAN LEGEND EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT AREA TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EXPOSED CONCRETE STRUCTURE ABOVE (NO FINISHED CEILING) EXIST CONC DECK EXIST CONC BEAMS EXIST GYPSUM BOARD CEILING NOTE:REMOVE AND REPLACE EXIST GYP BD CEILING TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. S OS EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 4' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EM EXIST EMERGENCY STROBE LIGHT EXIST OCCUPANCY SENSOR EXIST SMOKE DETECTOR EXIST SUSPENDED LINEAR LIGHTING EXIST DIFFUSER EXIST DIFFUSER EXIST 2' X 2' LIGHT FIXTURE EXIST 2' X 4' LIGHT FIXTURE EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 1' X 1' GRID)AT THURSTON HALL SECOND, THIRD AND FOURTH CORRIDOR NOTE:REMOVE AND REINSTALL EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. *CONTRACTOR TO VIF THE EXISTING CEILING LAYOUT, INCLUDING LIGHT FIXTURES AND MECHANICAL DIFFUSERS PROPOSED SPRINKLER HEAD. REFER TO FIRE PROTECTION DRAWINGS FOR DETAILS EXIST LINEAR RECESSED LIGHT #CEILING TYPE -NEW CEILING HEIGHT AFFX' -X" E#CEILING TYPE -EXISTING CEILING HEIGHT AFF -VERIFY IN FIELDX' -X" E1 E2 1 PROVIDE SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) E3 PROVIDE GYPSUM BOARD CEILING3 E4 EXIST LINEAR METAL CEILING AT THURSTON HALL FIRST FLOOR CORRIDOR. NOTE:REMOVE, SALVAGE AND REINSTALL EXIST LINEAR METAL CLG TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E5 EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 24" / 6" X 4' GRID) AT BARD HALL SECOND FLOOR OFFICE SUITE. NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E6 E7 GENERAL REFLECTED CEILING PLAN NOTES 1. REMOVE AND SALVAGE EXIST ACT CEILING TILES, MODIFY AND REPLACE EXIST SUSPENDED GRID AS REQUIRED TO ENABLE ABOVE-CEILING WORK (REFER TO FP, M, E, H-SERIES DRAWINGS). REINSTALL EXIST ACT TILE AT EXIST GRID. REINSTALLED TILES ARE TO MATCH ADJACENT FINISH; PROVIDE CONSISTENT LOOK AND FINISH PER ROOM. PERCENTAGES OF ASSUMED ACT REPLACEMENT HAVE BEEN INDICATED FOR BIDDING PURPOSES. NEW ACT TILE TO BE INSTALLED PER ROOM; EXIST AND NEW TILES SHALL NOT BE INSTALLED WITHIN THE SAME SPACE. NEW 2' X 4' LIGHT FIXTURE, COORDINATE WITH E-SERIES DRAWING FOR MORE INFO These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 1:35:11 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS SUB-BASEMENT FLOOR RCP SDF YS A-131 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 SUB - BASEMENT PLAN NORTH COMPUTER ROOM B40LASER LAB B44A EQUIPMENT RM B44C LAB B44B LAB B47A VESTIBULE B44 LAB B47 CLOSET B00UA CLOSET B00UB CLOSET B00UO LAB B47B LAB B55 LAB B56 LAB B57 OFFICE B57A LAB B58 OFFICE B59 LAB B60 RECEIVING B60A GAS STOR B07A GAS B07 EQUIPMENT B28 BATHROOM B0T SINK B00J CLOSET B00UD STAIR B00S ELEVATOR B00E E1 9' -6" E1 8' -0" E1 7' -8" E1 7' -7" E1 7' -8"E1 7' -8" A.1 B C D E F G H J K L 4 56 7 L.1 A 5.4 RECEIVING B60B T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13 T14-2 T10 T18 TE2 TD2 TC2 TB2BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLHATCH INDICATES PROPOSED AREA OF SPRAY APPLIED FIREPROOFING AT EXIST EXPOSED STRUCTURAL STEEL FRAMING POCHE INDICATES AREA OF SPRAY APPLIED 2-HR FIREPROOFING AT EXIST EXPOSED STRUCTURAL STEEL FRAMING S OS S S S S S E3 8' -0" S EXIST SPEAKER EXIST SPEAKER E1 8' -10" B11 B00C B00TB B00TA B07 B00C B00EB00S B04 B02A B01C B01B B00L B05 B02 B03 B04A B06 B00UA * * * * * * * * * * S OSS E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 EXIST SUSPENDED (CABLE MOUNTED) LED PENDANT LIGHT FIXTURE EXIST RECESSED LED LIGHT FIXTURE EXIST RECESSED DOWNLIGHT EXIST RECESSED SPEAKER REFLECTED CEILING PLAN LEGEND EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT AREA TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EXPOSED CONCRETE STRUCTURE ABOVE (NO FINISHED CEILING) EXIST CONC DECK EXIST CONC BEAMS EXIST GYPSUM BOARD CEILING NOTE:REMOVE AND REPLACE EXIST GYP BD CEILING TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. S OS EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 4' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EM EXIST EMERGENCY STROBE LIGHT EXIST OCCUPANCY SENSOR EXIST SMOKE DETECTOR EXIST SUSPENDED LINEAR LIGHTING EXIST DIFFUSER EXIST DIFFUSER EXIST 2' X 2' LIGHT FIXTURE EXIST 2' X 4' LIGHT FIXTURE EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 1' X 1' GRID)AT THURSTON HALL SECOND, THIRD AND FOURTH CORRIDOR NOTE:REMOVE AND REINSTALL EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. *CONTRACTOR TO VIF THE EXISTING CEILING LAYOUT, INCLUDING LIGHT FIXTURES AND MECHANICAL DIFFUSERS PROPOSED SPRINKLER HEAD. REFER TO FIRE PROTECTION DRAWINGS FOR DETAILS EXIST LINEAR RECESSED LIGHT #CEILING TYPE -NEW CEILING HEIGHT AFFX' -X" E#CEILING TYPE -EXISTING CEILING HEIGHT AFF -VERIFY IN FIELDX' -X" E1 E2 1 PROVIDE SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) E3 PROVIDE GYPSUM BOARD CEILING3 E4 EXIST LINEAR METAL CEILING AT THURSTON HALL FIRST FLOOR CORRIDOR. NOTE:REMOVE, SALVAGE AND REINSTALL EXIST LINEAR METAL CLG TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E5 EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 24" / 6" X 4' GRID) AT BARD HALL SECOND FLOOR OFFICE SUITE. NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E6 E7 GENERAL REFLECTED CEILING PLAN NOTES 1. REMOVE AND SALVAGE EXIST ACT CEILING TILES, MODIFY AND REPLACE EXIST SUSPENDED GRID AS REQUIRED TO ENABLE ABOVE-CEILING WORK (REFER TO FP, M, E, H-SERIES DRAWINGS). REINSTALL EXIST ACT TILE AT EXIST GRID. REINSTALLED TILES ARE TO MATCH ADJACENT FINISH; PROVIDE CONSISTENT LOOK AND FINISH PER ROOM. PERCENTAGES OF ASSUMED ACT REPLACEMENT HAVE BEEN INDICATED FOR BIDDING PURPOSES. NEW ACT TILE TO BE INSTALLED PER ROOM; EXIST AND NEW TILES SHALL NOT BE INSTALLED WITHIN THE SAME SPACE. NEW 2' X 4' LIGHT FIXTURE, COORDINATE WITH E-SERIES DRAWING FOR MORE INFO These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 11:29:08 AMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS BASEMENT FLOOR RCP SDF YS A-132 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 BASEMENT FLOOR PLAN NORTH E2 12' -0" E1 8' -7" E3 8' -0" E1 8' -7" E1 9' -0" E1 9' -0" E1 8' -4" LOBBY 100L LECTURE ROOM 140 STORAGE 100CB LAB 150 LAB 156 GRAD OFFICE 158 LAB 160 LAB 131 OFFICE 129 OFFICE 128 OFFICE 127 OFFICE 126 BATHROOM 100TJANITOR 100J CL 100U ELEVATOR 100E A.1 B C D E F G H J K L 47 L.1 A 5.4 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13 T14-2 T10 T18 TE2 TD2 TC2 TB2BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLS S S EM CORRIDOR HALL 100CC 100L 102A 100UC 100S 102 177 174A 174B 174 100J 100U 103 171 173 100CA 100UD172A 100TA 100CB 172 174D 174C 174E 100CD175 176 100S 101A 115 180 100UA100UB 100TB 112 111 Room100CC 100TA114113 100Z 179 171A 101 CL CORRIDOR STAIRS ** S S S S OS 1 9' -0" E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E3 13' -6" E3 12' -6" E3 11' -6" E3 11' -6" E5 9' -11" E1 9' -9" E1 9' -9" E3 8' -11 1/2" E3 8' -11 1/2" A-133 2 3 9' -3" EXIST SUSPENDED (CABLE MOUNTED) LED PENDANT LIGHT FIXTURE EXIST RECESSED LED LIGHT FIXTURE EXIST RECESSED DOWNLIGHT EXIST RECESSED SPEAKER REFLECTED CEILING PLAN LEGEND EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT AREA TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EXPOSED CONCRETE STRUCTURE ABOVE (NO FINISHED CEILING) EXIST CONC DECK EXIST CONC BEAMS EXIST GYPSUM BOARD CEILING NOTE:REMOVE AND REPLACE EXIST GYP BD CEILING TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. S OS EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 4' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EM EXIST EMERGENCY STROBE LIGHT EXIST OCCUPANCY SENSOR EXIST SMOKE DETECTOR EXIST SUSPENDED LINEAR LIGHTING EXIST DIFFUSER EXIST DIFFUSER EXIST 2' X 2' LIGHT FIXTURE EXIST 2' X 4' LIGHT FIXTURE EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 1' X 1' GRID)AT THURSTON HALL SECOND, THIRD AND FOURTH CORRIDOR NOTE:REMOVE AND REINSTALL EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. *CONTRACTOR TO VIF THE EXISTING CEILING LAYOUT, INCLUDING LIGHT FIXTURES AND MECHANICAL DIFFUSERS PROPOSED SPRINKLER HEAD. REFER TO FIRE PROTECTION DRAWINGS FOR DETAILS EXIST LINEAR RECESSED LIGHT #CEILING TYPE -NEW CEILING HEIGHT AFFX' -X" E#CEILING TYPE -EXISTING CEILING HEIGHT AFF -VERIFY IN FIELDX' -X" E1 E2 1 PROVIDE SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) E3 PROVIDE GYPSUM BOARD CEILING3 E4 EXIST LINEAR METAL CEILING AT THURSTON HALL FIRST FLOOR CORRIDOR. NOTE:REMOVE, SALVAGE AND REINSTALL EXIST LINEAR METAL CLG TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E5 EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 24" / 6" X 4' GRID) AT BARD HALL SECOND FLOOR OFFICE SUITE. NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E6 E7 GENERAL REFLECTED CEILING PLAN NOTES 1. REMOVE AND SALVAGE EXIST ACT CEILING TILES, MODIFY AND REPLACE EXIST SUSPENDED GRID AS REQUIRED TO ENABLE ABOVE-CEILING WORK (REFER TO FP, M, E, H-SERIES DRAWINGS). REINSTALL EXIST ACT TILE AT EXIST GRID. REINSTALLED TILES ARE TO MATCH ADJACENT FINISH; PROVIDE CONSISTENT LOOK AND FINISH PER ROOM. PERCENTAGES OF ASSUMED ACT REPLACEMENT HAVE BEEN INDICATED FOR BIDDING PURPOSES. NEW ACT TILE TO BE INSTALLED PER ROOM; EXIST AND NEW TILES SHALL NOT BE INSTALLED WITHIN THE SAME SPACE. NEW 2' X 4' LIGHT FIXTURE, COORDINATE WITH E-SERIES DRAWING FOR MORE INFO C 7 HALL 100CC REMOVE EXISTING SUSPENDED ACOUSTIC CEILING AND GRID IN ITS ENTIRETY AT THE NEW HALLWAY. PROVIDE SUSPENDED ACOUSTIC CEILING AND GRID. COORDINATE LIGHTING LAYOUT WITH E- SERIES DRAWING. REMOVE AND REINSTALL EXISTING 2'X4' LIGHTING FIXTURE. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 2:36:01 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS FIRST FLOOR RCP SDF YS A-133 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 FIRST FLOOR CEILING PLAN NORTH1/4" = 1'-0"2 PARTIAL FIRST FLOOR RCP - HALL 100CC OPEN OFFICE 210FOFFICE 210E BREAK 210D OPEN OFFICE 210 OFFICE 210C OFFICE 210B OFFICE 210A CONFERENCE 245 LAB 247 COMPUTER 249 LAB 250 LAB 258B LAB 258 OFFICE 258A LOUNGE 260 BREAK ROOM 231 OFFICE 230 OFFICE 229 OFFICE 228 OFFICE 227 OFFICE 226 JANITOR BATHROOM 200T STAIRS 200S CLOSET 200U CLOSET 200JB OFFICE ENTRY 200CC COPY ROOM 210G LAB 258C ELEVATOR 200E CORRIDOR 200CA A.1 B C D E F G H J K L BL 4 567 L.1 A 5.4 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLPOCHE INDICATES AREA OF SPRAY APPLIED 2-HR FIREPROOFING AT EXIST EXPOSED STRUCTURAL STEEL FRAMING S SOS S S OS S S S 204 205201203 202A 202 200J 200U 206 200S 207 20063 277 279 281 273 20061 20062 283 289 290G 290E 290F274 278 290D 290C 290A 272 290L 290K 290J 290 20040 200S 200Z232231 233 234235236237238 200TA200TB 200E 200C 290B 287 275 200S STAIRS S* * * * * S OS OS OSOS SOS S OS S OS S OS S OS S OS OS E7 E7 E7 E7 E7 E7 E7 E6 9' -1" E6 9' -0" E6 9' -0" E6 9' -0" E6 9' -0" E6 9' -0" E6 9' -0" E6 9' -0" E2 9' -0" E6 9' -1"E1 9' -0" E1 9' -0" E1 9' -5" E1 9' -5" E1 10' -7" E1 8' -4" E1 8' -2" E1 9' -0" E2 11' -5" E2 11' -5" E2 11' -5" E2 11' -5" E2 11' -5" E2 11' -5" E2 10' -8" E2 10' -8" E1 9' -5" E1 9' -5" E1 9' -5"E1 11' -5" E2 11' -5" E2 11' -5" E2 11' -5" E3 8' -0" E3 8' -0" E3 8' -11" E3 8' -11" E4 7' -10" E7 3 8' -8" EXIST SUSPENDED (CABLE MOUNTED) LED PENDANT LIGHT FIXTURE EXIST RECESSED LED LIGHT FIXTURE EXIST RECESSED DOWNLIGHT EXIST RECESSED SPEAKER REFLECTED CEILING PLAN LEGEND EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT AREA TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EXPOSED CONCRETE STRUCTURE ABOVE (NO FINISHED CEILING) EXIST CONC DECK EXIST CONC BEAMS EXIST GYPSUM BOARD CEILING NOTE:REMOVE AND REPLACE EXIST GYP BD CEILING TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. S OS EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 4' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EM EXIST EMERGENCY STROBE LIGHT EXIST OCCUPANCY SENSOR EXIST SMOKE DETECTOR EXIST SUSPENDED LINEAR LIGHTING EXIST DIFFUSER EXIST DIFFUSER EXIST 2' X 2' LIGHT FIXTURE EXIST 2' X 4' LIGHT FIXTURE EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 1' X 1' GRID)AT THURSTON HALL SECOND, THIRD AND FOURTH CORRIDOR NOTE:REMOVE AND REINSTALL EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. *CONTRACTOR TO VIF THE EXISTING CEILING LAYOUT, INCLUDING LIGHT FIXTURES AND MECHANICAL DIFFUSERS PROPOSED SPRINKLER HEAD. REFER TO FIRE PROTECTION DRAWINGS FOR DETAILS EXIST LINEAR RECESSED LIGHT #CEILING TYPE -NEW CEILING HEIGHT AFFX' -X" E#CEILING TYPE -EXISTING CEILING HEIGHT AFF -VERIFY IN FIELDX' -X" E1 E2 1 PROVIDE SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) E3 PROVIDE GYPSUM BOARD CEILING3 E4 EXIST LINEAR METAL CEILING AT THURSTON HALL FIRST FLOOR CORRIDOR. NOTE:REMOVE, SALVAGE AND REINSTALL EXIST LINEAR METAL CLG TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E5 EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 24" / 6" X 4' GRID) AT BARD HALL SECOND FLOOR OFFICE SUITE. NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E6 E7 GENERAL REFLECTED CEILING PLAN NOTES 1. REMOVE AND SALVAGE EXIST ACT CEILING TILES, MODIFY AND REPLACE EXIST SUSPENDED GRID AS REQUIRED TO ENABLE ABOVE-CEILING WORK (REFER TO FP, M, E, H-SERIES DRAWINGS). REINSTALL EXIST ACT TILE AT EXIST GRID. REINSTALLED TILES ARE TO MATCH ADJACENT FINISH; PROVIDE CONSISTENT LOOK AND FINISH PER ROOM. PERCENTAGES OF ASSUMED ACT REPLACEMENT HAVE BEEN INDICATED FOR BIDDING PURPOSES. NEW ACT TILE TO BE INSTALLED PER ROOM; EXIST AND NEW TILES SHALL NOT BE INSTALLED WITHIN THE SAME SPACE. NEW 2' X 4' LIGHT FIXTURE, COORDINATE WITH E-SERIES DRAWING FOR MORE INFO These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 2:36:02 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 Checker SECOND FLOOR RCP SDF Author A-134 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 SECOND FLOOR PLAN NORTH OFFICE 310 OFFICE 311 OFFICE 312 OFFICE 313 OFFICE 314 LAB 315 OFFICE 341 OFFICE 340 LAB 344 LAB 316 LAB 350 LAB 356 LAB 359 LAB 361 OFFICE 360 OFFICE 330 OFFICE 330A OFFICE 329 OFFICE 328 OFFICE 327 OFFICE 326 ELEVATOR 300E JANITOR 300JA BATHROOM 300T LAB 345 LAB 347 STAIRS 300S CLOSET 300JB UTILITY 300U VEST 300CB A.1 B C D E F G H J K L 47 L.1 A 5.4 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TABARD HALLTHURSTON HALLBARD HALLTHURSTON HALLS S 301A 301 302 303 304 305 306 300S 300CA 300E 307 306A 30063 377 379 381 383 300S 390B 300Z 300CB 373 30062 30061 372 390C 390D 390E 390G 390F 390L 390M 30040 300T 333 332 331 330 329 327 325 323 321322 300U 390K 390J 390 300Z 300CB 375 371 390A 300SB 300CC S S OS SS S SS S S S S S OS E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E7 E1 8' -0" E1 8' -9" E1 8' -9" E1 8' -11" E1 8' -11" E1 9' -1" E1 9' -0" E1 9' -1" E1 8' -11" E1 8' -9" E1 10' -8" E1 10' -8" E1 10' -8" E1 10' -8" E1 8' -0" E1 9' -0" E1 8' -9 1/2" E1 8' -9 1/2" E1 8' -9 1/2" E1 8' -9 1/2" E1 8' -9 1/2" E1 8' -11 1/2" E1 8' -9" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 9' -0 1/2" E3 8' -0" 1 8' -0"3 8' -0" LOCATION OF PROPOSED ROOF DRAIN ABOVE. REMOVE AND REINSTALL EXIST ACT CEILING AS REQUIRED TO ENABLE PLUMBING WORK. DASHED LINE INDICATE AREA OF REMOVAL OF EXISTING GYP BD CEILING AND SUPPORTIVE FRAMING. EXIST SUSPENDED (CABLE MOUNTED) LED PENDANT LIGHT FIXTURE EXIST RECESSED LED LIGHT FIXTURE EXIST RECESSED DOWNLIGHT EXIST RECESSED SPEAKER REFLECTED CEILING PLAN LEGEND EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT AREA TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EXPOSED CONCRETE STRUCTURE ABOVE (NO FINISHED CEILING) EXIST CONC DECK EXIST CONC BEAMS EXIST GYPSUM BOARD CEILING NOTE:REMOVE AND REPLACE EXIST GYP BD CEILING TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. S OS EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 4' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EM EXIST EMERGENCY STROBE LIGHT EXIST OCCUPANCY SENSOR EXIST SMOKE DETECTOR EXIST SUSPENDED LINEAR LIGHTING EXIST DIFFUSER EXIST DIFFUSER EXIST 2' X 2' LIGHT FIXTURE EXIST 2' X 4' LIGHT FIXTURE EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 1' X 1' GRID)AT THURSTON HALL SECOND, THIRD AND FOURTH CORRIDOR NOTE:REMOVE AND REINSTALL EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. *CONTRACTOR TO VIF THE EXISTING CEILING LAYOUT, INCLUDING LIGHT FIXTURES AND MECHANICAL DIFFUSERS PROPOSED SPRINKLER HEAD. REFER TO FIRE PROTECTION DRAWINGS FOR DETAILS EXIST LINEAR RECESSED LIGHT #CEILING TYPE -NEW CEILING HEIGHT AFFX' -X" E#CEILING TYPE -EXISTING CEILING HEIGHT AFF -VERIFY IN FIELDX' -X" E1 E2 1 PROVIDE SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) E3 PROVIDE GYPSUM BOARD CEILING3 E4 EXIST LINEAR METAL CEILING AT THURSTON HALL FIRST FLOOR CORRIDOR. NOTE:REMOVE, SALVAGE AND REINSTALL EXIST LINEAR METAL CLG TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E5 EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 24" / 6" X 4' GRID) AT BARD HALL SECOND FLOOR OFFICE SUITE. NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E6 E7 GENERAL REFLECTED CEILING PLAN NOTES 1. REMOVE AND SALVAGE EXIST ACT CEILING TILES, MODIFY AND REPLACE EXIST SUSPENDED GRID AS REQUIRED TO ENABLE ABOVE-CEILING WORK (REFER TO FP, M, E, H-SERIES DRAWINGS). REINSTALL EXIST ACT TILE AT EXIST GRID. REINSTALLED TILES ARE TO MATCH ADJACENT FINISH; PROVIDE CONSISTENT LOOK AND FINISH PER ROOM. PERCENTAGES OF ASSUMED ACT REPLACEMENT HAVE BEEN INDICATED FOR BIDDING PURPOSES. NEW ACT TILE TO BE INSTALLED PER ROOM; EXIST AND NEW TILES SHALL NOT BE INSTALLED WITHIN THE SAME SPACE. NEW 2' X 4' LIGHT FIXTURE, COORDINATE WITH E-SERIES DRAWING FOR MORE INFO These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 2:36:03 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 Checker THIRD FLOOR RCP SDF Author A-135 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3/32" = 1'-0"1 THIRD FLOOR PLAN NORTH OFFICE 414 OFFICE 416 CORR 400CA MECH 419 HALL 400CB MECH 400UB MECH 400UA MECH 400UC E1 10' -6" E1 10' -6" E1 8' -6" STAIRS 400S B C D E F G H J K 45.4 T15 T14 T12 T11 T9 T8 T7 T6 TJ TG TFBARD HALLTHURSTON HALLBARD HALLTHURSTON HALLHATCH INDICATES PROPOSED AREA OF SPRAY APPLIED FIREPROOFING AT EXIST EXPOSED STRUCTURAL STEEL FRAMING POCHE INDICATES AREA OF SPRAY APPLIED 2-HR FIREPROOFING AT EXIST EXPOSED STRUCTURAL STEEL FRAMING 401 402 422 400CA 421 403 420 419 404 406 407 418 417 416 415 400U 400T 400Z 400CB 400S 400E 407A 400405 400SB S OS OS OS OS S OS OS S S S OS S OS S OS S OS OS S OS OS SS OS OS OS OSS OS S EM ** * * E1 9' -0" E1 9' -0" E1 9' -0" E1 8' -10" E1 8' -10" E1 9' -0" E1 7' -10 1/2" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10" E1 8' -10"E1 8' -10" E7 E7 E7 1 8' -0" 3 8' -0" DASHED LINE INDICATE AREA OF REMOVAL OF EXISTING GYP BD CEILING AND SUPPORTIVE FRAMING. EXIST SUSPENDED (CABLE MOUNTED) LED PENDANT LIGHT FIXTURE EXIST RECESSED LED LIGHT FIXTURE EXIST RECESSED DOWNLIGHT EXIST RECESSED SPEAKER REFLECTED CEILING PLAN LEGEND EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT AREA TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EXPOSED CONCRETE STRUCTURE ABOVE (NO FINISHED CEILING) EXIST CONC DECK EXIST CONC BEAMS EXIST GYPSUM BOARD CEILING NOTE:REMOVE AND REPLACE EXIST GYP BD CEILING TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. S OS EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 4' GRID) NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. EM EXIST EMERGENCY STROBE LIGHT EXIST OCCUPANCY SENSOR EXIST SMOKE DETECTOR EXIST SUSPENDED LINEAR LIGHTING EXIST DIFFUSER EXIST DIFFUSER EXIST 2' X 2' LIGHT FIXTURE EXIST 2' X 4' LIGHT FIXTURE EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 1' X 1' GRID)AT THURSTON HALL SECOND, THIRD AND FOURTH CORRIDOR NOTE:REMOVE AND REINSTALL EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. *CONTRACTOR TO VIF THE EXISTING CEILING LAYOUT, INCLUDING LIGHT FIXTURES AND MECHANICAL DIFFUSERS PROPOSED SPRINKLER HEAD. REFER TO FIRE PROTECTION DRAWINGS FOR DETAILS EXIST LINEAR RECESSED LIGHT #CEILING TYPE -NEW CEILING HEIGHT AFFX' -X" E#CEILING TYPE -EXISTING CEILING HEIGHT AFF -VERIFY IN FIELDX' -X" E1 E2 1 PROVIDE SUSPENDED ACOUSTIC CEILING TILE (ACT 2' X 2' GRID) E3 PROVIDE GYPSUM BOARD CEILING3 E4 EXIST LINEAR METAL CEILING AT THURSTON HALL FIRST FLOOR CORRIDOR. NOTE:REMOVE, SALVAGE AND REINSTALL EXIST LINEAR METAL CLG TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E5 EXIST SUSPENDED ACOUSTIC CEILING TILE (ACT 24" / 6" X 4' GRID) AT BARD HALL SECOND FLOOR OFFICE SUITE. NOTE:REMOVE AND REPLACE APPROX 25% OF EXIST ACT TO INSTALL FIRE PROTECTION PIPING. REFER TO FIRE PROTECTION DRAWINGS FOR EXTENT AND GENERAL LAYOUT. E6 E7 GENERAL REFLECTED CEILING PLAN NOTES 1. REMOVE AND SALVAGE EXIST ACT CEILING TILES, MODIFY AND REPLACE EXIST SUSPENDED GRID AS REQUIRED TO ENABLE ABOVE-CEILING WORK (REFER TO FP, M, E, H-SERIES DRAWINGS). REINSTALL EXIST ACT TILE AT EXIST GRID. REINSTALLED TILES ARE TO MATCH ADJACENT FINISH; PROVIDE CONSISTENT LOOK AND FINISH PER ROOM. PERCENTAGES OF ASSUMED ACT REPLACEMENT HAVE BEEN INDICATED FOR BIDDING PURPOSES. NEW ACT TILE TO BE INSTALLED PER ROOM; EXIST AND NEW TILES SHALL NOT BE INSTALLED WITHIN THE SAME SPACE. NEW 2' X 4' LIGHT FIXTURE, COORDINATE WITH E-SERIES DRAWING FOR MORE INFO These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 2:36:03 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 Checker FOURTH FLOOR RCP SDF Author A-136 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 148533/32" = 1'-0"1 FOURTH FLOOR CEILING PLAN NORTH FIRST FLOOR +0' -0" SECOND FLOOR +14' -0" BASEMENT -13' -6" THIRD FLOOR +28' -0" FOURTH FLOOR +42' -0" ROOF SLAB +59' -11 1/4" STAIR ROOF +53' -3" EFGHJKLL.1 STAIR SLAB @ GRADE -19' -11" CONCEALED FASTENER SINGLE SKIN METAL PANEL PANEL -TYPE 2 KYNAR COATED ALUM COPING; COLOR TO MATCH METAL PANEL 2'-3"W x 3'-0"H LOUVER TO SUB- BASEMENT BELOW FIXED ALUM WINDOW 2' - 3"2' - 3" EQ EQ EQ EQ EQ EQ EQ EQ EQ (LLENROC) STONE MASONRY VENEER FDC PROVIDE FDC SIGN, REFER TO SIGNAGE TYPES ON A-601 CAST STONE WALL PANEL CONCEALED FASTENER SINGLE SKIN METAL PANEL -TYPE 1 WITH 3" VERTICAL REVEALS CAST STONE WATERTABLE T/ EXIST AREAWAY -18' -3 3/8" T/ROOF SLAB -3' -8 7/8" T/ CMU +54' -7"10 1/4"5' - 6 3/4"3' - 11"4' - 7 7/8"11"6' - 8 7/8"11"5' - 0"2' - 3 1/16"5' - 1 1/8"4' - 7"4' - 7"5' - 0"12' - 6 1/4"12' - 6"12' - 6"2' - 6"DASHED LINE OF WALL FLASHING (STEPS WITH GRADE) CONTROL JOINT FIRST FLOOR +0' -0" SECOND FLOOR +14' -0" BASEMENT -13' -6" THIRD FLOOR +28' -0" STAIR DOOR +43' -8" 7 A-402 45675.4 CONCEALED FASTENER SINGLE SKIN METAL PANEL -TYPE 1 KYNAR COATED ALUM COPING; COLOR TO MATCH METAL PANEL DOOR AND FRAME COLOR TO MATCH CAST STONE PANEL4' - 7 3/4"3' - 0"11 1/4"10"5' - 6 3/4"(LLENROC) STONE MASONRY VENEER CAST STONE WALL PANEL WALL MOUNTED LIGHT FIXTURE, REFER TO ELECTRICAL DRAWINGS T/ EXIST AREAWAY -18' -3 3/8" T/ROOF SLAB -3' -8 7/8" 4 A-113 T/ CMU +54' -7"12' - 6 1/4"12' - 6 1/4"12' - 6 1/4"DASHED LINE OF WALL FLASHING FIRST FLOOR +0' -0" SECOND FLOOR +14' -0" BASEMENT -13' -6" THIRD FLOOR +28' -0" FOURTH FLOOR +42' -0" ROOF SLAB +59' -11 1/4" STAIR ROOF +53' -3" A-404 2 PATIO -4' -8" B C D E F G H J K LA ST4 KYNAR COATED ALUM COPING; COLOR TO MATCH METAL PANEL PARAPET NOT SHOWN FOR CLARITY EXIST CONC STAIR WITH PAINTED METAL RAILINGS PROPOSED ROOFTOP UNIT AND ASSOCIATED DUCTWORK. REFER TO M-SERIES DRAWING FOR DETAILS. PROPOSED ROOFTOP UNIT SET ON EXISTING STEEL FRAME T/ EXIST AREAWAY -18' -3 3/8" T/ROOF SLAB -3' -8 7/8" PROVIDE OPENING AT EXIST MASONRY WALL. PROVIDE LINTEL, REFER TO LOOSE LINTEL SCHEDULE ON SHEET S-001 FOR MORE INFO. EXIST LIGHT FIXTURE TO REMAIN T/ CMU +54' -7" FIRST FLOOR +0' -0" SECOND FLOOR +14' -0" BASEMENT -13' -6" THIRD FLOOR +28' -0" FOURTH FLOOR +42' -0" STAIR ROOF +53' -3" 7 A-402 STAIR SLAB @ GRADE -19' -11" KYNAR COATED ALUM COPING; COLOR TO MATCH METAL PANEL T/ EXIST AREAWAY -18' -3 3/8" T/ROOF SLAB -3' -8 7/8" T/ CMU +54' -7" These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 9:15:56 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS EXTERIOR ELEVATIONS SDF DMKS A-201 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/8" = 1'-0"1 EAST ELEVATION 1/8" = 1'-0"2 SOUTH ELEVATION 1/8" = 1'-0"3 WEST ELEVATION 1/8" = 1'-0"4 SOUTH ELEVATION - SE STAIR TOWER FIRST FLOOR +0' -0" SECOND FLOOR +14' -0" BASEMENT -13' -6" SUB -BASEMENT PLAN -27' -4" THIRD FLOOR +28' -0" FOURTH FLOOR +42' -0"8' - 8"2 HR RATED SOFFIT - PARTITION TYPE S2 2 HR RATED SHAFT ENCLOSURE - PARTITION TYPE S2 2 HR RATED SHAFT ENCLOSURE - PARTITION TYPE S2 2 HR RATED SHAFT ENCLOSURE - PARTITION TYPE S2 2 HR RATED SOFFIT -PARTITION TYPE S2 2 HR RATED SHAFT ENCLOSURE - PARTITION TYPE S2 2 HR RATED SOFFIT -PARTITION TYPE S2 100SA 1' - 5 1/2" 3' - 0" 1' - 5 1/2"6' - 8 9/16"8' - 0"2 HR RATED SHAFT ENCLOSURE - PARTITION TYPE S2 2 HR RATED SOFFIT - PARTITION TYPE S2 2 HR RATED SHAFT ENCLOSURE - PARTITION TYPE S2 2 HR RATED SOFFIT - PARTITION TYPE S2 6' - 8"7' - 2"SWINGING GATE WITH SIGNAGE CLR 1' - 3" CLR 1' - 3"8' - 0"1' - 5 1/2"3' - 0" CLR 1' - 3"9' - 3"1' - 5 1/2" CLR 1' - 3" CLR 1' - 3" CLR 1' - 3" CLR 1' - 3" 4' - 9"4' - 0" PAINTED STEEL RAILING AND POST TO MATCH EXIST A-401 9ALIGN 7' - 8"ALIGN7 A-401 8 A-401 EXIST PIPING 1' - 4"2' - 7 15/16"8" S2 UPDN 7 A-401 8 A-401 LINE OF RATED SOFFIT ABOVE UP 7 A-401 8 A-401 1' - 3"S2 100SA SELF CLOSING SWINGING GATE WITH SIGNAGE UPDN MAGNETIC HOLD OPEN ATTACHED TO FIRE ALARM, REFER TO E-SERIES DRAWINGS. 7 A-401 8 A-401 1' - 3"S2 LINE OF RATED SOFFIT ABOVE UPDN 7 A-401 8 A-401 1' - 3"S2 LINE OF RATED SOFFIT ABOVE UPDN 7 A-401 8 A-401 1' - 3"S2 LINE OF RATED SOFFIT ABOVE DN SELF CLOSING SPRING HINGES PANEL SIGNAGE TO READ: 'THIS IS NOT AN EXIT' WHEN APPROACHED FROM THE FIRST FLOOR LEVEL. EXIST CMU WALL MILL FINISH 2" SQUARE ALUMINUM TUBE WITH 3/16" WALL THICKNESS. PERIMETER FRAME AND MID-RAIL, WELD ALL CONNECTIONS. MILL FINISH 3" SQUARE ALUMINUM TUBE WITH 3/16" WALL THICKNESS WITH WELDED CAP PLATE. MILL FINISH 6"x6"x1/4" THICK ALUM BASE PLATE. BASE PLATE PLAN VIEW 6"6"1"1" MILL FINISH ALUMINUM CLOSURE PLATE WELD TO SWING GATE. 4"2 1/2" 4'-0" .2"9"2"9"2"2' - 0"6"3' - 0"PAINTED STEEL RAILING TO MATCH EXISTING ADJACENT 2 HR RATED SOFFIT 2 HR RATED ACCESS PANEL SEMI-RECESSED FIRE EXTINGUISHER CABINET 2 HR RATED SOFFIT 2 HR RATED ACCESS PANEL SEMI-RECESSED FIRE EXTINGUISHER CABINET 2 HR RATED SOFFIT 2 HR RATED ACCESS PANEL SEMI-RECESSED FIRE EXTINGUISHER CABINET 2 HR RATED SOFFIT 2 HR RATED ACCESS PANEL SEMI-RECESSED FIRE EXTINGUISHER CABINET 2 HR RATED ACCESS PANEL SEMI-RECESSED FIRE EXTINGUISHER CABINET 2 HR RATED SOFFIT 2 HR RATED ACCESS PANEL 2 HR RATED ACCESS PANEL These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 8:31:06 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS EXISTING STAIR SECTIONS AND DETAILS SDF DMKS A-401 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/4" = 1'-0"7 STAIR SECTION 1/4" = 1'-0"2 BASEMENT FLOOR STAIRS DETAIL 1/4" = 1'-0"1 SUB - BASEMENT STAIRS DETAIL 1/4" = 1'-0"3 FIRST FLOOR STAIRS DETAIL 1/4" = 1'-0"4 SECOND FLOOR STAIRS DETAIL 1/4" = 1'-0"5 THIRD FLOOR STAIRS DETAIL 1/4" = 1'-0"6 FOURTH FLOOR STAIRS DETAIL NORTHNORTHNORTHNORTHNORTHNORTH1 1/2" = 1'-0"9 SWING GATE DETAILS 1/4" = 1'-0"8 STAIR SECTION - SHAFTWALL ELEVATIONS 7 A-402 K L L.1 STAIR WIDTH 4' - 8" UP STAND PIPE (TYP ALL FLOORS) 11'-1" INSIDE STAIRWELL 21'-11"INSIDE STAIRWELLSTAIR WIDTH 4' - 7 7/8"1' - 9"4' - 8"TO NOSING5' - 5"12 T @ 11"11' - 0"TO NOSING5' - 6"TO NOSING5' - 10 1/2"10T @ 11"9' - 2"TO NOSING6' - 10 1/2"5 A-403 4 A-403 7 A-402 K L UP 4' - 8"1' - 9"4' - 8"4' - 8"4' - 8"DN 11'-1" INSIDE STAIRWELL 22'-3 7/8"INSIDE STAIRWELLTO NOSING5' - 10 1/2"10 T @ 11"9' - 2"TO NOSING6' - 11 1/2"TO NOSING5' - 5"12 T @ 11"11' - 0"TO NOSING6' - 8 3/4"5 A-403 4 A-403 SIM A-501 4 A-501 2 7 A-402 K L L.1 11'-1" INSIDE STAIRWELL 22'-3 7/8"INSIDE STAIRWELLUP DN ST2 TO NOSING5' - 10 1/2"11 T @ 11"10' - 1"TO NOSING6' - 4 1/4"TO NOSING5' - 5"12 T @ 11"11' - 0"TO NOSING5' - 10 3/4"A-501 4 A-501 2 6 A-403 7 A-402 K L L.1 11'-1" INSIDE STAIRWELL 22'-3 7/8"INSIDE STAIRWELLUP DN ST3 TO NOSING5' - 10 1/2"11T @ 11"10' - 1"TO NOSING6' - 4 1/4"TO NOSING5' - 5"12T @ 11"11' - 0"TO NOSING5' - 10 3/4"SIM A-501 4 A-501 2 7 A-402 K L L.1 11'-1" INSIDE STAIRWELL 22'-3 7/8"INSIDE STAIRWELLDN ST4 LANDING6' - 0"2T @ 11"1' - 10"TO NOSING5' - 11 1/4"TO NOSING5' - 10 1/2"11 T @ 11"10' - 1"TO NOSING6' - 4 1/4"A-501 6 A-501 4 SIM A-501 3 7 A-403 8 A-403 FIRST FLOOR +0' -0" SECOND FLOOR +14' -0" BASEMENT -13' -6" THIRD FLOOR +28' -0" ROOF SLAB +59' -11 1/4" STAIR DOOR +43' -8" STAIR ROOF +53' -3"14' - 0"14' - 0"13' - 6"Landing 4 +42' -0"14' - 0"12R @ 6.72"6' - 8 5/8"13R @ 6.72"7' - 3 3/8"12R @ 6.72"6' - 8 5/8"13R @ 6.72"7' - 3 3/8"12R @ 6.72"6' - 8 5/8"13R @ 6.72"7' - 3 3/8"11R @ 6.75"6' - 2 1/4"13 R @ 6.75"7' - 3 3/4"3R@6.67"1' - 8"KLL.1 STAIR SLAB @ GRADE -19' -11" A-403 3 11 R @ 7"6' - 5"GYP BD (PAINT) GYP BD (PAINT) GYP BD (PAINT) EXIST BRICK EXIST BRICK EXIST BRICK A-403 1 SCUPPER BEYOND AREA REQUIRING SHORING FOR THRU WALL FLASHING INSTALLMENT.11' - 3"EXISTING AREAWAY A-403 4 3" RIGID EXTRUDED POLYSTYRENE INSULATION 3" RIGID EXTRUDED POLYSTYRENE INSULATION PRECAST CONC WALL LLENROC STONE CAST STONE WATER TABLE CAST STONE WALL PANEL STAINLESS STEEL ANCHORS SINGLE SKIN METAL PANEL ALUM SILL RAINSCREEN BRACKET @ 16" OC, HORIZONTAL RAINSCREEN HORIZONTAL RAIL @ 24" OC, VERTICAL SINGLE SKIN METAL PANEL A-502 1 A-502 2 ALUM WINDOW UNIT (FIXED) A-503 4 A-503 3 A-503 1 A-403 6 A-403 7 8 A-403 (+) 766'-6" (+) 780'-0" (+)762'-3 3/8" (+) 760'-11" T/ EXIST AREAWAY -18' -3 3/8" (+)760'-10 3/4" SLOPE 1/4" (+) 794'-0" (+) 808'-0" (+) 822'-0" (+) 823'-8" (+) 833'-3" 1' - 0"5' - 0"1' - 0" EXISTING CONCRETE FOUNDATION EXISTING CMU & BRICK VENEER PARTITION EXIST FILL T/ROOF SLAB -3' -8 7/8" (+) 775'-9 1/8"8"INSIDE STAIRWAY - THIS FLOOR ONLY 21' - 11" INSIDE STAIRWAY FLOORS 1-4 22' - 3 3/4" T/ CMU +54' -7" 5' - 0" 10" 5 A-503 6 A-503 3 1/2" RIGID MINERAL WOOL BOARD INSULATION 7 A-402 K L UP STAIR WIDTH 4' - 7 7/8" 1 A-403 2 A-403 A-501 1 11'-1" INSIDE STAIRWELL 21'-11"INSIDE STAIRWELLTO NOSING5' - 10 1/2"10 T @ 11"9' - 2"6' - 9 3/4"11"U8 STAIR WIDTH 4' - 8" 8 3/8" (+/-) (+/-) 1' - 9" 6" STAND PIPE 5 A-403 4 A-403 4" DRAIN RISER ALIGN WITH EXIST BRICK VENEER ABOVE 4 3/4"21' - 5 1/2"U8 U8 U8 4' - 10"STB4' - 10" U8 7 A-503 1 A-503 GENERAL NOTE: ALL DIMENSIONS, MATERIAL INDICATIONS AND NOTES SHOWN ON ONE WALL SECTION OR DETAIL SHALL APPLY TO ALL WALL SECTIONS AND DETAILS UNLESS OTHERWISE NOTED. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 8:31:09 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS ENCLOSED STAIR TOWER PLANS AND SECTION SDF DB A-402 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/4" = 1'-0"2 SOUTH-EAST STAIR - BASEMENT LEVEL 1/4" = 1'-0"3 SOUTH-EAST STAIR - FIRST FLOOR 1/4" = 1'-0"4 SOUTH-EAST STAIR - SECOND FLOOR 1/4" = 1'-0"5 SOUTH-EAST STAIR - THIRD FLOOR 1/4" = 1'-0"6 SOUTH-EAST STAIR - FOURTH FLOOR 1/4" = 1'-0"7 SOUTH-EAST STAIR SECTION NORTHNORTHNORTHNORTHNORTH1/4" = 1'-0"1 SOUTH-EAST STAIR - GRADE LEVELNORTH K 2' - 10"2 1 3 3"5 4 4 6 6 4 7 8 TO EXCEED 4'-0" SPACED EQUALLY NOT 3 11"2' - 10"8"1 GYP BD & MTL STD BELOW STAIRS 2 1" 6 4 5 8 7 TO EXCEED 4'-0" SPACED EQUALLY NOT 6" DIAMETER CIRCLE 10 2 9 11"11"2' - 10"TO EXCEED 4'-0" SPACED EQUALLY NOT 10 1 7 STAIR RUN: PRECAST CONCRETE RUN 1. PRECAST CONCRETE STAIR RUN 2. AMERICAN SAFETY TREAD CO. TP-311 REPLACABLE 2-STAGE NON-SLIP NOSING SYSTEM 3. 2-1/2" DRILLED HOLES W/ NON-METALLIC, NON-SHRINK GROUT 4. GUARD TOP & BOTTOM: 3/4" SQ BAR STOCK -PAINTED 5. GUARD VERTICALS: 5/8" SQ BAR STOCK -PAINTED 6. POST & TOP RAIL: HSS 1-1/2 x 1-1/2 x 1/4" -PAINTED 7. HANDRAIL: 1-1/2" OD SST TUBING 8. BRACKET @ GUARDRAIL: WAGNER R110 BRACKET ARM & S101 SADDLE -WELD TO POST -PAINTED 9. BRACKET @ WALLS: WAGNER RB14030 -PAINTED 10. RETURN TO WALL -SST U8 EXISTING AREAWAY 3 2 6 8 7 2 1/2" 4 5 2' - 10"8"3' - 6"TO EXCEED 4'-0" SPACED EQUALLY NOT 1 3" 4" MAX EDGE OF LANDING EXISTING WALL TO REMAIN GYP BD/ MTL STUD PARTITION BELOW STAIR K EXISTING WALL TO REMAIN EXISTING AREAWAY 2' - 10"TO EXCEED 4'-0" SPACED EQUALLY NOT 2 8 7 1' - 2" 1 3 2 1 3 3"8"2' - 10"5 4 4 6 6 7 8 TO EXCEED 4'-0" SPACED EQUALLY NOT 4 EQ EQ REFER TO STRUCTURAL FOR ATTACHMENT HSS SUPPORT, REFER TO STRUCTURAL. PROVIDE INTUMESCENT COATING AT ALL EXPOSED STRUCTURAL STEEL MEMBERS FOR 2HR FIRE RESISTANCE RATED PROTECTION. DOOR TO ROOF WF-BEAM REFER TO STRUCTURAL. PROVIDE INTUMESCENT COATING AT ALL EXPOSED STRUCTURAL STEEL MEMBERS FOR 2HR FIRE RESISTANCE RATED PROTECTION.3' - 6"EQ EQ EQ EQ EQ EQ 3"3"3 5/16" VARIES THROUGHOUT, NOT TO EXCEED 4" 3 5 4 4 6 7 8 5 A-502 HSS SUPPORT, REFER TO STRUCTURAL. PROVIDE INTUMESCENT COATING AT ALL EXPOSED STRUCTURAL STEEL MEMBERS FOR 2HR FIRE RESISTANCE RATED PROTECTION. WF-BEAM, REFER TO STRUCTURAL. PROVIDE INTUMESCENT COATING AT ALL EXPOSED STRUCTURAL STEEL MEMBERS FOR 2HR FIRE RESISTANCE RATED PROTECTION. 5 4 4 6 1/4" DEEP BAR STOCK KICK PLATE3"3' - 6"DASHED LINE INDICATES TOP OF LANDING EQEQ 4'-4" (+/-) These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 8:31:14 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS ENCLOSED STAIR TOWER DETAILS SDF DB A-403 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1" = 1'-0"3 Guardrail Detail - Typ @ Floors 1" = 1'-0"1 Stair Section @ Base - Guardrail Side 1" = 1'-0"2 Stair Section @ Base - Wall Side EXIT STAIR LEGEND 1" = 1'-0"4 Stair Section @ Existing Wall-Guardrail Side 1" = 1'-0"5 Stair Section @ Existing Wall - Wall Side 1" = 1'-0"6 Guardrail Detail -Typ @ Landings 1" = 1'-0"7 Stair Elevation @ Door to Roof 1" = 1'-0"8 Stair Elevation @ Top Landing 1 A-405 2 A-404 4 A-404 B C D 7 7 1' - 6"3 A-405 (+/-) 1' - 6 1/4" 2 A-405 3 A-404 A-502 6 EXIST STAIR DN DN A3 LECTURE ROOM 140 LAB 150 NORTHSTAIR WIDTH 5' - 0"1' - 6" 5 A-404 6 A-404 EXISTING CONSTRUCTION PROVIDE NEW ALUMINUM FRAMED WINDOW/ENTRANCE 5' - 11 1/2" 1' - 0"3' - 0" EXISTING CONC CURB EXISTING PAVERS 5' - 8 1/2"7T @ 11"7' - 0"FIRST FLOOR +0' -0" PATIO -4' -8" C D 3 A-405 2 A-405 3 A-404 EXISTING STONE VENEERVIF4' - 8"EXISITNG EXTERIOR STAIR EXISTING CONCRETE BASE WALL MOUNTED LIGHT FIXTURE, REFER TO ELECTRICAL DRAWINGS EXISTING RAILING EXISTING METAL PANEL PROVIDE METAL PANEL AT U/S OF STAIR SEE A-601 FOR ALLUMINUM WINDOW AND ENTRANCE 140C CENTER ON DOOR FIRST FLOOR +0' -0" PATIO -4' -8" BC3 A-405 8 EQUAL RISERS+/- 4' - 8" VIFEXISTING PAVERS 8" FIRST FLOOR +0' -0" PATIO -4' -8" 5 A-404 6 A-404 REMOVABLE PANEL FULLY FROM TOP TO BOTTOM C 8" C A-405 4 A-405 5 8" These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 8:31:21 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS EXTERIOR STAIR PLANS, SECTIONS AND ELEVATIONS SDF DB A-404 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/4" = 1'-0"1 NORTH WEST STAIR - FIRST FLOOR 1/2" = 1'-0"2 West View 1/2" = 1'-0"4 Partial Section - West View 1/2" = 1'-0"3 North View 1/2" = 1'-0"5 Section @ Stair Facing East 1/2" = 1'-0"6 Section @ Stair Facing West FIRST FLOOR +0' -0" PATIO -4' -8" 7 1' - 2" EXIST'G 9 3/4" EXISTING 1' - 6 1/4" EXISTING DRAIN EXISTING CONC WALL A2 D1 C1 C2 C3 B1 B3 B2 C4 BEYOND EXISTING COLUMN ENCLOSURE BEYOND TO REMAIN A3 BEYOND 7 1/2" A1 A2 D1 EXISTING HANDRAIL/ GUARDRAIL TO REMAIN EXISTING CONCRETE CAP TO REMAIN EXISTING LLENROC VENEER TO REMAIN EXISTING CONCRETE STRUCTURE TO REMAIN CONT. DRIP EDGE BY PANEL SUPPLIER CONT. Z FURRING BY PANEL SUPPLIER CONT. TOP CAP BY PANEL SUPPLIER C1 C2 C3 B1 B3 B2 A3 BEYOND C4 11"v x 4"h x 5"w x 5/16" BENT PL 5/8" ANCHOR BOLT 4" MIN EMBEDDMENT REMOVE EXISTING PAVERS FOR INSTALLATION OF WATERPROOFING MEMBRANE @ VERTICAL PENETRATIONS& REINSERT PAVERS AFTER WARDS A1 D1 CONT. TOP CAP BY PANEL SUPPLIER C1 C2 C3 B1 B3 CONT. Z FURRING BY PANEL SUPPLIER A-405 7 LIQUID FLASHING METAL STAIR: A1: STRINGER -MC12x14.3 A2: 1/4" THICK PERFORATED (HOT DIPPED) GALVANIZED STEEL. 3/8" DIA PERFORATIONS @ 9/16" STAGGERED CENTERS (W/ SLIPNOT FINISH) A3: 1/4" THICK PERFORATED (HOT DIPPED) GALVANIZED STEEL. 3/8" DIA PERFORATIONS @ 9/16" STAGGERED CENTERS (W/ SLIPNOT FINISH) TREAD- RISER PIECE. EDGES & BENDS TO RECEIVE (+/-) 2" SOLID BORDERS. A4: 1-1/2 x 1-1/2" ANGLE BRACKETS GUARDRAILS: C1: TOP RAIL: HSS 2" x 3/4" x 3/16" C2: POSTS: HSS 1-1/2" x 3/4 x 1/8" C3: GUARDRAIL: 1" x 3/8" BAR STOCK C4: KICK PLATE: 2"h x 1/4" BAR STOCK HANDRAILS & BRACKETS: B1: HANDRAIL:1 1/2" OD SST TUBING B2: END CAP: FLAT SST B3: BRACKET: WAGNER R110+S101 WELD TO POST FINISH/ COLOR: BLACK POWDER COAT SHERWIN WILLIAMS SILVER BRITE ALUMINUM PAINT SHERWIN WILLIAMS SILVER BRITE ALUMINUM PAINT BLACK POWDER COAT SST SST BLACK POWDER COAT BLACK POWDER COAT BLACK POWDER COAT BLACK POWDER COAT BLACK POWDER COAT STRUCTURAL MEMBERS: REFER TO STRUCTURAL DRAWINGS GALVANIZED MISCELLANEOUS: D1: METAL PANEL ENCLOSURE BELOW STAIR STRUCTURE CENTRIA IW-13A COLOR TO MATCH SOUTH EAST STAIR TOWER PANELS PATIO -4' -8"2' - 10"8"CLOSURE PLATE C1 C2 B1 B2 B3 A1 C3 A3 A4 ELEVATIONS NOT TO EXCEED 4'-0" SPACED EQUALLY PER 4"4" LIQUID FLASHING 5 3/4" 11" EXISTING BRICK PAVERS, WHERE NOT AFFECTED BY NEW CONSTRUCTION LEAVE IN PLACE A1 D1 CONT. TOP CAP BY METAL PANEL SUPPLIER D1 C1 C2 C3 C4 A2 2"REMOVE PAVERS WHERE NEEDED TO PERFORM THIS PROJECT, SALVAGE FOR REUSE AFTER TASK IS COMPLETE Z-FURRING DRIP BY METAL PANEL SUPPLIER A-405 6 LIQUID FLASING 4"6"6"4"4"LIQUID FLASHING EXISTING INSULATION DRIP EDGE D1 Z-FURRING 4"4"6"4"LIQUID FLASHING D1 HSS 3x3x1/4" STUB W/ CAP FOR Z-FURRING ATTACHMENT BEYOND Z-FURRING A1 1"These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 8:31:29 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS EXTERIOR STAIR DETAILS SDF DB A-405 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1" = 1'-0"1 Partial Section along Col Line 7 1" = 1'-0"2 Partial Stair Section @ Exist Wall 1" = 1'-0"3 Stair Section @ Stair Run NORTH WEST STAIR LEGEND 1 1/2" = 1'-0"4 Enlarged Guard Detail @ Sides 1 1/2" = 1'-0"5 Enlarged GuardDetail @ Back Side 3" = 1'-0"6 Enlarged Detail @ Post & Roof 3" = 1'-0"7 Enlarged Detail @ Stringer & Roof UP 100CB 140 RIFT CUT ASH VENEER FR PANEL, TYP 1/4" SLIDING LAM SAFETY GLASS DOORS. EXIST GRILL TO BE REMOVED AND REINSTALLED REMOVE AND REINSTALL EXIST HANDRAIL REMOVE AND REINSTALL EXIST SWITCHES AND DOOR OPERATOR, TYP. REFER TO E- SERIES DRAWING FOR DETAILS. A.1 B C D A 5.4 A-4213 267 SF LOBBY 100L 847 SF LECTURE ROOM 140 108 SF STORAGE 100CB 1189 SF LAB 150 10 SF CL 100U 100CA NORTH395 SF CORRIDOR 100CA 100SA 100CB 140 100CB A-421 4 +/- 54' - 7 1/2" VIFPROVIDE (2) LAYERS OF 5/8”GYP BOARD ADHERED AND MECHANICALLY ANCHORED TO EXISTING SUBSTRATE ALONG THE WEST WALL OF THE LOBBY, CONTINUOUS FROM THE EXTERIOR DOORS TO THE NEW CROSS-CORRIDOR DOORS 100CA, AND FROM 1ST FLOOR CONCRETE FLOOR DECK TO UNDERSIDE OF 2ND FLOOR CONCRETE DECK/CONCRETE BEAM TO ACHIEVE A 2 HOUR FIRE-RATED LOBBY. THE EXISTING EAST WALL ALREADY CARRIES A 2 HOUR FIRE RATINGA.1 B C D A 5.4 E2 12' -0" E1 8' -7" E3 8' -0" E1 8' -7" E1 9' -0" E1 9' -0" E1 8' -4" LOBBY 100L LECTURE ROOM 140 STORAGE 100CB LAB 150 BATHROOM 100T CL 100U REMOVE AND REPLACE SUSPENDED ACOUSTIC CEILING TILES. REMOVE AND REINSTALL EXIST 2'X4' LIGHTING FIXTURE, TYP(4). REFER TO E-SERIES DRAWINGS FOR DETAILS. REMOVE AND REPLACE SOFFT AND ASSOSIATED SUPPORT. EXIST SOFFT AND RECESSED CAN LIGHTS TO REMAIN. REMOVE AND RESINTALL EXIST RECESSED CAN LIGHTS, TYP(4). REFER TO E- SERIES DRAWINGS FOR DETAILS. REMOVE AND REINSTALL EXIST SUSPENDED ACOUSTIC CEILING TILE, RECESSED CAN LIGHTS AND ASSOSIATED SUPPORT. ACT SCOPE AREA ACT SCOPE AREA3/4" FR PLYWD RIFT CUT ASH VENEER FR PANEL 2 1/2" MTL FRAMING @ 16" OC EXIST 3'-5/8" HOLLOW CONC BLOCK WALL BELOW. 3'-6 1/2" ABOVE SLAB EXIST 3'-5/8" HOLLOW CONC BLOCK WALL BELOW. 3'-6 1/2" ABOVE SLAB 1/2" FABRIC WRAPPED HOMOSOTE PANEL 3/4" RIFT CUT ASH VENEER PLYWD CASE RIFT CUT ASH CABINET FRONT 3/4" FR PLYWD RIFT CUT ASH VENEER FR PANEL 2 1/2" MTL FRAMING @ 16" OC 1/4" SLIDING LAM SAFETY GLASS DOORS.6'-4" VIF3/4"VIF2' - 1 1/2"3/4"3/4"2' - 1 1/2"3/4"3/4"2"(2) LAYERS OF 5/8" GYP BD (2) LAYERS OF 5/8" GYP BD DASHED LINES INDICATE BOUNDARY OF EXIST ALUMINUM GRATING 4' - 9 1/2" VIFEXIST FLAGSTONE FLOOR EXIST FLAGSTONE FLOOR EXIST ALUMINUM GRATING EXIST ALUMINUM GRATING 6 A-421 5 A-421 EXIST 4' FULL HEIGHT CMU WALL 2' - 6 1/2" VIF3/4" FR PLYWD RIFT CUT ASH VENEER FR PANEL 2 1/2" MTL FRAMING @ 16" OC SLIDING GLASS DOOR 1/2" FABRIC WRAPPED HOMOSOTE PANEL 3/4" RIFT CUT ASH VENEER PLY WD CASE EXISTING ALUM GRATE @ RADIATOR TO REMAIN. CLEAN AND REINSTALL X' - X"X' -X"X' - X"X' - X"MEASURE THE DIMENSION BEFORE DEMOLITION. RECONSTRUCT TO MATCH THE EXIST DIMENSION, TYP. 3/4" FR PLYWD RIFT CUT ASH VENEER FR PANEL 2 1/2" MTL FRAMING @ 16" OC X' - X"X' - X"MEASURE THE DIMENSION BEFORE DEMOLITION. RECONSTRUCT TO MATCH THE EXIST DIMENSION, TYP. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 9:26:27 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS ENLARGED PLANS, ELEVATION & DETAIL SDF DMKS A-421 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1/4" = 1'-0"3 INTERIOR ELEVATION - LOBBY 1/4" = 1'-0"1 FIRST FLOOR - ENLARGED PLAN 1/4" = 1'-0"2 FIRST FLOOR CEILING PLAN 1 1/2" = 1'-0"4 FIRST FLOOR LOBBY - PLAN DETAIL 1 1/2" = 1'-0"5 SECTION @ FIRST FLOOR LOBBY GRATING 1 1/2" = 1'-0"6 SECTION @ FIRST FLOOR LOBBY FLAGSTONE 6 5/8" 1 3/4" 1' - 1 5/8"1' - 2"1' - 8"1' - 4 1/4"1' - 3"1' - 2 1/2"3 5/8"7 5/8"10"EXTERIOR WALL AT UPPER FLOOR LOCATION OF EXISTING ALUMINUM COVER AT UPPER FLOOR DASHED LINE INDICATES EXTERIOR WALL LOCATION AT UPPER FLOOR LINE OF WATER TABLE BELOW 1 3/8"7/8"MIN 1-1/2 x 1/8" SST SPIT-TAB ANCHRORS. (2) PER STONE IN TOP & BOTTOM BED. DELEGATED DESIGN. 3" CAST STONE WALL PANEL EXISTING CONSTRUCTION EXISTING CONC COL 4 1/2"3 5/8" EXPANDING SPRAY FOAM INSULATION2"6"3 1/2"1' - 3 1/2"1 1/8"9"9 7/8"5/8" 1' - 4" BACKER ROD AND SEALANT REMOVE PORTION OF EXISTING ALUMINUM COVER 2"EXISTING GLAZING SYSTEM EXISTING METAL PANEL BELOW EXISTING CONC COLUMN EXISTING ALUM COLUMN COVER BACKER ROD & SEALANT CONCEALED FASTENER, SINGLE SKIN METAL PANEL TYPE 1 RAINSCREEN ATTACHMENT SYSTEM RAINSCREEN HORIZONTAL RAIL 3-1/2" SEMI-RIGID MINERAL WOOL BOARD INSULATION (R14.7) FLUID-APPLIED VAPOR RETARDING AIR BARRIER PRECAST CONCRETE STRUCTURE EXISTING CONSTRUCTION BRACKET SPACING DEPENDENT ON CLADDING TYPE & WIND PRESSURE 9"10"9"9 7/8" DELEGATED DESIGN CONCEALED FASTENER, SINGLE SKIN METAL PANEL TYPE 1 RAINSCREEN ATTACHMENT SYSTEM RAINSCREEN HORIZONTAL RAIL 3-1/2" SEMI-RIGID MINERAL WOOL BOARD INSULATION (R14.7) FLUID-APPLIED VAPOR RETARDING AIR BARRIER PRECAST CONCRETE STRUCTURE GYP BD/ MTL STUD PARTITION EXISTING COPING BEYOND EXISTING ALUMINUM COLUMN COVER BELOW 2"EXISTING FACE BRICK BACKER ROD & SEALANT EXISTING FACE BRICK 10 1/8"9"1/2" CLOSED CELL SPRAY FOAM INSULATION REMOVE BRICK, SALVAGE FOR PATCH WORK PRECAST CONCRETE STRUCTURE CONCEALED FASTENER, SINGLE SKIN METAL PANEL TYPE 1 RAINSCREEN ATTACHMENT SYSTEM RAINSCREEN HORIZONTAL RAIL 3-1/2" SEMI-RIGID MINERAL WOOL BOARD INSULATION (R14.7) FLUID-APPLIED VAPOR RETARDING AIR BARRIER TOOTH IN SALVAGED BRICK FOR CONT 1/2" JOINT AT PRECAST WALL1/2"K 4 A-502 7"1' - 6"4"x5" CORRUGATED ALUM. DOWNSPOUT LADDER TO ROOF CONCRETE SPLASH BLOCK THRESHOLD 9"9 7/8"4 3/4"3 1/2" SEAL PENETRATIONS THERMAL INSULATION BRIDGING HANDRAIL STAIRS BELOW TOP LANDING GYP BD/ MTL STUD PARTITION CONCEALED FASTENER, SINGLE SKIN METAL PANEL TYPE 1 RAINSCREEN ATTACHMENT SYSTEM RAINSCREEN HORIZONTAL RAIL 3-1/2" SEMI-RIGID MINERAL WOOL BOARD INSULATION (R14.7) FLUID-APPLIED VAPOR RETARDING AIR BARRIER STEEL EMBEDED PLATE WITH STUD ANCHORS FOR LADDER ATTACHMENT, COORDINATE WITH LADDER MANUFACTURER GENERAL NOTE: ALL DIMENSIONS, MATERIAL INDICATIONS AND NOTES SHOWN ON ONE WALL SECTION OR DETAIL SHALL APPLY TO ALL WALL SECTIONS AND DETAILS UNLESS OTHERWISE NOTED. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 8:31:32 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 Checker EXTERIOR DETAILS SDF DB A-501 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1 1/2" = 1'-0"1 SOUTH-EAST STAIR - GRADE TO 1ST FLOOR, S-W CORNER DETAIL 1 1/2" = 1'-0"2 SOUTH-EAST STAIR - FLOORS 1-4, S-W CORNER DETAIL 1 1/2" = 1'-0"3 SOUTH-EAST STAIR- 4TH FLOOR TO ROOF, S-W CORNER DETAIL 1 1/2" = 1'-0"4 SOUTH-EAST STAIR - 2ND FLOOR - N-W CORNER DETAIL 1 1/2" = 1'-0"6 SOUTH-EAST STAIR - 4TH FLOOR - DOOR TO ROOF 1'-0" MINT/ROOF SLAB -3' -8 7/8" REMOVE EXISTING CONC CURB (2"H x 5" W) EXISTING CONSTRUCTION TO REMAIN EXISTING CONC ROOF SLAB TO REMAIN STRIP IN EXISTING VAPOR RETARDER WITH PROPOSED FLUID APPLIED AIR BARRIER EXISTING ROOF INSULATION PRECAST CONCRETE STAIR ENCLOSURE FLUID-APPLIED VAPOR RETARDING AIR BARRIER 3 1/2" SEMI-RIGID MINERAL WOOL BOARD INSULATION (R14.7) PRIMARY HORIZONTAL RAIL CONCEALED FASTENER, SINGLE SKIN METAL PANEL TYPE 1 .063 ALUM FLASHING PERFORATE 2" WIDE OUTSIDE SPACE. (MIN 2.63 SQ IN PER LF) COLOR TO MATCH METAL PANEL FULLY ADHERED ROOF FLASHING MEMBRANE, FASTEN W/ TERMINATION BAR @ 12" OC CUT EDGE SEALANT 1' - 2 1/8"5" RAINSCREEN ATTACHMENT SYSTEM REMOVE EXISTING FACE BRICK 3 5/8" MTL STUDS @ 16" OC 5/8" GYP BD PROVIDE DEFLECTION TRACK AND CONTROL JOINT AT TOP OF GYP BD PARTITION PREFINISHED ALUM COUNTERFLASHING, FASTEN @ 24" OC WITH COMPRESSIBLE SEALANT TAPE 1/2" COVERBOARD STAIR ROOF +53' -3"6 1/2"T/ CMU +54' -7" 10 1/8"9" FLUID-APPLIED VAPOR RETARDING AIR BARRIER 3 1/2" SEMI-RIGID MINERAL WOOL BOARD INSULATION (R14.7) PRIMARY HORIZONTAL RAIL CONCEALED FASTENER, SINGLE SKIN METAL PANEL TYPE 1 RAINSCREEN ATTACHMENT SYSTEM PRECAST CONCRETE STRUCTURE 8" CMU, GROUT CORES SOLID 8" BOND BEAM CONT. 5/16" ST PLATE (1'-4" WIDE) SET ON LEVEL BED OF NON-SHRINK GROUT, 3/8" ANCHORS @ 2'-0" O.C. CONT. METAL COPING W/ CONT. CLEAT CONT. 2x WD BLKG W/ 1/4" BOLT @ 2'-0" O.C. COUNTERSUNK HEAD. COVER W/ FULLY ADHERED MEMBRANE FLASHING EXISTING BRICK VENEER BEYOND 9 A-502 FLASHING MEMBRANE UP AND OVER THE PARAPET AND TERMINATE ON THE EXTERIOR VERTICAL FACE OF 2X BLKG FASTENER AND SEAM FASTENING PLATE AT 12" OC 1/2" COVER BOARD ROOFING INSULATION SELF ADHERED VAPOR RETARDER TURN UP & SEAL TO CMU PRECAST CONC DECK FLASHING BEYOND STAIR ROOF +53' -3" 4 3" (+/-)3 1/2" CORRUGATED ALUMINUM 5"x 4" DOWNSPOUT (3-1/2" x 4 3/4")6 1/2"3"1' - 6" REFERENCE SMACNA FIGURE 1-25C FOR OVERFLOW SCUPPER DIMENSIONS 4 1/2"APPROX DIM @ LOW PT T/ CMU +54' -7" ROOF SLAB +59' -11 1/4" STAIR DOOR +43' -8" STAIR ROOF +53' -3" BL 3' - 6"12 EQUAL SPACES12' - 0"1' - 0"7"7" A-502 7 2'-9" (+/-) T17 DASHED LINE INDICATES PORTION OF EXISTING PARAPET TO BE REMOVED SALVAGE BRICK FOR PATCH WORK ELSEWHERE EXISTING BRICK VENEER T/ CMU +54' -7" BACKER ROD & SEALANT GYP BD PARTITION STEEL EMBEDED PLATE WITH STUD ANCHORS TFOR LADDER ATTACHMENT. COORDINATE W/ LADDER MANUFACTURER PROVIDE LADDER 3' - 0" NOTE:CUT BACK EXISTING ROOFING ASSEMBLY TO ENABLE CONSTRUCTION OF NEW STAIRTOWER WALL. TIE-IN PROPOSED MEMBRANE FLASHING TO EXIST ROOFING. L BEAD AT GYP BD TERMINATION, TYP L BEAD AT GYP BD TERMINATION, TYP C 7 1' - 2 1/4" EXTERIOR ALUM ENTRANCE DOOR AND FRAME EXISTING CONSTRUCTION THERMALLY IMPROVED ALUM WINDOW FRAME GLASS AS SCHEDULED CLOSED CELL SPRAY FOAM INSULATION AT EXISTING MULLION LOCATION PERIMETER BACKER ROD AND SEALANT, BOTH SIDES, TYP GLASS AS SCHEDULED OPTION #1 REMOVE EXISTING BRICK IN +/-4'-0" LONG SECTIONS LEAVING +/-4'-0" LONG BRICK PIERS BETWEEN. AFTER INSTALLATION OF FLASHING, REPLACE BRICK AND LET NEW WORK STAND 10 DAYS PRIOR TO RECONSTRUCTING BALANCE OF WALL. CELL VENT INSERTS IN HEAD JOINTS @ 2'-0" O.C. 2-PIECE METAL COUNTER FLASHING MIN 4" HIGH MEMBRANE FLASHING W/ BONDING ADHESIVE, FASTEN W/ TERM BAR @ 12" OC BEHIND COUNTERFLASHING OPTIONAL SHORING BRACKET LOCATION REMOVE & INSTALL NEW RIGID INSULATION TO MATCH EXIST. FLEXIBLE FLASHING, CUT REGLET INTO EXIST CMU JOINT AND SECURE WITH LEAD WEDGES. SEAL ALL JOINTS WITH MASTIC PROVIDE BRICK TIES @ REMOVED BRICK. SPACING SHALL NOT EXCEED 16" O.C. IN EACH DIRECTION CONTRACTOR SHALL ENSURE THAT CAVITY SPACE AT FLASHING IS KEPT FREE OF MORTAR OR OTHER DEBRIS EXISTING CMU BACKUP EXISTING FACE BRICK EXISTING RIGID INSULATIONMIN.REMOVE EXISTING BRICK TO INSTALL NEW THROUGH WALL FLASHING & WEEPS. CONTRACTOR'S OPTION TO BRACE EXISTING BRICKWORK IS DESCRIBED BELOW. NEW BRICK TO MATCH EXISTING.1' - 0"SST COUNTERFLASHING RECEIVER, MIN 3" WIDTH OPTION #2 CUT OUT 8" WIDE x 1'-0" HIGH BRICK OPENINGS TO INSTALL STEEL SHORING BRACKETS @ 3'-4" O.C. SEE BRICK SHORING BRACKET DETAIL. FLEXIBLE FLASHING SET IN MASTIC PER ORIGINAL DESIGN DOCUMENTS EXISTING 2" RIGID INSULATION EXISTING CMU BACKUP INSTALL TIGHT TO BOTTOM OF BRICK EXISTING BRICK TO REMAIN HARDWOOD WEDGES. INSTALL SNUG ONLY 1, "x..." STEEL LIP. WELD TO ANGLE 8 1/2" x 8 1/2" x 1/2" ANGLE 5" WIDE W/..." STEEL GUSSETS EACH SIDE 5/8" STUD BOLT 5 1/2" LONG. 3 1/2" MIN EMBEDMENT BRICK TO BE REMOVED BRICK TO REMAIN CUT-OUT 8" WIDE BRICK OPENINGS TO INSTALL STEEL BRACKETS AT 3'-4" O.C. BRICK TO REMAINBRICK TO REMAINSHORING BRACKET LAYOUT 5 B.C.X A-XXX 8"2' - 8"8"2' - 8"8"REMOVEDBRICK TO BE7" 8 7/8"7" STEEL EMBEDED PLATE WITH STUD ANCHORS TFOR LADDER ATTACHMENT. COORDINATE W/ LADDER MANUFACTURER LADDER METAL PANELS SEALANT GENERAL NOTE: ALL DIMENSIONS, MATERIAL INDICATIONS AND NOTES SHOWN ON ONE WALL SECTION OR DETAIL SHALL APPLY TO ALL WALL SECTIONS AND DETAILS UNLESS OTHERWISE NOTED. STAIR ROOF +53' -3" 4 T/ CMU +54' -7" 1' - 6" APPROX DIM @ HIGH PT 4"SINGLE PLY ROOF MEMBRANE FLASHING TERMINATION BAR AND FASTENER 12" OC 2-PIECE 22 GA SST COUNTERFLASHING W/ HEMMED EDGE SEALANT, TOOLED TO FACILITATE WATER FLOW CUT EDGE SEALANT FASTENER AND SEAM FASTENING PLATE 12" O.C. MAX 12" MINREGLET W/ LEAD WEDGES AT 24" OC AT SOLID MASONRY WALLS 1 1/4" WATER CUT-OFF MASTIC SINGLE-PLY ROOF MEMBRANE These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 8:31:36 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS EXTERIOR DETAILS SDF DB A-502 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1 1/2" = 1'-0"1 SOUTH-EAST STAIR - SECTION @ EXISTING LOADING DOCK 1 1/2" = 1'-0"2 SOUTH-EAST STAIR - SECTION @ PARAPET 1 1/2" = 1'-0"3 SOUTH EAST STAIR - ROOF SCUPPER DETAIL 3/4" = 1'-0"4 SOUTH-EAST STAIR - SECTION @ ROOF LADDER 1" = 1'-0"6 PARTIAL PLAN @ EXTERIOR DOOR 3/4" = 1'-0"9 FLASHING INSTALLATION DETAIL @ EXIST WALL 3/4" = 1'-0"10 BRICK SHORING BRACKET DETAIL 3" = 1'-0"7 SHIP'S LADDER ATTACHMENT 1 1/2" = 1'-0"5 SOUTH EAST STAIR - ROOF OVERFLOW SCUPPER DETAIL 3" = 1'-0"8 TYPICAL TWO-PIECE COUNTERFLASHING DETAIL (LLENROC) STONE MASONRY VENEER CAST STONE WATER TABLE WITH DRIP CAST STONE WALL PANEL FLUID APPLIED VAPOR RETARDING AIR BARRIER 3" (R15) RIGID INSULATION CONC GRADE BEAM, REFER TO STRUCTURAL PRECAST CONC WALL9"7 5/8"10" 9 1/2"10" 1' - 5 5/8" 6" CONC FLOOR SLAB W/ WWM REINFORCEMENT 6"1/2" VAPOR RETARDER, TURN UP AND SEAL TO FACE OF PRECAST WALL 1/2" PREMOLDED JOINT FILLER W/ SEALANT AT TOP 2" (R10) RIGID INSULATION FILL CAVITY WITH NON-SHRINK GROUT SELF-ADHERED WATERPROOFING MEMBRANE FROM GRADE BEAM UP TO REGLET CELL-VENT WEEPS @ 2'-0" O.C. SST FLASHING WITH HEMMED DRIP EDGE CAST-IN METAL REGLET, INSERT FLASHING, SECURE WITH LEAD WEDGES AT 12" O.C. FILL WITH NON- HARDENING SEALANT CAVITY DRAINAGE MATERIAL ADJUSTABLE THERMAL VENEER ANCHORS @ 16" O.C. EACH WAY 1 3/4" 3" (R15) RIGID INSULATION 1-1/2" x 1/8" x 6" LONG SPLIT TAB SST ANCHORS @ ALL JOINTS 1"1/2"CONT MORTAR KEYWAY 1" CAVITY REINFORCED CONC SIDEWALK 1/2" PREMOLDED JOINT FILLER, BACKER ROD AND URETHANE TRAFFIC GRADE JOINT SEALANT 7 5/8" 4" 0.125" THICK ALUM SILL PANEL W/ PAINTED FINISH SUBFRAME AND FASTENERS BY ALUM PANEL MANUFACTURER 0.125" THICK ALUM JAMB PANEL (BEYOND) SLOPE TOP SURFACE OF SILL PANEL 1/8" AWAY FROM WINDOW FRAME SINGLE SKIN METAL PANEL 0.125" ALUM HEAD PANEL W/ PAINTED FINISH PRECAST CONC WALL SOLID SURFACE WINDOW STOOL, TYP FIXED ALUM WINDOW AND SUBSILL RECEIVER, PROVIDE SPRAY FOAM INSULATION, BACKER ROD AND SEALANT AT PERIMETER, TYP 5 1/2" 4 1/2"1"1"2' - 2"3 3/8" 4 1/2" 8"10" 1' - 6" SINGLE SKIN METAL PANEL 0.125" ALUM HEAD PANEL W/ PAINTED FINISH 0.125" ALUM JAMB PANEL (BEYOND) PRECAST CONC WALL CHAMFERED OPENINGS, TYP FIXED ALUM WINDOW PRECAST CONC WALL BEYOND 4 1/2"2 1/2"7" 10"9" 1' - 7" CAST STONE WALL PANEL 3" (R15) RIGID INSULATION 3 1/2" (R15) RIGID MINERAL WOOL BOARD INSULATION 1" RAINSCREEN BRACKET @ 16" OC, HORIZONTAL, 24" OC, VERTICAL RAINSCREEN HORIZONTAL RAIL @ 24" OC, VERTICAL SINGLE SKIN METAL PANEL 1-1/2" x 1/8" x 6" LONG SPLIT TAB SST ANCHORS @ ALL JOINTS GENERAL NOTE: ALL DIMENSIONS, MATERIAL INDICATIONS AND NOTES SHOWN ON ONE WALL SECTION OR DETAIL SHALL APPLY TO ALL WALL SECTIONS AND DETAILS UNLESS OTHERWISE NOTED. 0.125" THICK ALUM JAMB PANEL W/ PAINTED FINISH SINGLE SKIN METAL PANEL TYPE 1 FIXED ALUMINUM WINDOW 2' - 0 1/2"1"1"3/4"3/4"10"0.125" THICK ALUM SILL PANEL (BELOW) SINGLE SKIN METAL PANEL TYPE 1 SOLID SURFACE WINDOW STOOL BELOW CONT SUBGIRT AT PANEL TERMINATION, TYP 0.125" THICK ALUM JAMB PANEL W/ PAINTED FINISH SINGLE SKIN METAL PANEL TYPE 1 SINGLE SKIN METAL PANEL TYPE 1 SINGLE SKIN METAL PANEL TYPE 2 CONT SUBGIRT AT PANEL TERMINATION, TYP 6" CONC FLOOR SLAB W/ WWM REINFORCEMENT VAPOR RETARDER, TURN UP FACE OF CONC SLAB 2" (R10) RIGID INSULATION REINFORCED CONC SIDEWALK, HAUNCH AT DOOR OPENING FOR CONNECTION TO GRADE BEAM 1" (R5) RIGID INSULATION BETWEEN SLABS THERMALLY BROKEN ALUM THRESHOLD SET IN TWO BEADS OF CONT SEALANT AT EXTERIOR EXTERIOR HM DOOR W/ HIGH PERFORMANCE PAINT FINISH EXTERIOR GALV HM DOOR FRAME (BEYOND) PRECAST CONC WALL (BEYOND) STONE VENEER (BEYOND) BACKER ROD AND URETHANE TRAFFIC GRADE JOINT SEALANT DOWEL SIDEWALK TO GRADE BEAM MIN 4"5"CONC GRADE BEAM 10"10" These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 8:31:39 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS EXTERIOR DETAILS SDF DMKS A-503 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 1 1/2" = 1'-0"1 TYPICAL STAIR FOUNDATION DETAIL 1 1/2" = 1'-0"3 TYPICAL RAINSCREEN DETAIL AT WINDOW SILL 1 1/2" = 1'-0"4 TYPICAL RAINSCREEN DETAIL AT WINDOW HEAD 1 1/2" = 1'-0"2 RAINSCREEN TO CAST STONE DETAIL1 1/2" = 1'-0"5 RAINSCREEN PLAN DETAIL AT WINDOW 1 1/2" = 1'-0"6 RAINSCREEN PLAN DETAIL ABOVE WINDOWS 1 1/2" = 1'-0"7 STAIR TOWER DOOR THRESHOLD DETAIL ROOF DRAIN STRAINERPRE-CUT MITERED SUMP PANELS (SEE DETAIL 6/A-504) SINGLE PLY ROOF MEMBRANE CONT BEAD OF WATER CUT-OFF MASTIC ROOF LEADER MIN 1/2" "X" DIMENSION "X" GREATER THAN EXISTING CONCRETE ROOF DECK 4' - 0" (PROVIDE PRE-CUT MITERED SUMP PANELS TO RESULT IN 4'-0" X 4'-0" ROOF DRAIN SUMP AREA) THE SURFACE TO WHICH ADHESIVE IS TO BE APPLIED SHALL BE DRY, FREE OF FINS, PROTRUSIONS, SHARP EDGES, LOOSE AND FOREIGN MATERIALS, OIL AND GREASE. AREA SHOULD BE CLEANED WITH AN AIR BLOWER. PREVIOUSLY UNEXPOSED ASPHALT OR RESIDUE MUST BE PRIMED ACCORDING TO MANUFACTURER'S RECOMMENDATIONS. SEAL ALL GAPS IN THE ROOF DECK TO AVOID CONDENSATION ISSUES. FOLLOW MANUFACTURER'S RECOMMENDATIONS. AT THE BEGINNING OF THE INSULATION ATTACHMENT PROCESS AND PERIODICALLY THROUGHOUT THE DAY, CHECK THE ADHESION OF BOARDS TO ENSURE A TIGHT BOND IS CREATED AND MAXIMUM CONTACT IS ACHIEVED. ALL BOARDS SHOULD BE WEIGHED DOWN AND SLIT TO CONFORM TO THE CONTOURS OF THE SUBSTRATE. 1. 2. 3. 4. 5.2"4"4"4"4"4"4"4"4"4"4"4"2"4' - 0"4' - 0"2"2" CL 4" OC BEAD SPACING IN FIELD, PERIMETER & CORNERS OF THE ROOF CL SINGLE PLY ROOF MEMBRANE LOW-VOC BONDING ADHESIVE 1/2" COVER BOARD LOW-RISE POLYURETHANE FOAM ADHESIVE (SEE DIAGRAM B/A-504) UPPER LAYER OF TAPERED ROOF INSULATION WITH STAGGERED JOINTS VAPOR RETARDER LOW-RISE POLYURETHANE FOAM ADHESIVE (SEE DIAGRAM B/A-504) BASE LAYER OF TAPERED ROOF INSULATION LOW-RISE POLYURETHANE FOAM ADHESIVE (SEE DIAGRAM B/A-504) PRECAST CONCRETE ROOF DECK (NO SLOPE) NOTE: THE MINIMUM THICKNESS OF EITHER LAYER OF POLYISO ROOF INSULATION SHALL MEET THE REQUIREMENTS OF THE MANUFACTURER'S FM APPROVALS AND UL CLASSIFICATIONS. INSULATION LAYER THICKER THAN 2.6" SHALL BE INSTALLED IN 2 OR MORE LAYERS. INDIVIDUAL PIECE (PRE-CUT MITERED SUMP PANEL SHOWN FOR 4'-0" X 4'-0" DRAIN SUMP) ) COMPLETED SUMP 1' - 0"6"2' - 0" 6" 1' - 0"1' - 0"1/8"-1/4" GAP BETWEEN SECTIONSFASTENER (TYP) 2' - 0" WOOD BLOCKING SHALL BE ATTACHED WITH (2) ROWS OF # 12 GALV SCREWS SPACING OF FASTENERS IN EACH ROW SHALL NOT EXCEED 24" AT 8-FOOT CORNERS, FASTENERS DOUBLED (MAX 12" OC IN EACH ROW) 5/8" GALV STEEL WASHERS UNDER SCREW HEADS 1. 2. 3. 4. 8'-0" CORNER AREA OUTSIDE OF CORNER AREA 1'-0" 2 X NON-PRESSURE TREATED WOOD BLOCKING (REFER TO SPECIFICATION DIVISION 06 10 00) 6" 1' - 0"6"1' - 0"FASTENING ENHANCEMENT AT CORNERS 4 A-502 3 A-502 SLOPE 1/4" PER FT PROVIDE TAPERED EDGE STRIP AT LOW POINT ALUM SCUPPER, CONDUCTOR HEAD AND LEADER FULLY ADHERED EPDM OVER COVER BOARD, TAPERED POLYISOCYANURATE INSUL AND VAPOR RETARDER ON PRECAST CONCRETE (NO SLOPE) DECK ALUM COPING, PROVIDE PREMANUFACTURED OUTSIDE CORNERS, TYP WHERE STAIR ROOF MEETS EXIST EXTERIOR WALL: REMOVE AND REINSTALL THREE COURSES OF EXISTING BRICK MASONRY TO PROVIDE THRU WALL FLASHING./SEE DETAIL 9 A-502 12' - 0" + / -10' - 0" + / -5 A-502 OVERFLOW SCUPPER 5 A-504 2 A-502 NOTE: PROTECT EXISTING ROOFING ASSEMBLIES ADJACENT TO WORK AREAS FOR DURATION OF CONSTRUCTION. HP +7.5"LP +4.5" PROVIDE WALKWAY PADS AT DOOR AND TOP AND BOTTOM OF LADDER. EXIST EQUIPMENT CURB TO REMAIN These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 8:31:40 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS PARTIAL ROOF PLAN AND ROOF DETAILS SDF DMKS A-504 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 3" = 1'-0"5 ROOF DRAIN DETAIL Not To ScaleBBEAD-APPLIED ADHESIVE DIAGRAM Not To ScaleAROOF SYSTEM COMPOSITION DIAGRAM 3/4" = 1'-0"4 PRE-CUT MITERED SUMP PANEL DETAIL 1" = 1'-0"3 TYPICAL WOOD BLOCKING SECUREMENT 1" = 1'-0"2 TYPICAL FASTENER LAYOUT 1/4" = 1'-0"1 ENLARGED STAIR TOWER ROOF PLAN PARTITION TYPE AS SCHEDULED WALL WHERE APPLICABLE H.M. FRAME DBL METAL STUD DOOR 1/2" MIN 2" TYP 5/8" TYP5/8" TYP4" J1 PARTITION TYPE AS SCHEDULED WALL WHERE APPLICABLE H.M. FRAME DBL METAL STUD DOOR 1/2" MIN 2" TYP 5/8" TYP5/8" TYP4" J2 J4 DOOR H.M. FRAME FILL SOLID W/ GROUT EXIST CMU; VERIFY WIDTH IN FIELD MASONRY TEE ANCHORS MIN 3 PER JAMB VARIESTYP 2" J7VIF3 5/8"4 7/8"2" EXIST. MASONRY WALL DOOR J9 2" TYPMIN 1/2" DOUBLE EGRESS H.M. FRAME EXISTING WALL DOOR 5 1/4"1/2"TOOTH IN CMU FOR TEE ANCHORS. GROUT FRAME SOLID. DOOR10"4"3"PRECAST CONC WALL RIGID INSULATION STONE VENEER WATER TABLE H.M. FRAME 2 1/2" SCHEDULED THRESHOLD J3 EXPANDING SRAY FOAM INSULATION 6 1/4"VARIES1 3TYP.SEE DOOR SCHEDULETYP. SEE DOOR SCHEDULE 42MAX3'-7"2'-1"4"6"3'-7"2'-1"4"6"3' - 0"2' - 0"3' - 4"6" 5 6 2' - 0"2' - 0" 73' - 7"1' - 0"1' - 0" 1' - 0"3' - 7"1' - 0"1' - 0" GLASS TYPE PER DOOR SCHEDULE, TYP. F1 F2 TYP SEE DOOR SCHEDULE TYPSEE DOOR SCHEDULETYPSEE DOOR SCHEDULETYP SEE DOOR SCHEDULE 2"2"2"2"2"I-1:1" IGU SAFETY GLASS S-1: ¼”SAFETY GLASS FP-1: 45-MIN FIRE PROTECTION-RATED LAMINATED CERAMIC GLAZING FP-2: 90-MIN FIRE PROTECTION-RATED LAMINATED CERAMIC GLAZING 3' - 4"7' - 0"I-1 I-1I-1I-1 3' - 8" +/- 14' - 8"+/- 3' - 2"+/- 7' - 0"3' - 2"I-1 EQ EQ EQ I-1 SEE SCHEDULEVARIES5' - 0"2' - 0" 8"10"EXIT STAIRS BACKGROUND COLOR; PIPESTONE PICTOGRAM COLOR: WHITE RAISED TEXT; COLOR: WHITE BRAILLE; COLOR: WHITE S1 1' - 2"6" S4 .04'' ALUM. SIGN COLOR: WHITE RED BACKGROUND STAIR A NO ROOF ACCESS EXIT LEVEL 1 5 FLOORS SB-4 1' - 0"1' - 6"5"1 1/2"1"S2 2 1/2"STAIR B EXIT LEVEL B 5 FLOORS 1-4 1' - 0"1' - 6"5"1 1/2"1"SEE SIGN SCHEDULE FOR TEXT S3 9"6"EXIT S5 BRAILLE; COLOR: BLACK ACRYLIC SIGN COLOR; TBD RAISED COPY; COLOR: TBD 10"1' - 2" .04 ALUM. SIGN COLOR: WHITE BACKGROUND REFLECTIVE RED LETTERS S6TO TOP OF SIGN6' - 0"4"TO TOP OF SIGN6' - 0"4" M1 M2 TO CL OF SIGN6' - 0"M3 CENTERLINE NOTE: BASELINE OF THE LOWEST BRAILLE CELL TO BE LOCATED 55" AFF ON ALL SIGNSWHEN NO BRAILLEWHEN NO BRAILLEWHEN NO BRAILLEINTERIOR FINISHES & MATERIALS RESILIENT BASE (RB) RB-1 TARKETT 4”H, PERCEPTIONS SERIES, STYLE: RECESS COLOR: TBD RB-2 TARKETT 4”H, PERCEPTIONS SERIES, STYLE: RECESS COLOR: TBD ACOUSTIC CEILING TILE (ACT) ACT-1 ARMSTRONG COMMERCIAL CEILINGS, STYLE: ULTIMA, ITEM NO.: 1941, SIZE: 2' X 2', SUSPENDED ACOUSTICAL TEGULAR CEILING TILE WITH 15/16" SUSPENSION SYSTEM, COLOR: WHITE PAINT (PT) PT-1 SHERWIN WILLIAMS, COLOR: TBD LOCATION: GENERAL WALL PAINT PT-2 SHERWIN WILLIAMS, COLOR: TBD LOCATION: GENERAL STAIR TOWER PAINT PT-3 SHERWIN WILLIAMS, COLOR: TBD LOCATION: GENERAL CEILING/SOFFIT PAINT PT-4 SHERWIN WILLIAMS, COLOR: TBD LOCATION: GENERAL CORRIDOR PAINT These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 9:55:27 PMBIM 360://Cornell Bard Hall Code Improvements/Cornell Bard Hall Code Improvements - Central.rvt17435.00 DMKS SCHEDULES AND DETAILS SDF YS A-601 Bid Documents CORNELL UNIVERSITY Bard Hall Code Improvements Ithaca, NY June 12, 2020 126 Hollister Drive, Ithaca, NY 14853 DOOR SCHEDULE DOOR # DOOR FRAME HARDWARE LABEL THRESHOLD REMARKS DOOR #LEAFS SIZE TYPE MATERIAL FINISH GLASS ELEVATION TYPE MATERIAL FINISHWIDTH HEIGHT THICK SUB - BASEMENT LOWER SB30 3' - 6" 7' - 0" 1 3/4" 1 HM ETR ETR ETR ETR ETR ETR 20.0 - 1 SB30 SB56E (2) 2' - 6" 7' - 0" 1 3/4" - WD ETR ETR ETR ETR ETR ETR 19.0 - 1 SB56E SB58 3' - 0" 7' - 0" 1 3/4" 2 WD ETR ETR ETR ETR ETR ETR 20.0 - 1 SB58 SUB - BASEMENT PLAN SB00UA 3' - 0" 7' - 0" 1 3/4" 1 HM PT - F1 ETR ETR PT 16.0 90 MIN 2, 6 SB00UA SB00UCA 3' - 6" 7' - 0" 1 3/4" 1 HM PT - F1 ETR ETR PT 15.0 90 MIN 2, 6 SB00UCA SB00UCB 3' - 6" 7' - 0" 1 3/4" 1 HM PT - F1 ETR ETR PT 15.0 90 MIN 2, 6 SB00UCB SB00UD 3' - 8" 7' - 0" 1 3/4" 1 HM PT - F1 J4 HM PT 5.0 180 MIN 6 SB00UD STAIR SLAB @ GRADE STB 3' - 0" 7' - 0" 1 3/4" 2 HM PT I-1 F1 J3 HM PT 2.0 - ALUM 9 STB BASEMENT B58 3' - 0" 7' - 0" 1 3/4" 1 WD PREFIN - F1 ETR ETR PT 11.0 45 MIN 2, 6 B58 B60 (2) 4' - 0" 8' - 4" 1 3/4" 7 HM PT FP-1 F2 ETR ETR PT 9.0 45 MIN 2, 6 B60 FIRST FLOOR 100CA (2) 3' - 0" 7' - 0" 1 3/4" 3 HM PT FP-2 F2 J7 HM PT 6.0 90 MIN 6 100CA 100CB 2' - 10" 7' - 0" 1 3/4" 1 WD PREFIN - F1 ETR ETR PT 14.0 90 MIN 2, 6 100CB 100SA 3' - 4" 7' - 0" 1 3/4" 2 HM PT FP-2 F1 J2, J4 HM PT 7.0 90 MIN 6 100SA 131 3' - 0" 7' - 0" 1 3/4" 2 WD PREFIN FP-1 F2 ETR ETR PT 11.0 45 MIN 2, 6 131 131A (2) 5' - 0" 7' - 0" 1 3/4" 5 WD PREFIN FP-1 F2 ETR ETR PT 13.0 45 MIN 2, 6 131A 140 3' - 0" 7' - 0" 1 3/4" 1 WD PREFIN F1 ETR ETR PT 4.0 90 MIN 2, 6 140 140B 3' - 0" 7' - 0" 5 5/8" - - - - F1 ETR ETR PT - 7 140B 140C 3' - 4" 7' - 0" 1 3/4" 4 ALUM PREFIN I-1 F1 - ALUM PT 1.0 -ALUM 140C 160 (2) 5' - 0" 7' - 0" 1 3/4" 6 WD PREFIN FP-1 F2 ETR ETR PT 9.0 45 MIN 2, 6 160 ST1 3' - 0" 7' - 0" 1 3/4" 2 WD PREFIN FP-2 ETR ETR ETR PT 8.0 90 MIN 6, 8. ST1 SECOND FLOOR 200SA 3' - 6" 7' - 0" 1 3/4" ETR HM ETR ETR F1 ETR ETR ETR 21.0 ETR - 4 200SA 247 3' - 0" 7' - 0" 1 3/4" 1 WD PREFIN - F1 ETR ETR PT 10.0 45 MIN 2, 6 247 250 3' - 0" 7' - 0" 1 3/4" 1 WD PREFIN - F1 ETR ETR PT 17.0 45 MIN 2, 6 250 ST2 3' - 0" 7' - 0" 1 3/4" 2 WD PREFIN FP-2 F1 J2 HM PT 8.0 90 MIN 5, 6 ST2 THIRD FLOOR 300CA (2) 3' - 0" 7' - 0" 1 3/4" 3 HM PT FP-1 F2 J1 HM PT 6.0 45 MIN 6 300CA 300SA 3' - 8" 7' - 0" 1 3/4" ETR HM ETR ETR F1 ETR ETR ETR 21.0 ETR 4 300SA 350 3' - 0" 7' - 0" 1 3/4" 1 WD PREFIN - F1 ETR ETR PT 11.0 45 MIN 2, 6 350 350A 2' - 8" 7' - 0" 1 3/4" 1 WD PREFIN - F1 ETR ETR PT 17.0 45 MIN 2, 6 350A ST3 3' - 0" 7' - 0" 1 3/4" 2 WD PREFIN FP-2 F1 J2 HM PT 8.0 90 MIN 5, 6 ST3 FOURTH FLOOR 400SA 3' - 0" 7' - 0" 1 3/4" ETR HM ETR ETR - ETR ETR ETR 18.0 -- 4 400SA STAIR DOOR ST4 3' - 0" 7' - 0" 1 3/4" 1 HM PT - F1 - HM PT 3.0 - ALUM ST4 DOOR SCHEDULE REMARKS 1. EXIST DOOR AND FRAME TO REMAIN. PROVIDE CLOSER AND PERIMETER SMOKE GASKETING AT DOORS TO CORRIDOR FROM LABORATORY. 2. EXIST FRAME TO REMAIN. FILED TEST THE FIRE RATING OF EXIST FRAME. VERIFY DOOR SIZE IN FIELD. 3. EXIST DOOR AND FRAME TO REMAIN. MECHANICALLY SECURE DOOR IN PLACE TO PREVENT ACCESS TO STORAGE RM. 4. EXIST DOOR AND FRAME TO REMAIN. PROVIDE AUTOMATED DOOR OPERATOR. REFER TO ELECTRICAL DRAWINGS. 5. PROVIDE DOOR AND FRAME WITH AUTOMATED DOOR OPERATOR. REFER TO ELECTRICAL DRAWINGS. 6. THIRD PARTY FIELD TESTING REQUIRED AT DOOR AND FRAME FOLLOWING INSTALLATION TO CONFIRM RATING AND COMPLIANCE WITH NFPA 80. 7. EXIST DOOR TO BE REMOVED, EXISTING DOOR FRAME TO REMAIN. 8. EXIST FRAME TO REMAIN. PROVIDE DOOR WITH AUTOMATED DOOR OPERATOR. REFER TO ELECTRICAL DRAWINGS. 9. INSULATED HOLLOW METAL DOOR DOOR JAMB DETAILS DOOR TYPES FRAME ELEVATIONS GLASS TYPES WINDOW TYPES SIGNAGE TYPES SIGNAGE SCHEDULE - DOORS ADJACENT TO DOOR SIGNAGE TYPES SIGN MOUNTING CONDITION REMARKS SUB - BASEMENT LOWER SB00SB S4 M2 SUB - BASEMENT PLAN SB00SA S1 M1 1 SB00CB S4 M2 SB00UA S1 M1 1 STAIR SLAB @ GRADE STB S4 M1 4 THURSTON BASEMENT FLOOR B00SB S1 M1 1 BASEMENT B00SA S1 M1 1 B00CA S4 M1 LOBBY 100L S4 M2 FIRST FLOOR 140C S4 M2 100SA S1 M1 1 100SB S1 M1 1 ST1 S1 M2 1 SECOND FLOOR 200SA S1 M1 1 200SB S1 M1 1 ST2 S1 M2 1 THIRD FLOOR 300SA S1 M1 1 300SB S1 M1 1 ST3 S1 M2 1 FOURTH FLOOR 400SB S1 M1 1 400SA S1 M1 1 STAIR DOOR ST4 S1 M2 1 SIGNAGE SCHEDULE - ROOMS ROOM NO. SIGNAGE TYPE SIGN MOUNTING CONDITION SIGNAGE TEXT REMARKS SUB - BASEMENT PLAN SB00SA S2 M3 SB 2 BASEMENT B00S S2 M3 B 2 FIRST FLOOR 100S S2 M3 1 2 100SB S3 M3 1 3 SECOND FLOOR 200S S2 M3 2 2 200SB S3 M3 2 3 THIRD FLOOR 300S S2 M3 3 2 300SB S3 M3 3 3 FOURTH FLOOR 400S S2 M3 4 2 400SB S3 M3 4 3 SIGNAGE MOUNTING CONDITIONS SIGNAGE SCHEDULE REMARKS 1. PROVIDE SIGN AT CORRIDOR SIDE OF THE DOOR 2. PROVIDE SIGN AT SOUTH WALL OF LANDING, CENTERED ON THE WALL 3. PROVIDE SIGN AT NORTH WALL OF LANDING, CENTERED ON THE WALL 4. PROVIDE SIGN AT INTERIOR SIDE OF THE DOOR. ROOM FINISH SCHEDULE ROOM NUMBER ROOM NAME FLOOR BASE WALL CEILING FINISH NOTES ROOM NUMBER MATERIAL/ FINISH MATERIAL/ FINISH NORTH SOUTH EAST WEST MATERIAL FINISH MATERIAL FINISH MATERIAL FINISH MATERIAL FINISH SUB - BASEMENT PLAN SB47 LAB VCT RB-1 ETR PT-1 ETR PT-1 ETR PT-1 ETR PT-1 ETR SB47 BASEMENT B00S STAIR ETR ETR, RB-1 ETR ETR GYP BD PT-2 ETR ETR ETR ETR PT-3 1 B00S B00SB STAIRS CONC/PREFIN N/A CONC PREFIN CONC PREFIN CONC PREFIN ETR ETR N/A B00SB FIRST FLOOR 100CA CORRIDOR ETR RB-1 ETR PT-4 CMU PT-4 ETR PT-4 GYP BD PT-4 ACT-1, PT-3 100CA 100CB STORAGE ETR ETR, RB-2 ETR ETR ETR ETR ETR ETR GYP BD PT-4 ETR 1 100CB 100CC HALL ETR ETR, RB-2 ETR ETR ETR, GYP BD PT-4 GYP BD PT-4 ETR ETR ACT-1 1 100CC 100CD CORRIDOR VCT RB-1 CMU PT-4 ETR ETR ETR ETR ETR ETR ETR 100CD 100S STAIRS ETR ETR, RB-1 ETR ETR GYP BD PT-2 ETR ETR ETR ETR PT-3 1 100S 100SB STAIRS CONC/PREFIN N/A CONC PREFIN CONC PREFIN CONC PREFIN ETR ETR N/A 100SB SECOND FLOOR 200S STAIRS ETR ETR, RB-1 ETR ETR GYP BD PT-2 ETR ETR ETR ETR PT-3 1 200S 200SB STAIRS CONC/PREFIN N/A CONC PREFIN CONC PREFIN CONC PREFIN ETR ETR N/A 200SB THIRD FLOOR 300CA CORRIDOR CONC/PREFIN ETR, RB-2 ETR ETR GYP BD PT-5 ETR ETR ETR ETR ETR 1 300CA 300CC CORRIDOR CONC/PREFIN ETR, RB-2 GYP BD PT-5 ETR ETR ETR ETR ETR ETR ETR 1 300CC 300S STAIRS ETR ETR, RB-1 ETR ETR GYP BD PT-2 ETR ETR ETR ETR ETR 1 300S 300SB STAIRS CONC/PREFIN N/A CONC PREFIN CONC PREFIN CONC PREFIN ETR ETR N/A 300SB FOURTH FLOOR 400S STAIRS ETR ETR, RB-1 ETR ETR GYP BD PT-2 ETR ETR ETR ETR ETR 1 400S 400SB STAIRS CONC/PREFIN N/A CONC PREFIN CONC PREFIN CONC PREFIN ETR ETR N/A 400SB ROOM FINISH SCHEDULE REMARKS 1. PROVIDE BASE AT NEW PARITIONS TO MATCH EXISTING BASE FIRE PROTECTION ABBREVIATIONS FIRE PROTECTION SYMBOLS - VALVES AND SPECIALTIES QUICK RESPONSE UPRIGHT SPRINKLER HEAD - 1/2" NPT, 8.0 K, 155° F QUICK RESPONSE PENDANT SPRINKLER HEAD - 1/2" NPT, 8.0 K, 155° F QUICK RESPONSE SIDEWALL SPRINKLER HEAD - 1/2" NPT, 8.0 K, 155° F LISTED INDICATING VALVE WITH TAMPER SWITCH FLOW SWITCH FIRE PROTECTION NOTES FLOW TEST INFORMATION A.STATIC PRESSURE: 83.8 PSI B.RESIDUAL PRESSURE: 54.0 PSI C. FLOW: 2,660 GPM PIPING SYMBOLS - VALVES AND SPECIALTIES BALL VALVE PLUG VALVE SHUT-OFF VALVE IN RISER BALANCING VALVE MIXING VALVE CHECK VALVE ISOLATION VALVE SOLENOID VALVE STRAINER GLOBE VALVE PRESSURE REDUCING VALVE RELIEF VALVE X INDICATES P - PRESSURE T - TEMPERATURE PT - COMBINATION (PRESS./TEMP.) BACKFLOW PREVENTER (BFP) BRANCH CONNECTION - BOTTOM BRANCH CONNECTION - TOP ELBOW TURNED DOWN ELBOW TURNED UP CAP REDUCER CLEANOUT (FLOOR/WALL) WALL HYDRANT HOSE BIBB FLOOR DRAIN ROOF DRAIN UNION FLEXIBLE CONNECTOR DIRECTION OF FLOW DIRECTION OF DOWNWARD PITCH PRESSURE/TEMPERATURE TAP PRESSURE GAUGE THERMOMETER CIRCULATING PUMP METER WATER HAMMER ARRESTOR ACCESS DOOR DECK PLATE/YARD CLEAN-OUT POINT OF CONNECTION POINT OF DISCONNECTION EXTENT OF DEMOLITION A. THIS LEGEND IS FOR THE CONTRACTOR'S REFERENCE ONLY. NOT ALL SYMBOLS AND/OR ABBREVIATIONS MAY APPLY TO THIS PARTICULAR PROJECT. ANY ADDITIONS OR OMISSIONS FROM THIS LEGEND SHEET DOES NOT IMPLY INCLUSION AND/OR EXCLUSION OF ANY PARTICULAR ITEMS FROM THE PROJECT. B. THE PLANS ARE DIAGRAMMATIC AND INDICATE ONLY THE SIZE AND GENERAL ARRANGEMENT OF PIPING/DUCTWORK AND EQUIPMENT. EXACT LOCATION OF ALL ELEMENTS SHALL BE DETERMINED AS WORK PROGRESSES, IN COOPERATION AND COORDINATION WITH THE WORK OF ALL TRADES. THEY ARE NOT INTENDED TO SHOW EVERY ITEM OF WORK OR MINOR PIECE OF EQUIPMENT. CONTRACTOR SHALL FURNISH AND INSTALL WITHOUT ADDITIONAL REMUNERATION ANY COMPONENT NECESSARY TO COMPLETE THE SYSTEM IN ACCORDANCE WITH THE BEST PRACTICE OF THE TRADE. C. ITEMS OF WORK OR EQUIPMENT SHOWN ON THE DRAWINGS ONLY, OR CALLED FOR IN THE SPECIFICATIONS ONLY, SHALL BE FURNISHED AND INSTALLED IN THE SAME MANNER AS IF THEY APPEARED ON BOTH THE DRAWINGS AND IN THE SPECIFICATIONS. D. DRAWINGS DO NOT INDICATE ALL OFFSETS, CHANGES IN ELEVATIONS, ETC. WHICH MAY BE REQUIRED. THE CONTRACTOR SHALL MAKE SUCH CHANGES IN PIPING/DUCTWORK AND LOCATION OF EQUIPMENT, ETC. TO ACCOMMODATE WORK, OBSTACLES, AND WORK OF OTHER TRADES/CONTRACTORS. E. INSTALL EQUIPMENT AND PIPING/DUCTWORK TO AVOID INTERFERENCE WITH THE OPERATION, SERVICE, AND MAINTENANCE OF EQUIPMENT. F. ALL COSTS FOR CUTTING, PATCHING AND PAINTING OF EXISTING WALLS, CEILINGS AND FLOORS TO ACCOMMODATE THE INSTALLATION OF WORK SHALL BE THE RESPONSIBILITY OF THE CONTRACTOR UNLESS INDICATED OTHERWISE. MATERIALS FOR THE RESTORATION OF EXISTING SURFACES SHALL MATCH THE EXISTING SURFACES. G. PIPES AND/OR DUCTS PENETRATING FIRE WALLS AND FLOORS SHALL BE FIRESTOPPED USING UL APPROVED MATERIALS. REFER TO THE ARCHITECTURAL DRAWINGS FOR FIRE WALL AND FLOOR LOCATIONS. H. ALL PHYSICAL ATTRIBUTES OF EQUIPMENT AND DEVICES ARE BASED ON THOSE MANUFACTURERS LISTED IN THE SPECIFICATIONS AND/OR THE EQUIPMENT SCHEDULES. THE RESPECTIVE CONTRACTORS ARE RESPONSIBLE FOR ALL CHANGES BROUGHT ABOUT BY THE USE OF ITEMS BY OTHER MANUFACTURERS IF THOSE ITEMS DO NOT MATCH THE PHYSICAL ATTRIBUTES OF THE MANUFACTURERS LISTED. AD WHA P M PT P FD HB WH X P D CO S OR OR WH HB ABOVE ABOVE FINISHED FLOOR ACID RESISTANT WASTE ACID VENT AMERICAN GAS ASSOCIATION AQUASTAT ARCHITECT(URAL) ARCHITECT/ENGINEER AREA DRAIN AUTOMATIC AUTOMATIC AIR VENT BACK WATER VALVE BACKFLOW PREVENTER BALANCING VALVE BALL VALVE BATHTUB BELOW BELOW FINISHED FLOOR BRAKE HORSEPOWER BRITISH THERMAL UNIT BRITISH THERMAL UNIT (1000) PER HOUR BRITISH THERMAL UNITS PER HOUR BUILDING BUTTERFLY VALVE BY OWNER CAST IRON CATCH BASIN CENTERLINE TO TOP OF STEEL CHECK VALVE CHLORINATED POLYVINYL CHLORIDE CIRCULATING PUMP CLEANOUT COLD WATER COMPRESSED AIR COMPRESSOR CONNECTION CONSTRUCTION MANAGER CONTRACT LIMIT LINE CONTRACT(OR) COPPER DEIONIZED WATER DETAIL DISTILLED WATER DOMESTIC WATER HEATER DOWN DRAIN DRAWING DRINKING FOUNTAIN DRINKING WATER RETURN DRINKING WATER SUPPLY DRY WELL ELECTRICAL WATER COOLER ELECTRICAL WATER HEATER ELECTRIC(AL) EMERGENCY SHOWER EMERGENCY EYEWASH ENGINEER ENTERING WATER TEMPERATURE EQUIPMENT EQUIPMENT BY OWNER EXISTING EXPLOSION PROOF EXTERIOR FACTORY MUTUAL FEET (FOOT) FEET PER MINUTE FEET PER SECOND FINISH FLOOR TO CENTERLINE FIRE PROTECTION FLEXIBLE FLEXIBLE CONNECTION FLOOR CLEANOUT FLOOR DRAIN FLUSHING RIM DRAIN FLUSHING RIM SINK GALLON GALLONS PER DAY GALLONS PER HOUR GALLONS PER MINUTE GAS GAGE (GAUGE) GREASE TRAP GATE VALVE HEATING, VENTILATION, AIR CONDITIONING HIGH PRESSURE GAS HORSEPOWER HOSE BIBB HOT WATER HOT WATER, CIRCULATING INCHES INCHES WATER GAUGE INDUSTRIAL RISK INSURERS ABV AFF ARW AV AGA AQST ARCH A/E AD AUTO AAV BWV BFP BAL V BV BT BLW BFF BHP BTU MBH BTUH BLDG BFV BO CI CB CLTS CKVA CPVC CP CO CW CA COMP CONN CM CLL CONTR CU DIW DTL DI DWH DN DR DWG DF DWR DWS DRW EWC EWH ELEC EMER SHR EMER EW ENGR EWT EQUIP EBO EXST EPRF EXT FM FT FPM FPS FFCL FP FLEX FLEX CONN FCO FD FRD FRS GAL GPD GPH GPM G GA GT GV HVAC HPG HP HB HW HWC IN IN W.G. IRI INSIDE DIAMETER INSTRUMENT AIR INVERT IRON PIPE SIZE KILOWATT KILOWATT HOUR LAVATORY LINT TRAP LIQUEFIED PETROLEUM GAS MANHOLE MANUFACTURER MATCH LINE MECHANICAL MECHANICAL JOINT METER MIXING VALVE MODEL MOP RECEPTOR NITROGEN NITROUS OXIDE NON-FREEZE HOSE BIBB NORMALLY CLOSED NORMALLY OPEN NOT TO SCALE OIL INTERCEPTOR OIL FREE COMPRESSED AIR OUTSIDE DIAMETER OVERFLOW ROOF DRAIN OXYGEN PATIENT SERVING UNIT PLUMBING POLYVINYL CHLORIDE POUNDS PER SQUARE FOOT POUNDS PER SQUARE INCH POUNDS PER SQUARE INCH ABSOLUTE POUNDS PER SQUARE INCH GAGE PRESSURE DROP PRESSURE REDUCING VALVE PRESSURE TEMPERATURE RELIEF VALVE PUMP RAIN WATER LEADER REDUCED PRESSURE ZONE REVOLUTIONS PER MINUTE RISER ROOF DRAIN SANITARY SANITARY SEWER SCHEDULE SECTION SERVICE SINK SHOWER SINK SPECIFICATIONS SQUARE FOOT SQUARE INCH STAINLESS STEEL STORAGE TANK STORM DRAIN SUB-SOIL DRAIN TEMPERATURE THERMOSTATIC MIXING VALVE TRAP TRAP PRIMER TRENCH DRAIN TYPICAL URINAL UTILITY VACUUM VACUUM BREAKER VENT (SANITARY) VENT THRU ROOF WATERCLOSET WATER HAMMER ARRESTOR WASH FOUNTAIN WALL CLEANOUT WALL HYDRANT WITH WITHOUT YARD BOX YARD CLEANOUT YARD DRAIN YARD HYDRANT ID IA INV IPS KW KWH LAV LT LPG MH MFR ML MECH MJ M MIX V MOD MR N N20 NFHB NC NO NTS OI OFCA OD ORD OXY PSU PLBG PVC PSF PSI PSIA PSIG PD PRV PTRV P RWL RPZ RPM R RD SAN SS SCHED SECT SSK SHR SK SPEC SQ FT SQ IN SST ST SD SSD TEMP TMV T TP TD TYP UR UTIL VAC VB V VTR WC WHA WF WCO WH W/ W/O YB YCO YD YH A. THE AUTOMATIC SPRINKLER SYSTEMS WITHIN THIS FACILITY SHALL BE DESIGNED AND INSTALLED IN ACCORDANCE WITH: 2020 FIRE CODE OF NYS, THE 2016 NFPA-13, FM GLOBAL DATA SHEETS, AND CORNELL DESIGN STANDARDS. B. ALL PIPE SIZES AND HYDRAULIC NODES SHOWN ARE FOR REFERENCE ONLY. FIRE PROTECTION CONTRACTOR TO PERFORM HYDRAULIC CALCULATIONS TO DETERMINE FINAL PIPE SIZES. C. THE CONTRACTOR SHALL COORDINATE WITH ALL TRADES AND COMPLY WITH ALL OBSTRUCTION REQUIREMENTS AS DESCRIBED WITHIN NFPA-13. D. THE CONTRACTOR SHALL VISIT THE SITE AND REVIEW EXISTING CONDITIONS AND MAKE ALLOWANCE FOR ANY EXISTING CONDITIONS PRIOR TO SUBMITTING BID. E. ALL COMPONENTS OF AUTOMATIC SPRINKLER SYSTEM SHALL BE LISTED FOR USE IN FIRE SUPPRESSION SYSTEMS AND BE LISTED BY UNDERWRITERS LABORATORIES (UL) AND FM GLOBAL (FM), AND COMPLY WITH CORNELL UNIVERSITY DESIGN STANDARDS. F. FLUSHING FULL-PORT BALL VALVES SHALL BE PROVIDED ON SPRINKLER MAINS, CROSS-MAINS, BRANCH LINES AND RUN OUTS OF NEW SPRINKLER SYSTEMS (WET AND DRY), TO FACILITATE ANY FUTURE PERIODIC INTERNAL INSPECTIONS, OBSTRUCTION INVESTIGATIONS AND AS-NEEDED FLUSHING WORK. VALVES SHALL BE SIZED BY THE ENGINEER OF RECORD AND PER NFPA 25, IN ORDER TO OBTAIN THE NFPA REQUIRED MINIMUM VELOCITY OF 10FT/S FOR ANY GIVEN PIPE SIZE. AS AN ALTERNATIVE TO THE HYDRAULIC CALCULATION VALVE SIZING METHOD, THE FOLLOWING SIZING RULES CAN BE APPLIED: • 1-INCH THRU 2 ½-INCH PIPE: LINE-SIZE FULL-PORT BALL VALVE • 3-INCH PIPE: ONE (1) 2 ½-INCH BALL VALVE • 4-INCH PIPE: TWO (2) 2 ½-INCH BALL VALVES • 6-INCH PIPE: THREE (3) 2 ½-INCH BALL VALVES • 8-INCH PIPE: FOUR (4) 2 ½-INCH BALL VALVES I. CONTRACTOR SHALL THOROUGHLY EXAMINE AND VERIFY ALL EXISTING CONDITIONS BEFORE PERFORMING ANY WORK AND IMMEDIATELY NOTIFY THE OWNER, IN WRITING, OF ANY DISCREPANCIES WITH THE DRAWINGS. K. CONTRACTOR IS RESPONSIBLE TO PROTECT ALL EXISTING CONSTRUCTION SCHEDULED TO REMAIN. CONTRACTOR IS RESPONSIBLE TO PATCH AND/OR REPAIR ANY AND ALL CONSTRUCTION AFFECTED BY THEIR DEMOLITION. CONTRACTOR SHALL PATCH (SUBSTRATE AND FINISHED SURFACES) ANY EXISTING FINISHES AFFECTED BY THEIR RESPECTIVE WORK. J. EXISTING CONDITIONS INDICATED ARE OBTAINED FROM AVAILABLE SOURCES (EXISTING DRAWINGS, FIELD SURVEYS, ETC.) AND ARE NOT GUARANTEED TO BE TRUE AND EXACT. CONTRACTOR(S) SHALL FIELD VERIFY EXISTING CONDITIONS AND NOTIFY THE ENGINEER OF ANY DISCREPANCIES PRIOR TO PROCEEDING WITH THE AFFECTED PORTION OF THE WORK. GENERAL NOTES CONCEALED PENDANT SPRINKLER HEAD - 1/2" NPT, 8.0 K, 155° F DRY SIDEWALL SPRINKLER HEAD - 5.6 K, INTERMEDIATE TEMPERATURE EXTENDED COVERAGE DRY RECESSED HORIZONTAL SIDEWALL HEAD, 5.6 K INTERMEDIATE TEMPERATURE HYD L-185 NORTH WEST OF PHILLIPS HALL ELEVATION 782 FT L. INSTALL A SINGLE AIR VENT ON EACH WET PIPE SYSTEM UTILIZING METALLIC PIPE. VENT SHALL BE LOCATED NEAR A HIGH POINT IN THE SYSTEM TO ALLOW AIR TO BE REMOVED FROM THAT PORTION OF THE SYSTEM TO PREVENT/REDUCE CORROSION ACTIVITY DUE TO TRAPPED AIR. 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:13:45 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST SYMBOLS & ABBREVIATIONS SDF LY FP-001 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 06/12/20 UP UP UP UP UP KIMBALL HALLTHURSTON HALL BARD HALL A.1 B C D E F G H J K L 47 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLSB56E SB58 SB30 SB00UA SB00UCA SB00UCB SB00SA SB00UD PATCH AND PAINT AT THE LOCATIONS OF THE REMOVED PARTITIONS. SB00SB SB00CB AUTOMATIC SPRINKLER ZONE BARD HALL SUB-BASEMENT 9,650 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. NFPA 45 CLASS B QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 EXISTING TRANSFORMER VAULT AND AREAWAY UN-SPRINKLERED 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:13:46 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST SUB-BASEMENT ZONE PLAN SDF LY FP-002 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 SUB-BASEMENT ZONE PLAN - FIRE PROTECTION 06/12/20 UP DNNORTHA.1 B C D E F G H J KK L 47 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLSTB T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2B58B58 B60 B-2B-1 B-4 B-5 B-6 B-7 B-3 B-8 B-9 B-10 ENCLOSED STAIR TOWER ADDITION 9 10 10 10 12 55 B-11 B-12 B-13 B-14B-15 B-16B-17 B-18 B-19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 B00SA B00SB20 B00CA 6" AUTOMATIC SPRINKLER ZONE BARD HALL BASEMENT 8,800 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. NFPA 45 CLASS B QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 THURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALLAUTOMATIC SPRINKLER ZONE THURSTON HALL BASEMENT 14,000 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 AUTOMATIC SPRINKLER ZONE KIMBALL HALL BASEMENT 4,220 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.15 GPM/SQFT OVER THE REMOTE 1500 SQ FT AREA. QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-1 KIMBALL HALLTHURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:13:48 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST BASEMENT ZONE PLAN SDF LY FP-003 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 BASEMENT ZONE PLAN - FIRE PROTECTION 06/12/20 UP UP 100CA 140C 100SA 100CB 140 100CB A.1 B C D E F G H J K L BL47 L.1 A 5.4 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 160 131 131A 150A 140B 2' - 0" A3 U8U8 ST1 2' - 0"2' - 6"2' - 0"4' - 0"100SB 100L THURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALLAUTOMATIC SPRINKLER ZONE BARD HALL FIRST FLOOR 8,200 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. NFPA 45 CLASS B QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 AUTOMATIC SPRINKLER ZONE THURSTON HALL FIRST FLOOR 12,300 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 THE FIRST FLOOR OF KIMBALL HALL IS FULLY SPRINKLED KIMBALL HALLTHURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:13:49 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST FIRST FLOOR ZONE PLAN SDF LY FP-004 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 FIRST FLOOR PLAN - FIRE PROTECTION 06/12/20 UP A.1 B C D E F G H J K L 7 L.1 5.4 ST2 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 200SA247 250 200SB THURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALLAUTOMATIC SPRINKLER ZONE BARD HALL SECOND FLOOR 8,500 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. NFPA 45 CLASS B QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 AUTOMATIC SPRINKLER ZONE THURSTON HALL SECOND FLOOR 11,500 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 THE SECOND FLOOR OF KIMBALL HALL IS FULLY SPRINKLED KIMBALL HALL THURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:13:50 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST SECOND FLOOR ZONE PLAN SDF LY FP-005 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 SECOND FLOOR PLAN - FIRE PROTECTION 06/12/20 NORTHA.1 B C D E F G H J K L 47 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLST3 T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 350A 350 300CA 300SA2 ENCLOSED STAIR TOWER ADDITION 4 9 10 10 5 5 13 A3 3-1 1919 19 19 300SB 21 22 22 THURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALLAUTOMATIC SPRINKLER ZONE BARD HALL THIRD FLOOR 8,480 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. NFPA 45 CLASS B QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 AUTOMATIC SPRINKLER ZONE THURSTON HALL THIRD FLOOR 8,500 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 THE THIRD FLOOR OF KIMBALL HALL IS FULLY SPRINKLED KIMBALL HALL THURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:13:51 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST THIRD FLOOR ZONE PLAN SDF LY FP-006 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 THIRD FLOOR PLAN - FIRE PROTECTION 06/12/20 UP A.1 B C D E F G H J K L 47 L.1 A 5.4 ST4 T15 T14 T12 T11 T9 T8 T7 T6 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 400SA 400SB THURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALLAUTOMATIC SPRINKLER ZONE THURSTON HALL FOURTH FLOOR 8,500 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 THE FOURTH FLOOR OF KIMBALL HALL IS FULLY SPRINKLED AUTOMATIC SPRINKLER ZONE BARD HALL FOURTH FLOOR 2,980 sq.ft NFPA 13 ORDINARY HAZARD GROUP 2 0.20 GPM/SQFT OVER THE REMOTE 2500 SQ FT AREA. NFPA 45 CLASS B QUICK RESPONSE SPRINKLER HEADS FM GLOBAL HC-2 KIMBALL HALL ROOF THURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:13:52 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST FOURTH FLOOR ZONE PLAN SDF LY FP-007 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 FOURTH FLOOR PLAN - FIRE PROTECTION 06/12/20 UP UP UP A.1 B C D E F G H J K L 47 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLPATCH AND PAINT AT THE LOCATIONS OF THE REMOVED PARTITIONS. 6" COMBINED SPRINKLER CLASS 1 STANDPIPE RISER PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF BRANCHLINE. (TYPICAL FOR ALL LINES) PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF MAIN. (TYPICAL FOR ALL MAINS.) 4" FLOOR CONTROL ASSEMBLY 4"4"4"4"4"4"FLOW SWITCH AND VALVE WITH TAMPER SWITCH. PROVIDE TEST CONNECTION PIPED TO FLOOR DRAIN. OFFSET DOWN TO NOT MORE THAN 2'-0" ABOVE THE FLOOR OF PIT. PROVIDE INTERMEDIATE TEMPERATURE SIDEWALL SPRINKLER HEAD WITH SPRINKLER GUARD 4" DRAIN RISER EXISTING 4" STANDPIPE RISER WITH 2-1/2" ANGLED HOSE VALVES FIRE RATED RECESSED HOSE VALVE CABINET. RE-PIPE EXISTING HOSE VALVES INTO NEW CABINET. SPRINKLER HEAD FOR COVERAGE BELOW DRAIN PAN SPRINKLER HEADS FOR COVERAGE UNDER SOLID BEAM PROVIDE PENDENT SPRINKLER HEAD IN EXISTING CHAMBER. COORDINATE INSTALLATION WITH MANUFACTURERS REQUIREMENTS PATH OF THE PROPOSED FIRE MAIN PIPING IS VERY CONGESTED. FIELD COORDINATE FOR ADDITIONAL OFFSETS AS REQUIRED. 2"2"1-1/2"1-1/4"1"1-1/4"1-1/2"1-1/4"1-1/4" 2"1-1/4"1-1/4"1-1/2"2"2-1/2"2"2"2"1-1/2"1-1/4"1-1/4"1-1/2"1-1/4" 2"1-1/2" 2" 1-1/2"1-1/2"1-1/4"1-1/4"2" KIMBALL HALLTHURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:13:54 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST SUB-BASEMENT FLOOR PLAN FIRE PROTECTION SDF LY FP-008 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 SUB-BASEMENT FLOOR PLAN - FIRE PROTECTION GENERAL NOTES: 1. COORDINATE FIRE RATED ASSEMBLY LOCATIONS WITH ARCHITECTURAL PLANS AND PROVIDE FIRE STOPPING WHERE REQUIRED FOR EXISTING AND NEW PENETRATIONS. 06/12/20 UP DNA.1 B C D E F G H J KK L 47 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLT15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 ENCLOSED STAIR TOWER ADDITION 6" P THURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALL6" COMBINED SPRINKLER CLASS 1 STANDPIPE RISER 6" FIRE MAIN TO BARD HALL PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF BRANCHLINE. (TYPICAL FOR ALL LINES) PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF MAIN. (TYPICAL FOR ALL MAINS.) EXISTING 6" FIRE MAIN FROM WATER ROOM EXISTING 6" SPRINKLER RISER, EXISTING 3" DRAIN RISER IN STAIR TOWER TO KIMBALL HALL 6" TO KIMBALL HALL BASEMENT NEW BUTTERFLY VALVE, CONTROL VALVE AND FLOW SWITCH INSTALL BRANCH PIPING AS CLOSE AS POSSIBLE TO THE DEEPEST BEAM. APPROXIMATE ELEVATION FFCL 11'-6". TYPICAL FOR ALL BRANCH LINES IN THURSTON HALL AND KIMBALL HALL UNLESS NOTICE OTHERWISE PROVIDE FULL PORT BALL VALVE ON ALL BRANCH LINES FOR FLUSHING. TYPICAL. SPRINKLER HEAD UNDER INTERMEDIATE LANDING BETWEEN FLOORS HORN STROBE FIRE DEPARTMENT CONNECTION CONCEALED PENDENT SPRINKLER HEADS IN DRYWALL CEILING. TYPICAL. CONCEALED PENDENT SPRINKLER HEADS IN DRYWALL CEILING. TYPICAL. PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF MAIN. (TYPICAL FOR ALL MAINS.) 6" FLOOR CONTROL ASSEMBLY 4" DRAIN RISER D D DISCONNECT AND REMOVE EXISTING 6" SCH.10 BLACK STEEL WATER SUPPLY PIPING FROM SERVICE ENTRANCE TO RPZ IN SPRINKLER WATER ROOM. REPLACE IN KIND WITH CLASS 52 CEMENT LINED DUCTILE IRON PIPING 8" SANITARY DRAINAGE LINE. TRENCH ASPHALT AND CURBING TO ROUTE FROM DRAIN RISER TO EXISTING SANITARY MANHOLE. PATCH AND REPAIR. EXISTING SANITARY MANHOLE P EXISTING 4" STANDPIPE RISER WITH 2-1/2" ANGLED HOSE VALVES FIRE RATED RECESSED HOSE VALVE CABINET. RE-PIPE EXISTING HOSE VALVES INTO NEW CABINET. SPRINKLER HEADS FOR COVERAGE UNDER DUCT SPRINKLER HEADS FOR COVERAGE UNDER DUCT DRY SIDEWALL SPRINKLER HEAD. INSTALL SPRINKLER HEAD PER MANUFACTURERS RECOMMENDATION. PROVIDE PENDENT SPRINKLER HEAD IN EXISTING CHAMBER. COORDINATE INSTALLATION WITH MANUFACTURERS REQUIREMENTS PAINT ALL PIPING BLACK PAINT EXPOSED PIPING IN THIS AREA TO MATCH CEILING PATH OF THE PROPOSED FIRE MAIN PIPING IS VERY CONGESTED. FIELD COORDINATE FOR ADDITIONAL OFFSETS AS REQUIRED. EXTENDED COVERAGE SEMI-RECESSED DRY SIDEWALL SPRINKLER HEAD. INSTALL SPRINKLER HEAD PER MANUFACTURERS RECOMMENDATION. 6"6"6"6"6"2" 2"2-1/2"1-1/2"1-1/4"2"2"2" 1-1/2"2" 1-1/2" 1-1/4" 1-1/2" 1-1/2"1-1/4" 2" 1-1/4" 1-1/2" 4"4"4"4"4"1"1-1/4"1-1/4"1-1/2"1-1/2"1-1/4" CONNECT EXISTING SPRINKLER HEADS LOCATED IN GAS CABINETS (4) 1-1/4" 2"1-1/4"1-1/2"1-1/4"1-1/4"1-1/2"1-1/2"2" 1-1/2" 1-1/4"1-1/2"KIMBALL HALL THURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:13:58 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST BASEMENT PLAN FIRE PROTECTION SDF LY FP-009 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 BASEMENT FLOOR PLAN - FIRE PROTECTION GENERAL NOTES: 1. COORDINATE FIRE RATED ASSEMBLY LOCATIONS WITH ARCHITECTURAL PLANS AND PROVIDE FIRE STOPPING WHERE REQUIRED FOR EXISTING AND NEW PENETRATIONS. 06/12/20 UP A.1 B C D E F G H J K L BL47 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLT15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 44 43 42 41 DN EXIST PLAZA DECK ENCLOSED STAIR TOWER ADDITION EXTERIOR STAIR AND LANDING REFER TO ENLARGED FLOOR PLAN FOR ADDITIONAL INFORMATION 2' - 0" A3 U8U8 ROOF BELOW 2' - 0"2' - 6"2' - 0"4' - 0"ACESSIBLE AND COMPANION SEATING, TYP, NIC. EXISTING 4" FIRE MAIN TO KIMBALL HALL FIRST FLOOR SPRINKLER SYSTEM NEW 4" FIRE MAIN FROM EXISTING KIMBALL HALL FLOOR CONTROL TO THURSTON HALL FIRST FLOOR ABOVE CEILING. THURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALLEXISTING 6" SPRINKLER RISER, EXISTING 3" DRAIN RISER IN STAIR TOWER TO KIMBALL HALL 6" COMBINED SPRINKLER CLASS 1 STANDPIPE RISER PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF BRANCHLINE. (TYPICAL FOR ALL LINES) PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF MAIN. (TYPICAL FOR ALL MAINS.) INSTALL BRANCH PIPING AS CLOSE AS POSSIBLE TO THE DEEPEST BEAM. TYPICAL FOR ALL BRANCH LINES IN THURSTON HALL AND KIMBALL HALL UNLESS NOTICE OTHERWISE PROVIDE FULL PORT BALL VALVE ON ALL BRANCH LINES FOR FLUSHING. TYPICAL. PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF BRANCHLINE. (TYPICAL FOR ALL LINES) 6" FLOOR CONTROL ASSEMBLY 4" DRAIN RISER EXISTING 4" STANDPIPE RISER WITH 2-1/2" ANGLED HOSE VALVE FIRE RATED RECESSED HOSE VALVE CABINET. RE-PIPE EXISTING HOSE VALVES INTO NEW CABINET. PAINT ALL PIPING BLACK NEW 4" THURSTON HALL FIRST FLOOR CONTROL LOCATED IN STAIR ABOVE STATION SERVING KIMBALL. SEE DRAWING FP500 DETAIL 3 FOR TYPICAL STANDPIPE FLOOR CONTROL DETAIL. PATH OF THE PROPOSED FIRE MAIN PIPING IS VERY CONGESTED. FIELD COORDINATE FOR ADDITIONAL OFFSETS AS REQUIRED. PROVIDE UPRIGHT HEAD COVERAGE ABOVE CEILING TO PROTECT STEEL (TYPICAL) 6"6"6"6"6"2"1-1/2"1-1/4" 1-1/2"1-1/4"2"1-1/4"1-1/2"1-1/4"1-1/4"2"1-1/2"1-1/4"1-1/4"2"1-1/2"1-1/4"1-1/4"2"1-1/2"1-1/4" 4"4"4"4" 2"1-1/4"KIMBALL HALLTHURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:14:02 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST FIRST FLOOR FIRE PROTECTION SDF LY FP-010 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 FIRST FLOOR PLAN - FIRE PROTECTION GENERAL NOTES: 1. COORDINATE FIRE RATED ASSEMBLY LOCATIONS WITH ARCHITECTURAL PLANS AND PROVIDE FIRE STOPPING WHERE REQUIRED FOR EXISTING AND NEW PENETRATIONS. 06/12/20 A.1 B C D E F G H J K L 7 L.1 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLT15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 ENCLOSED STAIR TOWER ADDITION EXISTING 4" FIRE MAIN TO KIMBALL HALL SECOND FLOOR SPRINKLER SYSTEMTHURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALLNEW 4" FIRE MAIN FROM EXISTING KIMBALL HALL FLOOR CONTROL TO THURSTON HALL SECOND FLOOR ABOVE CEILING. EXISTING 6" SPRINKLER RISER, EXISTING 3" DRAIN RISER IN STAIR TOWER TO KIMBALL HALL 6" COMBINED SPRINKLER CLASS 1 STANDPIPE RISER NEW 4" THURSTON HALL SECOND FLOOR CONTROL LOCATED IN STAIR ABOVE STATION SERVING KIMBALL. SEE DRAWING FP500 DETAIL 3 FOR TYPICAL STANDPIPE FLOOR CONTROL DETAIL. PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF BRANCHLINE. (TYPICAL FOR ALL LINES) PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF MAIN. (TYPICAL FOR ALL MAINS.) INSTALL BRANCH PIPING AS CLOSE AS POSSIBLE TO THE DEEPEST BEAM. TYPICAL FOR ALL BRANCH LINES IN THURSTON HALL AND KIMBALL HALL UNLESS NOTICE OTHERWISE PROVIDE FULL PORT BALL VALVE ON ALL BRANCH LINES FOR FLUSHING. TYPICAL. 6" FLOOR CONTROL ASSEMBLY INSTALL 4" FIRE MAIN AS CLOSE AS POSSIBLE TO SOLID BEAM. 4" DRAIN RISER EXISTING 4" STANDPIPE RISER WITH 2-1/2" ANGLED HOSE VALVE FIRE RATED RECESSED HOSE VALVE CABINET. RE-PIPE EXISTING HOSE VALVES INTO NEW CABINET. PATH OF THE PROPOSED FIRE MAIN PIPING IS VERY CONGESTED. FIELD COORDINATE FOR ADDITIONAL OFFSETS AS REQUIRED. PROVIDE UPRIGHT HEAD COVERAGE ABOVE CEILING TO PROTECT STEEL (TYPICAL) 6"6"1-1/4"1-1/2"1-1/4"1-1/4"2"1-1/2"1-1/4"1-1/4"2"1-1/2"1-1/4"1-1/4"2"2" 1-1/4" 1-1/2" 1-1/2" 1-1/2" 1-1/4"4"4"1-1/2"1-1/4"1-1/4"2" 1-1/2"1-1/4"1-1/4"2"1-1/2" 1-1/4"2" 6"6"6"6"6"4"4"4" 1-1/2" 2" KIMBALL HALL THURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:14:06 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST SECOND FLOOR PLAN FIRE PROTECTION SDF LY FP-011 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 SECOND FLOOR PLAN - FIRE PROTECTION GENERAL NOTES: 1. COORDINATE FIRE RATED ASSEMBLY LOCATIONS WITH ARCHITECTURAL PLANS AND PROVIDE FIRE STOPPING WHERE REQUIRED FOR EXISTING AND NEW PENETRATIONS. 06/12/20 NORTHA.1 B C D E F G H J K L 47 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLT15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 2 ENCLOSED STAIR TOWER ADDITION 4 9 10 10 5 5 13 A3 3-1 1919 19 19 21 22 22 EXISTING 4" FIRE MAIN TO KIMBALL HALL THIRD FLOOR SPRINKLER SYSTEMTHURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALLNEW 4" FIRE MAIN FROM EXISTING KIMBALL HALL FLOOR CONTROL TO THURSTON HALL THIRD FLOOR ABOVE CEILING. EXISTING 6" SPRINKLER RISER, EXISTING 3" DRAIN RISER IN STAIR TOWER TO KIMBALL HALL 6" COMBINED SPRINKLER CLASS 1 STANDPIPE RISERPROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF MAIN. (TYPICAL FOR ALL MAINS.) PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF BRANCHLINE. (TYPICAL FOR ALL LINES) INSTALL BRANCH PIPING AS CLOSE AS POSSIBLE TO THE DEEPEST BEAM. TYPICAL FOR ALL BRANCH LINES IN THURSTON HALL AND KIMBALL HALL UNLESS NOTICE OTHERWISE PROVIDE FULL PORT BALL VALVE ON ALL BRANCH LINES FOR FLUSHING. TYPICAL. 6" FLOOR CONTROL ASSEMBLY 4" DRAIN RISER EXISTING 4" STANDPIPE RISER WITH 2-1/2" ANGLED HOSE VALVES FIRE RATED RECESSED HOSE VALVE CABINET. RE-PIPE EXISTING HOSE VALVES INTO NEW CABINET. NEW 4" THURSTON HALL THIRD FLOOR CONTROL LOCATED IN STAIR ABOVE STATION SERVING KIMBALL. SEE DRAWING FP500 DETAIL 3 FOR TYPICAL STANDPIPE FLOOR CONTROL DETAIL. PATH OF THE PROPOSED FIRE MAIN PIPING IS VERY CONGESTED. FIELD COORDINATE FOR ADDITIONAL OFFSETS AS REQUIRED. PROVIDE UPRIGHT HEAD COVERAGE ABOVE CEILING TO PROTECT STEEL (TYPICAL) 1-1/2"1-1/4"1-1/4"2"1-1/2"1-1/4"2"1-1/2"1-1/4"2"4"4" 1-1/2" 1-1/4"2" 6"6"6"6"6"1-1/2"1-1/4" 2" CONNECT EXISTING SPRINKLER HEADS IN GAS CABINETS (3) KIMBALL HALL THURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:14:10 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST THIRD FLOOR FIRE PROTECTION SDF LY FP-012 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 THIRD FLOOR PLAN - FIRE PROTECTION GENERAL NOTES: 1. COORDINATE FIRE RATED ASSEMBLY LOCATIONS WITH ARCHITECTURAL PLANS AND PROVIDE FIRE STOPPING WHERE REQUIRED FOR EXISTING AND NEW PENETRATIONS. 06/12/20 UP ROOF NORTHDN A.1 B C D E F G H J K L 47 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLPROVIDE ROOF DRAIN AND TAPERED INSULATION SUMP. TIE IN TO EXIST FULLY ADHERED ROOF ASSEMBLY FOR WATERTIGHT CONDITION. EXIST PARAPET WALL T15 T14 T12 T11 T9 T8 T7 T6 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 2 9 ENCLOSED STAIR TOWER ADDITION PROPOSED ROOFTOP UNIT SET ON EXISTING STEEL FRAME. MAU 10 104-14-2 4-3 4-4 19 19 19 19 THURSTON HALLKIMBALL HALLTHURSTON HALLKIMBALL HALLEXISTING 4" FIRE MAIN TO KIMBALL HALL FOURTH FLOOR SPRINKLER SYSTEM NEW 4" FIRE MAIN FROM EXISTING KIMBALL HALL FLOOR CONTROL TO THURSTON HALL FOURTH FLOOR ABOVE CEILING. EXISTING 6" SPRINKLER RISER, EXISTING 3" DRAIN RISER IN STAIR TOWER TO KIMBALL HALL 6" COMBINED SPRINKLER CLASS 1 STANDPIPE RISER PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF BRANCHLINE. (TYPICAL FOR ALL LINES) PROVIDE FULL PORT BALL VALVE WITH CAP FOR FLUSHING AT END OF MAIN. (TYPICAL FOR ALL MAINS.) INSTALL BRANCH PIPING AS CLOSE AS POSSIBLE TO THE DEEPEST BEAM. TYPICAL FOR ALL BRANCH LINES IN THURSTON HALL AND KIMBALL HALL UNLESS NOTICE OTHERWISE PROVIDE FULL PORT BALL VALVE ON ALL BRANCH LINES FOR FLUSHING. TYPICAL. 6" FLOOR CONTROL ASSEMBLY 1" BRANCH LINE TO THE TOP OF ELEVATOR HOISTWAY. PROVIDE FLOW SWITCH AND BALL VALVE WITH TAMPER SWITCH. PROVIDE TEST CONNECTION HARD PIPED TO FLOOR DRAIN. INTERMEDIATE TEMPERATURE UPRIGHT SPRINKLER HEAD FOR COVERAGE AT THE TOP OF ELEVATOR HOISTWAY. COORDINATE INSTALLATION TO ENSURE NO IMPACT ON ELEVATOR OPERATION. 4" DRAIN RISER. EXTEND DRAIN RISER THROUGH ROOF FOR VENTING 2-1/2" BALL VALVE 2-1/2" HOSE CONNECTION EXISTING 4" STANDPIPE RISER WITH 2-1/2" ANGLED HOSE VALVES FIRE RATED RECESSED HOSE VALVE CABINET. RE-PIPE EXISTING HOSE VALVES INTO NEW CABINET. SPRINKLER HEADS FOR COVERAGE BELOW DUCTWORK NEW 4" THURSTON HALL FOURTH FLOOR CONTROL LOCATED IN STAIR ABOVE STATION SERVING KIMBALL. SEE DRAWING FP500 DETAIL 3 FOR TYPICAL STANDPIPE FLOOR CONTROL DETAIL. PATH OF THE PROPOSED FIRE MAIN PIPING IS VERY CONGESTED. FIELD COORDINATE FOR ADDITIONAL OFFSETS AS REQUIRED. PROVIDE UPRIGHT HEAD COVERAGE ABOVE CEILING TO PROTECT STEEL (TYPICAL) 6"6"6"6"2"1-1/2" 1-1/2"1-1/4"2"2"1-1/2"2"1-1/2"1-1/4"2"1-1/4"2"1-1/2"1-1/4"4"4"4"4"1-1/4"1-1/4"1-1/2"1-1/4"1-1/2"KIMBALL HALL ROOF THURSTON HALL BARD HALL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:14:13 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST FOURTH FLOOR PLAN FIRE PROTECTION SDF LY FP-013 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 FOURTH FLOOR PLAN - FIRE PROTECTION GENERAL NOTES: 1. COORDINATE FIRE RATED ASSEMBLY LOCATIONS WITH ARCHITECTURAL PLANS AND PROVIDE FIRE STOPPING WHERE REQUIRED FOR EXISTING AND NEW PENETRATIONS. 06/12/20 SUB-BASEMENT BASEMENT LOBBY FIRST FLOOR SECOND FLOOR THIRD FLOOR FOURTH FLOOR ROOF . P TO SPRINKLER ZONE TO SPRINKLER ZONE TO SPRINKLER ZONE TO SPRINKLER ZONE TO SPRINKLER ZONE TO SPRINKLER ZONE NEW 4" DRAIN PIPE 6"6"6"6"6"6"6"NEW 6" CLASS I COMBINATION STANDPIPE AND SPRINKLER RISER IN PROPOSED ENCLOSED STAIR TOWER4"4"4"4". . . . . BUTTERFLY VALVE WITH TAMPER SWITCH CHECK VALVE FLOW SWITCH INSPECTOR TEST/AUXILIARY DRAIN 2-1/2" HOSE VALVE WITH 2-1/2"x1-1/2" ADAPTER PRESSURE GAUGE TO NEW FIRE DEPARTMENT CONNECTION 6"6"2-1/2" HOSE VALVE WITH 2-1/2"x1-1/2" ADAPTER IN STAIR 2-1/2" HOSE VALVE WITH 2-1/2"x1-1/2" ADAPTER FOR FDC ROUTE TO SANITARY DRAIN. TERMINATE AT INDIRECT CONNECTION TO SANITARY DRAINAGE SYSTEM 2-1/2" HOSE CONNECTION FOR DRAIN 2-1/2" BALL VALVEEXTEND DRAIN RISER THROUGH ROOF FOR VENTING BARD HALLTHUSTONKIMBALLTHUSTONP 4"4"4"4"4"P 4"4"4"4"4"4"EXISTING 4" MANUAL WET STANDPIPE RISER WITH 2-1/2" HOSE VALVES EXISTING 4" MANUAL WET STANDPIPE RISER WITH 2-1/2" HOSE VALVES P EXISTING 6" SPRINKLER RISER P P P P P P EXISTING 6" KIMBALL HALL FLOOR CONTROL STATION NEW 6" THUSTON HALL FLOOR CONTROL STATION RPZ P 5"5" EXISTING FIRE DEPARTMENT CONNECTION EXISTING SPRINKLER SERVICE HEADER SUB-BASEMENT BASEMENT FIRST FLOOR SECOND FLOOR THIRD FLOOR FOURTH FLOOR ROOF NEW 6" FIRE MAIN CONNECTED TO EXISTING 6" WATER SUPPLY AT THURSTON HALL. 1. 6" STANDPIPE RISER 2. GROOVED TEE 3. GROOVED BUTTERFLY VALVE WITH TAMPER SWITCH 4. GROOVED CHECK VALVE WITH REMOVABLE FACE PLATE 5. FLOW SWITCH 6. TO SPRINKLER ZONE 7. 4" DRAIN RISER 8. HOSE VALVE WITH 2-1/2"x1-1/2" ADAPTER 9. TEST AND DRAIN VALVE w/RELIEF VALVE, SIGHT GLASS AND PRESSURE GAUGE 1/2" BALL DRIP 2-1/2" NIPPLE AUTO. SPRK. MOUNTED PLATE 18" MIN48" MAXCOORDINATE HOSE THREAD WITH LOCAL FIRE DEPARTMENT 5" STORZ FDC * SEE NFPA-13 FOR HANGER SIZE AND SPACING GALV. AUTO GRIP PIPE DROP-IN ANCHOR 1" x 18" MIN. ESCUTCHEON PLATE BRANCH LINE 1" TEE w/PLUG FOAM SEAL PENETRATION DO NOT INSULATE SHAFT SEMI-RECESSED PENDENT SPRINKLER HEAD LOADING DOCK/WINDSCREEN SUSPENDED CEILING SUSPENDED CEILING PENDENT ESCUTCHEON PLATE 1"BRANCH LINE I-BEAM OR BAR JOIST PIPE GALV. AUTO GRIP ALL THREAD ROD BEAM CLAMP * SEE NFPA-13 FOR HANGER SIZE AND SPACING CEILING PLATE SUSPENDED CEILING BRANCH LINE NIPPLE (4" MAX. LENGTH) MAIN CEILING DROP NIPPLE REDUCER 1" MIN./12" MAX. GALV. AUTO GRIP SUPPORT FROM JOIST OR DECK ABOVE ALL OUTLETS IN BRANCH PIPING SHOULD BE A MIN. OF 1" UPRIGHT SPRINKLER TEE PIPE NIPPLE BRANCH LINE UNDERSIDE OF CEILING REDUCER PIPING CONNECTION FROM TOP OF SPRINKLER PIPING SPRINKLER PIPING STRAINER 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:14:14 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST FIRE PROTECTION DETAILS SDF LY FP-500 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 NO SCALE 1 STANDPIPE RISER DIAGRAM NO SCALE3TYPICAL STANDPIPE FLOOR CONTROL DETAIL ELEVATION NO SCALE2FDC TYPICAL DETAIL NO SCALE 10 DROP IN ANCHOR NO SCALE4TYPICAL DRY PENDENT SPRINKLER HEAD DETAIL NO SCALE 9 TYPICAL PENDENT SPRINKLER HEAD DETAIL NO SCALE5TOP BEAM CLAMP HANGER NO SCALE8TYPICAL SPRINKLER HEAD DETAIL ABOVE AND BELOW CEILING NO SCALE7TYPICAL UPRIGHT SPRINKLER HEAD DETAIL NO SCALE6AUTOMATIC AIR VENT 06/12/20 1. ANY PHYSICAL INSTALLATION MODIFICATIONS DUE TO FIELD CONDITIONS SHALL BE RESOLVED BY THE MECHANICAL CONTRACTOR IN ACCORDANCE WITH THE RECOMMENDATIONS OF THE MECHANICAL ENGINEER. 2. THIS CONTRACTOR SHALL PROVIDE ALL MISCELLANEOUS STEEL AND SUPPORTS TO SUSPEND DUCTWORK AND EQUIPMENT. 3. ALL EQUIPMENT SHALL BE INSTALLED WITH VIBRATION ISOLATORS. 4. THIS CONTRACTOR SHALL PROVIDE ALL LABOR, MATERIALS, AND EQUIPMENT TO ENSURE A COMPLETE SYSTEM. 5. THIS CONTRACTOR SHALL COORDINATE HIS WORK WITH ALL OTHER TRADES. 6. THE MECHANICAL CONTRACTOR SHALL SEAL ALL HIS RESPECTIVE WALL AND ROOF PENETRATIONS. 7. THE MECHANICAL CONTRACTOR SHALL PAY FOR ALL FEES AND PERMITS AS NECESSARY TO COMPLETE THE INSTALLATION. 8. THE MECHANICAL CONTRACTOR SHALL PROVIDE MANUAL AIR VENTS AT ALL HIGH POINTS IN HYDRONIC SYSTEMS AND AT EACH UNIT TO FACILITATE MANUAL VENTING. PROVIDE 3/4" HOSE END DRAINS, (WITH CAP & CHAIN), AT ALL LOW POINTS TO FACILITATE DRAINAGE. 9. ALL REFRIGERATION PIPING SHALL BE INSTALLED IN STRICT ACCORDANCE WITH THE MANUFACTURER'S SPECIFICATIONS AND RECOMMENDATIONS, ALL PIPE SIZES SHALL BE PER MANUFACTURER'S REQUIREMENTS BASED ON PROPOSED PIPE ROUTING AND EQUIPMENT LOCATIONS. 10. ALL REFRIGERANT PIPING SHALL BE PITCHED A MINIMUM OF 1/2" IN 10'-0" IN THE DIRECTION OF THE REFRIGERANT FLOW. 11. ALL PIPE PENETRATIONS THROUGH CHASES, WALLS, OR FLOORS WHICH ARE FIRE-RATED SHALL BE PROPERLY SEALED TO MAINTAIN RATING. 12. ALL DUCTS THAT PENETRATE CHASES, WALLS, OR FLOORS WHICH ARE FIRE-RATED SHALL BE INSTALLED WITH FIRE DAMPERS IN ACCORDANCE WITH NFPA 90A. THIS APPLIES EVEN IF THEY ARE NOT SPECIFICALLY SHOWN ON THE DRAWINGS. 13. COORDINATION DRAWINGS AT NOT LESS THAN A 1/4" PER FOOT. SHOWING THE PROPOSED EQUIPMENT ARE REQUIRED FOR ALL AREAS AND SHALL BE REVIEWED BY ALL TRADES PRIOR TO SUBMISSION TO THE PROFESSIONAL. 14. ALL DUCTWORK, EQUIPMENT, PIPING, ETC. SHALL BE INSTALLED ABOVE THE FINISHED CEILING UNLESS SPECIFICALLY NOTED OTHERWISE. MECHANICAL NOTES OUTDOOR AMBIENT CONDITIONS: WINTER = -5°F DB SUMMER = 88° DB, 73°F WB INDOOR CONDITIONS: HEATING = 70°F COOLING = 75°F CODES: 2020 NY STATE BUILDING CODE 2020 NY STATE MECHANICAL CODE DESIGN PARAMETERS 1. CONTRACTORS ARE URGED TO INSPECT THE SITE BEFORE SUBMITTING A BID PROPOSAL TO ENSURE KNOWLEDGE OF PROJECT REQUIREMENTS AND SITE CONDITIONS. IF NO CLARIFICATION IS REQUESTED, IT WILL BE CONSIDERED THAT THE CONTRACTORS ARE IN FULL UNDERSTANDING OF PROJECT REQUIREMENTS. 2. PROVIDE LABOR, SUPERVISION, EQUIPMENT, MATERIALS, AND SERVICES REQUIRED FOR THE COMPLETE INSTALLATION OF THIS WORK IN ACCORDANCE WITH APPLICABLE FEDERAL, STATE, AND LOCAL CODES, AUTHORITIES HAVING JURISDICTION, AND STANDARDS INCLUDING BUT NOT LIMITED TO THE LATEST ADOPTED VERSIONS OF ASHRAE, IBC, IPC, IFGC, NEC, NFPA, AND SMACNA. 3. NOTHING CONTAINED IN THE SPECIFICATIONS OR SHOWN ON THE DRAWINGS SHALL BE CONSTRUED TO BE IN CONFLICT WITH ANY STATE OR LOCAL CODES, ORDINANCES OR REGULATIONS. 4. THE USE OF THE WORD "PROVIDE" SHALL MEAN TO FURNISH, INSTALL AND CONNECT, READY TO USE. 5. THE USE OF THE WORD "FURNISH" SHALL MEAN TO PROCURE AND DELIVER TO THE SITE. 6. THE USE OF THE WORD "INSTALL" SHALL MEAN TO PHYSICALLY PLACE INTO SERVICE AND CONNECT, READY TO USE. 7. EQUIPMENT AND MATERIALS SHALL BE INSTALLED BY SKILLED TRADESMEN, FAMILIAR WITH THE COMPONENTS TO BE INSTALLED, AND IN ACCORDANCE WITH BEST PRACTICES OF THE INDUSTRY. 8. THESE DRAWINGS ARE DIAGRAMMATIC AND INDICATE ONLY THE GENERAL ARRANGEMENT OF PIPING, DUCTWORK, CONDUITS, EQUIPMENT, ETC. ITEMS OF WORK OR EQUIPMENT SHOWN ON THE DRAWINGS ONLY, OR CALLED FOR IN THE SPECIFICATIONS ONLY, SHALL BE FURNISHED AND INSTALLED IN THE SAME MANNER AS IF THEY APPEARED ON BOTH DRAWINGS AND THE SPECIFICATIONS. 9. BECAUSE OF THE SMALL SCALE OF THE DRAWINGS, IT IS NOT POSSIBLE TO INDICATE ALL OFFSETS, FITTINGS, AND ACCESSORIES THAT MAY BE REQUIRED. THIS CONTRACTOR SHALL CAREFULLY EXAMINE THE ARCHITECTURAL, STRUCTURAL, HEATING, VENTILATING AND AIR-CONDITIONING, ELECTRICAL, PLUMBING, AND OTHER PROJECT DOCUMENTS AS MAY BE NECESSARY FOR PROPER OPERATION OR INSTALLATION AND SHALL PROVIDE OFFSETS, FITTINGS, AND ACCESSORIES TO MEET PROJECT CONDITIONS. 10. DISCREPANCIES BETWEEN DRAWINGS OR BETWEEN DRAWINGS AND SPECIFICATIONS SHALL BE REPORTED TO PROFESSIONAL IN WRITING. OBTAIN WRITTEN INSTRUCTIONS FROM PROFESSIONAL AS TO THE MANNER IN WHICH TO PROCEED. NO DEPARTURES FROM THE PROJECT DOCUMENTS SHALL BE MADE WITHOUT PRIOR WRITTEN ACCEPTANCE BY THE PROFESSIONAL. ALL PHYSICAL ATTRIBUTES OF EQUIPMENT AND DEVICES ARE BASED ON THOSE MANUFACTURERS LISTED IN THE SPECIFICATIONS AND/OR THE EQUIPMENT SCHEDULES. THE RESPECTIVE CONTRACTORS ARE RESPONSIBLE FOR ALL CHANGES BROUGHT ABOUT BY THE USE OF ITEMS BY OTHER MANUFACTURERS IF THOSE ITEMS DO NOT MATCH THE PHYSICAL ATTRIBUTES OF THE MANUFACTURERS LISTED. 11. THE FIRE RESISTANCE RATINGS OF ALL WALLS, PARTITIONS, FLOORS, STEEL, ETC. SHALL BE MAINTAINED. THE APPLICATION OF PRODUCTS AND/OR DEVICES INTENDED TO MAINTAIN THESE RATINGS SHALL BE SUBMITTED FOR REVIEW AND INSTALLED PER MANUFACTURER'S INSTRUCTIONS. 12. IN ORDER TO AVOID DELAY IN THE PROJECT SCHEDULE, AND THE POSSIBLE INSTALLATION OF NON-SPECIFIED MATERIALS, THE CONTRACTOR IS RESPONSIBLE FOR ORDERING ALL PRODUCTS IN A TIMELY FASHION. IF A DELAY OCCURS DUE TO NEGLIGENCE ON PART OF THE CONTRACTOR, ANY FINANCIAL BURDEN ENCOUNTERED WILL BE THE RESPONSIBILITY OF THE CONTRACTOR. 13. DIMENSIONS, CLEARANCES, AND LOCATIONS OF EQUIPMENT AND MATERIALS SHALL BE FIELD VERIFIED PRIOR TO ORDERING, PROCURING AND FURNISHING SAME. 14. NO EXTRA COMPENSATION OR CHARGES WILL BE ACCEPTED DUE TO DIFFERENCES BETWEEN THE ACTUAL MEASUREMENTS AND THOSE INDICATED ON THE PLAN. THOROUGHLY COORDINATE WORK WITH SITE CONDITIONS AND OTHER TRADES, DETERMINE EXACT ROUTE AND LOCATION OF EACH DUCT, PIPE, CONDUIT, ETC. BEFORE FABRICATION AND INSTALLATION. 15. THE CONTRACTOR SHALL PROVIDE AND INSTALL ACCESS PANELS, WHETHER INDICATED ON THE CONTRACT DOCUMENTS OR NOT, WHERE REQUIRED TO PROVIDE ACCESS TO THEIR INSTALLATIONS. ACCESS PANELS SHALL MATCH THE FIRE RESISTANCE RATING OF THE PARTITION THAT THEY ARE BEING INSTALLED. CONTRACTOR SHALL COORDINATE THE LOCATION OF ALL ACCESS PANELS WITH THE ARCHITECT AND WITH OTHER TRADES TO AVOID DUPLICATION. 16. INSTALL WORK SUBSTANTIALLY AS INDICATED. VERIFY LOCATIONS AND ELEVATIONS ON JOB SITE. DO NOT DIRECTLY SCALE DRAWINGS. MAKE NECESSARY CHANGES IN ELEVATION, FITTINGS, OR OFFSETS TO ACCOMMODATE OBSTACLES OR INTERFERENCES. 17. CONTRACTOR SHALL ASSUME FULL RESPONSIBILITY FOR DAMAGE TO THE BUILDING, PIPING OR EQUIPMENT THAT IS THE RESULT OF WORK FOR INSTALLATION OF THIS CONTRACT. 18. THE INSTALLING CONTRACTOR IS RESPONSIBLE FOR PATCH AND REPAIR OF ALL SURFACES TO MATCH EXISTING MATERIALS AND ADJACENT FINISHES ASSOCIATED WITH INSTALLATION/REMOVAL OF THIS WORK UNLESS SPECIFICALLY NOTED OTHERWISE. 19. WORK SHALL BE COMPLETED TO MAINTAIN ALL NECESSARY AND REQUIRED CLEARANCES, ACCESSES, AND OPENINGS, SUCH THAT FULL FUNCTIONALITY, PROPER OPERATION, AND REPAIR AND MAINTENANCE ARE ENSURED. 20. WHERE DEVICE HEIGHT OF 48" OCCURS AT POINT OF CHANGE OF FINISH, THE DEVICE SHALL BE LOWERED TO OCCUR IN ONE FINISH. 21. WHERE DEVICE OCCURS IN BRICK, TILE, OR BLOCK WALLS, THEY SHALL BE MOUNTED AT A VERTICAL MASONRY JOINT & IN THE BOTTOM HORIZONTAL JOINT, CLOSEST TO THE MOUNTING HEIGHT. 22. UNLESS OTHERWISE NOTED, ALL MOUNTING HEIGHT DIMENSIONS LISTED ARE TO THE CENTER LINE OF THE BOX OR DEVICE. 23. NOT ALL ABBREVIATIONS & SYMBOLS MAY APPLY TO THIS PROJECT. 24. ALL ELECTRICAL MATERIALS, DEVICES, APPLIANCES, AND EQUIPMENT SHALL BE LABELED AND LISTED BY A CERTIFIED TESTING LABORATORY OR AGENCY. 25. DRAWINGS REPRESENT THE SCOPE OF WORK IN GENERAL ARRANGEMENT FORM AND ARE INTENDED TO SHOW GENERAL ROUTING AND REQUIRED SIZES/CAPACITIES OF SYSTEM COMPONENTS. GENERAL NOTES 1. THE DEMOLITION PLANS AND NOTES HAVE BEEN PREPARED TO ASSIST THE CONTRACTORS IN IDENTIFYING THE AREAS AND ITEMS OF DEMOLITION AND RENOVATION ASSOCIATED WITH THIS PROJECT. THE INFORMATION PROVIDED IS NOT MEANT TO BE ALL-INCLUSIVE IN TERMS OF LISTING EACH AND EVERY SPECIFIC TASK TO BE PERFORMED. EACH CONTRACTOR WILL THOROUGHLY EXAMINE ALL CONTRACT DOCUMENTS PRIOR TO PERFORMING ANY WORK. 2. DEMOLITION WORK INCLUDES, BUT IS NOT LIMITED TO, THE ITEMS INDICATED ON THE DEMOLITION DRAWINGS AND DESCRIBED IN THE DEMOLITION NOTES. THE EXTENT OF THE DEMOLITION WORK WILL INCLUDE ALL WORK REQUIRED TO COMPLETE THE PROJECT AND ENSURE WHETHER OR NOT THE WORK IS INDICATED ON THE DRAWINGS. 3. EACH CONTRACTOR SHALL THOROUGHLY EXAMINE AND VERIFY ALL EXISTING CONDITIONS BEFORE PERFORMING ANY WORK AND IMMEDIATELY NOTIFY THE ARCHITECT, IN WRITING, OF ANY DISCREPANCIES WITH THE DRAWINGS. 4. ANY WORK PERFORMED AS PART OF THIS CONTRACT REQUIRING OR ALTERATION WILL BE THE RESPONSIBILITY OF THE RESPECTIVE CONTRACTOR. 5. ALL ITEMS NOTED TO BE REMOVED TO BE DISPOSED OF OFF-SITE BY RESPECTIVE CONTRACTORS, UNLESS NOTED OTHERWISE. WHERE INDICATED ON THE DRAWINGS AND/OR IN THE NOTES AS SALVAGE AND DELIVER TO OWNER. THE CONTRACTOR WILL CAREFULLY REMOVE INDICATED ITEMS AND STORE THEM WHERE DIRECTED BY THE OWNER. 6. THE OWNER HAS THE OPTION TO RETAIN POSSESSION OF ANY REMOVED MATERIALS OR EQUIPMENT. ALL SUCH ITEMS SHALL BE CAREFULLY REMOVED AND STORED AT THE SITE BY THE CONTRACTOR WHERE DIRECTED BY THE OWNER. ANY MATERIALS OR EQUIPMENT NOT RETAINED BY THE OWNER WILL BECOME THE PROPERTY OF THE CONTRACTOR AND PROMPTLY REMOVED FROM SITE. 7. ANY CONTRACTOR REMOVING OR MODIFYING MATERIAL CONTAINING ASBESTOS OR SUSPECTED OF CONTAINING ASBESTOS WILL NOTIFY THE OWNER AT ONCE AND STOP REMOVAL. IDENTIFICATION AND/OR REMOVAL OF ASBESTOS CONTAINING MATERIAL WILL BE THE RESPONSIBILITY OF THE OWNER. 8. REFER TO ARCHITECTURAL, STRUCTURAL, MECHANICAL, ELECTRICAL, TECHNOLOGY AND PLUMBING DRAWINGS FOR DEMOLITION WORK BY RESPECTIVE CONTRACTORS. EACH CONTRACTOR IS RESPONSIBLE FOR ALL DEMOLITION ASSOCIATED WITH HIS CONTRACT AND SCOPE OF WORK. EACH CONTRACTOR IS RESPONSIBLE TO PATCH AND/OR REPAIR ANY AND ALL CONSTRUCTION AFFECTED BY HIS DEMOLITION. THE EXTENT OF PATCH AND REPAIR SHALL BE AS REQUIRED TO RECEIVE THE SCHEDULED NEW WORK. ALL CONTRACTORS ARE RESPONSIBLE FOR COORDINATION OF WORK WITH OTHER CONTRACTORS BEFORE PERFORMING ANY WORK. 9. ALL PATCH AND REPAIR WORK SHALL BE PERFORMED USING MATERIALS THAT MATCH THE EXISTING ADJACENT CONSTRUCTION. WHERE PATCHING EXISTING MASONRY WALLS OR INFILLING BETWEEN WALLS WITH MASONRY TO MATCH EXISTING, "TOOTH-IN" NEW MASONRY TO EXISTING. 10. EACH CONTRACTOR IS RESPONSIBLE TO PROTECT ALL EXISTING CONSTRUCTION SCHEDULED TO REMAIN. EACH CONTRACTOR IS RESPONSIBLE TO PATCH AND/OR REPAIR ANY AND ALL CONSTRUCTION AFFECTED BY THEIR DEMOLITION. EACH CONTRACTOR SHALL PATCH (SUBSTRATE AND FINISHED SURFACES) ANY EXISTING FINISHES AFFECTED BY THEIR RESPECTIVE WORK. 11. EXISTING CONDITIONS INDICATED ARE OBTAINED FROM AVAILABLE SOURCES (EXISTING DRAWINGS, FIELD SURVEYS, ETC.) AND ARE NOT GUARANTEED TO BE TRUE AND EXACT. CONTRACTOR(S) SHALL FIELD VERIFY EXISTING CONDITIONS AND NOTIFY THE ENGINEER OF ANY DISCREPANCIES PRIOR TO PROCEEDING WITH THE AFFECTED PORTION OF THE WORK. 12. REMOVAL IN ITS ENTIRETY INCLUDES HANGERS, ELECTRICAL, CONTROLS, ETC., TO LEAVE A LIKE NEW OR MATCHING EXISTING CONDITION. GENERAL DEMOLITION NOTES 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 10:43:34 AMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 Checker MECHANICAL SYMBOLS, NOTES & ABBREVIATIONS SDF Author M-000 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 06/12/20 UP UP UP UP E2E2E2E2 E2E2 E2 E2 E2 E2E2E2 E2 E2 E2 E2 E2E2E2E2E2278 SF LAB SB36 148 SF LAB SB36A 176 SF LAB SB38 164 SF LAB SB37 361 SF LAB SB40 176 SF LAB SB39 649 SF LAB SB47 164 SF LAB SB56E 93 SF LAB SB56D 152 SF LAB SB56C 109 SF BATHROOM SB00T 61 SF STORAGE SB26A 102 SF ELEVATOR SB00E 280 SF LAB SB28 230 SF LAB SB30 430 SF LAB SB56 140 SF LAB SB58 67 SF LAB SB58B 182 SF LAB SB58C 1217 SF LAB SB60 60 SF AREAWAY SB00UE 469 SF TRANSFORMER SB00UD 333 SF SWITCHBOARD ROOM SB00UC STEAM ROOM SB00UB 243 SF STAIRS SB00SA 354 SF CORRIDOR SB00CB 23 SF VEST SB58A STEAM ROOM SB00UA 908 SF CORRIDOR SB00CA A.1 B C D E F G H J K L 47 L.1 A 5.4 CL SB26A STAIR SB00SB 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) PROVIDE SUMP PUMP SP-1 IN EXISTING ELEVATOR SUMP PIT. REMOVE EXISTING GRATING AND REMOVE ANY DEBRI FROM PIT. ENSURE THAT PIT HAS SUFFICENT FREE SPACE TO OPERATE PUMP. INSTALL OIL MINDER CONTROLS AND CONNECT SP-1 TO CONTROLS. ROUTE 1 1/2" PUMP DISCHARGE FROM SP-1 TO EXISTING FLOOR DRAIN IN THE ADJACENT STEAM ROOM. ENSURE FLOOR DRAIN IS OPERATIONAL. COORDINATE DRAIN PIPE ROUTING WITH ELEVATOR OPERATION. VERIFY INTEGRITY OF EXISTING FIRE WRAP ON 42x28 EA DUCT, AND REPAIR AS NECESSARY. PROVIDE NEW 34x30 FIRE DAMPER IN SA DUCT VERIFY INTEGRITY OF EXISTING FIRE WRAP ON 10ø EA DUCT, REPAIR AS NECESSARY. PROVIDE NEW 12x12 & 18x12 FIRE DAMPERS IN SA DUCTS VERIFY INTEGRITY OF EXISTING FIRE WRAP ON 10ø EA DUCT, AND REPAIR AS NECESSARY 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) CONNECT 24X36 DUCT TO EXTERIOR WALL LOUVER PROVIDE 3 HR FIRE DAMPER IN 24X36 DUCT. TERMINATE DUCT AT WALL WITH GRILLE REMOVE EXISTING TRANSFER LOUVER REMOVE EXISTING TRANSFER LOUVER E F 6 7 5.4 E F 6 7 5.4 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 10:43:35 AMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST SUB-BASEMENT MECHANICAL PLAN SDF BD M-001 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 1/8" = 1'-0"1 SUB-BASEMENT FLOOR PLAN - MECHANICAL GENERAL NOTES: 1. FIRESTOP ALL EXISTING AND NEW PENETRATIONS THROUGH FIRE RATED PARTITIONS. 1/4" = 1'-0"2 PARTIAL SUB-BASEMENT PLAN - LAB SB47 - MEZZANINE DEMO - HVAC 1/4" = 1'-0"3 PARTIAL SUB-BASEMENT PLAN - LAB SB47 - LOWER DEMO - HVAC DISCONNECT AND REMOVE EXISTING SERVICE PIPING WITHIN SPACE. REMOVE PIPING, FITTINGS, AND ACCESSORIES BACK TO MAINS AND CAP. DISCONNECT AND REMOVE EXISTING SERVICE PIPING WITHIN SPACE. REMOVE PIPING, FITTINGS, AND ACCESSORIES BACK TO MAINS AND CAP. DISCONNECT AND REMOVE EXISTING SINK AND ASSOCIATED SERVICES. 06/12/20 UP UP UP E2E2E2E2E2E2E2 E2 E2 E2 E2E2E2E2E2 E2E2 E2E2 E2E22 2 22 2222UP UP UP UP DN301 SF COMPUTER ROOM B40 630 SF LASER LAB B44A289 SF EQUIPMENT RM B44C 174 SF LAB B44B 304 SF LAB B47A 108 SF VESTIBULE B44 141 SF LAB B47 CLOSET B00UA CLOSET B00UB CLOSET B00UO 415 SF LAB B47B 449 SF LAB B55 644 SF LAB B56 165 SF LAB B57 163 SF OFFICE B57A 232 SF LAB B58 79 SF OFFICE B59 948 SF LAB B60 203 SF RECEIVING B60A 45 SF GAS STOR B07A 22 SF GAS B07 403 SF EQUIPMENT B28 106 SF BATHROOM B0T 22 SF SINK B00J CLOSET B00UD STAIR B00S 66 SF ELEVATOR B00E A.1 B C D E F G H J KK L 47 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALL192 SF RECEIVING B60B STAIRS B00SB 400 SF THURSTON B01A 396 SF THURSTON B01 833 SF THURSTON B05 ENCLOSED STAIR TOWER ADDITION-CORRIDOR B00CA 106 SF VEST B44D VERIFY INTEGRITY OF EXISTING FIRE WRAP ON 14x7 EA DUCT, AND REPAIR AS NECESSARY. PROVIDE NEW 42x24 FIRE DAMPER IN SA DUCT VERIFY INTEGRITY OF EXISTING FIRE WRAP ON 32x16 & 16x16 EA DUCTS AND REPAIR AS NECESSARY CUH-11"1"1" HWS/ R UP TO FIRST FLOOR PROVIDE AND INSTALL TWO (2) 24x24 2-HR RATED ACCESS DOORS IN NEW SHAFTWALL PARTITION. COORDINATE LOCATION WITH EXISTING VALVES. 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 267 SF LOBBY 100L 847 SF LECTURE ROOM 140 108 SF STORAGE 100CB 1189 SF LAB 150 932 SF LAB 156 585 SF GRAD OFFICE 158 615 SF LAB 160 LAB 131 227 SF OFFICE 129 170 SF OFFICE 128 172 SF OFFICE 127 181 SF OFFICE 126 108 SF BATHROOM 100T 20 SF JANITOR 100J CL 100U 62 SF ELEVATOR 100E 395 SF CORRIDOR 100CA 25 SF HALL 100CC A.1 B C D E F G H J K L BL47 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLCL 140A 712 SF CORRIDOR 100CD STAIRS 100SB 115 100CC 101 101 DN 2' - 0" A3 U8U8 ROOF BELOW 2' - 0"2' - 6"2' - 0"4' - 0"STAIRS 100S VERIFY INTEGRITY OF EXISTING FIRE WRAP ON 18x12 & 14x7 EA DUCT, AND REPAIR AS NECESSARY. PROVIDE NEW 42x24 FIRE DAMPER IN SA DUCT PROVIDE NEW 17x10 & 24x18 FIRE DAMPERS IN SA DUCT. VERIFY INTEGRITY OF EXISTING FIRE WRAP ON 18x12 EA DUCT AND REPAIR AS NECESSARY PROVIDE (3) NEW FIRE DAMPERS IN SA DUCT. VERIFY INTEGRIFY OF EXISTING FIRE WRAP ON EA DUCT AND REPAIR AS NECESSARY 1" HWS/ R DN 1" HWS/R UP PROVIDE AND INSTALL TWO (2) 24x24 2-HR RATED ACCESS DOORS IN NEW SHAFTWALL PARTITION. COORDINATE LOCATION WITH EXISTING VALVES. 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 10:43:37 AMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST BASEMENT & 1ST FLOOR MECHANICAL PLANS SDF LY M-002 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 1/8" = 1'-0" 1 BASEMENT FLOOR PLAN - MECHANICAL 1/8" = 1'-0" 2 FIRST FLOOR PLAN - MECHANICAL REMOVE SECTION OF EXISTING FINTUBE RADIANT HEATER AND ENCLOSURE TO FACILITATE INSTALLATION OF NEW EGRESS DOOR. OFFSET EXISTING SUPPLY PIPING UP OVER NEW DOOR AND RE- CONNECT TO REMAINING ENCLOSURE. PROVIDE A DRAIN VALVE AT THE LOW POINT AND AN AIR VENT AT THE HIGH POINT. RELOCATE EXISTING CONTROL VALVE. PROVIDE VACUUM PUMP AND VALVE, VENT HEATER, AND LN2 GLOBE VALVE. SEAL PENETRATION IN EXTERIOR WALL. PROVIDE VACUUM JACKETED LIQUID NITROGEN (LN2) PIPING FROM EXISTING TANK TO EXTERIOR STROAGE ROOM. PROVIDE LN2 GLOBE VALVE OUTSIDE AND SEAL EXTERIOR WALL PENETRATION. ROUTE VACUUM JACKETED LIQUID NITROGEN (LN2) PIPING THROUGH RECEIVING ROOMS. MOUNT TO WALL AS HIGH AS POSSIBLE. PROVIDE OXYGEN LEVEL SENSOR CONNECTED TO BMS IN EACH OCCUPIED SPACE.. GENERAL NOTES: 1. FIRESTOP ALL EXISTING AND NEW PENETRATIONS THROUGH FIRE RATED PARTITIONS. GENERAL NOTES: 1. FIRESTOP ALL EXISTING AND NEW PENETRATIONS THROUGH FIRE RATED PARTITIONS. EXISTING 1" GAS N2 LINE CONNECT TO EXISTING HWS&R PERIMETER PIPE LOOP IN THIS LOCATION PROVIDE 24X18 RELIEF DUCT WITH FIRE DAMPER AND BACKDRAFT DAMPER. BACKDRAFT DAMPER SHALL BE WEIGHTED TO MAINTAIN 0.1" PRESSURE IN STAIRWELL WHEN MAU-1 IS RUNNING 06/12/20 UP 295 SF OPEN OFFICE 210F 85 SF OFFICE 210E74 SF BREAK 210D 411 SF OPEN OFFICE 210 148 SF OFFICE 210C 121 SF OFFICE 210B 126 SF OFFICE 210A 445 SF CONFERENCE 245 571 SF LAB 247 214 SF COMPUTER 249 240 SF LAB 250 419 SF LAB 258B 659 SF LAB 258 258D 111 SF OFFICE 258A 640 SF LOUNGE 260 260A 139 SF BREAK ROOM 231 OFFICE 230 174 SF OFFICE 229 236 SF OFFICE 228 174 SF OFFICE 227 176 SF OFFICE 226 21 SF JANITOR 200JA 108 SF BATHROOM 200T STAIRS 200S CLOSET 200U 14 SF CLOSET 200JB 149 SF OFFICE ENTRY 200CC 155 SF COPY ROOM 210G 251 SF LAB 258C 62 SF ELEVATOR 200E A.1 B C D E F G H J K L 7 L.1 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALL934 SF CORRIDOR 200CA STAIRS 200SB ENCLOSED STAIR TOWER ADDITION VERIFY INTEGRITY OF EXISTING FIRE WRAP ON 20x10 & 14x7 EA DUCT, AND REPAIR AS NECESSARY. PROVIDE NEW 42x24 FIRE DAMPER IN SA DUCT VERIFY INTEGRITY OF EXISTING FIRE WRAP ON 48x14 EA DUCT AND REPAIR AS NECESSARY 1" HWS/R DN RF-1 PROVIDE AND INSTALL TWO (2) 24x24 2-HR RATED ACCESS DOORS IN NEW SHAFTWALL PARTITION. COORDINATE LOCATION WITH EXISTING VALVES. 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 10:43:37 AMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 Checker 2ND FLOOR MECHANICAL PLAN SDF Author M-003 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 1/8" = 1'-0" 1 SECOND FLOOR PLAN - DUCTWORK GENERAL NOTES: 1. FIRESTOP ALL NEW AND EXISTING PENETRATIONS THROUGH FIRE RATED PARTITIONS. 06/12/20 UP UP E2E2E2 E2E2 E2E2 E2 E2 E2E2 E2E2 E2E2 2 2 2222E5E5221 SF OFFICE 31091 SF OFFICE 311 199 SF OFFICE 312 126 SF OFFICE 313 128 SF OFFICE 314 391 SF LAB 315 126 SF OFFICE 341 126 SF OFFICE 340 274 SF LAB 344 218 SF LAB 316 803 SF LAB 350 802 SF LAB 356 591 SF LAB 359 204 SF LAB 361 285 SF OFFICE 360 143 SF OFFICE 330 212 SF OFFICE 330A 171 SF OFFICE 329 236 SF OFFICE 328 174 SF OFFICE 327 176 SF OFFICE 326 100 SF ELEVATOR 300E JANITOR 300JA 108 SF BATHROOM 300T 174 SF LAB 345 408 SF LAB 347 STAIRS 300S CLOSET 300JB UTILITY 300U 300CB A.1 B C D E F G H J K L 47 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLSTAIRS 300SB 617 SF CORRIDOR 300CC 333 300CA 301 ENCLOSED STAIR TOWER ADDITION A3 CORRIDOR 300CA UP TO RD-1 CONFIRM INTEGRITY OF EXISTING FIRE WRAP ON 14x7 EA DUCT AND REPAIR AS NECESSARY CONFIRM INTEGRITY OF EXISTING FIRE WRAP ON 36x24, 24X12, AND 24X18 EA DUCT AND REPAIR AS NECESSARY PROVIDE NEW 36x24 FIRE DAMPER IN SA DUCT PROVIDE NEW 36x10 FIRE DAMPER IN SA DUCT PROVIDE NEW 16x8 FIRE DAMPER IN SA DUCT PROVIDE AND INSTALL TWO (2) 24x24 2-HR RATED ACCESS DOORS IN NEW SHAFTWALL PARTITION. COORDINATE LOCATION WITH EXISTING VALVES. 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) CONFIRM INTEGRITY OF EXISTING FIRE WRAP ON 55X28 EA DUCT AND REPAIR AS NECESSARY CONFIRM INTEGRITY OF EXISTING FIRE WRAP ON 36X24 & 14ø EA DUCT AND REPAIR AS NECESSARY 246 SF OFFICE 414 178 SF OFFICE 416 400CA 419 130 SF HALL 400CB 1293 SF MECH 400UA 400UC A.1 B C D E F G H J K L 47 L.1 A 5.4 400UB STAIRS 400S STAIRS 400SB VIF 3' - 3 1/2" VIF 3' - 4"VIF7' - 9"VIF9' - 6"12' - 0"10' - 0"RD-11 1/2" GHWR1 1/2" GHWSCONNECT TO (E)3" GHWS/R SERVING (E)AHU MAU-1 ON ROOF (E)58x54 FIRE DAMPER IN SA DUCT (TYP. BOTH SIDES), PROVIDE NEW 15x10 FIRE DAMPER IN SA24x20PROVIDE AND INSTALL TWO (2) 24x24 2-HR RATED ACCESS DOORS IN NEW SHAFTWALL PARTITION. COORDINATE LOCATION WITH EXISTING VALVES. 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) 2 HR FIRE RATED CONSTRUCTION (TYP.) PROVIDE FIRE DAMPER AT WALL PENETRATION TERMINATE WITH GRILLE DROP DUCT TO PENETRATE STAIR TOWER BELOW 8'-6" CONCRETE BEAM 24x20145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/12/2020 10:43:38 AMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 AST 3RD & 4TH FLOORS/ROOF MECHANICAL PLANS SDF LY M-004 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 1/8" = 1'-0" 1 THIRD FLOOR PLAN - MECHANICAL 1/8" = 1'-0" 2 FOURTH FLOOR/ROOF PLAN - MECHANICAL PROVIDE NEW 4" STORM DRAINAGE AND PIPELINE FROM RD-1 TO EXISTING RISER PROVIDE NEW ROOF DRAIN (RD-1) GENERAL NOTES: 1. FIRESTOP ALL EXISTING AND NEW PENETRATIONS THROUGH FIRE RATED PARTITIONS. GENERAL NOTES: 1. FIRESTOP ALL EXISTING AND NEW PENETRATIONS THROUGH FIRE RATED PARTITIONS. 2. PROVIDE MAU-1 WITH UNIT CONTROLLER. ROUTE SIGNAL WIRING THROUGH FIRE ALARM CONTROL MODULE PROVIDED BY E.C. PROVIDE CONTROL WIRING FROM CONTROLLER TO P-1. P-1 SHALL RUN WHENEVER MAU-1 IS RUNNING AND THERE IS A CALL FOR HEAT. THE HOT WATER CONTROL VALVE SHALL MODULATE TO MAINTAIN A DISCHARGE AIR TEMPERATURE OF 70F. INSTALL DUCT BELOW BEAM COVER EXTERIOR DUCT INSULATION WITH ALUMINUM WRAP ANCHOR DUCT TO WALL P-1 RUN DUCT UP WALL TO 12'-6" ABOVE ROOF LEVEL PENETRATE WALL ABOVE DOOR 06/12/20 GENERAL NOTES: DUCT CONTINUED DOUBLE LINE RECTANGULAR T T E PNEUMATIC/ELECTRIC THERMOSTAT AIR FLOW NTS NOT TO SCALE PIPE ANCHOR (DBL) PIPE GUIDE CFM CUBIC FEET PER MINUTE EXPANSION COMPENSATOR WITH GUIDES AD ACCESS DOOR PRE-FAB EXPANSION LOOP P.C.PLUMBING CONTRACTOR STRAINER N.O.NORMALLY OPEN PRESSURE GAUGE DSD DUCT SMOKE DETECTOR THERMOMETER H HUMIDISTAT UNION AIR VENTV ROUND DUCT - IN INCHES12" TT THERMOSTATIC TRAP SQUARE TO ROUND TRANSITION FT FLOAT & THERMOSTATIC TRAP UP OR DOWN RETURN DUCT TURNING24x1210x8DNUPDNUP TD THERMODYNAMIC TRAP10"14" TEE CONICAL 8"18"ROUND BRANCH ROUND MAIN SUPPLY/RETURN BT BUCKET TRAP REGISTER OR GRILLE RETURN OR EXHAUST DIRECTION OF FLOW VOLUME DAMPER BBD BOILER BLOW DOWN CWS CHILLED WATER SUPPLY CWR CHILLED WATER RETURN D DRAIN FUEL OIL FILLFOF FUEL OIL GAUGEFOG FOS FUEL OIL SUPPLY FOR FUEL OIL RETURN FOV FUEL OIL TANK VENT G GAS GLYCOL SUPPLYGS GLYCOL RETURNGR HWS HOT WATER SUPPLY HWR HOT WATER RETURN HG HOT GAS LPS LOW PRESSURE STEAM LPC LOW PRESSURE CONDENSATE MPS MEDIUM PRESSURE STEAM MPC MEDIUM PRESSURE CONDENSATE HPS HIGH PRESSURE STEAM HPC HIGH PRESSURE CONDENSATE PC PUMPED CONDENSATE RD REFRIGERANT DISCHARGE RL REFRIGERANT LIQUID RS REFRIGERANT SUCTION VAC VACUUM CW DOMESTIC COLD WATER EXISTING WORK TO BE REMOVED SINGLE LINE PIPE OR DUCT CONTINUED ROUND DUCT CONTINUED DOUBLE LINE PIPE OR MBH THOUSAND BTU/HOUR (E)EXISTING FPM FEET PER MINUTE AFF ABOVE FINISHED FLOOR G.C.GENERAL CONTRACTOR E.C.ELECTRICAL CONTRACTOR N.C.NORMALLY CLOSED S TEMPERATURE SENSOR DUCT TAKEOFFSSINGLE LINE DOUBLE LINE UP OR DOWN SUPPLY DUCT TURNING24x1210x8DNUPUPDN 10x88x6 24x1214x8 TAP 6" BOOT RECTANGULAR BRANCH RECTANGULAR MAIN SUPPLY/RETURN 10"14" 8"18"ROUND BRANCH ROUND MAIN SUPPLY/RETURN LATERAL SUPPLY DIFFUSER, REGISTER OR GRILLE FLEXIBLE DUCTWORK COMPRESSED AIRA CAP OR PLUG ELBOW DOWN ELBOW UP AAD AUTOMATIC AIR DAMPER FD FIRE DAMPER SD SMOKE DAMPER BDD BACK DRAFT DAMPER M MOTORIZED DAMPER BALL VALVE GATE VALVE CHECK VALVE BALANCING VALVE BUTTERFLY VALVE SAFETY RELIEF VALVE PRESSURE REDUCING VALVEPRV PRESSURE/TEMPERATURE TEST PLUG HVAC SYMBOL LIST (L)ACOUSTIC THERMAL LINING - 1•" THICK (2L)ACOUSTIC THERMAL LINING - 2" THICK M.C.MECHANICAL CONTRACTOR W/W WALL TO WALL T G S THERMOSTAT/SENSOR WITH GUARDG DUCT SECTION - SUPPLY DUCT SECTION - RETURN WIDTH A x DEPTH B A B R R DIRECTION OF AIRFLOW RISE IN DUCT - IN D D DIRECTION OF AIRFLOW DROP IN DUCT - IN 10x824x1214" TAP 6" BOOT ROUND BRANCH RECTANGULAR MAIN SUPPLY/RETURN8" BG BLAST GATE FIN TUBE RADIATION VALANCE A B C C = CFM B = NECK SIZE A = TYPE REGISTER, GRILLE OR DIFFUSER TAG A B C D D = HEATING GPM C = COOLING GPM B = COIL SIZE A = TYPE VALANCE TAG POINT OF CONNECTION POINT OF DISCONNECTION BOTTOM TAP TRIPLE DUTY VALVETD GLOBE VALVE SUCTION DIFFUSERSD CAP AND CHAIN DRAIN VALVE WITH HOSE CONNECTION, FC FLEX CONNECTOR - DUCTWORK DESCRIPTIONSYMBOL DESCRIPTIONSYMBOL FLEXIBLE CONNECTOR - PIPING A B C C = MINIMUM CFM B = MAXIMUM CFM A = UNIT NO. AIR TERMINAL UNIT TAG (OPTION 2) FO AxB DUCT SECTION - FLAT OVAL (FO) V VENT WATER FLOW SENSOR ASD BASE MOUNTED PUMP IN LINE PUMP WELL PNEUMATIC ACTUATOR AVERAGING SENSOR COOLING COIL C C PROBE SENSOR E ELECTRIC ACTUATOR AIR FLOW SENSOR FS A S F R P DO DI AI AO DIGITAL INPUT (GENERAL) DIGITAL OUTPUT (GENERAL) ANALOG INPUT (GENERAL) ANALOG OUTPUT (GENERAL) ALARM STATUS FLOW SWITCH RELAY PRESSURE SWITCH DIFFERENTIAL STATIC FZ EXHAUST AIR OUTSIDE AIR RETURN AIR FREEZE-STAT EA OA RA SA (OPPOSED BLADE) AUTOMATIC AIR DAMPER HUMIDIFIER DISPERSIAN TUBE REGISTER OR GRILLE THREE WAY THROW SUPPLY DIFFUSER, REGISTER OR GRILLE TWO WAY THROW SUPPLY DIFFUSER, REGISTER OR GRILLE ONE WAY THROW SUPPLY DIFFUSER, EP PE CT CO S S DE H F P PI E I CURRENT TRANSDUCER START/STOP ENABLE/DISABLE ELECTRICAL INTERFACE H C HEATING COIL FILTER S TRANSDUCER ELECTRIC/PNEUMATIC TRANSDUCER ELECTRONIC/ELECTRIC OR RELAY ELECTRIC/PNEUMATIC SWITCH OR RELAY PNEUMATIC/ELECTRIC SWITCH PRESSURE TRANSMITTER (DUCT MOUNTED) HUMIDITY SENSOR FLOW TRANSMITTER G B GAS BURNER PRESSURE TRANSMITTER DIFFERENTIAL STATICP OPEN/CLOSE OR PIPE MOUNTED) TEMPERATURE SENSOR (DUCT (PARALLEL BLADE) AUTOMATIC AIR DAMPER M I ELECTRONIC INTERFACE H HUMIDIFIER ES END SWITCH SYMBOL DESCRIPTION SYMBOL DESCRIPTION FD/SD COMBINATION FIRE AND SMOKE DAMPER DOUBLE WALL LINED DUCT- 3" THICK MTHWS MEDIUM TEMPERATURE HOT WATER SUPPLY (COGEN) MTHWR MEDIUM TEMPERATURE HOT WATER RETURN (COGEN) CO2 CARBON DIOXIDE TRANSMITTER M FLOW METER OS OCCUPANCY SENSOR M MOISTURE SENSOR SW SOFTEN WATER HRWS HRWR TCS FAN COIL UNIT COOLING SUPPLY TCR FAN COIL UNIT COOLING RETURN THS FAN COIL UNIT HEATING SUPPLY THR FAN COIL UNIT HEATING RETURN SF RF EF SUPPLY AIR FAN RETURN AIR FAN EXHAUST AIR FAN CO CARBON MONOXIDE TRANSMITTER E E ELECTRONIC CONTROL VALVE (3-WAY) ELECTRONIC CONTROL VALVE (2-WAY) B C D D = GPM C = ENCLOSURE LENGTH B = FIN TUBE LENGTH FT-A = TYPE RADIANT CEILING PANEL TAG FIN TUBE RADIATION/ FT-A RADIANT CEILING PANEL PS TS TEMPERATURE SENSOR PRESSURE SENSOR A AIR TERMINAL UNIT AND TAG (OPTION 1) AIR TERMINAL UNIT X"LAB AIR VALVE FACTORY ATTENUATOR AIR TERMINAL UNIT WITH X" FACTORY SOUND ATTENUATOR LAB AIR VALVE WITH SERVICE CLEARANCE P PRESSURE SWITCH CO CARBON MONOXIDE DETECTOR CONDENSING UNIT WATER SUPPLYCS CR CONDENSING UNIT WATER RETURN FILTER BANK S TEMPERATURE SENSOR WITH SETPOINT ADJUSTMENT SA S TEMPERATURE SENSOR WITH OCCUPANCY OVERRIDE OV S D S F TEMPERATURE SENSOR WITH VISUAL DISPLAY TEMPERATURE SENSOR WITH FAN ON/OFF SWITCH AV ANALOG VALUE MOD MODULATING BACS THERMOWELL MOTOR BINARY POINT ANALOG POINT BI BINARY INPUT BO BINARY OUTPUT AV ANALOG VALUE BV BINARY VALUE VARIABLE FREQUENCY DRIVEVFD F.L.FAIL LAST T ROOM TEMPERATURE SENSOR WITH SETPOINT ADJUSTMENT sa ROOM TEMPERATURE SENSOR WITH OCCUPANCY OVERRIDE Tov Td ROOM TEMPERATURE SENSOR WITH VISUAL DISPLAY Tf ROOM TEMPERATURE SENSOR WITH FAN ON/OFF SWITCH SINGLE POINT SENSOR CURRENT SENSORCS SD RD ROTATION DETECTOR SMOKE DETECTOR THREE WAY CONTROL VALVE, PNEUMATIC CONTROL VALVE, PNEUMATIC MODULATINGMOD SC SPEED COMMAND COM NETWORK COMMUNICATION INTERFACE POINT, BACnet MSTP MS MOTOR STARTER AOM ADDRESSABLE OUTPUT MODULE (FIRE ALARM INTERFACE) T LIQUID IMMERSION TEMPERATURE SENSOR T TEMPERATURE SENSOR RH RELATIVE HUMIDITY SENSOR DP DEW POINT SENSOR C CONDENSATE SENSOR BUTTERFLY CONTROL DAMPER HI HI LEVEL SWITCH LOW LOW LEVEL SWITCH P PRESSURE SWITCH SP STATIC PRESSURE SENSOR FZ LOW LIMIT TEMPERATURE SWITCH 2-WAY CONTROL VALVE, DIGITAL 3-WAY CONTROL VALVE, DIGITAL VENTURI AIRFLOW CONTROL VALVE SUPPLY AIR A SIGNAL IN OUT SIGNAL AIR IN SIGNAL ELECTRIC TO PNEUMATIC SWITCH EP A IN SIGNAL OUT SIGNAL AIR IN HOSE ELECTRIC TO PNEUMATIC TRANSDUCER TRANSFORMER HEAT RECOVERY WATER SUPPLY HEAT RECOVERY WATER RETURN H. G. F. E. D. C. B. A. ANY EXISTING SENSORS WORKING CORRECTLY TO BE REUSED ON THE AS-BUILT DOCUMENTS. SYSTEMS WITH CORNELL STANDARDS. CONTROL CONTRACTOR INSTALLING THE NEW CONTROL SYSTEMS SHALL INDICATE/REFLECT CONTRACT DOCUMENTS INDICATE REPLACEMENT OF ALL SENSORS, RELAYS, SAFETIES, ETC. IN ORDER TO ALIGN THE EXISTING FINAL FINISHES OR CEILINGS ARE INSTALLED TO FACILITATE CALIBRATION/REPAIR. DOWNSTREAM REMOTE STATIC PRESSURE SENSORS FOR AIR AND WATER SYSTEMS SHALL BE VISIBLY LABELED AFTER THE MOUNTING HEIGHT FOR ALL ROOM THERMOSTATS OR SENSORS SHALL BE 48 IN. TO TOP OF THE COVER. OCCUPANCY SENSORS SHALL BE INSTALLED IN ORDER TO PROVIDE COMPLETE COVERAGE OF THE WORK AREAS. INSTALLED IN ALIGNMENT WITH ELECTRICAL, FIRE, AND OTHER DEVICES WHEN LOCATED ON COMMON WALLS. THE OWNER/ENGINEER TO LOCATE SENSOR LOCATIONS PRIOR TO INSTALLATION. THE TEMPERATURE SENSORS SHALL BE AND OCCUPANCY WITH THE OWNER/ENGINEER. THE CONTRACTOR SHALL SCHEDULE A WALK THROUGH WITH THE IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO COORDINATE THE LOCATIONS OF ALL ROOM TEMPERATURE SENSORS CONTROL SYSTEMS) TO FACILITY PHASING REQUIREMENTS WITHOUT INTERRUPTION OF THE HVAC SYSTEMS. TEMPORARY SERVICES (SUPPLY AIR, RETURN AIR, EXHAUST AIR, CHILLED WATER, HOT WATER, STEAM, CONDENSATE, AND CONDITIONS FOR THE PHASING REQUIREMENTS. IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO PROVIDE FOR ALL NORMAL OPERATION OF THE FACILITY. IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO THOROUGHLY REVIEW THE GENERAL IT IS THE REQUIREMENT OF THE PROJECT THE CONSTRUCTION WORK BE PHASED TO FACILITATE MINIMUM IMPACT TO THE PERSONNEL IN SHUTTING DOWN, DRAINING, VENTING, ECT. OF SYSTEM TO FACILITATE THE INTENDED WORK. ALL SHUT DOWNS WILL OCCUR DURING NIGHTS OR WEEKENDS. THE CONTRACTOR SHALL ASSIST THE UNIVERSITY WATER, HOT WATER, STEAM, ECT. SYSTEMS WITH CORNELL UNIVERSITY FACILITY PERSONNEL FOR TIE-IN CONNECTIONS. IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO COORDINATE ALL SHUTDOWNS OF AIR HANDLING, CHILLED CONTROL SYSTEM, CONTROL WIRING, PNEUMATIC TUBING AND ALL ASSOCIATED ACCESSORIES. THE CONTROL SYSTEM INDICATED TO BE REMOVED, SHALL BE ENTIRELY REMOVED AND REPLACED, INCLUDING THE AND MATERIALS OFF SITE IN A PROPER LEGAL MANNER. IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO DISPOSE OF ALL DEMOLITION DEBRIS ADJUSTABLE SPEED DRIVE H000 & SYMBOLS LIST RFG NJS GENERAL NOTES - HVAC These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY (E)15x10 (E)24x10 (E)24x10 (E)26x31 (E)34x30(E)8"(E)12x12 (E)12x12(E)12x12(E)10"(E)8"(E)32x28(E)FCU (E)FCU (E)FCU (E)FCU (E)FCU (E)15x10 LPS (E)4" (E)CP HEAT EXCHANGER HE-1 (E)PERIMETER REHEAT BELOW (E)15x10 BELOW (E)15x10 PUMP P-1 & P-2 (E)PERIMETER REHEAT T T T T T T T T T T (E)8" 3 4 (E)12"(E)12x12 (E)20x12 (E)12x8 (E)10' (E)10" (E)10"(E)10"T T T T TT T T (E)FCU (E)8" T T (E)FCU T (E)UH DEMOLITION NOTES: 1 2 3 3 3 9 8 9 3 3 5 5 5 8 9 9 5 3 3 3 3 9 5 3 5 8 311 7 7 7 6 6 6 6 6 6 6 7 7 7 7 3 9 8 5 3 5 3 33 5 8 8 12 12 12 12 12 (E)FCU 12 12 13 (E)FCU 13 (E)FCU 13 5 3 5 8 9 5 9 3 3 3 3 3 3 3 3 3 9 9 9 99 9 10 10 10 10 10 10 10 10 101010 10 10 10 10 10 8 3 H100 RFG NJS 1/8" = 1'-0" 1 SUB-BASEMENT FLOOR PLAN - HVAC DEMOLITION PIPING, PIPING ACCESSORIES, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FAN COIL UNIT, ASSOCIATED AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FAN COIL UNIT CONTROLS VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING UNIT HEATER CONTROL CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING TEMPERATURE SENSOR, ASSOCIATED CONTROLS AND CONTROLS ACCESSORIES. DISCONNECT AND REMOVE EXISTING EXHAUST AIR VALVE, ASSOCIATED CONTROL AND CONTROLS ACCESSORIES. DISCONNECT AND REMOVE EXISTING SUPPLY AIR VALVE, CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING CHILLED WATER COIL UNIT CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FIN TUBE RADIATION VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING REHEAT COIL CONTROL CAP DUCT AT POINT OF DISCONNECT. ACCESSORIES. DISCONNECT AND REMOVE EXISTING DUCTWORK AND DUCTWORK ACCESSORIES ON EXISTING PUMP. DISCONNECT AND REMOVE EXISTING CONTROLS AND CONTROL ACCESSORIES ON EXISTING HEAT EXCHANGER. DISCONNECT AND REMOVE EXISTING CONTROLS AND CONTROL 13 12 11 10 9 8 7 6 5 4 3 2 1 4 33 DEMOLITION FLOOR PLAN - HVAC SUB-BASEMENT These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY A.1 B C D E F G H J K L 7 A 5.4 LAB SB36A LAB SB36 LAB SB38 LAB SB37 LAB SB39 LAB SB40 STEAM ROOM SB00UA STAIRS SB00SA CORRIDOR SB00CB LAB SB47B LAB SB47 BATHROOM SB00T MEZZ ACCESS SB00CD STORAGE SB26A LAB SB56C LAB SB56D LAB SB56E CORRIDOR SB00CA ELEVATOR SB00E STEAM ROOM SB00UB SWITCHBOARD ROOM SB00UC LAB SB56 LAB SB28 STOR. SB58A LAB SB58C LAB SB58B LAB SB58 LAB SB30 TRANSFORMER SB00UD AREAWAY SB00UE LAB SB60 SB00SB STAIR (E)27x9(E)24x20(E)18x10S S (E)FCU S 3 S (E)FCU S DEMOLITION NOTES: 6 6 6 7 12 3 7 12 10 10 10 11 9 3 10 5 8 3 3 3 8 5 3 3 S 10 S 10 343 3 3 2 WATER PUMP (E)CHILLED 1 AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FAN COIL UNIT CONTROLS VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING UNIT HEATER CONTROL CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING TEMPERATURE SENSOR, VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING CABINET UNIT HEATER CONTROL ASSOCIATED CONTROL AND CONTROLS ACCESSORIES. DISCONNECT AND REMOVE EXISTING SUPPLY AIR VALVE, CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING CHILLED WATER COIL UNIT CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FIN TUBE RADIATION VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING REHEAT COIL CONTROL ASSOCIATED CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING SUPPLY AIR TERMINAL UNIT, ACCESSORIES. DISCONNECT AND REMOVE EXISTING DUCTWORK AND DUCTWORK ASSOCIATED CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING EXHAUST AIR TERMINAL UNIT, SCHEMATIC AND SYSTEM SUMMARY FOR FURTHER REQUIREMENTS. ACCESSORIES ASSOCIATED WITH EXISTING PUMP. REFER TO CONTROL DISCONNECT AND REMOVE EXISTING CONTROLS AND CONTROL 12 11 10 9 8 7 6 5 4 3 2 1 UNIT HEATER ABOVE LOBBY CABINET (E)HWS&R UP TO 1/8" = 1'-0" 1 BASEMENT FLOOR PLAN - HVAC DEMOLITION H101 RFG NJS - HVAC DEMOLITION FLOOR PLAN BASEMENT NOT IN PROJECT SCOPE NOT IN PROJECT SCOPE (E)12" 3 9 3 5 8 S10 1 WATER PUMP CHILLED (E)PROCESS These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP UP UP A.1 B C D E F G H J K L 47 A 5.4 EQUIPMENT RM B44C LASER LAB B44A COMPUTER ROOM B40 CLOSET B00UA CLOSET B00UB VESTIBULE B44LAB B44B VEST B44D LAB B47A LAB B47 CLOSET B00UO THURSTON B01 STAIR B00S CLOSET B00UD CORRIDOR 140C LAB B47B BATHROOM B0TSINK B00J LAB B55 LAB B56 ELEVATOR B00E THURSTON B05 EQUIPMENT B28 LAB B57 OFFICE B57A OFFICE B59 LAB B58 GAS STOR B07A GAS B07 RECEIVING B60A LAB B60 RECEIVING B60B B01 B00UA B01C B01D (E)16x10(E)8"(E)8"(E)16x10(E)8" (E)8" (E)8" (E)8"(E)24x14(E)24x14 (E)10" (E)4" (E)12"(E)24x24(E)22x8(E)12"(E)24x12 (E)10"(E)12"(E)24x24(E)24x14(E)18x12AHU-3 (E)FCU (E)FCU (E)FCU HEATER (E)CABINET (E)FCU (E)FCU (E)FCU (E)FCU (E)FCU T T T T T S T T T T (E)12" (E)12"(E)26x24(E)26x24(E)12" (E)12x12 (E)12x12 (E)12x12 (E)12" (E)12" (E)24x12 (E)12" DEMOLITION NOTES: 2 22 2 2 33 3 3 3 3 3 3 3 8 8 8 4 4 4 4 4 8 8 8 8 8 7 7 7 7 7 7 7 7 1 5 1 1 1 1 1 1 1 1 1 1 4 1 1 1 6 6 6 6 6 6 6 66 6 5 5 1 1 5 5 5 1 AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FAN COIL UNIT CONTROLS CONTROL AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING TEMPERATURE SENSOR, ASSOCIATED CONTROL AND CONTROLS ACCESSORIES. DISCONNECT AND REMOVE EXISTING EXHAUST AIR VALVE, ASSOCIATED CONTROL AND CONTROLS ACCESSORIES. DISCONNECT AND REMOVE EXISTING SUPPLY AIR VALVE, CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING CHILLED WATER COIL UNIT CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FIN TUBE RADIATION VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING REHEAT COIL CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING DUCTWORK AND DUCTWORK 8 7 6 5 4 3 2 1 1/8" = 1'-0" 1 FIRST FLOOR PLAN - HVAC DEMOLITION H102 RFG NJS DEMOLITION PLAN - HVAC FIRST FLOOR These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP UP UP UP A.1 B C D E F G H J K L 4567 L.1 A 5.4 LOBBY 100L LECTURE ROOM 140 CL 140A HALLWAY 100CB CL 100U 101 101 100CC BATHROOM 100T 115 JANITOR 100J LAB 150 ELEVATOR 100E OFFICE 126LAB 156 CORRIDOR 100CD OFFICE 127 OFFICE 128 GRAD OFFICE 158 OFFICE 129 LAB 160 LAB 131 (E)12x12(E)12x12(E)20x20(E)24x18(E)12" (E)8"(E)8"(E)24x18(E)34x14(E)FCU(E)FCU (E)FCU (E)FCU 1 1 (E)8" (E)14x14 (E)12x12 (E)8" (E)8" (E)16x8 (E)16x16 (E)24x14 (E)12"(E)22x12(E)12"(E)12" (E)12"(E)12" DEMOLITION NOTES: 8 8 8 8 4 4 4 4 T T T T T T T T T T T 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 7 7 7 7 7 7 7 7 7 7 7 5 5 5 5 5 5 11 1 6 6 6 1 1 1 6 6 1 1 1 1(E)12x10(E)12x10(E)12x10(E)12x8 (E)10x8 (E)5" (E)4" (E)10x8(E)12x7(E)5" (E)4" T TT T T T (E)BCU (E)16"(E)12" (E)12" (E)14" (E)12x8 (E)BCU (E)14"(E)8"(E)12"(E)12" T (E)24x18 (E)12" (E)6" (E)12" (E)6" (E)6" (E)12x10 (E)8x6 (E)6" (E)12x12(E)10"(E)10" (E)10" (E)8" (E)6"(E)10"(E)7"(E)12x10(E)10"(E)10" 9 9 9 9 10 10 9 7 7 7 7 9 9 9 11 11 H103 RFG NJS DEMOLITION PLAN - HVAC SECOND FLOOR 1/8" = 1'-0" 1 SECOND FLOOR PLAN - HVAC DEMOLITION 3 3 3 3 3 (E)BCU 11 (E)20x8(E)20x8 (E)24x8 (E)8"(E)8" (E)12x8 (E)12x8(E)12x8(E)12x8 (E)16x8 12 11 10 9 8 7 6 5 4 3 2 1 1212 12 12 12 VALUES DETERMINED IN PRE-BALANCE. AND ASSOCIATED SYSTEMS. SYSTEM SHALL BE BALANCED TO CHILLED WATER FLOWS ASSOCIATED WITH THE BLOWER COIL UNIT THE EXISTING SUPPLY AND RETURN AIRFLOWS, HOT WATER AND PROVIDE PRE-BALANCE SERVICES AS REQUIRED TO DETERMINE FOR FURTHER REQUIREMENTS. SYSTEM. REFER TO CONTROL SCHEMATIC AND SYSTEM SUMMARY ACCESSORIES ASSOCIATED WITH EXISTING BLOWER COIL UNIT DISCONNECT AND REMOVE EXISTING CONTROLS AND CONTROL ACCESSORIES ON EXISTING EXHAUST AIR TERMINAL. DISCONNECT AND REMOVE EXISTING CONTROLS AND CONTROL ACCESSORIES ON EXISTING SUPPLY AIR TERMINAL. DISCONNECT AND REMOVE EXISTING CONTROLS AND CONTROL AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FAN COIL UNIT CONTROLS CONTROL AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING TEMPERATURE SENSOR, ASSOCIATED CONTROL AND CONTROLS ACCESSORIES. DISCONNECT AND REMOVE EXISTING EXHAUST AIR VALVE, ASSOCIATED CONTROL AND CONTROLS ACCESSORIES. DISCONNECT AND REMOVE EXISTING SUPPLY AIR VALVE, CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING CHILLED WATER COIL UNIT CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FIN TUBE RADIATION VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING REHEAT COIL CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING DUCTWORK AND DUCTWORK (E)12x8These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP OPEN OFFICE 210F STAIRS 200S A.1 B C D E F G H J K L 456 7 L.1 5.4 200C OFFICE 210E BREAK 210DOFFICE 210C OFFICE 210B OFFICE 210A OPEN OFFICE 210 OFFICE ENTRY 200CC COPY ROOM 210G 201CLOSET 200JB CLOSET 200U CONFERENCE 245 LAB 247 237238 BATHROOM 200T JANITOR 200JA CORRIDOR 200CA COMPUTER 249 LAB 250 ELEVATOR 200E OFFICE 226 OFFICE 227 LAB 258C LAB 258B OFFICE 228 258D LAB 258 OFFICE 258A OFFICE 229 OFFICE 230 BREAK ROOM 231 CLASSROOM 260 (E)20x12(E)24x18 (E)24x26 (E)8"(E)32x25 (E)36x24 (E)36x12(E)14"(E)24x18(E)12x12 (E)12x8 (E)24x8(E)18x12(E)12x12(E)FCU TT (E)FCU (E)FCU T T T (E)FCU(E)FCU T (E)FCU(E)FCU(E)FCU (E)FCU T T T T T T T T T T(E)FCUT DEMOLITION NOTES: NOT IN PROJECT SCOPE 8 4 4 4 8 8 4 4 4 8 8 8 4 8 8 4 4 8 333 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 2 2 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 5 6 6 6 6 6 5 5 5 6 6 6 6 6 6 6 1 6 1 1 5 5 6 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 (E)16x8 (E)36x10 AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FAN COIL UNIT CONTROLS CONTROL AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING TEMPERATURE SENSOR, ASSOCIATED CONTROL AND CONTROLS ACCESSORIES. DISCONNECT AND REMOVE EXISTING EXHAUST AIR VALVE, ASSOCIATED CONTROL AND CONTROLS ACCESSORIES. DISCONNECT AND REMOVE EXISTING SUPPLY AIR VALVE, CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING CHILLED WATER COIL UNIT CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FIN TUBE RADIATION VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING REHEAT COIL CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING DUCTWORK AND DUCTWORK 8 7 6 5 4 3 2 1 1/8" = 1'-0" 1 THIRD FLOOR PLAN - HVAC DEMOLITION H104 RFG NJS DEMOLITION PLAN - HVAC THIRD FLOOR 7 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY A.1 B C D E F G H J K L 47 L.1 5.4 LAB 361 OFFICE 360 OFFICE 330 OFFICE 330A LAB 359 OFFICE 329 OFFICE 328 LAB 356 OFFICE 327 OFFICE 326 LAB 350 ELEVATOR 300E JANITOR 300JA BATHROOM 300T STAIRS 300S LAB 347 LAB 345 LAB 344 OFFICE 341 OFFICE 340 UTILITY 300U CLOSET 300JB LAB 316 OFFICE 310 300CB OFFICE 311 OFFICE 312 OFFICE 313 OFFICE 314 LAB 315 CORRIDOR 300CC (E)FCU (E)CONVECTOR (E)CONVECTOR (E)CONVECTOR (E)CONVECTOR (E)FIN TUBE T T DEMOLITION NOTES: 1 3 3 2 4 T 3 5 5 5 5 1/8" = 1'-0" 1 FOURTH FLOOR PLAN - HVAC DEMOLITION H105 RFG NJS DEMOLITION PLAN - HVAC FOURTH FLOOR (E)FAN (E)FAN (E)AHU-1 (E)AHU-2 DISCONNECT AND REMOVE EXISTING FAN INLET AIRFLOW STATION. VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING CONVECTOR CONTROL AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FAN COIL UNIT CONTROLS CONTROL AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING TEMPERATURE SENSOR, CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING CHILLED WATER COIL UNIT CONTROL VALVE, CONTROLS AND CONTROL ACCESSORIES. DISCONNECT AND REMOVE EXISTING FIN TUBE RADIATION 6 5 4 3 2 1 6 6 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP A.1 B C D E F G H J K L 47 L.1 5.4 OFFICE 414 OFFICE 416 400CA STAIRS 400S 419 HALL 400CB 400UB MECH 400UA 400UC (E)15x10 (E)24x10 (E)24x10(E)34x30(E)8"(E)12x12(E)12x12(E)10"(E)8"(E)32x28(E)FCU (E)FCU (E)FCU (E)FCU (E)FCU (E)15x10 LPS (E)4" (E)CP HEAT EXCHANGER HE-1 (E)PERIMETER REHEAT BELOW (E)15x10 BELOW (E)15x10 PUMP P-1 & P-2 (E)PERIMETER REHEAT (E)12"(E)12x12 (E)10' (E)10" (E)10"(E)10"(E)FCU (E)8" (E)UH (E)FCU DRAWING NOTES: A. GENERAL NOTES: ZONE WILL BE IN AN OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT TO CONTROL THE OPERATION OF THE ZONE. MULTIPLE OCCUPANCY OCCUPANCY SENSORS, ASSOCIATED WITH ZONE AIR TERMINAL UNITS, PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING 1 1 2 3 3 3 3 3 3 5 4 4 4 4 4 4 3 3 3 3 3 7 7 7 4 3 7 7 7 7 S S SS S S S 8 8 8 8 8 8 8 S 8 8 S S 8 S 8 S 8 S 8 S 8 8 S S (E) - 745 (E) - 745 (E) - 745 9 9 9 SAV-SB30-01 EAV-SB30-01 (E) - 220 STACKED & SAV-SB60-02 SAV-SB60-01 EAV-SB60-05 EAV-SB60-04 EAV-SB60-06 EAV-SB60-03 EAV-SB60-02 EAV-SB60-01 (E)10" (E)10"(E)10" (E)10"(E)10" (E)10" (E)10"(E)10" 8 8 S S 8 SB58-01 EAV- SB56-01 EAV- SB56-01 SAV- SAV-SB56-02 12" 16x12 11 SB00CB-01 SAV- EAV-SB40-01 SAV-SB40-01 EAV-SB37-01 SAV-SB37-01 -01 EAV-SB38 SAV-SB38-01 EAV-SB36A-01 EAV-SB36-01 SAV-SB36-01 SAV-SB36A-01 SAV-SB00CA-01 9 9 (E) - 120 (E) - 285 (E) - 325 (E) - 185 9 9 (E) - 85 9 9 (E) - 145 9 (E) - 145 9 (E) - 380 9 (E) - 380 9 (E) - 380 9 13 13 (E) - 1190 9 (E) - 165 9 9 (E) - 90 (E) - 155 9 (E) - 155 9 (E) - 390 9 (E) - 520 9 (E)26x319 (E) - 60 (E) - 185 9 (E) - 140 9 610 9 (E) - 220 9 (E) - 220 (E) - 415 9 (E) - 420 9 (E) - 415 9 (E) - 415 9 SAV-SB28-01 9 TYP=2 (E) - 450 10" EAV-SB28-01 CAP 16x12 1/8" = 1'-0" 1 SUB-BASEMENT FLOOR PLAN - HVAC H200 RFG NJS - HVAC FLOOR PLAN SUB-BASEMENT -01 SB47 EVAV- 14 14 14 14 14 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 15 15 LOCK EXISTING VOLUME DAMPER IN THE FULLY OPEN POSITION. INLET. SEAL AIRTIGHT. PROVIDE SHEETMETAL BLANKOFF OVER EXISTING HOOD BYPASS BALANCE VOLUME DAMPER TO 75 CFM. BALANCE VOLUME DAMPER TO 100 CFM. PROVIDE ‚" x ‚" WIRE MESH OVER OPEN END OF DUCT. BALANCE VOLUME DAMPER TO 185 CFM. BALANCE EXISTING DIFFUSER/GRILLE TO FLOW RATE SPECIFIED. PROVIDE NEW TEMPERATURE SENSOR. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED FAN COIL UNIT. PROVIDE NEW CONTROL VALVE WITH ELECTRONIC PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR EXISTING BALANCE VOLUME DAMPER TO 140 CFM. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW UNIT HEATER CONTROL VALVE WITH ELECTRONIC TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW FIN TUBE RADIATION CONTROL VALVE WITH ELECTRONIC TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW REHEAT COIL CONTROL VALVE WITH ELECTRONIC DOWN PIPING MAINS. PROVIDE DIFFERENTIAL PRESSURE TRANSMITTER FOR PUMPS 2/3 FURTHER REQUIREMENTS. PUMPS. REFER TO CONTROL SCHEMATIC AND SYSTEM SUMMARY FOR EXISTING PERIMETER HOT WATER HEAT EXCHANGER AND ASSOCIATED PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP UP UP UP A.1 B C D E F G H J K L 47 L.1L.1 A 5.4 STAIR SB00SB LAB SB60 AREAWAY SB00UE TRANSFORMER SB00UD LAB SB30LAB SB58LAB SB58B LAB SB58C STOR. SB58A LAB SB56 LAB SB56C LAB SB56D LAB SB56E LAB SB28 SWITCHBOARD ROOM SB00UC CORRIDOR SB00CA ELEVATOR SB00E STEAM ROOM SB00UB CL SB26A STORAGE SB26A LAB SB47 BATHROOM SB00T CORRIDOR SB00CB STAIRS SB00SA LAB SB40 LAB SB39 LAB SB37 LAB SB38 STEAM ROOM SB00UA LAB SB36 LAB SB36A DRAWING NOTES: A. GENERAL NOTES: ZONE WILL BE IN AN OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT TO CONTROL THE OPERATION OF THE ZONE. MULTIPLE OCCUPANCY OCCUPANCY SENSORS, ASSOCIATED WITH ZONE AIR TERMINAL UNITS, PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING (E)27x9(E)24x20(E)18x10(E)FCU 4 4 4 7 7 S S S S S 12x8 6" 10 EVAV-B28 5" 10 VAV-B28 12x8 (E) - 410 9 (E) - 310 9 (E) - 660 9 (E) - 560 9 (E) - 470 9 11 11 11 (E) - 570 9 B00CA-02 SAV- B00CA-01 SAV- 14"14"B56-01 EVAV- B47B-01 VAV- HWS&R (E)1" HWS&R ƒ" 6 3 3 8 8 8 8 S 8 S8 (E) - 100 9 (E) - 100 9 (E) - 100 9 9 (E) - 100 (E) - 100 9 5 NOT IN PROJECT SCOPE NOT IN PROJECT SCOPE UNIT HEATER ABOVE LOBBY CABINET (E)HWS&R UP TO WATER PUMP (E)CHILLED 21 1/8" = 1'-0" 1 BASEMENT FLOOR PLAN - HVAC H201 RFG NJS PLAN - HVAC BASEMENT FLOOR (E)12" S 8 3(E) - 135 9 (E) - 430 9 B47-01 EAV- B47-01 SAV- 12 132 WATER PUMP CHILLED (E)PROCESS LOCK EXISTING VOLUME DAMPER IN THE FULLY OPEN POSITION. SCHEMATIC AND SYSTEM SUMMARY FOR FURTHER REQUIREMENTS. EXISTING PROCESS CHILLED WATER PUMP. REFER TO CONTROL PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR FOR REPAIR EXISTING DUCT CONNECTION TO MAIN. SEAL AIRTIGHT. BALANCE VOLUME DAMPER TO 100 CFM. PROVIDE ‚" x ‚" WIRE MESH OVER OPEN END OF DUCT. BALANCE EXISTING DIFFUSER/GRILLE TO FLOW RATE SPECIFIED. PROVIDE NEW TEMPERATURE SENSOR. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED FAN COIL UNIT. PROVIDE NEW CONTROL VALVE WITH ELECTRONIC PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR EXISTING TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW CABINET UNIT HEATER CONTROL VALVE WITH ELECTRONIC TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW UNIT HEATER CONTROL VALVE WITH ELECTRONIC TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW FIN TUBE RADIATION CONTROL VALVE WITH ELECTRONIC TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW REHEAT COIL CONTROL VALVE WITH ELECTRONIC DOWN PIPING MAINS. PROVIDE DIFFERENTIAL PRESSURE TRANSMITTER FOR PUMP 2/3 AND SYSTEM SUMMARY FOR FURTHER REQUIREMENTS. EXISTING CHILLED WATER PUMP. REFER TO CONTROL SCHEMATIC PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR FOR 14 13 12 11 10 9 8 7 6 5 4 3 2 1 14 14 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP UP UP A.1 B C D E F G H J KK L 47 A 5.4 EQUIPMENT RM B44C LASER LAB B44A COMPUTER ROOM B40 VESTIBULE B44LAB B44B VEST B44D LAB B47A LAB B47 THURSTON B01A CLOSET B00UA CLOSET B00UB CLOSET B00UO CLOSET B00UD THURSTON B01 STAIR B00S LAB B47B LAB B55 SINK B00J BATHROOM B0T LAB B56 ELEVATOR B00E THURSTON B05 EQUIPMENT B28 OFFICE B57A LAB B57 OFFICE B59 LAB B58 LAB B60 RECEIVING B60B RECEIVING B60A GAS STOR B07A GAS B07 STAIRS B00SB B01 B00UA B01C B01D (E)16x10(E)8" (E)8"(E)16x10(E)8" (E)8" (E)8" (E)8"(E)24x14(E)24x14 (E)10" (E)4"(E)24x24(E)22x8(E)12"(E)24x12 (E)10"(E)12"(E)24x24(E)24x14(E)18x12(E)FCU (E)FCU (E)FCU (E)FCU (E)FCU (E)FCU (E)FCU (E) - 360 (E) - 360 (E) - 365 (E) - 360 (E) - 345 (E) - 285 (E) - 280 (E) - 525 (E) - 625 (E) - 455 (E) - 450 S (E) - 200 150-01 EAV- 150-02 EAV- 150-04 EAV- 150-03 EAV- EAV-150-05 100CD-01 SAV- 8" VAV-158 SAV-131-01 (E)12" (E)12x12 (E)12" (E)12" EAV-131-01 EAV-131-02 EAV-160-01 SAV-160-01 (E)12" EAV-156-02 156-01 EAV- 156-01 SAV- 140-01 SAV- S S S S S S S (E)FCU (E)12" S HEATER (E)CABINET DRAWING NOTES: A. GENERAL NOTES: ZONE WILL BE IN AN OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT TO CONTROL THE OPERATION OF THE ZONE. MULTIPLE OCCUPANCY OCCUPANCY SENSORS, ASSOCIATED WITH ZONE AIR TERMINAL UNITS, PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING STACKED SAV-150-02 SAV-150-01 & 3 3 1 1 4 4 4 4 (E)12"4 4 2 2 2 2 2 2 2 2 2 1 5 5 5 5 5 5 5 5 (E) - 360 6 1 (E)12" NOT IN PROJECT SCOPE 1 (E) - 450 6 4 3 3 3 3 3 3 3 3 3 3 3 1/8" = 1'-0" 1 FIRST FLOOR PLAN - HVAC H202 RFG NJS PLAN - HVAC FIRST FLOOR LOCK EXISTING VOLUME DAMPER IN THE FULLY OPEN POSITION. INLET. SEAL AIRTIGHT. PROVIDE SHEETMETAL BLANKOFF OVER EXISTING HOOD BYPASS WITH NEW WALL SYSTEM. PROVIDE NEW TEMPERATURE SENSOR. COORDINATE INSTALLATION PROVIDE NEW TEMPERATURE SENSOR. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED FAN COIL UNIT. PROVIDE NEW CONTROL VALVE WITH ELECTRONIC PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR EXISTING BALANCE EXISTING DIFFUSER/GRILLE TO FLOW RATE SPECIFIED. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW FIN TUBE RADIATION CONTROL VALVE WITH ELECTRONIC TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW REHEAT COIL CONTROL VALVE WITH ELECTRONIC 8 7 6 5 4 3 2 1 8 88 8 8 8 7 7 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP UP UP UP UP A.1 B C D E F G H J K L BL47 L.1 A 5.4 5'-9" LOBBY 100L LECTURE ROOM 140 CL 140A HALLWAY 100CB HALL 100CC CORRIDOR 100CA 100U CL 101 101 100CC 115 BATHROOM 100TJANITOR 100J LAB 150 CORRIDOR 100CD ELEVATOR 100E OFFICE 126LAB 156 OFFICE 127 OFFICE 128 OFFICE 129 STAIRS 100SBLAB 160 LAB 131 GRAD OFFICE 158 (E)12x12(E)20x20(E)24x18(E)12" (E)8"(E)8"(E)24x18(E)34x14(E)FCU(E)FCU (E)FCU (E)FCU (E) - 545 (E) - 100 (E) - 390 (E) - 175 (E) - 225 (E) - 550 (E) - 350 EVAV-258C (E)14x14 (E)8" (E)8" (E)12x12 (E)10x8 (E)12x12 SAV-200CA-01 (E)8" (E)8" EAV-258-02 EAV-258-01 258-02 SAV- (E)16x8 (E)16x16 (E)24x14 (E)12"250-01 EAV- SAV-250-01 (E)12"(E)12" (E)12" (E)12" EAV-247-01 (E)12x10(E)12x7(E)5" (E)4" (E)BCU (E)16"(E)12" (E)12" (E)14" (E)12x8 (E)10" (E)12x8 (E)12x8 (E)10x8 (E)5" (E)4" (E)10x8 (E)12x10(E)24x18 (E)10" (E)8" (E)6"(E)10"(E)7"(E)12x10(E)10"(E)10" (E)6" (E)12" (E)6" (E)12" (E)6" (E)8x6 (E)6"(E)12x10 (E)14"(E)8"(E)12"(E)BCU (E)12x12(E)10"S S S S S S S S S S SS S S S S S S (E) - 340 (E) - 340 (E) - 360 (E) - 360 (E) - 400 (E) - 130 (E) - 190 (E) - 255 (E) - 255 (E) - 300 (E) - 100 (E) - 250 (E) - 490 (E) - 800 (E) - 800 DRAWING NOTES: A. GENERAL NOTES: ZONE WILL BE IN AN OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT TO CONTROL THE OPERATION OF THE ZONE. MULTIPLE OCCUPANCY OCCUPANCY SENSORS, ASSOCIATED WITH ZONE AIR TERMINAL UNITS, PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING SAV-247-01 SAV-247-02 247-02 EAV- (E)12x10 2 2 22 2 2 2 2 2 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 2 2 2 2 2 2 7 8 8 7 7 77 7 7 7 5 5 5 5 5 9 9 OF ALTERNATE NO. 1 SHALL BE BID AS PART ALL WORK IN THIS AREA 6 6 6 6 6 10 3 5 5 5 5 5 5 5 5 5 5 5 4 4 4 4 SAV-258-01 (E) - 325 6 6 (E) - 100 6 (E) - 215 6 1 1 1 1 1 1 6 VAV-258-01 (E) - 300 6 1/8" = 1'-0" 1 SECOND FLOOR PLAN - HVAC H203 RFG NJS PLAN - HVAC SECOND FLOOR (E)8" (E)20x8 (E)BCU 9 (E)20x8 (E)8"(E)12x8(E)12x8 (E)16x8 (E)8"(E)12x8(E)12x8 (E)24x8 (E)12x81111 11 11 11 11 6 (E) - 250 LOCK EXISTING VOLUME DAMPER IN THE FULLY OPEN POSITION. INLET. SEAL AIRTIGHT. PROVIDE SHEETMETAL BLANKOFF OVER EXISTING HOOD BYPASS DETERMINED DURING PRE-BALANCING. AND CHILLED WATER CONTROL VALVES TO AIRFLOWS AND FLOWS BALANCE ALL SUPPLY DIFFUSERS, RETURN GRILLES, HOT WATER BALANCE EXISTING VOLUME DAMPER TO 225 CFM. SCHEMATIC AND SYSTEM SUMMARY FOR FURTHER REQUIREMENTS. EXISTING CONTROLS SHALL BE REPLACED. REFER TO CONTROL EXISTING BLOWER COIL UNIT SHALL BE RECOMMISSIONED AND ALL EXHAUST AIR TERMINAL UNIT. PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR EXISTING SUPPLY AIR TERMINAL UNIT. PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR EXISTING BALANCE EXISTING DIFFUSER/GRILLE TO FLOW RATE SPECIFIED. PROVIDE NEW TEMPERATURE SENSOR. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED FAN COIL UNIT. PROVIDE NEW CONTROL VALVE WITH ELECTRONIC PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR EXISTING BALANCE EXISTING VOLUME DAMPER TO 605 CFM. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW FIN TUBE RADIATION CONTROL VALVE WITH ELECTRONIC TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW REHEAT COIL CONTROL VALVE WITH ELECTRONIC 13 12 11 10 9 8 7 6 5 4 3 2 1 12 12 12 13 13 13 13 260-01 VAV- These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP 260A A.1 B C D E F G H J K L 7 7 L.1 5.4 711 SF CORRIDOR 200CA OPEN OFFICE 210F OFFICE 210E BREAK 210D OFFICE 210C OFFICE 210B OPEN OFFICE 210 OFFICE 210A OFFICE ENTRY 200CC COPY ROOM 210G CLOSET 200JB CONFERENCE 245 CLOSET 200U STAIRS 200S BATHROOM 200TJANITOR 200JA LAB 247 LAB 250 COMPUTER 249 LAB 258C LAB 258B OFFICE 226 OFFICE 227 OFFICE 228 258D LAB 258 OFFICE 258A OFFICE 229 STAIRS 200SB OFFICE 230 BREAK ROOM 231 CLASSROOM 260 ELEVATOR 200E EAV-350-01 347-01 EAV- 347-01 SAV- 344-01 EAV-(E)20x12(E)24x18 (E)24x26 (E)8"(E)32x25 (E)36x24 (E)36x12(E)14"(E)24x18(E)12x12 (E)12x8 (E)24x8(E)18x12(E)12x12(E)FCU (E)FCU (E)FCU (E)FCU (E)FCU (E)FCU(E)FCU(E)FCU (E)FCU (E)16x8 (E)36x10 NOT IN PROJECT SCOPE S S S S S S S S S S S S S S S S S DRAWING NOTES: A. GENERAL NOTES: ZONE WILL BE IN AN OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT TO CONTROL THE OPERATION OF THE ZONE. MULTIPLE OCCUPANCY OCCUPANCY SENSORS, ASSOCIATED WITH ZONE AIR TERMINAL UNITS, PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING SAV-360-01 EAV-359-04 SAV-300CC-01 EAV-359-03 SAV-359-02 359-01 SAV- EAV-359-02EAV-359-01 344-03 EAV- 344-02 EAV- EAV-345-01 SAV-316-01 SAV-300CC-03 EAV-316-01 SAV-300CC-02 EAV-350-04 EAV-350-03 350-02 EAV- SAV-350-01 SAV-350-02 3 3 4 4 4 4 4 4 4 4 4 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 1 1 1 1 1 1 361-01 EAV- 5 5 5 55 5 5 5 5 5 5 5 55 1 5 SAV-344-01 (E) - 110 (E) - 130 (E) - 110 (E) - 130 (E) - 110 (E) - 210 (E) - 310 2 2 2 2 (E) - 375 (E) - 195 (E) - 200 (E) - 105(E) - 135 2 2 2 2 (E)FCU 2 22 1(E) - 730 2 (E) - 200 (E) - 100 (E) - 115 (E) - 295 (E) - 300 2 (E) - 550 (E) - 545 (E) - 615 TYP=5 (E) - 610 (E) - 780 5S 5 S (E) - 315 (E) - 315 6 (E) - 310 2 2 (E) - 125 2 24x12 2 2 2 2 2 2 2 2 2 2 5 1/8" = 1'-0" 1 THIRD FLOOR PLAN - HVAC H204 RFG NJS PLAN - HVAC THIRD FLOOR LOCK EXISTING VOLUME DAMPER IN THE FULLY OPEN POSITION. INLET. SEAL AIRTIGHT. PROVIDE SHEETMETAL BLANKOFF OVER EXISTING HOOD BYPASS PROVIDE NEW TEMPERATURE SENSOR. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED FAN COIL UNIT. PROVIDE NEW CONTROL VALVE WITH ELECTRONIC PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR EXISTING TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW FIN TUBE RADIATION CONTROL VALVE WITH ELECTRONIC BALANCE EXISTING DIFFUSER/GRILLE TO FLOW RATE SPECIFIED. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW REHEAT COIL CONTROL VALVE WITH ELECTRONIC 7 6 5 4 3 2 1 6 6 6 6 6 66 6 6 7 7 7 7 7 7 7 7 7 7 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP STAIRS 300S A.1 B C D E F G H J K L 47 L.1 A 5.4 300CA LAB 361 OFFICE 360 OFFICE 330 OFFICE 330A STAIRS 300SB OFFICE 329 LAB 359 OFFICE 328 LAB 356 OFFICE 327 OFFICE 326 LAB 350 ELEVATOR 300E 333 BATHROOM 300T LAB 347 LAB 345 LAB 344 OFFICE 341 OFFICE 340 JANITOR 300JA UTILITY 300U CLOSET 300JB 301 LAB 316 LAB 315 300CB OFFICE 310 OFFICE 311 OFFICE 312 OFFICE 313 OFFICE 314 CORRIDOR 300CC (E)FCU (E)CONVECTOR (E)CONVECTOR (E)CONVECTOR (E)CONVECTOR (E)FIN TUBE S S S DRAWING NOTES: 2 1 1 1 1 3 4 4 4 1/8" = 1'-0" 1 FOURTH FLOOR PLAN - HVAC H205 RFG NJS PLAN - HVAC FOURTH FLOOR A. GENERAL NOTES: ZONE WILL BE IN AN OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT TO CONTROL THE OPERATION OF THE ZONE. MULTIPLE OCCUPANCY OCCUPANCY SENSORS, ASSOCIATED WITH ZONE AIR TERMINAL UNITS, PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING (E)FAN (E)FAN PROVIDE NEW FAN INLET AIRFLOW STATION. PROVIDE NEW TEMPERATURE SENSOR. TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED FAN COIL UNIT. PROVIDE NEW CONTROL VALVE WITH ELECTRONIC PROVIDE NEW CONTROLS AND CONTROL ACCESSORIES FOR EXISTING TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW FIN TUBE RADIATION CONTROL VALVE WITH ELECTRONIC TO ACCOMMODATE NEW CONNECTION. ACTUATION. PROVIDE PIPING AND PIPING ACCESSORIES AS REQUIRED PROVIDE NEW CONVECTOR CONTROL VALVE WITH ELECTRONIC 5 4 3 2 1 5 (E)AHU-1 5 (E)AHU-2 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP HALL 400CB A.1 B C D E F G H J K L 47 L.1 A 5.4 MECH 400UA 400UC STAIRS 400SB 400UB 419 STAIRS 400S 400CA OFFICE 416 OFFICE 414 D D D NOT IN PROJECT SCOPE F D C C G H E E OS3 OS3 OS 3 OS3 OS 3 OS 1 OS 1 OS 1 OS 1 OS 1 OS 1 OS 1 OS 1 2 J OS 3 OS 3 OS 1 OS 1 OS 1 OS 1 OS 1 OS 1 2 J OS 1 OS 1 OS 1 OS 1 J 2 I S S S S S S S S S S S S 1/8" = 1'-0" 1 SUB-BASEMENT FLOOR PLAN - CONTROLS & CONTROL DIAGRAM REFERENCE PLAN H300 RFG NJS CONTROLS FLOOR PLAN - SUB-BASEMENT A. GENERAL NOTES: OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN MULTIPLE OCCUPANCY SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT ASSOCIATED WITH ZONE AIR TERMINAL UNITS, TO CONTROL THE OPERATION OF THE ZONE. PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING OCCUPANCY SENSORS, DRAWING NOTES: 3 2 1 ZONE. PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE JUNCTION BOX FOR DDC WIRING CONNECTIONS TO DDC PANEL. MODE. ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN OCCUPIED ZONE. ALL OCCUPANCY SENSORS IN THE ZONE SHALL BE LINKED TOGETHER SUCH THAT IF PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP UP UP UP 47 L.1L.1 5.4 STAIR SB00SB LAB SB60 AREAWAY SB00UE TRANSFORMER SB00UD LAB SB30LAB SB58LAB SB58B LAB SB58C STOR. SB58A LAB SB56 LAB SB56C LAB SB56D LAB SB56E LAB SB28 SWITCHBOARD ROOM SB00UC CORRIDOR SB00CA ELEVATOR SB00E STEAM ROOM SB00UB CL SB26A STORAGE SB26A LAB SB47 BATHROOM SB00T CORRIDOR SB00CB STAIRS SB00SA LAB SB40 LAB SB39 LAB SB37 LAB SB38 STEAM ROOM SB00UA LAB SB36 LAB SB36A E OS 1OS1 2 J OS 1OS1 OS 1OS1 OS 1OS1 OS1 OS1 2 J K J NOT IN PROJECT SCOPE S S S S NOT IN PROJECT SCOPE 1/8" = 1'-0" 1 BASEMENT FLOOR PLAN - CONTROLS & CONTROL DIAGRAM REFERENCE PLAN H301 RFG NJS PLAN - CONTROLS BASEMENT FLOOR A. GENERAL NOTES: OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN MULTIPLE OCCUPANCY SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT ASSOCIATED WITH ZONE AIR TERMINAL UNITS, TO CONTROL THE OPERATION OF THE ZONE. PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING OCCUPANCY SENSORS, DRAWING NOTES: 3 2 1 ZONE. PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE JUNCTION BOX FOR DDC WIRING CONNECTIONS TO DDC PANEL. MODE. ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN OCCUPIED ZONE. ALL OCCUPANCY SENSORS IN THE ZONE SHALL BE LINKED TOGETHER SUCH THAT IF PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE D OS 1OS1 2 J S These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP UP UP A.1 B C D E F G H J KK L 47 A 5.4 EQUIPMENT RM B44C LASER LAB B44A COMPUTER ROOM B40 VESTIBULE B44LAB B44B VEST B44D LAB B47A LAB B47 THURSTON B01A CLOSET B00UA CLOSET B00UB CLOSET B00UO CLOSET B00UD THURSTON B01 STAIR B00S LAB B47B LAB B55 SINK B00J BATHROOM B0T LAB B56 ELEVATOR B00E THURSTON B05 EQUIPMENT B28 OFFICE B57A LAB B57 OFFICE B59 LAB B58 LAB B60 RECEIVING B60B RECEIVING B60A GAS STOR B07A GAS B07 STAIRS B00SB P L O M E OS 1OS1 OS 1OS1 2 J OS 1OS1 OS 1OS1 OS 1OS1 2 J OS 1OS1 OS 1OS1 2 J OS1 OS 1 2 J OS 1 OS 1OS1OS1 2 J N S S S S S S S S S A. GENERAL NOTES: OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN MULTIPLE OCCUPANCY SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT ASSOCIATED WITH ZONE AIR TERMINAL UNITS, TO CONTROL THE OPERATION OF THE ZONE. PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING OCCUPANCY SENSORS, DD DD 1/8" = 1'-0" 1 FIRST FLOOR PLAN - CONTROLS & CONTROL DIAGRAM REFERENCE PLAN H302 RFG NJS PLAN - CONTROLS FIRST FLOOR DRAWING NOTES: OS 1 OS 1 J J OS 1 OS 1 JUNCTION BOX FOR DDC WIRING CONNECTIONS TO DDC PANEL. MODE. ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN OCCUPIED ZONE. ALL OCCUPANCY SENSORS IN THE ZONE SHALL BE LINKED TOGETHER SUCH THAT IF PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE 2 1 2 2 S These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP UP UP UP UP A.1 BL47 L.1 5.4 5'-9" LOBBY 100L LECTURE ROOM 140 CL 140A HALLWAY 100CB HALL 100CC CORRIDOR 100CA 100U CL 101 101 100CC 115 BATHROOM 100TJANITOR 100J LAB 150 CORRIDOR 100CD ELEVATOR 100E OFFICE 126LAB 156 OFFICE 127 OFFICE 128 OFFICE 129 STAIRS 100SBLAB 160 LAB 131 GRAD OFFICE 158 U S Q E HH R T A. GENERAL NOTES: OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN MULTIPLE OCCUPANCY SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT ASSOCIATED WITH ZONE AIR TERMINAL UNITS, TO CONTROL THE OPERATION OF THE ZONE. PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING OCCUPANCY SENSORS, DRAWING NOTES: 3 2 1 ZONE. PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE JUNCTION BOX FOR DDC WIRING CONNECTIONS TO DDC PANEL. MODE. ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN OCCUPIED ZONE. ALL OCCUPANCY SENSORS IN THE ZONE SHALL BE LINKED TOGETHER SUCH THAT IF PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE V W DD S S DD DD S S S S S S S S S SS S S S S OS 1OS1 OS 1OS1 2 J 1/8" = 1'-0" 1 SECOND FLOOR PLAN - CONTROLS & CONTROL DIAGRAM REFERENCE PLAN H303 RFG NJS PLAN - CONTROLS SECOND FLOOR OS 1 OS 1 J OS 1 OS 1 J OS 3OS1 OS1 OS1 OS 1 OS 1 J OS 1 OS1 OS1 OS 1 OS 1 J 2 2 2 2 OS1 OS1 OS1 J 2 S OS OS1 1 J 2 OS1 OS1 J 2 OS 1OS1 OS 1OS1 2 J OS1 OS1 J 2 OS3 OS1 OS1 J 2 OS1 OS1 J 2 OS 3 OS OS1 1 J These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP 260A A.1 B C D E F G H J K L 7 7 L.1 5.4 711 SF CORRIDOR 200CA OPEN OFFICE 210F OFFICE 210E BREAK 210D OFFICE 210C OFFICE 210B OPEN OFFICE 210 OFFICE 210A OFFICE ENTRY 200CC COPY ROOM 210G CLOSET 200JB CONFERENCE 245 CLOSET 200U STAIRS 200S BATHROOM 200TJANITOR 200JA LAB 247 LAB 250 COMPUTER 249 LAB 258C LAB 258B OFFICE 226 OFFICE 227 OFFICE 228 258D LAB 258 OFFICE 258A OFFICE 229 STAIRS 200SB OFFICE 230 BREAK ROOM 231 CLASSROOM 260 ELEVATOR 200E Y X X Z AA BB G E OS OS J 1 2 1 OS 1 OS 1 OS 1 OS 1 OS 3 OS 3 OS1OS1 OS 1OS1 2 J OS3 A. GENERAL NOTES: OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN MULTIPLE OCCUPANCY SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT ASSOCIATED WITH ZONE AIR TERMINAL UNITS, TO CONTROL THE OPERATION OF THE ZONE. PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING OCCUPANCY SENSORS, DRAWING NOTES: 3 2 1 ZONE. PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE JUNCTION BOX FOR DDC WIRING CONNECTIONS TO DDC PANEL. MODE. ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN OCCUPIED ZONE. ALL OCCUPANCY SENSORS IN THE ZONE SHALL BE LINKED TOGETHER SUCH THAT IF PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE CCDD DD DDDD DD H304 RFG NJS PLAN - CONTROLS THIRD FLOOR 1/8" = 1'-0" 1 THIRD FLOOR PLAN - CONTROLS & CONTROL DIAGRAM REFERENCE PLAN S S S S S S S S S S S S S S S S S SS OS1 OS 1J 2 OS3 OS 1 OS1 OS 1 2 J OS 1OS1 OS 1OS1 2 J 3 OS OS 1OS1J 2 OS 1 OS 1 J 2 OS 1 OS 1 J 2 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP STAIRS 300S A.1 47 L.1 5.4 300CA LAB 361 OFFICE 360 OFFICE 330 OFFICE 330A STAIRS 300SB OFFICE 329 LAB 359 OFFICE 328 LAB 356 OFFICE 327 OFFICE 326 LAB 350 ELEVATOR 300E 333 BATHROOM 300T LAB 347 LAB 345 LAB 344 OFFICE 341 OFFICE 340 JANITOR 300JA UTILITY 300U CLOSET 300JB 301 LAB 316 LAB 315 300CB OFFICE 310 OFFICE 311 OFFICE 312 OFFICE 313 OFFICE 314 CORRIDOR 300CC A. GENERAL NOTES: OCCUPIED MODE. IF ANY OF THE SENSORS INDICATE AN OCCUPIED CONDITION, THE ZONE WILL BE IN AN MULTIPLE OCCUPANCY SENSORS WITHIN A ZONE SHALL BE LINKED TOGETHER SUCH THAT ASSOCIATED WITH ZONE AIR TERMINAL UNITS, TO CONTROL THE OPERATION OF THE ZONE. PROVIDE DDC CONNECTION TO AUXILIARY CONTACTS ON EXISTING OCCUPANCY SENSORS, DRAWING NOTES: GG FF EE 1/8" = 1'-0" 1 FOURTH FLOOR PLAN - CONTROLS & CONTROL DIAGRAM REFERENCE PLAN H305 RFG NJS PLAN - CONTROLS FOURTH FLOOR S S S OS 1 ZONE. PROVIDE A PASSIVE INFRARED OCCUPANCY SENSOR TO CONTROL THE OPERATION OF THE 1 OS 1 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY UP HALL 400CB 47 L.1 5.4 MECH 400UA 400UC STAIRS 400SB 400UB 419 STAIRS 400S 400CA OFFICE 416 OFFICE 414 POINT SCHEDULE PERIMETER HEATING SYSTEM (E)HE-1, (E)P-1, (E)P-2 HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND ALARM BACS EMCS DESCRIPTION PUMP MOTOR START/STOP X X X PUMP SPEED COMMAND X X X PUMP STATUS X X X FAILURE X VIA CONTACT ON DRIVE PUMP POWER (kW)X X X BACnet MSTP NETWORK POINT PUMP SPEED (RPM)X X X BACnet MSTP NETWORK POINT STEAM CONTROL VALVE POSITION COMMAND X X X NORMALLY CLOSED PERIMETER HEATING SUPPLY WATER TEMPERATURE X X X X FROM SETPOINT o + / - 4 X PERIMETER HEATING SUPPLY WATER TEMPERATURE SETPOINT X X X PERIMETER HEATING RETURN WATER TEMPERATURE X X X SYSTEM DIFFERENTIAL PRESSURE X X X X 10% DEVIATION FROM SETPOINT X SYSTEM DIFFERENTIAL PRESSURE SETPOINT X X X INDICATES EXISTING (E)P-2 T T AI AI TYPICAL VFD CONTROL/MONITORING POINTS BO S S SCAO R BIASDM COM BACnet / MSTP AV: SPEED (RPM) AV: POWER (KW) HEAT EXCHANGER HE-1 (E)PERIMETER ASD M (E)P-1 ASD M AI P SETPOINT AV (E)HWS (E)HWR SETPOINT AV E P AO MODIFIED SEQUENCE OF OPERATION DESCRIPTIONSYSTEM EXISTING PERIMETER HOT WATER SYSTEM CONTROL SCHEMATIC & SYSTEM SUMMARY SCALE: N.T.S. EXISTING PERIMETER HEATING LOOP HEAT EXCHANGER (HE-1) EXISTING PERIMETER HEATING LOOP PUMPS (P-1 & P-2) EXISTING CONTROL POINTS ARE SHOWN DASHED ON THE CONTROL DIAGRAM. MODIFIED CONTROL SEQUENCE OF OPERATION SHALL BE AS FOLLOWS: GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS PERIMETER LOOP SUPPLY TEMPERATURE: SEE RESET SCHEDULE START/STOP STANDBY AND BE OFF. STANDBY PUMP SHALL INDEX TO LEAD AND RUN. LEAD PUMP SHALL INDEX TO START AND STANDBY PUMP SHALL BE OFF. AFTER 1000 HOURS OF OPERATION, WITH THE SYSTEM ARE OPEN AND CALLING FOR DEMAND. LEAD PUMP SHALL SYSTEM SHALL BE ENABLED WHEN 10% OF THE CONTROL VALVES ASSOCIATED AND RUN. ON A FAILURE OF THE LEAD PUMP, THE STANDBY PUMP SHALL INDEX TO LEAD SPEED CONTROL MAINTAIN THE CRITICAL ZONE CONTROL VALVE POSITION AT 95% OPEN. LOOP DIFFERENTIAL PRESSURE SETPOINT SHALL BE RESET AS NEEDED TO AS REQUIRED TO MAINTAIN THE LOOP DIFFERENTIAL PRESSURE SETPOINT. THE WHEN ENABLED, PUMP SHALL MODULATE VIA A VARIABLE FREQUENCY DRIVE PERIMETER LOOP TEMPERATURE CONTROL TEMPERATURE SETPOINT. REQUIRED TO MAINTAIN THE PERIMETER HEATING LOOP SUPPLY WATER THE HEAT EXCHANGER STEAM CONTROL VALVE SHALL MODULATE AS SCHEDULE: THE SUPPLY TEMPERATURE SHALL RESET BASED ON THE FOLLOWING ï»¿SWT = 18---ï»¿OAT = 10î€€F & ï»¿SWT = 9---ï»¿OAT = 55î€€F & A POINT SCHEDULE CHILLED WATER SYSTEM HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND ALARM BACS EMCS DESCRIPTION CHILLED WATER LOAD SHED X BINARY NETWORK INPUTS FROM EMCS OUTSIDE AIR TEMPERATURE X X X CAMPUS SHILLED WATER FLOW (GPM)X X X CAMPUS SHILLED CONSUMPTION (TONS)X X X CAMPUS CHILLED WATER SUPPLY WATER TEMPERATURE X X X CAMPUS CHILLED WATER RETURN WATER TEMPERATURE X X X CAMPUS CHILLED WATER DIFFERENTIAL PRESSURE X X X X 10% DEVIATION FROM SETPOINT X BUILDING LOOP CHILLED WATER SUPPLY WATER TEMPERATURE X X X X FROM SETPOINT o + / - 4 X BUILDING LOOP CHILLED WATER SUPPLY WATER TEMPERATURE SETPOINT X X X BUILDING LOOP CHILLED WATER DIFFERENTIAL PRESSURE X X X X 10% DEVIATION FROM SETPOINT X BUILDING LOOP CHILLED WATER DIFFERENTIAL PRESSURE SETPOINT X X X CHW RECIRCULATING LOOP CONTROL VALVE POSITION COMMAND X X X FAIL OPEN PUMP MOTOR START/STOP X X X PUMP SPEED COMMAND X X X PUMP STATUS X X X FAILURE X VIA CONTACT ON DRIVE PUMP POWER (kW)X X X BACnet MSTP NETWORK POINT PUMP SPEED (RPM)X X X BACnet MSTP NETWORK POINT SCALE: N.T.S. B EXISTING CHILLED WATER SYSTEM CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING TYPICAL ASD CONTROL/MONITORING POINTS BO S S SCAO R BIASDM COM BACnet / MSTP AV: SPEED (RPM) AV: POWER (KW) E AIMETER WATER CHILLED T AI SETPOINT AV (E)P-1 ASD MAI P CAMPUS T AI T AI AO (E)CWS (E)CWR AI P SETPOINT AV COOLING LOOP GENERAL BUILDING EXISTING COOLING LOOP PROCESS EXISTING T AI OA AI IP TONS AI IP (GPM) FLOW MODIFIED SEQUENCE OF OPERATION DESCRIPTIONSYSTEM EXISTING BUILDING CHILLED WATER RECIRCULATING LOOP CONTROL VALVE EXISTING MAIN CHILLED WATER PUMP (P-1) EXISTING CONTROL POINTS ARE SHOWN DASHED ON THE CONTROL DIAGRAM. MODIFIED CONTROL SEQUENCE OF OPERATION SHALL BE AS FOLLOWS: GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS MAIN CHILLED WATER LOOP SUPPLY TEMPERATURE: SEE RESET SCHEDULE START/STOP AND OPERATE CONTINUOUSLY. WITH THE SYSTEM ARE OPEN AND CALLING FOR DEMAND. PUMP SHALL START SYSTEM SHALL BE ENABLED WHEN ANY OF THE CONTROL VALVES ASSOCIATED SPEED CONTROL MAINTAIN THE CRITICAL ZONE CONTROL VALVE POSITION AT 95% OPEN. LOOP DIFFERENTIAL PRESSURE SETPOINT SHALL BE RESET AS NEEDED TO AS REQUIRED TO MAINTAIN THE LOOP DIFFERENTIAL PRESSURE SETPOINT. THE WHEN ENABLED, PUMP SHALL MODULATE VIA A VARIABLE FREQUENCY DRIVE CHILLED WATER SUPPLY TEMPERATURE CONTROL SETPOINT. TO MAINTAIN THE CHILLED WATER LOOP SUPPLY WATER TEMPERATURE THE CHILLED WATER MIXING CONTROL VALVE SHALL MODULATE AS REQUIRED SCHEDULE: THE SUPPLY WATER TEMPERATURE SHALL RESET BASED ON THE FOLLOWING ï»¿SWT = 5---ï»¿OAT = 40î€€F & ï»¿SWT = 4---ï»¿OAT = 50î€€F & A A H400 RFG NJS SUMMARIES SYSTEM SCHEMATICS & CONTROL These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S. C GENERAL EXHAUST VALVE SUPPLY VALVE DUCT MOUNTED REHEAT COIL GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULES SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET GENERAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULES 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER LABORATORY AIRFLOW CONTROL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE OCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS OCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE UNOCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS UNOCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL DIFFERENTIAL. SHALL MODULATE AS REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW NEEDED TO MAINTAIN THE VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVE VACANT MODE: THE GENERAL EXHAUST AIR VALVE SHALL MODULATE AS ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION VALVES SHALL BE CLOSED. THE SPACE TEMPERATURE IS AT SETPOINT, THE REHEAT COIL CONTROL SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE SETPOINT. WHEN OCCUPIED HEATING TEMPERATURE SETPOINT, THE REHEAT CONTROL VALVE OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED VALVE SHALL CLOSE. OCCUPIED COOLING TEMPERATURE SETPOINT, THE REHEAT COIL CONTROL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE COIL CONTROL VALVE SHALL CLOSE. ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE REHEAT SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE AO R COMMAND VACANCY UNOCCUPIED OCCUPIED/ H C AO F.L. AI T H C AIR SUPPLY BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP MOD AO AI AI FLOW ALARM AV SETPOINT CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE EXHAUST AIR VALVE SEQUENCE OF OPERATION DESCRIPTIONSYSTEM EXHAUST GENERAL POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X EXHAUST AIR VALVE FLOW FEEDBACK (CFM)X X X EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X FLOORPLANS REFER TO CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER.A. H401 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS CONTROLLER ANALOG ELECTRIC BARD HALL LAB SB36A & LAB SB37 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S D SEQUENCE OF OPERATION AO MONITOR HOOD FUMEHOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ H C AO F.L. AI T H C AIR SUPPLY EXHAUST FUME HOOD BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP DESCRIPTIONSYSTEM MOD AO AI AI FLOW ALARM AV SETPOINT CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE EXHAUST AIR VALVEFUME HOOD EXHAUST VALVE SUPPLY VALVE DUCT MOUNTED REHEAT COIL GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL LABORATORY AIRFLOW CONTROL FLOORPLANS REFER TO CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER.A. RFG NJS H402 SUMMARIES SYSTEM SCHEMATICS & CONTROL BARD HALL LAB SB36, LAB SB38, LAB SB40, LAB SB28 & LAB B47A CONTROL SCHEMATIC & SYSTEM SUMMARY AO FUME HOOD MONITOR SASH POSITION TOINDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM MONITOR. HOOD FUME A WITH EQUIPPED BE SHALL HOOD FUME EXISTINGTHE SETPOINT.VELOCITY FACE THE MAINTAIN TO BOX EXHAUST HOOD FUME THE ADJUST SHALL MONITORTHE CAPABILITIES: FOLLOWING THE HAVE MINIMUM, A AS SHALL, MONITORTHE INPUT POSITION SASH- VELOCITY. FACE OF ADJUSTMENT ALLOW TO INPUT MODE STANDBY- MODE. DECOMMISSION HOOD- BACS. THE BY MODE VACANT IN PLACED BE SHALL ROOM THE VACANT, ISLABORATORY THE IF SENSORS. OCCUPANCY ROOM VIA DETERMINED BE SHALLOCCUPANCY ROOM CONTROL, NORMAL UNDER MODE. ON BASED BE SHALL POSITIONS VALVEAIR DIFFERENTIAL. AIRFLOW SPECIFIED THE MAINTAIN TO NEEDEDAS MODULATE SHALL VALVES AIR SUPPLY THE POSITION. SASH THE ON BASEDSETPOINT VELOCITY FACE FOM 100 THE MAINTAIN TO NEEDED AS VALVE AIR EXHAUST HOODFUME THE INDEX SHALL MONITOR HOOD FUME THE VALVE. AIR EXHAUST HOOD FUMETHE TO COMMAND OCCUPIED AN SEND SHALL BACS THE OCCUPIED, IS ROOM THEWHEN DIFFERENTIAL. AIRFLOWSPECIFIED THE MAINTAIN TO NEEDED AS MODULATE SHALL VALVES AIR SUPPLY THEPOSITION. SASH THE ON BASED SETPOINT VELOCITY FACE FPM 65 THE MAINTAIN TO NEEDEDAS VALVE AIR EXHAUST HOOD FUME THE INDEX SHALL MONITOR HOOD FUME THEVALVE. AIR EXHAUST HOOD FUME THE TO COMMAND UNOCCUPIED AN SEND SHALLBACS THE 18-INCHES, BELOW OR AT IS SASH THE AND UNOCCUPIED, IS ROOM THEWHEN DIFFERENTIAL.AIRFLOW SPECIFIED THE MAINTAIN TO REQUIRED AS MODULATE SHALL VALVES AIRSUPPLY THE SETPOINT. AIRFLOW OPEN SASH OCCUPIED THE MAINTAIN TO VALVE AIREXHAUST HOOD FUME THE INDEX SHALL MONITOR HOOD FUME THE VALVE. AIREXHAUST HOOD FUME THE TO COMMAND UNOCCUPED SPACE THE SEND NOT SHALLBACS THE 18-INCHES, ABOVE IS SASH HOOD FUME THE UNOCCUPIED IS ROOM THEWHEN DIFFERENTIAL. AIRFLOW SPECIFIED THE MAINTAIN TO REQUIRED ASMODULATE SHALL VALVES AIR SUPPLY THE RATE. CHANGE AIR VACANT THE MAINTAIN TOINDEX SHALL AND MODE VACANCY THE DURING VALVE AIR EXHAUST GENERAL A ASOPERATE TO UP SET BE SHALL VALVE AIR EXHAUST HOOD FUMETHE VALVE. AIR EXHAUSTHOOD FUME THE TO COMMAND DECOMMISSION A SEND SHALL BACS THE MODE:VACANT CONTROL TEMPERATUREZONE SENSORS. OCCUPANCY SPACE AND SCHEDULEPROGRAMMED OF COMBINATION A ON BASED DETERMINED BE SHALL SETPOINTSTEMPERATURE CLOSE. SHALL VALVE CONTROL COIL REHEAT THE SETPOINT, AT ISTEMPERATURE SPACE THE WHEN SETPOINT. TEMPERATURE SPACE THE MAINTAIN TONEEDED AS MODULATE SHALL VALVE CONTROL COIL REHEAT THE SETPOINT,TEMPERATURE HEATING OCCUPIED THE BELOW FALLS TEMPERATURE SPACE THE ANDPERIOD OCCUPIED SCHEDULED THE DURING OCCUPIED IS SPACE THE IF HEATING:OCCUPIED CLOSE. SHALL VALVE CONTROL COIL REHEAT THE SETPOINT,TEMPERATURE COOLING OCCUPIED THE ABOVE RISES TEMPERATURE SPACE THE ANDPERIOD OCCUPIED SCHEDULED THE DURING OCCUPIED IS SPACE THE IF COOLING:OCCUPIED SETPOINTS.TEMPERATURE SETBACK OCCUPIED THE AT MAINTAINED BE SHALL SPACE THE BUTAPPLY, SHALL SEQUENCES HEATING/COOLING OCCUPIED ABOVE THE PERIOD,OCCUPIED SCHEDULED THE DURING UNOCCUPIED BECOMES SPACE THE IF SETBACK:OCCUPIED SETPOINT.TEMPERATURE SETBACK UNOCCUPIED THE AT MAINTAINED BE SHALL SPACE THE BUTAPPLY, SHALL SEQUENCE HEATING OCCUPIED ABOVE THE SETPOINT, TEMPERATUREHEATING UNOCCUPIED THE BELOW FALLS TEMPERATURE SPACE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF HEATING:UNOCCUPIED CLOSE. SHALL VALVE CONTROL COIL REHEAT THE SETPOINT, TEMPERATURECOOLING UNOCCUPIED THE ABOVE RISES TEMPERATURE SPACE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF COOLING:UNOCCUPIED MODE. UNOCCUPIED TO BACK INDEX SHALL SPACE THE PERIOD,UNOCCUPIED SCHEDULED THE DURING AGAIN UNOCCUPIED BECOMES SPACE THEWHEN OCCUPANCY. OF DURATION THE FOR MODE OCCUPIED TO INDEX SHALL SPACETHE PERIOD, UNOCCUPIED SCHEDULED THE DURING OCCUPIED BECOMES SPACE THEIF SETPOINT. TEMPERATURE SETBACK UNOCCUPIED THE AT MAINTAINED BE SHALL SPACE THEBUT APPLY, SHALL SEQUENCE HEATING OCCUPIED ABOVE THE HEATING: MODEVACANT SETPOINT. TEMPERATURE UNOCCUPIED THE AT MAINTAINED BE SHALL SPACETHE APPLY. SHALL SEQUENCE COOLING UNOCCUPIED ABOVE THE MODE: COOLINGVACANT FUME HOOD VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM)X X X FUME HOOD EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S E ZONE CONTROLLER ALC COM BACnet / MSTP H C AO F.L. AI T H C AIR SUPPLY AI T SETPOINT AV sa d POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SYSTEM DESCRIPTION SUPPLY VALVE DUCT MOUNTED RE-HEAT COIL GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED OCCUPANCY SENSORS. NORMAL CONTROL, ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM AIR VALVE POSITIONS SHALL BE BASED ON SPACE OCCUPANCY. UNDER SPACE COOLING TEMPERATURE SETPOINTS: OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION REFER TO AIRFLOW SCHEDULE 30 MINUTESMINIMUM SPACE OCCUPANY INDEX TIME: AIRFLOW CONTROL SEQUENCE OF OPERATION ï»¿75OCCUPIED: ï»¿78OCCUPIED SETBACK: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: SETPOINTS ï»¿81UNOCCUPIED: CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE FLOORPLANS REFER TO GENERAL NOTES: CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER.A. RFG NJS H403 SUMMARIES SYSTEM SCHEMATICS & CONTROL BARD HALL CORRIDOR SB00CB, SB00CA, B00CA, 100CD, 200CA & 300CA CONTROL SCHEMATIC & SYSTEM SUMMARY SPECIFIED AIRFLOW. WHEN THE ROOM IS OCCUPIED, THE SUPPLY AIR VALVE SHALL MAINTAIN THE VALVE SHALL MAINTAIN THE SPECIFIED AIRFLOW. WHEN THE ROOM IS UNOCCUPIED, THE SUPPLY AIR VALVE. THE SUPPLY AIR ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION VALVES SHALL BE CLOSED. THE SPACE TEMPERATURE IS AT SETPOINT, THE REHEAT COIL CONTROL SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE SETPOINT. WHEN OCCUPIED HEATING TEMPERATURE SETPOINT, THE REHEAT CONTROL VALVE OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED VALVE SHALL CLOSE. OCCUPIED COOLING TEMPERATURE SETPOINT, THE REHEAT COIL CONTROL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE COIL CONTROL VALVE SHALL CLOSE. ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE REHEAT SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S F SYSTEM DESCRIPTION SEQUENCE OF OPERATION HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ H C AO F.L. AI T H C AIR SUPPLY EXHAUST FUME HOOD BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. MOD AO AI AI FLOW ALARM AV SETPOINT CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE EXHAUST AIR VALVEH C AO F.L. AI T H C AIR SUPPLY CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. (6) FUME HOOD EXHAUST VALVES (2) SUPPLY VALVES (2) DUCT MOUNTED REHEAT COILS BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL THE EXISTING FUME HOOD SHALL BE EQUIPPED WITH A FUME HOOD MONITOR. FACE VELOCITY SETPOINT. THE MONITOR SHALL ADJUST THE FUME HOOD EXHAUST BOX TO MAINTAIN THE THE MONITOR SHALL, AS A MINIMUM, HAVE THE FOLLOWING CAPABILITIES: - SASH POSITION INPUT - STANDBY MODE INPUT TO ALLOW ADJUSTMENT OF FACE VELOCITY. - HOOD DECOMMISSION MODE. LABORATORY AIRFLOW CONTROL SETPOINTS (CONTINUED)LABORATORY AIRFLOW CONTROL (CONTINUED) FLOORPLANS REFER TO RFG NJS H404 SUMMARIES SYSTEM SCHEMATICS & CONTROL BARD HALL LAB SB60 CONTROL SCHEMATIC & SYSTEM SUMMARY S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM FUME HOOD HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEHOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEHOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEHOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEHOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEPOINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) (TYP. OF 6)X X X FUME HOOD EXHAUST AIR VALVE STATUS (TYP. OF 6)X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION (TYP. OF 6)X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND (TYP. OF 6)X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) (TYP. OF 2)X X X SUPPLY AIR VALVE STATUS (TYP. OF 2)X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM) (TYP. OF 2)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM) (TYP. OF 2)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM) (TYP. OF 2)X X REHEAT COIL LEAVING AIR TEMPERATURE (TYP. OF 2)X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%)X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, DIFFERENTIAL. SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW MAINTAIN THE 100 FPM FACE VELOCITY SETPOINT. THE SUPPLY AIR VALVES MONITOR SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE AS NEEDED TO COMMAND TO THE FUME HOOD EXHAUST AIR VALVES. THE FUME HOOD WHEN THE ROOM IS OCCUPIED, THE BACS SHALL SEND AND OCCUPIED MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VELOCITY SETPOINT. THE SUPPLY AIR VALVES SHALL MODULATE AS NEEDED TO HOOD EXHAUST AIR VALVES AS NEEDED TO MAINTAIN THE 65 FPM FACE EXHAUST AIR VALVES. THE FUME HOOD MONITOR SHALL INDEX THE FUME THE BACS SHALL SEND AN UNOCCUPIED COMMAND TO THE FUME HOOD WHEN THE ROOM IS UNOCCUPIED, AND THE SASH IS AT OR BELOW 18-INCHES, NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. OCCUPIED AIRFLOW SETPOINT. THE SUPPLY AIR VALVE SHALL MODULATE AS SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE TO MAINTAIN THE COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR ON SASH POSITION, THE BACS SHALL NOT SEND THE SPACE UNOCCUPIED WHEN THE ROOM IS UNOCCUPIED AND THE SASH IS ABOVE 18-INCHES BASED REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVES SHALL MODULATE AS AIR VALVE DURING THE VACANCY MODE AND SHALL INDEX TO MAINTAIN THE EXHAUST AIR VALVES SHALL BE SET UP TO OPERATE AS A GENERAL EXHAUST FUME HOOD EXHAUST AIR VALVES TO CLOSE. ONE OF THE FUME HOOD FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR SHALL INDEX THE VACANT MODE: THE BACS SHALL SEND A DECOMMISSION COMMAND TO EACH ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION VALVES SHALL CLOSE. THE BASEBOARD RADIATION CONTROL VALVE AND REHEAT COIL CONTROL TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, COIL CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT TEMPERATURE SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. OCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE RADIATION CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL INDICATES EXISTING AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM FUME HOOD AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM FUME HOOD AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM FUME HOOD AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM FUME HOOD AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM FUME HOOD These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S G FAN C COOLING COIL C E AO M S S CS BI MS BO SA AI T SETPOINT AV sa d N.C. R.A BI OS ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP H C AO F.L. AI T H C AIR SUPPLY CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO R COMMAND VACANCY UNOCCUPIED OCCUPIED/ MOD AO AI AI FLOW ALARM AV SETPOINT EXHAUST AIR VALVE EXHAUST GENERAL SYSTEM DESCRIPTION GENERAL EXHAUST VALVE SUPPLY VALVE DUCT MOUNTED REHEAT COIL SUPPLEMENTAL COOLING FAN COIL UNIT GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: SPACE HEATING TEMPERATURE SETPOINTS: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULES SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET GENERAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULES 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER LABORATORY AIRFLOW CONTROL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE OCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS OCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE UNOCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS UNOCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL DIFFERENTIAL. SHALL MODULATE AS REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW NEEDED TO MAINTAIN THE VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVE VACANT MODE: THE GENERAL EXHAUST AIR VALVE SHALL MODULATE AS ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE FAN COIL UNIT IS OFF. AND COOLING. THE COOLING CONTROL VALVE SHALL BE CLOSED WHEN THE HEATING COIL CONTROL VALVE IS OPEN TO PREVENT SIMULTANEOUS HEATING THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE SEQUENCE OF OPERATION POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X EXHAUST AIR VALVE FLOW FEEDBACK (CFM)X X X EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST COOLING COIL CONTROL VALVE POSITION COMMAND (%)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X FLOORPLANS REFER TO AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. H405 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS CONTROLLER ANALOG ELECTRIC BARD HALL LAB SB30 & LAB 316 CONTROL SCHEMATIC & SYSTEM SUMMARY ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: VALVE SHALL BE CLOSED. THE SPACE TEMPERATURE IS AT SETPOINT, THE REHEAT COIL CONTROL SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE SETPOINT. WHEN OCCUPIED HEATING TEMPERATURE SETPOINT, THE REHEAT CONTROL VALVE OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S H FAN C COOLING COIL C E AO M S S CS BI MS BO SA AI T SETPOINT AV sa d N.C. R.A BI OS ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP H C AO F.L. AI T H C AIR SUPPLY AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO R COMMAND VACANCY UNOCCUPIED OCCUPIED/ MOD AO AI AI FLOW ALARM AV SETPOINT EXHAUST AIR VALVE EXHAUST GENERAL SYSTEM DESCRIPTION SEQUENCE OF OPERATION AO F.L. TYP. OF 3 TYP. OF 4 AO R COMMAND VACANCY UNOCCUPIED OCCUPIED/ MOD AO AI AI FLOW ALARM AV SETPOINT EXHAUST AIR VALVE EXHAUST GENERAL (2) GENERAL EXHAUST VALVES SUPPLY VALVE DUCT MOUNTED REHEAT COIL (4) SUPPLEMENTAL COOLING FAN COIL UNITS (3) BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULES SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET GENERAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULES 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER LABORATORY AIRFLOW CONTROL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE OCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS OCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE UNOCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS UNOCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL DIFFERENTIAL. SHALL MODULATE AS REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW NEEDED TO MAINTAIN THE VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVE VACANT MODE: THE GENERAL EXHAUST AIR VALVE SHALL MODULATE AS ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION VALVES SHALL CLOSE. THE BASEBOARD RADIATION CONTROL VALVE AND REHEAT COIL CONTROL TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, COIL CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT TEMPERATURE SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE COOLING CONTROL VALVE SHALL BE CLOSED WHEN THE FAN COIL UNIT IS OFF. VALVE IS OPEN TO PREVENT SIMULTANEOUS HEATING AND COOLING. THE BASEBOARD RADIATION CONTROL VALVE AND/OR HEATING COIL CONTROL THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE FLOORPLANS REFER TO POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X EXHAUST AIR VALVE FLOW FEEDBACK (CFM) (TYP OF 2)X X X EXHAUST AIR VALVE STATUS (TYP OF 2)X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) EXHAUST AIR VALVE OCC/UNOCC COMMAND (TYP OF 2)X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST COOLING COIL CONTROL VALVE POSITION COMMAND (%) (TYP OF 4)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP (TYP OF 4)X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS (TYP OF 4)X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) (TYP OF 3)X X X FAIL LAST H406 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS CONTROLLER ANALOG ELECTRIC CONTROLLER ANALOG ELECTRIC BARD HALL LAB SB56, SB56C, SB56D, SB56E, SB58, SB58B & SB58C CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S I FAN C COOLING COIL C E AO M S S CS BI MS BO SA AI T SETPOINT AV sa d N.C. R.A BI OS ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP H C AO F.L. AI T H C AIR SUPPLY AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE EXHAUST GENERAL SYSTEM DESCRIPTION SEQUENCE OF OPERATION AO F.L. FLOORPLANS REFER TO MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) VARIABLE VOLUME EXHAUST BOX SUPPLY VALVE DUCT MOUNTED REHEAT COIL SUPPLEMENTAL COOLING FAN COIL UNIT (TYP OF 4) BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: 30 MINUTESMINIMUM OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER SPACE OCCUPANCY TIME OF DAY SCHEDULE AND SPACE OCCUPANCY SENSORS. ZONE OCCUPANCY SHALL BE DETERMINED BASED ON A COMINATION OF THE BETWEEN OCCUPIED AND OCCUPIED SETBACK MODE. WHICH TIME THE SPACE OCCUPANCY SENSOR SHALL INDEX THE SPACE INDEXED TO OCCUPIED AND OPERATE FOR A MINIMUM OF 30 MINUTES, AT DURING THE SCHEDULED OCCUPANCY PERIOD, THE ZONE SHALL BE INITIALLY OCCUPANCY IS NOT SENSED FOR A PERIOD OF 30 MINUTES. OCCUPANCY. THE ZONE SHALL INDEX BACK TO UNOCCUPIED WHEN SENSOR SHALL INDEX THE ZONE TO OCCUPIED FOR THE DURATION OF DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SPACE OCCUPANCY WITH THAT ZONE. OCCUPANCY INPUTS FROM ANY SPACE OCCUPANCY SENSOR ASSOCIATED PROVIDED IN EACH SPACE, AND ZONE OCCUPANCY SHALL BE BASED ON FOR ZONES WITH MULTIPLE SPACES, AN OCCUPANCY SENSOR SHALL BE ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMINATION SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE CONTROL VALVE SHALL MODULATE TO MAINTAIN SETPOINT. UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT MODE: THE ABOVE UNOCCUPIED HEATING/COOLING SEQUENCES FAN COIL UNIT IS OFF. AND COOLING. THE COOLING CONTROL VALVE SHALL BE CLOSED WHEN THE HEATING COIL CONTROL VALVE IS OPEN TO PREVENT SIMULTANEOUS HEATING THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE EXHAUST AIR VAV BOX CONTROL AIRFLOW RATE MINUS THE SPECIFIED AIRFLOW DIFFERENTIAL. THE EXHAUST AIR VAV SHALL MODULATE AS NEEDED TO MAINTAIN THE SUPPLY RFG NJS H407 SUMMARIES SYSTEM SCHEMATICS & CONTROL TEMPERATURE SETPOINT. COIL CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT TEMPERATURE SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION AIRFLOW SETPOINT (MINIMUM). IF THE ZONE TEMPERATURE FALLS BELOW THE OCCUPIED PERIOD, THE SUPPLY AIR VALVE SHALL INDEX TO THE HEATING OCCUPIED HEATING: IF THE ZONE IS OCCUPIED DURING THE SCHEDULED POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST GENERAL EXHAUST VAV BOX DAMPER POSITION COMMAND X X X GENERAL EXHAUST VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X (TYP. OF 4) SPACE SETPOINT ADJUSTMENT X COOLING COIL CONTROL VALVE POSITION COMMAND (%) X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%)X X X FAIL LAST BARD HALL LAB SB47 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S J SYSTEM DESCRIPTION SEQUENCE OF OPERATION BI OS EXHAUST GENERAL LAB ZONE MODAO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) AO CONTROLLER ALC COM BACnet / MSTP FAN C COOLING COIL C E AO M S S CS BI MS BO SA N.C. R.A AI T SETPOINT AV sa d MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) AIR SUPPLY AI T H C H C EE AO F.L. TYP. OF 3 FLOORPLANS REFER TO VARIABLE VOLUME EXHAUST BOX VARIABLE VOLUME SUPPLY BOX WITH REHEAT COIL SUPPLEMENTAL COOLING FAN COIL UNIT (3) BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION 30 MINUTESMINIMUM OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER SPACE OCCUPANCY TIME OF DAY SCHEDULE AND SPACE OCCUPANCY SENSORS. ZONE OCCUPANCY SHALL BE DETERMINED BASED ON A COMINATION OF THE BETWEEN OCCUPIED AND OCCUPIED SETBACK MODE. WHICH TIME THE SPACE OCCUPANCY SENSOR SHALL INDEX THE SPACE INDEXED TO OCCUPIED AND OPERATE FOR A MINIMUM OF 30 MINUTES, AT DURING THE SCHEDULED OCCUPANCY PERIOD, THE ZONE SHALL BE INITIALLY OCCUPANCY IS NOT SENSED FOR A PERIOD OF 30 MINUTES. OCCUPANCY. THE ZONE SHALL INDEX BACK TO UNOCCUPIED WHEN SENSOR SHALL INDEX THE ZONE TO OCCUPIED FOR THE DURATION OF DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SPACE OCCUPANCY WITH THAT ZONE. OCCUPANCY INPUTS FROM ANY SPACE OCCUPANCY SENSOR ASSOCIATED PROVIDED IN EACH SPACE, AND ZONE OCCUPANCY SHALL BE BASED ON FOR ZONES WITH MULTIPLE SPACES, AN OCCUPANCY SENSOR SHALL BE ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION AND REHEAT COIL CONTROL VALVES SHALL BE CLOSED. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE BASEBOARD RADIATION VALVE SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE SETPOINT. BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT CONTROL SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT WITH THE CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE CONTROL VALVE SHALL MODULATE TO MAINTAIN SETPOINT. UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT MODE: THE ABOVE UNOCCUPIED HEATING/COOLING SEQUENCES COOLING CONTROL VALVE SHALL BE CLOSED WHEN THE FAN COIL UNIT IS OFF. VALVE IS OPEN TO PREVENT SIMULTANEOUS HEATING AND COOLING. THE BASEBOARD HEATING CONTROL VALVE AND/OR THE REHEAT COIL CONTROL THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE EXHAUST AIR VAV BOX CONTROL AIRFLOW RATE MINUS THE SPECIFIED AIRFLOW DIFFERENTIAL. THE EXHAUST AIR VAV SHALL MODULATE AS NEEDED TO MAINTAIN THE SUPPLY POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS SUPPLY VAV BOX DAMPER POSITION COMMAND X X X SUPPLY VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT SUPPLY VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT SUPPLY VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST GENERAL EXHAUST VAV BOX DAMPER POSITION COMMAND X X X GENERAL EXHAUST VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X (TYP. OF 4) SPACE SETPOINT ADJUSTMENT X COOLING COIL CONTROL VALVE POSITION COMMAND (%)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) (TYP OF 3)X X X FAIL LAST GENERAL NOTES: AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. H408 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL B47B, B55 & B56 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S K SYSTEM DESCRIPTION SEQUENCE OF OPERATION BI OS EXHAUST GENERAL LAB ZONE MODAO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) CONTROLLER ALC COM BACnet / MSTP FAN C COOLING COIL C E AO M S S CS BI MS BO SA N.C. R.A AI T SETPOINT AV sa d MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) AIR SUPPLY FLOORPLANS REFER TO VARIABLE VOLUME EXHAUST BOX VARIABLE VOLUME SUPPLY BOX SUPPLEMENTAL COOLING FAN COIL UNIT GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION 30 MINUTESMINIMUM OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER SPACE OCCUPANCY TIME OF DAY SCHEDULE AND SPACE OCCUPANCY SENSORS. ZONE OCCUPANCY SHALL BE DETERMINED BASED ON A COMINATION OF THE BETWEEN OCCUPIED AND OCCUPIED SETBACK MODE. WHICH TIME THE SPACE OCCUPANCY SENSOR SHALL INDEX THE SPACE INDEXED TO OCCUPIED AND OPERATE FOR A MINIMUM OF 30 MINUTES, AT DURING THE SCHEDULED OCCUPANCY PERIOD, THE ZONE SHALL BE INITIALLY OCCUPANCY IS NOT SENSED FOR A PERIOD OF 30 MINUTES. OCCUPANCY. THE ZONE SHALL INDEX BACK TO UNOCCUPIED WHEN SENSOR SHALL INDEX THE ZONE TO OCCUPIED FOR THE DURATION OF DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SPACE OCCUPANCY WITH THAT ZONE. OCCUPANCY INPUTS FROM ANY SPACE OCCUPANCY SENSOR ASSOCIATED PROVIDED IN EACH SPACE, AND ZONE OCCUPANCY SHALL BE BASED ON FOR ZONES WITH MULTIPLE SPACES, AN OCCUPANCY SENSOR SHALL BE ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION POSITION. SETPOINT, THE SUPPLY AIR VAV BOX SHALL INDEX TO THE MINIMUM AIRFLOW MAINTAIN SPACE TEMPERATURE. WHEN THE SPACE TEMPERATURE IS AT MODULATE BETWEEN MINIMUM AND MAXIMUM AIRFLOW SETPOINTS TO OCCUPIED HEATING TEMPERATURE SETPOINT, THE SUPPLY AIR VAV BOX SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE THE UNOCCUPIED HEATING TEMPERATURE SETPOINT. HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE OCCUPIED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT MODE: THE ABOVE UNOCCUPIED HEATING/COOLING SEQUENCES EXHAUST AIR VAV BOX CONTROL AIRFLOW RATE MINUS THE SPECIFIED AIRFLOW DIFFERENTIAL. THE EXHAUST AIR VAV SHALL MODULATE AS NEEDED TO MAINTAIN THE SUPPLY POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS SUPPLY VAV BOX DAMPER POSITION COMMAND X X X SUPPLY VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT SUPPLY VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT SUPPLY VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX DAMPER POSITION COMMAND X X X GENERAL EXHAUST VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X (TYP. OF 4) SPACE SETPOINT ADJUSTMENT X COOLING COIL CONTROL VALVE POSITION COMMAND (%)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) GENERAL NOTES: AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. H409 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL B28 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S L SYSTEM DESCRIPTION SEQUENCE OF OPERATION HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ H C AO F.L. AI T H C AIR SUPPLY EXHAUST FUME HOOD BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP MOD AO AI AI FLOW ALARM AV SETPOINT CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE EXHAUST AIR VALVEHOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEAO F.L. FLOORPLANS REFER TO AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. FAN C COOLING COIL C E AO M S S CS BI MS BO SA N.C. R.A TYP. OF 3 (2) FUME HOOD EXHAUST VALVES SUPPLY VALVES DUCT MOUNTED REHEAT COILS BASEBOARD RADIATION (3) SUPPLEMENTAL COOLING FAN COIL UNIT GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL THE EXISTING FUME HOOD SHALL BE EQUIPPED WITH A FUME HOOD MONITOR. FACE VELOCITY SETPOINT. THE MONITOR SHALL ADJUST THE FUME HOOD EXHAUST BOX TO MAINTAIN THE THE MONITOR SHALL, AS A MINIMUM, HAVE THE FOLLOWING CAPABILITIES: - SASH POSITION INPUT - STANDBY MODE INPUT TO ALLOW ADJUSTMENT OF FACE VELOCITY. - HOOD DECOMMISSION MODE. LABORATORY AIRFLOW CONTROL MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, DIFFERENTIAL. SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW MAINTAIN THE 100 FPM FACE VELOCITY SETPOINT. THE SUPPLY AIR VALVE MONITOR SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE AS NEEDED TO COMMAND TO THE FUME HOOD EXHAUST AIR VALVES. THE FUME HOOD WHEN THE ROOM IS OCCUPIED, THE BACS SHALL SEND AND OCCUPIED MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VELOCITY SETPOINT. THE SUPPLY AIR VALVES SHALL MODULATE AS NEEDED TO HOOD EXHAUST AIR VALVES AS NEEDED TO MAINTAIN THE 65 FPM FACE EXHAUST AIR VALVES. THE FUME HOOD MONITOR SHALL INDEX THE FUME THE BACS SHALL SEND AN UNOCCUPIED COMMAND TO THE FUME HOOD WHEN THE ROOM IS UNOCCUPIED, AND THE SASH IS AT OR BELOW 18-INCHES, NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. OCCUPIED AIRFLOW SETPOINT. THE SUPPLY AIR VALVE SHALL MODULATE AS SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE TO MAINTAIN THE COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR ON SASH POSITION, THE BACS SHALL NOT SEND THE SPACE UNOCCUPIED WHEN THE ROOM IS UNOCCUPIED AND THE SASH IS ABOVE 18-INCHES BASED REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVES SHALL MODULATE AS AIR VALVE DURING THE VACANCY MODE AND SHALL INDEX TO MAINTAIN THE EXHAUST AIR VALVES SHALL BE SET UP TO OPERATE AS A GENERAL EXHAUST FUME HOOD EXHAUST AIR VALVES TO CLOSE. ONE OF THE FUME HOOD FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR SHALL INDEX THE VACANT MODE: THE BACS SHALL SEND A DECOMMISSION COMMAND TO EACH ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION AND REHEAT COIL CONTROL VALVES SHALL BE CLOSED. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE BASEBOARD RADIATION VALVE SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE SETPOINT. BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT CONTROL SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT WITH THE CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE CONTROL VALVE SHALL MODULATE TO MAINTAIN SETPOINT. UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT MODE: THE ABOVE UNOCCUPIED HEATING/COOLING SEQUENCES COOLING CONTROL VALVE SHALL BE CLOSED WHEN THE FAN COIL UNIT IS OFF. VALVE IS OPEN TO PREVENT SIMULTANEOUS HEATING AND COOLING. THE BASEBOARD HEATING CONTROL VALVE AND/OR THE REHEAT COIL CONTROL THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE H410 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL LAB 131 CONTROL SCHEMATIC & SYSTEM SUMMARY SCHEDULED OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) (TYP. OF 2)X X X FUME HOOD EXHAUST AIR VALVE STATUS (TYP. OF 2)X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION (TYP. OF 2)X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND (TYP. OF 2)X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%) X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X COOLING COIL CONTROL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP (TYP. OF 2)X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS (TYP. OF 2)X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%)X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S M SYSTEM DESCRIPTION SEQUENCE OF OPERATION H C AO F.L. AI T H C AIR SUPPLY BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. FAN C COOLING COIL C E AO M S S CS BI MS BO SA N.C. R.A TYP. OF 2 TYP. OF 2 AO R COMMAND VACANCY UNOCCUPIED OCCUPIED/ MOD AO AI AI FLOW ALARM AV SETPOINT EXHAUST AIR VALVE EXHAUST GENERAL GENERAL EXHAUST VALVE SUPPLY VALVE DUCT MOUNTED REHEAT COIL (2) SUPPLEMENTAL COOLING FAN COIL UNIT (2) BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULES SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET GENERAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULES 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER LABORATORY AIRFLOW CONTROL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE OCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS OCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE UNOCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS UNOCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL DIFFERENTIAL. SHALL MODULATE AS REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW NEEDED TO MAINTAIN THE VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVE VACANT MODE: THE GENERAL EXHAUST AIR VALVE SHALL MODULATE AS ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION AND REHEAT COIL CONTROL VALVES SHALL BE CLOSED. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE BASEBOARD RADIATION VALVE SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE SETPOINT. BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT CONTROL SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT WITH THE CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE CONTROL VALVE SHALL MODULATE TO MAINTAIN SETPOINT. UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT MODE: THE ABOVE UNOCCUPIED HEATING/COOLING SEQUENCES COOLING CONTROL VALVE SHALL BE CLOSED WHEN THE FAN COIL UNIT IS OFF. VALVE IS OPEN TO PREVENT SIMULTANEOUS HEATING AND COOLING. THE BASEBOARD HEATING CONTROL VALVE AND/OR THE REHEAT COIL CONTROL THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE H411 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS CONTROLLER ANALOG ELECTRIC BARD HALL LAB 160 CONTROL SCHEMATIC & SYSTEM SUMMARY POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X EXHAUST AIR VALVE FLOW FEEDBACK (CFM)X X X EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST COOLING COIL CONTROL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP (TYP. OF 2)X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS (TYP. OF 2)X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S N SEQUENCE OF OPERATION BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP AO F.L. FLOORPLANS REFER TO AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) AIR SUPPLY SYSTEM DESCRIPTION VARIABLE VOLUME SUPPLY BOX BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED SETPOINTS SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION 30 MINUTESMINIMUM OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER SPACE OCCUPANCY TIME OF DAY SCHEDULE AND SPACE OCCUPANCY SENSORS. ZONE OCCUPANCY SHALL BE DETERMINED BASED ON A COMINATION OF THE BETWEEN OCCUPIED AND OCCUPIED SETBACK MODE. WHICH TIME THE SPACE OCCUPANCY SENSOR SHALL INDEX THE SPACE INDEXED TO OCCUPIED AND OPERATE FOR A MINIMUM OF 30 MINUTES, AT DURING THE SCHEDULED OCCUPANCY PERIOD, THE ZONE SHALL BE INITIALLY OCCUPANCY IS NOT SENSED FOR A PERIOD OF 30 MINUTES. OCCUPANCY. THE ZONE SHALL INDEX BACK TO UNOCCUPIED WHEN SENSOR SHALL INDEX THE ZONE TO OCCUPIED FOR THE DURATION OF DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SPACE OCCUPANCY ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION RADIATION CONTROL VALVE SHALL BE CLOSED. SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE BASEBOARD CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SETBACK TEMPERATURE SETPOINTS. SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE OCCUPIED SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING SEQUENCES OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE CONTROL VALVE SHALL MODULATE TO MAINTAIN SETPOINT. UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED SETPOINTS. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED TEMPERATURE VACANT MODE: THE ABOVE UNOCCUPIED HEATING SEQUENCES SHALL APPLY. POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS SUPPLY VAV BOX DAMPER POSITION COMMAND X X X SUPPLY VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT SUPPLY VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT SUPPLY VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X (TYP. OF 4) BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST H412 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL 158 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S O SEQUENCE OF OPERATION H C AO F.L. AI T H C AIR SUPPLY BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. FAN C COOLING COIL C E AO M S S CS BI MS BO SA N.C. R.A TYP. OF 3 HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEEXHAUST GENERAL HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVE DESCRIPTIONSYSTEM VALVE EXHAUST HOODFUME VALVE EXHAUSTGENERAL S VALVESUPPLY COIL REHEAT MOUNTEDDUCT RADIATIONBASEBOARD UNITS COIL FAN COOLINGSUPPLEMENTAL (3) GENERAL (BACS).SYSTEM CONTROL AND AUTOMATION BUILDING THE THROUGH CONTROLLED BE SHALLSYSTEM ADJUSTABLE. BE SHALL SETPOINTSALL HOURS. TEN LEAST AT FOR POWER OF LOSS ADURING SETTING TIME AND PROGRAMMING ITS RETAINING OF CAPABLE BE SHALL BACSTHE SPACE. THE FROM AIRFLOW EXHAUST TOTAL ON BASED ARE RATES CHANGE AIRLABORATORY HEIGHT). CEILING x (AREA VOLUME GROSS ROOM THE USING CFM REQUIRED THECALCULATE SHALL BACS THE RATE. CHANGE AIR AN TO CONTROLLED BE SHALL SPACETHE SETPOINTS SETPOINTS: TEMPERATURE COOLINGSPACE ï»¿7OCCUPIED: ï»¿7 SETBACK:OCCUPIED ï»¿8UNOCCUPIED: SETPOINTS: TEMPERATURE HEATINGSPACE ï»¿7OCCUPIED: ï»¿6 SETBACK:OCCUPIED ï»¿6UNOCCUPIED: (ACPH): RATE CHANGE AIR EXHAUSTTOTAL SCHEDULES AIRFLOW LAB TOREFER- VOLUME ROOM / 60 X CFM EXHAUST TOTAL =ACPH- (CFM): RATE AIRFLOW EXHAUSTTOTAL SCHEDULE AIRFLOW LAB TOREFER- (CFM): RATE AIRFLOWSUPPLY SCHEDULE AIRFLOW LAB TOREFER- OFFSET + RATE AIRFLOW EXHAUST TOTAL =TYPICALLY- (CFM): RATE AIRFLOW EXHAUSTGENERAL SCHEDULE AIRFLOW LAB TO REFER- CFM EXHAUST HOOD FUME - CFM EXHAUST TOTAL- RATE: AIRFLOW EXHAUST HOODFUME SETPOINT. VELOCITY FACE MAINTAINTO MONITOR HOOD FUME BY CONTROLLED IS VALVE BACS. BY CONTROLLEDNOT- VELOCITY: FACE HOODFUME UNOCC FPM 65 / OCC FPM 100 TYPICALLY MONITOR. HOOD FUMEINTO PROGRAMMED ARE SETPOINTS VELOCITY FACE BACS. BY CONTROLLEDNOT- (CFM): OFFSET DIFFERENTIAL AIRSPACE SCHEDULE AIRFLOW LAB TOREFER- MINUTES30 TIME: INDEX OCCUPANCY LABORATORYMINIMUM OWNER WITH COORDINATE SCHEDULE: OCCUPANCYZONE CONTROL VELOCITYFACE MONITOR. HOOD FUME A WITH EQUIPPED BE SHALL HOOD FUME EXISTINGTHE SETPOINT.VELOCITY FACE THE MAINTAIN TO BOX EXHAUST HOOD FUME THE ADJUST SHALL MONITORTHE CAPABILITIES: FOLLOWING THE HAVE MINIMUM, A AS SHALL, MONITORTHE INPUT POSITION SASH- VELOCITY. FACE OF ADJUSTMENT ALLOW TO INPUT MODE STANDBY- MODE. DECOMMISSION HOOD- CONTROL AIRFLOWLABORATORY BACS. THE BY MODE VACANT IN PLACED BE SHALL ROOM THE VACANT, ISLABORATORY THE IF SENSORS. OCCUPANCY ROOM VIA DETERMINED BE SHALLOCCUPANCY ROOM CONTROL, NORMAL UNDER MODE. ON BASED BE SHALL POSITIONS VALVEAIR DIFFERENTIAL. AIRFLOW SPECIFIED THE MAINTAIN TO NEEDEDAS MODULATE SHALL VALVE AIR SUPPLY THE RATE. CHANGE AIR OCCUPIED THEMAINTAIN TO NEEDED AS MODULATE SHALL VALVE AIR EXHAUST GENERAL THESETPOINT. VELOCITY FACE FPM 100 THE MAINTAIN TO NEEDED AS VALVE AIR EXHAUST HOODFUME THE INDEX SHALL MONITOR HOOD FUME THE VALVE. AIR EXHAUST HOOD FUMETHE TO COMMAND OCCUPIED AND SEND SHALL BACS THE OCCUPIED, IS ROOM THEWHEN DIFFERENTIAL. AIRFLORSPECIFIED THE MAINTAIN TO NEEDED AS MODULATE SHALL VALVE AIR SUPPLY THE RATE.CHANGE AIR UNOCCUPIED THE MAINTAIN TO NEEDED AS MODULATE SHALL VALVE AIREXHAUST GENERAL THE SETPOINT. VELOCITY FACE FPM 65 THE MAINTAIN TO NEEDEDAS VALVE AIR EXHAUST HOOD FUMER THE INDEX SHALL MONITOR HOOD FUME THEVALVE. AIR EXHAUST HOOD FUME THE TO COMMAND UNOCCUPIED AND SEND SHALLBACS THE 18-INCHES, BELOW OR AT IS SASH THE AND UNOCCUPIED, IS ROOM THEWHEN DIFFERENTIAL.AIRFLOW SPECIFIED THE MAINTAIN TO REQUIRED AS MODULATE SHALL VALVE AIRSUPPLY THE RATE. CHANGE AIR UNOCCUPIED THE MAINTAIN TO NEEDED AS MODULATESHALL VALVE AIR EXHAUST GENERAL THE SETPOINT. AIRFLOW OCCUPIED THEMAINTAIN TO INDEXED BE SHALL VALVE AIR EXHAUST THE VALVE. AIR EXHAUST HOODFUME THE TO COMMAND UNOCCUPIED SPACE THE SEND NOT SHALL BACS THEPOSITION, SASH ON BASED 18-INCHES ABOVE IS SASH THE AND UNOCCUPIED IS ROOM THEWHEN DIFFERENTIAL. AIRFLOW SPECIFIED THEMAINTAIN TO REQUIRED AS MODULATE SHALL VALVE AIR SUPPLY THE RATE. CHANGEAIR VACANT THE MAINTAIN TO NEEDED AS MODULATE SHALL VALVE AIR EXHAUSTGENERAL THE CLOSE. SHALL VALVE AIR EXHAUST HOOD FUME THE VALVE. AIR EXHAUSTHOOD FUME THE TO COMMAND DECOMMISSION A SEND SHALL BACS THE MODE:VACANT CONTROL TEMPERATUREZONE SENSORS. OCCUPANCY SPACE AND SCHEDULEPROGRAMMED OF COMBINATION A ON BASED DETERMINED BE SHALL SETPOINTSTEMPERATURE CLOSED. BE SHALL VALVES CONTROL COIL REHEAT AND RADIATIONBASEBOARD THE SETPOINT, AT IS TEMPERATURE SPACE THE WHEN SETPOINT.TEMPERATURE SPACE THE MAINTAIN TO MODULATE SHALL VALVE CONTROL REHEAT THE OPEN,FULLY VALVE CONTROL RADIATION BASEBOARD THE WITH SETPOINT AT NOT ISTEMPERATURE SPACE THE IF SETPOINT. TEMPERATURE SPACE THE MAINTAIN TOMODULATE SHALL VALVE CONTROL RADIATION BASEBOARD THE SETPOINT,TEMPERATURE HEATING OCCUPIED THE BELOW FALLS TEMPERATURE SPACE THE ANDPERIOD OCCUPIED SCHEDULED THE DURING OCCUPIED IS SPACE THE IF HEATING:OCCUPIED CLOSE. SHALL VALVE CONTROLWATER CHILLED THE AND OFF SHUT SHALL UNIT COIL FAN THE SETPOINT, AT ISTEMPERATURE SPACE THE WHEN SETPOINT. MAINTAIN TO MODULATE SHALL VALVECONTROL COIL COOLING THE AND START, SHALL UNIT COIL FAN THE SETPOINT,TEMPERATURE COOLING OCCUPIED THE ABOVE RISES TEMPERATURE SPACE THE ANDPERIOD OCCUPIED SCHEDULED THE DURING OCCUPIED IS SPACE THE IF COOLING:OCCUPIED SETPOINTS.TEMPERATURE SETBACK OCCUPIED THE AT MAINTAINED BE SHALL SPACE THE BUTAPPLY, SHALL SEQUENCES HEATING/COOLING OCCUPIED ABOVE THE PERIOD,OCCUPIED SCHEDULED THE DURING UNOCCUPIED BECOMES SPACE THE IF SETBACK:OCCUPIED SETPOINT. MAINTAIN TO MODULATESHALL VALVE CONTROL RADIATION BASEBOARD THE SETPOINT, TEMPERATUREHEATING UNOCCUPIED THE BELOW FALLS TEMPERATURE SPACE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF HEATING:UNOCCUPIED SETPOINT. MAINTAIN TO MODULATE SHALL VALVE CONTROL COOLING UNITCOIL FAN THE AND START, SHALL UNIT COIL FAN THE SETPOINT, TEMPERATURECOOLING UNOCCUPIED THE ABOVE RISES TEMPERATURE SPACE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF COOLING:UNOCCUPIED MODE. UNOCCUPIED TO BACK INDEX SHALL SPACE THE PERIOD,UNOCCUPIED SCHEDULED THE DURING AGAIN UNOCCUPIED BECOMES SPACE THEWHEN OCCUPANCY. OF DURATION THE FOR MODE OCCUPIED TO INDEX SHALL SPACETHE PERIOD, UNOCCUPIED SCHEDULED THE DURING OCCUPIED BECOMES SPACE THEIF SETPOINTS. TEMPERATURE UNOCCUPIED THE AT MAINTAINED BE SHALL SPACE THEAPPLY. SHALL SEQUENCES HEATING/COOLING UNOCCUPIED ABOVE THE MODE:VACANT OFF. IS UNIT COIL FAN THE WHEN CLOSED BESHALL VALVE CONTROL COOLING THE COOLING. AND HEATING SIMULTANEOUSPREVENT TO OPEN IS VALVE CONTROL COIL REHEAT THE AND/OR VALVE CONTROLHEATING BASEBOARD THE WHENEVER CLOSED BE SHALL VALVE CONTROL COIL COOLINGTHE RFG NJS H413 SUMMARIES SYSTEM SCHEMATICS & CONTROL BARD HALL LAB 156 CONTROL SCHEMATIC & SYSTEM SUMMARY S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) X X X FUME HOOD EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT GENERAL EXHAUST AIR VALVE FLOW FEEDBACK (CFM) X X X GENERAL EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) GENERAL EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%) X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X COOLING COIL CONTROL VALVE POSITION COMMAND (%) (TYP. OF 3)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP (TYP. OF 3)X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS (TYP. OF 3)X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%)X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S P SEQUENCE OF OPERATION H C AO F.L. AI T H C AIR SUPPLY BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO TYP. OF 2 HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVE DESCRIPTIONSYSTEM H C AO F.L. AI T H C AIR SUPPLY CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE (5) FUME HOOD EXHAUST VALVES (2) SUPPLY VALVES (2) DUCT MOUNTED REHEAT COILS (2) BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL THE EXISTING FUME HOOD SHALL BE EQUIPPED WITH A FUME HOOD MONITOR. FACE VELOCITY SETPOINT. THE MONITOR SHALL ADJUST THE FUME HOOD EXHAUST BOX TO MAINTAIN THE THE MONITOR SHALL, AS A MINIMUM, HAVE THE FOLLOWING CAPABILITIES: - SASH POSITION INPUT - STANDBY MODE INPUT TO ALLOW ADJUSTMENT OF FACE VELOCITY. - HOOD DECOMMISSION MODE. LABORATORY AIRFLOW CONTROL MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, DIFFERENTIAL. SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW MAINTAIN THE 100 FPM FACE VELOCITY SETPOINT. THE SUPPLY AIR VALVE MONITOR SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE AS NEEDED TO COMMAND TO THE FUME HOOD EXHAUST AIR VALVES. THE FUME HOOD WHEN THE ROOM IS OCCUPIED, THE BACS SHALL SEND AND OCCUPIED MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VELOCITY SETPOINT. THE SUPPLY AIR VALVES SHALL MODULATE AS NEEDED TO HOOD EXHAUST AIR VALVES AS NEEDED TO MAINTAIN THE 65 FPM FACE EXHAUST AIR VALVES. THE FUME HOOD MONITOR SHALL INDEX THE FUME THE BACS SHALL SEND AN UNOCCUPIED COMMAND TO THE FUME HOOD WHEN THE ROOM IS UNOCCUPIED, AND THE SASH IS AT OR BELOW 18-INCHES, NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. OCCUPIED AIRFLOW SETPOINT. THE SUPPLY AIR VALVE SHALL MODULATE AS SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE TO MAINTAIN THE COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR ON SASH POSITION, THE BACS SHALL NOT SEND THE SPACE UNOCCUPIED WHEN THE ROOM IS UNOCCUPIED AND THE SASH IS ABOVE 18-INCHES BASED REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVES SHALL MODULATE AS AIR VALVE DURING THE VACANCY MODE AND SHALL INDEX TO MAINTAIN THE EXHAUST AIR VALVES SHALL BE SET UP TO OPERATE AS A GENERAL EXHAUST FUME HOOD EXHAUST AIR VALVES TO CLOSE. ONE OF THE FUME HOOD FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR SHALL INDEX THE VACANT MODE: THE BACS SHALL SEND A DECOMMISSION COMMAND TO EACH ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION VALVES SHALL CLOSE. THE BASEBOARD RADIATION CONTROL VALVE AND REHEAT COIL CONTROL TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, COIL CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT TEMPERATURE SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. OCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE RADIATION CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE SETPOINTS CONTINUED AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. H414 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL LAB 150 CONTROL SCHEMATIC & SYSTEM SUMMARY S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL LABORATORY AIRFLOW CONTROL (CONTINUED)HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEHOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEHOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEHOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEPOINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) (TYP. OF 5)X X X FUME HOOD EXHAUST AIR VALVE STATUS (TYP. OF 5) X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION (TYP. OF 5)X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND (TYP. OF 5)X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) (TYP. OF 2)X X X SUPPLY AIR VALVE STATUS (TYP. OF 2)X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM) (TYP. OF 2)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM) (TYP. OF 2)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM) (TYP. OF 2)X X REHEAT COIL LEAVING AIR TEMPERATURE (TYP. OF 2)X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S Q H C AO F.L. AI T H C BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. FAN C COOLING COIL C E AO M S S CS BI MS BO SA N.C. R.A TYP. OF 2 HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEEXHAUST GENERAL AOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEH415 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJSCONTROLLERANALOG ELECTRICSYSTEM DESCRIPTION FUME HOOD EXHAUST VALVE GENERAL EXHAUST VALVE SUPPLY VALVE DUCT MOUNTED REHEAT COIL BASEBOARD RADIATION FAN COIL UNIT GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- GENERAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TOTAL EXHAUST CFM - FUME HOOD EXHAUST CFM- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL THE EXISTING FUME HOOD SHALL BE EQUIPPED WITH A FUME HOOD MONITOR. FACE VELOCITY SETPOINT. THE MONITOR SHALL ADJUST THE FUME HOOD EXHAUST BOX TO MAINTAIN THE THE MONITOR SHALL, AS A MINIMUM, HAVE THE FOLLOWING CAPABILITIES: - SASH POSITION INPUT - STANDBY MODE INPUT TO ALLOW ADJUSTMENT OF FACE VELOCITY. - HOOD DECOMMISSION MODE. LABORATORY AIRFLOW CONTROL MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, SPECIFIED AIRFLOW DIFFERENTIAL. THE SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SHALL MODULATE AS NEEDED TO MAINTAIN THE OCCUPIED AIR CHANGE RATE. THE 100 FPM FACE VELOCITY SETPOINT. THE GENERAL EXHAUST AIR VALVE SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE AS NEEDED TO MAINTAIN COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR WHEN THE ROOM IS OCCUPIED, THE BACS SHALL SEND AND OCCUPIED DIFFERENTIAL. VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED AIRFLOR NEEDED TO MAINTAIN THE UNOCCUPIED AIR CHANGE RATE. THE SUPPLY AIR VELOCITY SETPOINT. THE GENERAL EXHAUST AIR VALVE SHALL MODULATE AS HOOD EXHAUST AIR VALVE AS NEEDED TO MAINTAIN THE 65 FPM FACE EXHAUST AIR VALVE. THE FUME HOOD MONITOR SHALL INDEX THE FUMER THE BACS SHALL SEND AND UNOCCUPIED COMMAND TO THE FUME HOOD WHEN THE ROOM IS UNOCCUPIED, AND THE SASH IS AT OR BELOW 18-INCHES, REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. UNOCCUPIED AIR CHANGE RATE. THE SUPPLY AIR VALVE SHALL MODULATE AS GENERAL EXHAUST AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SHALL BE INDEXED TO MAINTAIN THE OCCUPIED AIRFLOW SETPOINT. THE COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE EXHAUST AIR VALVE ON SASH POSITION, THE BACS SHALL NOT SEND THE SPACE UNOCCUPIED WHEN THE ROOM IS UNOCCUPIED AND THE SASH IS ABOVE 18-INCHES BASED MODULATE AS REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. MAINTAIN THE VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVE SHALL CLOSE. THE GENERAL EXHAUST AIR VALVE SHALL MODULATE AS NEEDED TO FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD EXHAUST AIR VALVE SHALL VACANT MODE: THE BACS SHALL SEND A DECOMMISSION COMMAND TO THE FAN COIL UNIT START/STOP OCCUPANCY. SPACE TEMPERATURE AND THE AMOUNT OF TIME PRIOR TO THE SCHEDULED ALGORITHM, AS A MINIMUM, BE A FUNCTION OF THE DIFFERENCE BETWEEN TIME OF DAY SCHEDULE AND AN OPTIMUM START/STOP ALGORITHM. THE OCCUPIED: UNIT SHALL START AND OPERATE CONTINUOUSLY BASED ON THE OCCUPANCY IS NOT SENSORS FOR A PERIOD OF 30 MINUTES. SYSTEM SHALL STOP AND INDEX BACK TO UNOCCUPIED MODE WHEN SYSTEM IS OCCUPIED, AS DETERMINED VIA SPACE OCCUPANCY SENSORS. THE SHALL BE INDEXED TO START WHENEVER ANY SPACE ASSOCIATED WITH THE UNOCCUPIED: DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SYSTEM ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND A SPACE OCCUPANCY SENSOR. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION MAINTAIN TEMPERATURE SETPOINT. REHEAT COIL HEATING CONTROL VALVE SHALL MODULATE AS REQUIRED TO SETPOINT WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE VALVE SHALL MODULATE TO MAINTAIN SETPOINT. IF THE SPACE IS NOT AT HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION CONTROL OCCUPIED PERIOD AND THE ZONE TEMPERATURE FALLS BELOW THE OCCUPIED OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL MODULATE AS REQUIRED TO MAINTAIN TEMPERATURE SETPOINT. TEMPERATURE SETPOINT, THE CHILLED WATER COOLING COIL CONTROL VALVE OCCUPIED PERIOD AND THE ZONE TEMPERATURE RISES ABOVE THE COOLING OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE OCCUPIED SETBACK OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING SEQUENCES OCCUPIED SETBACK: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MAINTAIN SETPOINT. REHEAT COIL HEATING CONTROL VALVE SHALL MODULATE AS REQUIRED TO CONTROL VALVE IS FULLY OPEN, THE FAN COIL UNIT SHALL START AND THE SETPOINT. IF THE SPACE IS NOT AT SETPOINT AND THE BASEBOARD RADIATION CONTROL VALVE SHALL MODULATE TO MAINTAIN THE UNOCCUPIED HEATING UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE ZONE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MODULATE AS REQUIRED TO MAINTAIN TEMPERATURE SETPOINT. SHALL START AND THE CHILLED WATER COOLING COIL CONTROL VALVE SHALL THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SCHEDULED UNOCCUPIED PERIOD AND THE ZONE TEMPERATURE RISES ABOVE UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED OFF. CONTROL VALVE SHALL BE CLOSED WHEN THEN BLOWER COIL UNIT FAN IS PREVENT SIMULTANEOUS HEATING AND COOLING. THE COOLING COIL HEATING COIL AND BASEBOARD RADIATION CONTROL VALVES ARE OPEN TO THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE SEQUENCE OF OPERATION BARD HALL LAB 258 & 258A CONTROL SCHEMATIC & SYSTEM SUMMARY VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) X X X FUME HOOD EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT GENERAL EXHAUST AIR VALVE FLOW FEEDBACK (CFM) X X X GENERAL EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) GENERAL EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%) X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X COOLING COIL CONTROL VALVE POSITION COMMAND (%) X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%)X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S R H C AO F.L. AI T H C BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. FAN C COOLING COIL C E AO M S S CS BI MS BO SA N.C. R.A TYP. OF 2 EXHAUST GENERAL LAB MODAO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) RFG NJS H416 SUMMARIES SYSTEM SCHEMATICS & CONTROL SEQUENCE OF OPERATION BARD HALL LAB 258B CONTROL SCHEMATIC & SYSTEM SUMMARY POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X GENERAL EXHAUST VAV BOX DAMPER POSITION COMMAND X X X GENERAL EXHAUST VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%) X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X COOLING COIL CONTROL VALVE POSITION COMMAND (%) X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%)X X X FAIL LAST DESCRIPTIONSYSTEM BOX EXHAUST VOLUMEVARIABLE VALVESUPPLY COIL REHEAT MOUNTEDDUCT RADIATIONBASEBOARD UNIT COILFAN GENERAL (BACS).SYSTEM CONTROL AND AUTOMATION BUILDING THE THROUGH CONTROLLED BE SHALLSYSTEM ADJUSTABLE. BE SHALL SETPOINTSALL SPACE. THE FROM AIRFLOW EXHAUST TOTAL ON BASED ARE RATES CHANGE AIRLABORATORY HEIGHT). CEILING x (AREA VOLUME GROSS ROOM THE USING CFM REQUIRED THECALCULATE SHALL BACS THE RATE. CHANGE AIR AN TO CONTROLLED BE SHALL SPACETHE MODE. UNOCCUPIED TO BACK INDEX SHALL SPACE THEPERIOD, UNOCCUPIED SCHEDULED THE DURING AGAIN UNOCCUPIED BECOMES SPACETHE WHEN OCCUPANCY. OF DURATION THE FOR MODE OCCUPIED TO INDEX SHALLSPACE THE PERIOD, UNOCCUPIED SCHEDULED THE DURING OCCUPIED BECOMES ZONE THEIF SETPOINTS SETPOINTS: TEMPERATURE COOLINGSPACE ï»¿7OCCUPIED: ï»¿7 SETBACK:OCCUPIED ï»¿8UNOCCUPIED: SETPOINTS: TEMPERATURE HEATINGSPACE ï»¿7OCCUPIED: ï»¿6 SETBACK:OCCUPIED ï»¿6UNOCCUPIED: SENSORS. OCCUPANCY ZONE AND SCHEDULEPROGRAMMED OF COMBINATION A ON BASED DETERMINED BE SHALL SETPOINTSTEMPERATURE MINUTES30 TIME: INDEX OCCUPANCYMINIMUM OWNER WITH COORDINATE SCHEDULE: OCCUPANCYZONE OCCUPANCYSPACE SENSORS. OCCUPANCY SPACE AND SCHEDULEDAY OF TIME THE OF COMINATION A ON BASED DETERMINED BE SHALL OCCUPANCYZONE MODE. SETBACKOCCUPIED AND OCCUPIED BETWEEN SPACE THE INDEX SHALL SENSOR OCCUPANCYSPACE THE TIME WHICH AT MINUTES, 30 OF MINIMUM A FOR OPERATE AND OCCUPIEDTO INDEXED INITIALLY BE SHALL ZONE THE PERIOD, OCCUPANCY SCHEDULED THEDURING MINUTES. 30OF PERIOD A FOR SENSED NOT IS OCCUPANCY WHEN UNOCCUPIED TO BACK INDEXSHALL ZONE THE OCCUPANCY. OF DURATION THE FOR OCCUPIED TO ZONE THE INDEXSHALL SENSOR OCCUPANCY SPACE THE PERIOD, UNOCCUPIED SCHEDULED THEDURING START/STOP UNIT COILFAN OCCUPANCY. SCHEDULED THE TO PRIOR TIME OF AMOUNTTHE AND TEMPERATURE SPACE BETWEEN DIFFERENCE THE OF FUNCTION A BEMINIMUM, A AS ALGORITHM, THE ALGORITHM. START/STOP OPTIMUM AN AND SCHEDULEDAY OF TIME THE ON BASED CONTINUOUSLY OPERATE AND START SHALL UNITOCCUPIED: MINUTES. 30 OF PERIOD AFOR SENSORS NOT IS OCCUPANCY WHEN MODE UNOCCUPIED TO BACK INDEX ANDSTOP SHALL SYSTEM THE SENSORS. OCCUPANCY SPACE VIA DETERMINED ASOCCUPIED, IS SYSTEM THE WITH ASSOCIATED SPACE ANY WHENEVER START TOINDEXED BE SHALL SYSTEM THE PERIOD, UNOCCUPIED SCHEDULED THE DURINGUNOCCUPIED: CONTROL TEMPERATUREZONE SENSOR. OCCUPANCY SPACE A AND SCHEDULEPROGRAMMED OF COMBINATION A ON BASED DETERMINED BE SHALL SETPOINTSTEMPERATURE SETPOINT. TEMPERATURE MAINTAIN TO REQUIRED AS MODULATE SHALL VALVECONTROL HEATING COIL REHEAT THE OPEN, FULLY VALVE CONTROL RADIATIONBASEBOARD THE WITH SETPOINT AT NOT IS SPACE THE IF SETPOINT. MAINTAIN TOMODULATE SHALL VALVE CONTROL RADIATION BASEBOARD THE SETPOINT,TEMPERATURE HEATING OCCUPIED THE BELOW FALLS TEMPERATURE ZONE THE ANDPERIOD OCCUPIED SCHEDULED THE DURING OCCUPIED IS SPACE THE IF HEATING:OCCUPIED SETPOINT. TEMPERATURE MAINTAIN TOREQUIRED AS MODULATE SHALL VALVE CONTROL COIL COOLING WATER CHILLED THESETPOINT, TEMPERATURE COOLING THE ABOVE RISES TEMPERATURE ZONE THE ANDPERIOD OCCUPIED SCHEDULED THE DURING OCCUPIED IS SPACE THE IF COOLING:OCCUPIED SETPOINTS. TEMPERATURE SETBACK OCCUPIED THE AT MAINTAINED BE SHALL SPACE THEAPPLY. SHALL SEQUENCES HEATING/COOLING OCCUPIED ABOVE THE PERIOD,OCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF SETBACK:OCCUPIED SETPOINT. MAINTAIN TO REQUIRED AS MODULATESHALL VALVE CONTROL HEATING COIL REHEAT THE AND START SHALL UNIT COIL FANTHE OPEN, FULLY IS VALVE CONTROL RADIATION BASEBOARD THE AND SETPOINT ATNOT IS SPACE THE IF SETPOINT. HEATING UNOCCUPIED THE MAINTAIN TO MODULATESHALL VALVE CONTROL RADIATION BASEBOARD THE SETPOINT, TEMPERATUREHEATING UNOCCUPIED THE BELOW FALLS TEMPERATURE ZONE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF HEATING:UNOCCUPIED SETPOINT. TEMPERATUREMAINTAIN TO REQUIRED AS MODULATE SHALL VALVE CONTROL COIL COOLING WATERCHILLED THE AND START SHALL UNIT COIL FAN THE SETPOINT, TEMPERATURECOOLING UNOCCUPIED THE ABOVE RISES TEMPERATURE ZONE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF COOLING:UNOCCUPIED MODE. UNOCCUPIED TO BACK INDEX SHALL SPACE THE PERIOD,UNOCCUPIED SCHEDULED THE DURING AGAIN UNOCCUPIED BECOMES SPACE THEWHEN OCCUPANCY. OF DURATION THE FOR MODE OCCUPIED TO INDEX SHALL SPACETHE PERIOD, UNOCCUPIED SCHEDULED THE DURING OCCUPIED BECOMES SPACE THEIF OFF. IS FAN UNIT COIL FANTHE WHEN CLOSED BESHALL VALVE CONTROL COIL COOLING THE COOLING. ANDHEATING SIMULTANEOUS PREVENT TO OPEN ARE VALVES CONTROL RADIATION BASEBOARDAND COIL HEATING THE WHENEVER CLOSED BE SHALL VALVE CONTROL COIL COOLINGTHE CONTROL BOX VAV AIREXHAUST DIFFERENTIAL. AIRFLOW SPECIFIED THE MINUS RATEAIRFLOW SUPPLY THE MAINTAIN TO NEEDED AS MODULATE SHALL VAV AIR EXHAUSTTHE TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- GENERAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TOTAL EXHAUST CFM - FUME HOOD EXHAUST CFM- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S S GENERAL NOTES: H C AO F.L. AI T H C AIR SUPPLY BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEAND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. SYSTEM DESCRIPTION FUME HOOD EXHAUST VALVE SUPPLY VALVE DUCT MOUNTED REHEAT COIL BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL THE EXISTING FUME HOOD SHALL BE EQUIPPED WITH A FUME HOOD MONITOR. FACE VELOCITY SETPOINT. THE MONITOR SHALL ADJUST THE FUME HOOD EXHAUST BOX TO MAINTAIN THE THE MONITOR SHALL, AS A MINIMUM, HAVE THE FOLLOWING CAPABILITIES: - SASH POSITION INPUT - STANDBY MODE INPUT TO ALLOW ADJUSTMENT OF FACE VELOCITY. - HOOD DECOMMISSION MODE. LABORATORY AIRFLOW CONTROL MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, DIFFERENTIAL. SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW MAINTAIN THE 100 FPM FACE VELOCITY SETPOINT. THE SUPPLY AIR VALVE MONITOR SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE AS NEEDED TO COMMAND TO THE FUME HOOD EXHAUST AIR VALVES. THE FUME HOOD WHEN THE ROOM IS OCCUPIED, THE BACS SHALL SEND AND OCCUPIED MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VELOCITY SETPOINT. THE SUPPLY AIR VALVES SHALL MODULATE AS NEEDED TO HOOD EXHAUST AIR VALVES AS NEEDED TO MAINTAIN THE 65 FPM FACE EXHAUST AIR VALVES. THE FUME HOOD MONITOR SHALL INDEX THE FUME THE BACS SHALL SEND AN UNOCCUPIED COMMAND TO THE FUME HOOD WHEN THE ROOM IS UNOCCUPIED, AND THE SASH IS AT OR BELOW 18-INCHES, NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. OCCUPIED AIRFLOW SETPOINT. THE SUPPLY AIR VALVE SHALL MODULATE AS SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE TO MAINTAIN THE COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR ON SASH POSITION, THE BACS SHALL NOT SEND THE SPACE UNOCCUPIED WHEN THE ROOM IS UNOCCUPIED AND THE SASH IS ABOVE 18-INCHES BASED ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION VALVES SHALL CLOSE. THE BASEBOARD RADIATION CONTROL VALVE AND REHEAT COIL CONTROL TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, COIL CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT TEMPERATURE SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. OCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE RADIATION CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE RFG NJS H417 SUMMARIES SYSTEM SCHEMATICS & CONTROL BARD HALL LAB 250 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL SPECIFIED AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS REQUIRED TO MAINTAIN THE MODULATE AS NEEDED TO MAINTAIN THE VACANT AIR CHANGE RATE. THE FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD EXHAUST AIR VALVE VACANT MODE: THE BACS SHALL SEND A DECOMMISSION COMMAND TO THE POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) X X X FUME HOOD EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM) X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM) X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%)X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S T GENERAL NOTES: SYSTEM DESCRIPTION BOX EXHAUST VOLUMEVARIABLE VALVESUPPLY COIL REHEAT MOUNTEDDUCT UNIT COIL FAN COOLING SUPPLEMENTAL(2) GENERAL (BACS).SYSTEM CONTROL AND AUTOMATION BUILDING THE THROUGH CONTROLLED BE SHALLSYSTEM ADJUSTABLE. BE SHALL SETPOINTSALL SPACE. THE FROM AIRFLOW EXHAUST TOTAL ON BASED ARE RATES CHANGE AIRLABORATORY HEIGHT). CEILING x (AREA VOLUME GROSS ROOM THE USING CFM REQUIRED THECALCULATE SHALL BACS THE RATE. CHANGE AIR AN TO CONTROLLED BE SHALL SPACETHE MODE. UNOCCUPIED TO BACK INDEX SHALL SPACE THEPERIOD, UNOCCUPIED SCHEDULED THE DURING AGAIN UNOCCUPIED BECOMES SPACETHE WHEN OCCUPANCY. OF DURATION THE FOR MODE OCCUPIED TO INDEX SHALLSPACE THE PERIOD, UNOCCUPIED SCHEDULED THE DURING OCCUPIED BECOMES ZONE THEIF BACS. THE BY MODE VACANT IN PLACED BE SHALL ROOM THE VACANT, ISLABORATORY THE IF SENSORS. OCCUPANCY ROOM VIA DETERMINED BE SHALLOCCUPANCY ROOM CONTROL, NORMAL UNDER MODE. ON BASED BE SHALL POSITIONS VALVEAIR SETPOINTS SETPOINTS: TEMPERATURE COOLINGSPACE ï»¿7OCCUPIED: ï»¿7 SETBACK:OCCUPIED ï»¿8UNOCCUPIED: SETPOINTS: TEMPERATURE HEATINGSPACE ï»¿7OCCUPIED: ï»¿6 SETBACK:OCCUPIED ï»¿6UNOCCUPIED: MINUTES30 TIME: INDEX OCCUPANCYMINIMUM OWNER WITH COORDINATE SCHEDULE: OCCUPANCYZONE OCCUPANCYSPACE SENSORS. OCCUPANCY SPACE AND SCHEDULEDAY OF TIME THE OF COMINATION A ON BASED DETERMINED BE SHALL OCCUPANCYZONE MODE. SETBACKOCCUPIED AND OCCUPIED BETWEEN SPACE THE INDEX SHALL SENSOR OCCUPANCYSPACE THE TIME WHICH AT MINUTES, 30 OF MINIMUM A FOR OPERATE AND OCCUPIEDTO INDEXED INITIALLY BE SHALL ZONE THE PERIOD, OCCUPANCY SCHEDULED THEDURING MINUTES. 30OF PERIOD A FOR SENSED NOT IS OCCUPANCY WHEN UNOCCUPIED TO BACK INDEXSHALL ZONE THE OCCUPANCY. OF DURATION THE FOR OCCUPIED TO ZONE THE INDEXSHALL SENSOR OCCUPANCY SPACE THE PERIOD, UNOCCUPIED SCHEDULED THEDURING ZONE. THAT WITH ASSOCIATED SENSOR OCCUPANCY SPACEANY FROM INPUTS OCCUPANCY ON BASED BE SHALL OCCUPANCY ZONE AND SPACE,EACH IN PROVIDED BE SHALL SENSOR OCCUPANCY AN SPACES, MULTIPLE WITH ZONESFOR CONTROL TEMPERATUREZONE OCCUPANCY. ZONE AND SCHEDULEPROGRAMMED OF COMINATION A ON BASED DETERMINED BE SHALL SETPOINTSTEMPERATURE CLOSE. SHALL VALVE CONTROL COIL REHEATTHE SETPOINT, AT IS TEMPERATURE SPACE THEWHEN SETPOINT. TEMPERATURESPACE THE MAINTAIN TO MODULATE SHALL VALVE CONTROL COIL REHEAT THESETPOINT, TEMPERATURE HEATING OCCUPIED THE BELOW FALLS TEMPERATURE ZONETHE IF SETPOINT. AIRFLOW HEATING THE TO INDEX SHALL VALVE AIR SUPPLY THEPERIOD, OCCUPIED SCHEDULED THE DURING OCCUPIED IS ZONE THE IF HEATING:OCCUPIED CLOSE. SHALL VALVE CONTROLWATER CHILLED THE AND OFF SHUT SHALL UNIT COIL FAN THE SETPOINT, AT ISTEMPERATURE SPACE THE WHEN SETPOINT. MAINTAIN TO MODULATE SHALL VALVECONTROL COIL COOLING THE AND START, SHALL UNIT COIL FAN THE SETPOINT,TEMPERATURE COOLING OCCUPIED THE ABOVE RISES TEMPERATURE SPACE THE ANDPERIOD OCCUPIED SCHEDULED THE DURING OCCUPIED IS SPACE THE IF COOLING:OCCUPIED SETPOINTS.TEMPERATURE SETBACK OCCUPIED THE AT MAINTAINED BE SHALL SPACE THE BUTAPPLY, SHALL SEQUENCES HEATING/COOLING OCCUPIED ABOVE THE PERIOD,OCCUPIED SCHEDULED THE DURING UNOCCUPIED BECOMES SPACE THE IF SETBACK:OCCUPIED SETPOINT. MAINTAIN TO MODULATESHALL VALVE CONTROL RADIATION BASEBOARD THE SETPOINT, TEMPERATUREHEATING UNOCCUPIED THE BELOW FALLS TEMPERATURE SPACE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF HEATING:UNOCCUPIED SETPOINT. MAINTAIN TO MODULATE SHALL VALVE CONTROL COOLING UNITCOIL FAN THE AND START, SHALL UNIT COIL FAN THE SETPOINT, TEMPERATURECOOLING UNOCCUPIED THE ABOVE RISES TEMPERATURE SPACE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF COOLING:UNOCCUPIED MODE. UNOCCUPIED TO BACK INDEX SHALL SPACE THE PERIOD,UNOCCUPIED SCHEDULED THE DURING AGAIN UNOCCUPIED BECOMES SPACE THEWHEN OCCUPANCY. OF DURATION THE FOR MODE OCCUPIED TO INDEX SHALL SPACETHE PERIOD, UNOCCUPIED SCHEDULED THE DURING OCCUPIED BECOMES SPACE THEIF SETPOINTS. TEMPERATURE UNOCCUPIED THE AT MAINTAINED BE SHALL SPACE THEAPPLY. SHALL SEQUENCES HEATING/COOLING UNOCCUPIED ABOVE THE MODE:VACANT OFF. IS UNIT COIL FAN THE WHEN CLOSED BE SHALL VALVE CONTROLCOOLING THE COOLING. AND HEATING SIMULTANEOUS PREVENT TO OPEN IS VALVECONTROL COIL HEATING THE WHENEVER CLOSED BE SHALL VALVE CONTROL COIL COOLINGTHE CONTROL BOX VAV AIREXHAUST DIFFERENTIAL. AIRFLOW SPECIFIED THE MINUS RATEAIRFLOW SUPPLY THE MAINTAIN TO NEEDED AS MODULATE SHALL VAV AIR EXHAUSTTHE POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST GENERAL EXHAUST VAV BOX DAMPER POSITION COMMAND X X X GENERAL EXHAUST VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT GENERAL EXHAUST VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X (TYP. OF 4) SPACE SETPOINT ADJUSTMENT X COOLING COIL CONTROL VALVE POSITION COMMAND (%) (TYP OF 2)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP (TYP OF 2)X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS (TYP OF 2)X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) FAN C COOLING COIL C E AO M S S CS BI MS BO SA AI T SETPOINT AV sa d N.C. R.A BI OS ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP H C AO F.L. AI T H C AIR SUPPLY AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE EXHAUST GENERAL FLOORPLANS REFER TO TYP. OF 2 MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) H418 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL LAB 249 & 258C CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S U GENERAL NOTES: H C AO F.L. AI T H C AIR SUPPLY BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEH C AO F.L. AI T H C AIR SUPPLY CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEAND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. SYSTEM DESCRIPTION (2) FUME HOOD EXHAUST VALVES (2) SUPPLY VALVES (2) DUCT MOUNTED REHEAT COILS BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL THE EXISTING FUME HOOD SHALL BE EQUIPPED WITH A FUME HOOD MONITOR. FACE VELOCITY SETPOINT. THE MONITOR SHALL ADJUST THE FUME HOOD EXHAUST BOX TO MAINTAIN THE THE MONITOR SHALL, AS A MINIMUM, HAVE THE FOLLOWING CAPABILITIES: - SASH POSITION INPUT - STANDBY MODE INPUT TO ALLOW ADJUSTMENT OF FACE VELOCITY. - HOOD DECOMMISSION MODE. LABORATORY AIRFLOW CONTROL MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, DIFFERENTIAL. SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW MAINTAIN THE 100 FPM FACE VELOCITY SETPOINT. THE SUPPLY AIR VALVE MONITOR SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE AS NEEDED TO COMMAND TO THE FUME HOOD EXHAUST AIR VALVES. THE FUME HOOD WHEN THE ROOM IS OCCUPIED, THE BACS SHALL SEND AND OCCUPIED MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VELOCITY SETPOINT. THE SUPPLY AIR VALVES SHALL MODULATE AS NEEDED TO HOOD EXHAUST AIR VALVES AS NEEDED TO MAINTAIN THE 65 FPM FACE EXHAUST AIR VALVES. THE FUME HOOD MONITOR SHALL INDEX THE FUME THE BACS SHALL SEND AN UNOCCUPIED COMMAND TO THE FUME HOOD WHEN THE ROOM IS UNOCCUPIED, AND THE SASH IS AT OR BELOW 18-INCHES, NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. OCCUPIED AIRFLOW SETPOINT. THE SUPPLY AIR VALVE SHALL MODULATE AS SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE TO MAINTAIN THE COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR ON SASH POSITION, THE BACS SHALL NOT SEND THE SPACE UNOCCUPIED WHEN THE ROOM IS UNOCCUPIED AND THE SASH IS ABOVE 18-INCHES BASED REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVES SHALL MODULATE AS AIR VALVE DURING THE VACANCY MODE AND SHALL INDEX TO MAINTAIN THE EXHAUST AIR VALVES SHALL BE SET UP TO OPERATE AS A GENERAL EXHAUST FUME HOOD EXHAUST AIR VALVES TO CLOSE. ONE OF THE FUME HOOD FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR SHALL INDEX THE VACANT MODE: THE BACS SHALL SEND A DECOMMISSION COMMAND TO EACH ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION VALVES SHALL CLOSE. THE BASEBOARD RADIATION CONTROL VALVE AND REHEAT COIL CONTROL TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, COIL CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT TEMPERATURE SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. OCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE RADIATION CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE RFG NJS H419 SUMMARIES SYSTEM SCHEMATICS & CONTROL BARD HALL LAB 247 CONTROL SCHEMATIC & SYSTEM SUMMARY S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) (TYP. OF 2)X X X FUME HOOD EXHAUST AIR VALVE STATUS (TYP. OF 2) X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION (TYP. OF 2)X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND (TYP. OF 2)X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) (TYP. OF 2)X X X SUPPLY AIR VALVE STATUS (TYP. OF 2)X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM) (TYP. OF 2)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM) (TYP. OF 2)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM) (TYP. OF 2)X X REHEAT COIL LEAVING AIR TEMPERATURE (TYP. OF 2)X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S V BI OS ZONE AO CONTROLLER ALC COM BACnet / MSTP FAN C C E AO SA N.C. AI T SETPOINT AV sa d MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) AIR EXHAUST AIR VENTILATION GENERAL NOTES: C. B. A. AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING BLOWER COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C COOLING COIL C E N.C. AO HEATING COIL BO S S SCAO R BIASDCOMBACnet / MSTP AV: SPEED (RPM) AV: POWER (KW) M AI T SYSTEM DESCRIPTION SEQUENCE OF OPERATION AI SETPOINT AV CO2 REFER TO FLOORPLANS POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS BCU HEATING COIL CONTROL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST BCU COOLING COIL CONTROL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X NORMALLY CLOSED BCU FAN MOTOR START/STOP X X X BCU FAN SPEED COMMAND X X X BCU FAN STATUS X X X FAILURE X VIA CONTACT ON DRIVE BCU FAN POWER (kW)X X X BACnet MSTP NETWORK POINT BCU FAN SPEED (RPM)X X X BACnet MSTP NETWORK POINT BCU SUPPLY DISCHARGE AIR TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X AVERAGING SENSOR BCU SUPPLY DISCHARGE AIR TEMPERATURE SETPOINT X X X BCU SUPPLY FAN DOWNSTREAM STATIC PRESSURE X X X 10% DEVIATION FROM SETPOINT X BCU SUPPLY FAN DOWNSTREAM STATIC PRESSURE SETPOINT X X X VENTILATION VAV BOX DAMPER POSITION COMMAND X X X VENTILATION VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT VENTILATION VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT VENTILATION VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT EXHAUST VAV BOX DAMPER POSITION COMMAND X X X EXHAUST VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT EXHAUST VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT EXHAUST VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE CARBON DIOXIDE X X ï»¿+ / - 4î€€F FROM SET X SPACE CARBON DIOXIDE SETPOINT X X X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST VARIABLE AIR VOLUME BLOWER COIL UNIT VENTILATION AIR VAV BOX EXHAUST AIR VAV BOX BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: 75 FOCCUPIED: 78 FOCCUPIED SETBACK: 81 FUNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: 70 FOCCUPIED: 67 FOCCUPIED SETBACK: 64 F UNOCCUPIED: BCU AIRFLOW RATE: 1100 CFM MAX/350 CFM MIN VENTILATION VAV AIRFLOW RATE: 185 CFM MAX/50 CFM MIN EXHAUST VAV AIRFLOW RATE: 185 CFM MAX/85 CFM MIN ZONE AIR DIFFERENTIAL: 0 CFM ZONE CARBON DIOXIDE: 900 PPM ZONE OCCUPANCY SCHEDULE: 6 AM TO 8 PM, MON-FRI OCCUPANCY TIME OF DAY SCHEDULE AND A SPACE OCCUPANCY SENSOR. ZONE OCCUPANCY SHALL BE DETERMINED BASED ON A COMBINATION OF A BETWEEN OCCUPIED AND OCCUPIED SETBACK MODE. AT WHICH TIME THE SPACE OCCUPANCY SENSOR SHALL INDEX THE SPACE INDEXED TO OCCUPIED MODE AND OPERATE FOR A MINIMUM OF 30 MINUTES, DURING THE SCHEDULED OCCUPANCY PERIOD, THE ZONE SHALL BE INITIALLY OCCUPANCY IS NOT SENSED FOR A PERIOD OF 30 MINUTES. OCCUPANCY. THE ZONE SHALL INDEX BACK TO UNOCCUPIED WHEN SENSOR SHALL INDEX THE ZONE TO OCCUPIED FOR THE DURATION OF DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SPAC EOCCUPANCY BLOWER COIL UNIT START/STOP OCCUPANCY. SPACE TEMPERATURE AND THE AMOUNT OF TIME PRIOR TO THE SCHEDULED ALGORITHM, AS A MINIMUM, BE A FUNCTION OF THE DIFFERENCE BETWEEN TIME OF DAY SCHEDULE AND AN OPTIMUM START/STOP ALGORITHM. THE OCCUPIED: UNIT SHALL START AND OPERATE CONTINUOUSLY BASED ON THE OCCUPANCY IS NOT SENSORS FOR A PERIOD OF 30 MINUTES. SYSTEM SHALL STOP AND INDEX BACK TO UNOCCUPIED MODE WHEN SYSTEM IS OCCUPIED, AS DETERMINED VIA SPACE OCCUPANCY SENSORS. THE SHALL BE INDEXED TO START WHENEVER ANY SPACE ASSOCIATED WITH THE UNOCCUPIED: DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SYSTEM VENTILATION CONTROL BOXES SHALL BE CLOSED. WHEN THE SPACE IS UNOCCUPIED, THE VENTILATION AND EXHAUST AIR VAV TO MAINTAIN THE SPECIFIED AIRFLOW OFFSET. SHALL TRACK THE VENTILATION AIR VAV BOX AND SHALL POSITION AS NEEDED MAINTAIN THE SPACE CARBON DIOXIDE SETPOINT. THE EXHAUST AIR VAV BOX MODULATE BETWEEN MINIMUM AND MAXIMUM POSITIONS AS NEEDED TO WHEN THE SPACE IS OCCUPIED, THE VENTILATION AIR VAV BOX SHALL ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND A SPACE OCCUPANCY SENSOR. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION MAINTAIN TEMPERATURE SETPOINT. COIL UNIT HEATING CONTROL VALVE SHALL MODULATE AS REQUIRED TO WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE BLOWER SHALL MODULATE TO MAINTAIN SETPOINT. IF THE SPCAE IS NOT AT SETPOINT TO MINIMUM POSITION, AND THE BASEBOARD RADIATION CONTROL VALVE HEATING TEMPERATURE SETPOINT, THE BLOWER COIL UNIT FAN SHALLINDEX OCCUPIED PERIOD AND THE ZONE TEMPERATURE FALLS BELOW THE OCCUPIED OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED TEMPERATURE SETPOINT. BETWEEN MINIMUM AND MAXIMUM POSITIONS TO MAINTAIN THE SPACE ï»¿TEMPERATURE AT 55â„‰. THE BLOWER COIL UNIT FAN SHALL MODU SHALL MODULATE AS REQUIRED TO MAINTAIN A BLOWER COIL DISCHARGE AIR TEMPERATURE SETPOINT, THE CHILLED WATER COOLING COIL CONTROL VALVE OCCUPIED PERIOD AND THE ZONE TEMPERATURE RISES ABOVE THE COOLING OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE OCCUPIED SETBACK OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING SEQUENCES OCCUPIED SETBACK: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED SETPOINT. HEATING CONTROL VALVE SHALL MODULATE AS REQUIRED TO MAINTAIN SPEED SHALL INDEX TO MINIMUM POSITION, AND THE BLOWER COIL UNIT CONTROL VALVE IS FULLY OPEN, THE BLOWER COIL UNIT SHALL START, FAN SETPOINT. IF THE SPACE IS NOT AT SETPOINT AND THE BASEBOARD RADIATION CONTROL VALVE SHALL MODULATE TO MAINTAIN THE UNOCCUPIED HEATING UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE ZONE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED TEMPERATURE AT THE UNOCCUPIED COOLING SETPOINT. BETWEEN MINIMUM AND MAXIMUM POSITIONS TO MAINTAIN THE SPACE THE BLOWER COIL UNIT SHALL BE ENABLED, THE FAN SPEED SHALL MODULATE ï»¿SHALL MODULATE TO MAINTAIN THE DISCHARGE AIR TEMPERATURE AT 55 THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE BLOWER COIL UNIT SCHEDULED UNOCCUPIED PERIOD AND THE ZONE TEMPERATURE RISES ABOVE UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED OFF. CONTROL VALVE SHALL BE CLOSED WHEN THEN BLOWER COIL UNIT FAN IS PREVENT SIMULTANEOUS HEATING AND COOLING. THE COOLING COIL HEATING COIL AND BASEBOARD RADIATION CONTROL VALVES ARE OPEN TO THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE H420 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL CONFERENCE 245 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S W BARD HALL OFFICE SUITE 210 CONTROL SCHEMATIC & SYSTEM SUMMARY BI OS ZONE AO CONTROLLER ALC COM BACnet / MSTP FAN C C E AO SA N.C. AI T SETPOINT AV sa d MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) TYP. OF 5 FLOORPLANS REFER TO MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) AIR EXHAUST AIR VENTILATION GENERAL NOTES: C. B. A. AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING BLOWER COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C COOLING COIL C E N.C. AO HEATING COIL BO S S SCAO R BIASDCOMBACnet / MSTP AV: SPEED (RPM) AV: POWER (KW) M AI T SP SETPOINT AV AI SUPPLY AIR MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) AIR SUPPLY ZONE TYP. OF 6 VARIABLE AIR VOLUME BLOWER COIL UNIT VENTILATION AIR VAV BOX EXHAUST AIR VAV BOX (6) ZONE SUPPLY VAV BOX (5) BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: 75OCCUPIED: 78OCCUPIED SETBACK: 81UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: 70OCCUPIED: 67OCCUPIED SETBACK: 64UNOCCUPIED: VAV-1, ZONE 1 AIRFLOW RATE: 720 CFM MAX/220 CFM MIN VAV-2, ZONE 2 AIRFLOW RATE: 400 CFM MAX/200 CFM MIN VAV-3, ZONE 3 AIRFLOW RATE: 320 CFM MAX/125 CFM MIN VAV-4, ZONE 4 AIRFLOW RATE: 510 CFM MAX/175 CFM MIN VAV-5, ZONE 5 AIRFLOW RATE: 700 CFM MAX/350 CFM MIN VAV-6, ZONE 6AIRFLOW RATE: 250 CFM MAX/125 CFM MIN VENTILATION VAV AIRFLOW RATE: 270CFM MAX/270 CFM MIN EXHAUST VAV AIRFLOW RATE: 270 CFM MAX/270 CFM MIN ZONE AIR DIFFERENTIAL: 0 CFM ZONE OCCUPANCY SCHEDULE: 6 AM TO 8 PM, MON-FRI OCCUPANCY TIME OF DAY SCHEDULE AND A SPACE OCCUPANCY SENSOR. ZONE OCCUPANCY SHALL BE DETERMINED BASED ON A COMBINATION OF A BETWEEN OCCUPIED AND OCCUPIED SETBACK MODE. AT WHICH TIME THE SPACE OCCUPANCY SENSOR SHALL INDEX THE SPACE INDEXED TO OCCUPIED MODE AND OPERATE FOR A MINIMUM OF 30 MINUTES, DURING THE SCHEDULED OCCUPANCY PERIOD, THE ZONE SHALL BE INITIALLY OCCUPANCY IS NOT SENSED FOR A PERIOD OF 30 MINUTES. OCCUPANCY. THE ZONE SHALL INDEX BACK TO UNOCCUPIED WHEN SENSOR SHALL INDEX THE ZONE TO OCCUPIED FOR THE DURATION OF DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SPAC EOCCUPANCY BLOWER COIL UNIT START/STOP OCCUPANCY. SPACE TEMPERATURE AND THE AMOUNT OF TIME PRIOR TO THE SCHEDULED ALGORITHM, AS A MINIMUM, BE A FUNCTION OF THE DIFFERENCE BETWEEN TIME OF DAY SCHEDULE AND AN OPTIMUM START/STOP ALGORITHM. THE OCCUPIED: UNIT SHALL START AND OPERATE CONTINUOUSLY BASED ON THE OCCUPANCY IS NOT SENSORS FOR A PERIOD OF 30 MINUTES. SYSTEM SHALL STOP AND INDEX BACK TO UNOCCUPIED MODE WHEN SYSTEM IS OCCUPIED, AS DETERMINED VIA SPACE OCCUPANCY SENSORS. THE SHALL BE INDEXED TO START WHENEVER ANY SPACE ASSOCIATED WITH THE UNOCCUPIED: DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SYSTEM VENTILATION CONTROL VENTILATION AND EXHAUST AIR VAV BOXES SHALL BE CLOSED. WHEN ALL THE SPACES ASSOCIATED WITH THE SYSTEM ARE UNOCCUPIED, THE SPECIFIED AIRFLOW OFFSET. THE EXHAUSR AIR VAV BOX SHALL MODULATE AS REQUIRED TO MAINTAIN THE MODULATE AS NEEDED TO MAINTAIN THE VENTILATION AIRFLOW SETPOINT. OR OCCUPIED SETBACK MODE, THE VENTILATION AIR VAV BOX SHALL WHEN ANY OF THE SPACES ASSOCIATED WITH THE SYSTEM ARE IN OCCUPIED BLOWER COIL UNIT FAN SPEED CONTROL CRITICAL ZONE DAMPER POSITION AT 95% OPEN. STATIC PRESSURE SETPOINT SHALL BE RESET AS NEEDED TO MAINTAIN THE MAINTAIN THE DOWNSTREAM STATIC PRESSURE SETPOINT. THE DOWNSTREAM THE FAN SHALL MODULATE VIA VARIABLE FREQUENCY DRIVE AS REQUIRED TO SUPPLY AIR TEMPERATURE MODULATE AS REQUIRED TO MAINTAIN SETPOINT. VALVE SHALL BE CLOSED, AND THE HEATING COIL CONTROL VALVE SHALL SETPOINT, HEATING MODE SHALL BE INITIATED. THE CHILLED WATER CONTROL HEATING MODE: WHEN THE DISCHARGE AIR TEMPERATURE FALLS BELOW VALVE SHALL MODULATE AS REQUIRED TO MAINTAIN SETPOINT. VALVE SHALL BE CLOSED, AND THE CHILLED WATER COOLING COIL CONTROL SETPOINT, COOLING MODE SHALL BE INITIATED. THE HEATING COIL CONTROL COOLING MODE: WHEN THE DISCHARGE AIR TEMPERATURE RISES ABOVE TEMPERATURES AS FOLLOWS: DETERMINED BASED ON AN AVERAGE OF THE ASSOCIATED ZONE DISCHARGE AIR TEMPERATURE: THE DISCHARGE AIR TEMPERATURE SHALL BE ï»¿AVERAGE SPACE TEMPERATURE ABOVE 72â„‰ ï»¿AVERAGE SPACE TEMPERATURE BELOW 70â„‰ ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND A SPACE OCCUPANCY SENSOR. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION MODULATE TO MAINTAIN SETPOINT. MINIMUM POSITION AND THE BASEBOARD RADIATION CONTORL VALVE SHALL HEATING TEMPERATURE SETPOINT, THE ZONE VAV BOX SHALL INDEX TO OCCUPIED PERIOD AND THE ZONE TEMPERATURE FALLS BELOW THE OCCUPIED OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED TEMPERATURE SETPOINT. BETWEEN MINIMUM AND MAXIUMUM POSITIONS TO MAINTAIN THE SPACE COOLING TEMPERATURE SETPOINT, THE ZONE VAV BOX SHALL MODULATE OCCUPIED PERIOD AND THE ZONE TEMPERATURE RISES ABOVE THE OCCUPIED OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE OCCUPIED SETBACK OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING SEQUENCES OCCUPIED SETBACK: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED SETPOINT. CONTROL VALVE SHALL MODULATE TO MAINTAIN THE UNOCCUPIED HEATING UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE ZONE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MAINTAIN THE UNOCCUPIED SPACE TEMPERATURE SETPOINT. VAV SHALL MODULATE BETWEEN MINIMUM AND MAXIMUM POSITIONS TO SHALL BE ENABLED, THE FAN SHALL INDEX TO 50% AIRFLOW AND THE ZONE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE BLOWER COIL UNIT SCHEDULED UNOCCUPIED PERIOD AND THE ZONE TEMPERATURE RISES ABOVE UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED SAFETIES AIR DAMPER SHALL CLOSE UPON ACTIVATION OF A SMOKE DETECTOR. SMOKE DETECTION: THE FAN SHALL SHUT DOWN AND THE OUTSIDE AIR/RELIEF SDBI AOM SYSTEM ALARM TO FIRE SYSTEM DESCRIPTION SEQUENCE OF OPERATION POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS BCU HEATING COIL CONTROL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST BCU COOLING COIL CONTROL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X NORMALLY CLOSED BCU FAN MOTOR START/STOP X X X BCU FAN SPEED COMMAND X X X BCU FAN STATUS X X X FAILURE X VIA CONTACT ON DRIVE BCU FAN POWER (kW)X X X BACnet MSTP NETWORK POINT BCU FAN SPEED (RPM)X X X BACnet MSTP NETWORK POINT BCU SUPPLY DISCHARGE AIR TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X AVERAGING SENSOR BCU SUPPLY DISCHARGE AIR TEMPERATURE SETPOINT X X X BCU SUPPLY FAN DOWNSTREAM STATIC PRESSURE X X X 10% DEVIATION FROM SETPOINT X BCU SUPPLY FAN DOWNSTREAM STATIC PRESSURE SETPOINT X X X VENTILATION VAV BOX DAMPER POSITION COMMAND X X X VENTILATION VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT VENTILATION VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT VENTILATION VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT EXHAUST VAV BOX DAMPER POSITION COMMAND X X X EXHAUST VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT EXHAUST VAV BOX AIRFLOW SETPOINT (CFM)X X X BACnet MSTP NETWORK POINT EXHAUST VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT RETURN DUCT SMOKE DETECTOR STATUS X X SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) (TYP OF 5)X X X FAIL LAST SUPPLY VAV BOX DAMPER POSITION COMMAND (TYP OF 6)X X X SUPPLY VAV BOX AIRFLOW FEEDBACK (CFM) (TYP OF 6)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT SUPPLY VAV BOX AIRFLOW SETPOINT (CFM) (TYP OF 6)X X X BACnet MSTP NETWORK POINT SUPPLY VAV BOX POSITION FEEDBACK (CFM) (TYP OF 6)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT H421 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S X H C AO F.L. AI T H C AIR SUPPLY BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO H C AO F.L. AI T H C AIR SUPPLY CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A.HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVE DESCRIPTIONSYSTEM VALVES EXHAUST HOOD FUME(4) VALVES SUPPLY(2) COILS REHEAT MOUNTEDDUCT (2) RADIATIONBASEBOARD GENERAL (BACS).SYSTEM CONTROL AND AUTOMATION BUILDING THE THROUGH CONTROLLED BE SHALLSYSTEM ADJUSTABLE. BE SHALL SETPOINTSALL HOURS. TEN LEAST AT FOR POWER OF LOSS ADURING SETTING TIME AND PROGRAMMING ITS RETAINING OF CAPABLE BE SHALL BACSTHE SPACE. THE FROM AIRFLOW EXHAUST TOTAL ON BASED ARE RATES CHANGE AIRLABORATORY HEIGHT). CEILING x (AREA VOLUME GROSS ROOM THE USING CFM REQUIRED THECALCULATE SHALL BACS THE RATE. CHANGE AIR AN TO CONTROLLED BE SHALL SPACETHE SETPOINTS SETPOINTS: TEMPERATURE COOLINGSPACE ï»¿7OCCUPIED: ï»¿7 SETBACK:OCCUPIED ï»¿8UNOCCUPIED: SETPOINTS: TEMPERATURE HEATINGSPACE ï»¿7OCCUPIED: ï»¿6 SETBACK:OCCUPIED ï»¿6UNOCCUPIED: (ACPH): RATE CHANGE AIR EXHAUSTTOTAL SCHEDULES AIRFLOW LAB TOREFER- VOLUME ROOM / 60 X CFM EXHAUST TOTAL =ACPH- (CFM): RATE AIRFLOW EXHAUSTTOTAL SCHEDULE AIRFLOW LAB TOREFER- (CFM): RATE AIRFLOWSUPPLY SCHEDULE AIRFLOW LAB TOREFER- OFFSET + RATE AIRFLOW EXHAUST TOTAL =TYPICALLY- RATE: AIRFLOW EXHAUST HOODFUME SETPOINT. VELOCITY FACE MAINTAINTO MONITOR HOOD FUME BY CONTROLLED IS VALVE BACS. BY CONTROLLEDNOT- VELOCITY: FACE HOODFUME UNOCC FPM 65 / OCC FPM 100 TYPICALLY MONITOR. HOOD FUMEINTO PROGRAMMED ARE SETPOINTS VELOCITY FACE BACS. BY CONTROLLEDNOT- (CFM): OFFSET DIFFERENTIAL AIRSPACE SCHEDULE AIRFLOW LAB TOREFER- MINUTES30 TIME: INDEX OCCUPANCY LABORATORYMINIMUM OWNER WITH COORDINATE SCHEDULE: OCCUPANCYZONE CONTROL VELOCITYFACE MONITOR. HOOD FUME A WITH EQUIPPED BE SHALL HOOD FUME EXISTINGTHE SETPOINT.VELOCITY FACE THE MAINTAIN TO BOX EXHAUST HOOD FUME THE ADJUST SHALL MONITORTHE CAPABILITIES: FOLLOWING THE HAVE MINIMUM, A AS SHALL, MONITORTHE INPUT POSITION SASH- VELOCITY. FACE OF ADJUSTMENT ALLOW TO INPUT MODE STANDBY- MODE. DECOMMISSION HOOD- CONTROL AIRFLOWLABORATORY BACS. THE BY MODE VACANT IN PLACED BE SHALL ROOM THE VACANT, ISLABORATORY THE IF SENSORS. OCCUPANCY ROOM VIA DETERMINED BE SHALLOCCUPANCY ROOM CONTROL, NORMAL UNDER MODE. ON BASED BE SHALL POSITIONS VALVEAIR DIFFERENTIAL. AIRFLOWSPECIFIED THE MAINTAIN TO NEEDED AS MODULATE SHALL VALVE AIR SUPPLY THESETPOINT. VELOCITY FACE FPM 100 THE MAINTAIN TO NEEDED AS VALVE AIR EXHAUST HOODFUME THE INDEX SHALL MONITOR HOOD FUME THE VALVES. AIR EXHAUST HOOD FUMETHE TO COMMAND OCCUPIED AND SEND SHALL BACS THE OCCUPIED, IS ROOM THEWHEN DIFFERENTIAL. AIRFLOW SPECIFIED THE MAINTAIN TO NEEDED AS MODULATE SHALL VALVESAIR SUPPLY THE SETPOINT. VELOCITY FACE FPM 65 THE MAINTAIN TO NEEDED ASVALVES AIR EXHAUST HOOD FUME THE INDEX SHALL MONITOR HOOD FUME THEVALVES. AIR EXHAUST HOOD FUME THE TO COMMAND UNOCCUPIED AN SEND SHALLBACS THE 18-INCHES, BELOW OR AT IS SASH THE AND UNOCCUPIED, IS ROOM THEWHEN DIFFERENTIAL.AIRFLOW SPECIFIED THE MAINTAIN TO NEEDED AS MODULATE SHALL VALVE AIRSUPPLY THE SETPOINT. AIRFLOW OCCUPIED THE MAINTAIN TO VALVE AIR EXHAUSTHOOD FUME THE INDEX SHALL MONITOR HOOD FUME THE VALVE. AIR EXHAUST HOODFUME THE TO COMMAND UNOCCUPIED SPACE THE SEND NOT SHALL BACS THEPOSITION, SASH ON BASED 18-INCHES ABOVE IS SASH THE AND UNOCCUPIED IS ROOM THEWHEN DIFFERENTIAL. AIRFLOW SPECIFIED THE MAINTAIN TO REQUIRED AS MODULATE SHALLVALVES AIR SUPPLY THE RATE. CHANGE AIR VACANT THE MAINTAIN TO INDEX SHALL ANDMODE VACANCY THE DURING VALVE AIR EXHAUST GENERAL A AS OPERATE TO UP SETBE SHALL VALVES AIR EXHAUST HOOD FUME THE OF ONE CLOSE. TO VALVES AIREXHAUST HOOD FUME THE INDEX SHALL MONITOR HOOD FUME THE VALVE. AIR EXHAUSTHOOD FUME EACH TO COMMAND DECOMMISSION A SEND SHALL BACS THE MODE:VACANT CONTROL TEMPERATUREZONE SENSORS. OCCUPANCY SPACE AND SCHEDULEPROGRAMMED OF COMBINATION A ON BASED DETERMINED BE SHALL SETPOINTSTEMPERATURE CLOSE. SHALL VALVESCONTROL COIL REHEAT AND VALVE CONTROL RADIATION BASEBOARD THE SETPOINT,AT IS TEMPERATURE SPACE THE WHEN SETPOINT. TEMPERATURE SPACE THE MAINTAINTO MODULATE SHALL VALVE CONTROL COIL REHEAT THE OPEN, FULLY VALVECONTROL RADIATION BASEBOARD THE WITH SETPOINT AT NOT IS TEMPERATURESPACE THE IF SETPOINT. TEMPERATURE SPACE THE MAINTAIN TO NEEDED ASMODULATE SHALL VALVE CONTROL RADIATION BASEBOARD THE SETPOINT,TEMPERATURE HEATING OCCUPIED THE BELOW FALLS TEMPERATURE SPACE THE ANDPERIOD, OCCUPIED SCHEDULED THE DURING OCCUPIED IS SPACE THE IF HEATING:OCCUPIED CLOSE. SHALL VALVE CONTROLCOIL REHEAT AND VALVE CONTROL RADIATION BASEBOARD THE SETPOINT,TEMPERATURE COOLING OCCUPIED THE ABOVE RISES TEMPERATURE SPACE THE ANDPERIOD OCCUPIED SCHEDULED THE DURING OCCUPIED IS SPACE THE IF COOLING:OCCUPIED SETPOINTS.TEMPERATURE SETBACK OCCUPIED THE AT MAINTAINED BE SHALL SPACE THE BUTAPPLY, SHALL SEQUENCES HEATING/COOLING OCCUPIED ABOVE THE PERIOD,OCCUPIED SCHEDULED THE DURING UNOCCUPIED BECOMES SPACE THE IF SETBACK:OCCUPIED SETPOINT.TEMPERATURE SETBACK UNOCCUPIED THE AT MAINTAINED BE SHALL SPACE THE BUTAPPLY, SHALL SEQUENCE HEATING OCCUPIED ABOVE THE SETPOINT, TEMPERATUREHEATING UNOCCUPIED THE BELOW FALLS TEMPERATURE SPACE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF HEATING:UNOCCUPIED CLOSE. SHALL VALVE CONTROL COILREHEAT AND VALVE CONTROL RADIATION BASEBOARD THE SETPOINT, TEMPERATURECOOLING UNOCCUPIED THE ABOVE RISES TEMPERATURE SPACE THE AND PERIODUNOCCUPIED SCHEDULED THE DURING UNOCCUPIED IS SPACE THE IF COOLING:UNOCCUPIED MODE. UNOCCUPIED TO BACK INDEX SHALL SPACE THE PERIOD,UNOCCUPIED SCHEDULED THE DURING AGAIN UNOCCUPIED BECOMES SPACE THEWHEN OCCUPANCY. OF DURATION THE FOR MODE OCCUPIED TO INDEX SHALL SPACETHE PERIOD, UNOCCUPIED SCHEDULED THE DURING OCCUPIED BECOMES SPACE THEIF SETPOINT. TEMPERATURE SETBACK UNOCCUPIED THE AT MAINTAINED BE SHALL SPACE THEBUT APPLY, SHALL SEQUENCE HEATING OCCUPIED ABOVE THE HEATING: MODEVACANT SETPOINT. TEMPERATURE UNOCCUPIED THE AT MAINTAINED BE SHALL SPACETHE APPLY. SHALL SEQUENCE COOLING UNOCCUPIED ABOVE THE MODE: COOLINGVACANT SEQUENCE OF OPERATION RFG NJS H422 SUMMARIES SYSTEM SCHEMATICS & CONTROL BARD HALL LAB 350 & LAB 359 CONTROL SCHEMATIC & SYSTEM SUMMARY VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEINDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEINDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEINDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) (TYP. OF 4)X X X FUME HOOD EXHAUST AIR VALVE STATUS (TYP. OF 4) X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION (TYP. OF 4)X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND (TYP. OF 4)X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) (TYP. OF 2)X X X SUPPLY AIR VALVE STATUS (TYP. OF 2)X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM) (TYP. OF 2)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM) (TYP. OF 2)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM) (TYP. OF 2)X X REHEAT COIL LEAVING AIR TEMPERATURE (TYP. OF 2)X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S Y GENERAL NOTES: H C AO F.L. AI T H C AIR SUPPLY BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEAND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. SYSTEM DESCRIPTION FUME HOOD EXHAUST VALVE SUPPLY VALVE DUCT MOUNTED REHEAT COIL GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL THE EXISTING FUME HOOD SHALL BE EQUIPPED WITH A FUME HOOD MONITOR. FACE VELOCITY SETPOINT. THE MONITOR SHALL ADJUST THE FUME HOOD EXHAUST BOX TO MAINTAIN THE THE MONITOR SHALL, AS A MINIMUM, HAVE THE FOLLOWING CAPABILITIES: - SASH POSITION INPUT - STANDBY MODE INPUT TO ALLOW ADJUSTMENT OF FACE VELOCITY. - HOOD DECOMMISSION MODE. LABORATORY AIRFLOW CONTROL MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, DIFFERENTIAL. SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW MAINTAIN THE 100 FPM FACE VELOCITY SETPOINT. THE SUPPLY AIR VALVE MONITOR SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE AS NEEDED TO COMMAND TO THE FUME HOOD EXHAUST AIR VALVES. THE FUME HOOD WHEN THE ROOM IS OCCUPIED, THE BACS SHALL SEND AND OCCUPIED MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VELOCITY SETPOINT. THE SUPPLY AIR VALVES SHALL MODULATE AS NEEDED TO HOOD EXHAUST AIR VALVES AS NEEDED TO MAINTAIN THE 65 FPM FACE EXHAUST AIR VALVES. THE FUME HOOD MONITOR SHALL INDEX THE FUME THE BACS SHALL SEND AN UNOCCUPIED COMMAND TO THE FUME HOOD WHEN THE ROOM IS UNOCCUPIED, AND THE SASH IS AT OR BELOW 18-INCHES, NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. OCCUPIED AIRFLOW SETPOINT. THE SUPPLY AIR VALVE SHALL MODULATE AS SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE TO MAINTAIN THE COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR ON SASH POSITION, THE BACS SHALL NOT SEND THE SPACE UNOCCUPIED WHEN THE ROOM IS UNOCCUPIED AND THE SASH IS ABOVE 18-INCHES BASED REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVES SHALL MODULATE AS AIR VALVE DURING THE VACANCY MODE AND SHALL INDEX TO MAINTAIN THE EXHAUST AIR VALVES SHALL BE SET UP TO OPERATE AS A GENERAL EXHAUST FUME HOOD EXHAUST AIR VALVES TO CLOSE. ONE OF THE FUME HOOD FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR SHALL INDEX THE VACANT MODE: THE BACS SHALL SEND A DECOMMISSION COMMAND TO EACH ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION VALVES SHALL CLOSE. THE BASEBOARD RADIATION CONTROL VALVE AND REHEAT COIL CONTROL TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, COIL CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT TEMPERATURE SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. OCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE RADIATION CONTROL VALVE AND REHEAT COIL CONTROL VALVE SHALL CLOSE. ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE BASEBOARD SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE TYP. OF 2 (2) BASEBOARD RADIATION H423 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL LAB 361 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) X X X FUME HOOD EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM) X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM) X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S Z GENERAL NOTES: SYSTEM DESCRIPTION H C AO F.L. AI T H C AIR SUPPLY BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO F.L. FLOORPLANS REFER TO AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. FAN C COOLING COIL C E AO M S S CS BI MS BO SA N.C. R.A TYP. OF 2 HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEEXHAUST GENERAL HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVEFUME HOOD EXHAUST VALVE GENERAL EXHAUST VALVE SUPPLY VALVES DUCT MOUNTED REHEAT COIL BASEBOARD RADIATION (2) SUPPLEMENTAL COOLING FAN COIL UNITS GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- GENERAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TOTAL EXHAUST CFM - FUME HOOD EXHAUST CFM- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL THE EXISTING FUME HOOD SHALL BE EQUIPPED WITH A FUME HOOD MONITOR. FACE VELOCITY SETPOINT. THE MONITOR SHALL ADJUST THE FUME HOOD EXHAUST BOX TO MAINTAIN THE THE MONITOR SHALL, AS A MINIMUM, HAVE THE FOLLOWING CAPABILITIES: - SASH POSITION INPUT - STANDBY MODE INPUT TO ALLOW ADJUSTMENT OF FACE VELOCITY. - HOOD DECOMMISSION MODE. LABORATORY AIRFLOW CONTROL MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, SPECIFIED AIRFLOW DIFFERENTIAL. THE SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SHALL MODULATE AS NEEDED TO MAINTAIN THE OCCUPIED AIR CHANGE RATE. THE 100 FPM FACE VELOCITY SETPOINT. THE GENERAL EXHAUST AIR VALVE SHALL INDEX THE FUME HOOD EXHAUST AIR VALVE AS NEEDED TO MAINTAIN COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR WHEN THE ROOM IS OCCUPIED, THE BACS SHALL SEND AND OCCUPIED DIFFERENTIAL. VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED AIRFLOR NEEDED TO MAINTAIN THE UNOCCUPIED AIR CHANGE RATE. THE SUPPLY AIR VELOCITY SETPOINT. THE GENERAL EXHAUST AIR VALVE SHALL MODULATE AS HOOD EXHAUST AIR VALVE AS NEEDED TO MAINTAIN THE 65 FPM FACE EXHAUST AIR VALVE. THE FUME HOOD MONITOR SHALL INDEX THE FUMER THE BACS SHALL SEND AND UNOCCUPIED COMMAND TO THE FUME HOOD WHEN THE ROOM IS UNOCCUPIED, AND THE SASH IS AT OR BELOW 18-INCHES, REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. UNOCCUPIED AIR CHANGE RATE. THE SUPPLY AIR VALVE SHALL MODULATE AS GENERAL EXHAUST AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SHALL BE INDEXED TO MAINTAIN THE OCCUPIED AIRFLOW SETPOINT. THE COMMAND TO THE FUME HOOD EXHAUST AIR VALVE. THE EXHAUST AIR VALVE ON SASH POSITION, THE BACS SHALL NOT SEND THE SPACE UNOCCUPIED WHEN THE ROOM IS UNOCCUPIED AND THE SASH IS ABOVE 18-INCHES BASED MODULATE AS REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. MAINTAIN THE VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVE SHALL CLOSE. THE GENERAL EXHAUST AIR VALVE SHALL MODULATE AS NEEDED TO FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD EXHAUST AIR VALVE SHALL VACANT MODE: THE BACS SHALL SEND A DECOMMISSION COMMAND TO THE ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION AND REHEAT COIL CONTROL VALVES SHALL BE CLOSED. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE BASEBOARD RADIATION VALVE SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE SETPOINT. BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT CONTROL SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT WITH THE CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE TEMPERATURE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE CONTROL VALVE SHALL MODULATE TO MAINTAIN SETPOINT. UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT MODE: THE ABOVE UNOCCUPIED HEATING/COOLING SEQUENCES COOLING CONTROL VALVE SHALL BE CLOSED WHEN THE FAN COIL UNIT IS OFF. VALVE IS OPEN TO PREVENT SIMULTANEOUS HEATING AND COOLING. THE BASEBOARD HEATING CONTROL VALVE AND/OR THE REHEAT COIL CONTROL THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE RFG NJS H424 SUMMARIES SYSTEM SCHEMATICS & CONTROL BARD HALL LAB 345 & 347 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) X X X FUME HOOD EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT GENERAL EXHAUST AIR VALVE FLOW FEEDBACK (CFM)X X X GENERAL EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) GENERAL EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM) X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%) X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X COOLING COIL CONTROL VALVE POSITION COMMAND (%) (TYP. OF 2)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP (TYP. OF 2)X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS (TYP. OF 2)X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%)X X X FAIL LAST EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S AA GENERAL NOTES: SYSTEM DESCRIPTION HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ H C AO F.L. AI T H C AIR SUPPLY EXHAUST FUME HOOD BI OS AI Tsa d SETPOINT AV ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP MOD AO AI AI FLOW ALARM AV SETPOINT CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE EXHAUST AIR VALVEFLOORPLANS REFER TO CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER.A.HOOD INTERFACE CARDCONTROLLER WITHANALOG ELECTRICAOR COMMAND VACANCY UNOCCUPIED OCCUPIED/ EXHAUST FUME HOOD MOD AO AI AI FLOW ALARM AV SETPOINTEXHAUST AIR VALVE(2) FUME HOOD EXHAUST VALVE SUPPLY VALVE DUCT MOUNTED REHEAT COIL GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES- ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME- TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE- TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET- FUME HOOD EXHAUST AIRFLOW RATE: MONITOR TO MAINTAIN FACE VELOCITY SETPOINT. NOT CONTROLLED BY BACS. VALVE IS CONTROLLED BY FUME HOOD- FUME HOOD FACE VELOCITY: 65 FPM UNOCC PROGRAMMED INTO FUME HOOD MONITOR. TYPICALLY 100 FPM OCC / NOT CONTROLLED BY BACS. FACE VELOCITY SETPOINTS ARE- SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULE- 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER FACE VELOCITY CONTROL THE EXISTING FUME HOOD SHALL BE EQUIPPED WITH A FUME HOOD MONITOR. FACE VELOCITY SETPOINT. THE MONITOR SHALL ADJUST THE FUME HOOD EXHAUST BOX TO MAINTAIN THE THE MONITOR SHALL, AS A MINIMUM, HAVE THE FOLLOWING CAPABILITIES: - SASH POSITION INPUT - STANDBY MODE INPUT TO ALLOW ADJUSTMENT OF FACE VELOCITY. - HOOD DECOMMISSION MODE. LABORATORY AIRFLOW CONTROL MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, THE SPECIFIED AIRFLOW DIFFERENTIAL. POSITION. THE SUPPLY AIR VALVES SHALL MODULATE AS NEEDED TO MAINTAIN MAINTAIN THE 100 FOM FACE VELOCITY SETPOINT BASED ON THE SASH MONITOR SHALL INDEX THE FUME HOOD EXHAUST AIR VALVES AS NEEDED TO COMMAND TO THE FUME HOOD EXHAUST AIR VALVES. THE FUME HOOD WHEN THE ROOM IS OCCUPIED, THE BACS SHALL SEND AN OCCUPIED DIFFERENTIAL. SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED AIRFLOW VELOCITY SETPOINT BASED ON THE SASH POSITION. THE SUPPLY AIR VALVES HOOD EXHAUST AIR VALVES AS NEEDED TO MAINTAIN THE 65 FPM FACE EXHAUST AIR VALVES. THE FUME HOOD MONITOR SHALL INDEX THE FUME THE BACS SHALL SEND AN UNOCCUPIED COMMAND TO THE FUME HOOD WHEN THE ROOM IS UNOCCUPIED, AND THE SASH IS AT OR BELOW 18-INCHES, MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. SETPOINT. THE SUPPLY AIR VALVES SHALL MODULATE AS REQUIRED TO SASHES ARE 18-INCHES AND BELOW TO MAINTAIN 65 FPM FACE VELOCITY HOOD MONITORS SHALL INDEX THE FUME HOOD EXHAUST AIR VALVES WHOSE TO THOSE FUME HOODS THAT ARE AT OR BELOW 18-INCHES AND THE FUME OPEN AIRFLOW SETPOINT. THE BACS SHALL SEND THE UNOCCUPIED COMMAND WHOSE SASHES ARE ABOVE 18-INCHES TO MAINTAIN THE OCCUPIED SASH FUME HOOD MONITOR SHALL INDEX THE FUME HOOD EXHAUST AIR VALVES COMMAND TO THOSE PARTICULAR FUME HOOD EXHAUST AIR VALVES. THE ABOVE 18-INCHES, THE BACS SHALL NOT SEND THE SPACE UNOCCUPED WHEN THE ROOM IS UNOCCUPIED AND ANY OF THE FUME HOOD SASHES ARE REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW DIFFERENTIAL. VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVES SHALL MODULATE AS AIR VALVE DURING THE VACANCY MODE AND SHALL INDEX TO MAINTAIN THE EXHAUST AIR VALVES SHALL BE SET UP TO OPERATE AS A GENERAL EXHAUST FUME HOOD EXHAUST AIR VALVES TO CLOSE. ONE OF THE FUME HOOD FUME HOOD EXHAUST AIR VALVE. THE FUME HOOD MONITOR SHALL INDEX THE VACANT MODE: THE BACS SHALL SEND A DECOMMISSION COMMAND TO EACH ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION CONTROL VALVE SHALL CLOSE. SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE REHEAT COIL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE TEMPERATURE OCCUPIED HEATING TEMPERATURE SETPOINT, THE REHEAT COIL CONTROL OCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED VALVE SHALL CLOSE. OCCUPIED COOLING TEMPERATURE SETPOINT, THE REHEAT COIL CONTROL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE COIL CONTROL VALVE SHALL CLOSE. ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE REHEAT SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE RFG NJS H425 SUMMARIES SYSTEM SCHEMATICS & CONTROL BARD HALL LAB 344 CONTROL SCHEMATIC & SYSTEM SUMMARY S BI ENTRANCE OF LAB) (LOCATE AT PUSH BUTTON SHUT OFF VENTILATION EMERGENCY INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD VENTILATION SYSTEM EMERGENCY SHUTOFF INDEXED TO FULLY CLOSED. SUPPLY AND EXHAUST AIR VALVES ASSOCIATED WITH THE SPACE SHALL BE WHEN THE EMERGENCY VENTILATION SHUTOFF PUSH BUTTON IS PRESSED, ALL INDICATOR SASH POSITION - ALARM - SASH POSITION FEEDBACK - VALVE POSITION COMMAND INTERFACE CARD TO EXHAUST VALVE HOOD FUME HOOD MONITOR ANALOG POINTS FROM AO MONITOR HOOD FUME AO FUME HOOD MONITOR SASH POSITION TO FUME HOOD POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X FUME HOOD EXHAUST VALVE FLOW FEEDBACK (CFM) (TYP. OF 2)X X X FUME HOOD EXHAUST AIR VALVE STATUS (TYP. OF 2)X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) FUME HOOD SASH POSITION (TYP. OF 2)X X X SASH OPEN (18") FOR 24 CONTINUOUS HOURS OR MORE X FUME HOOD EXHAUST AIR VALVE OCC/UNOCC COMMAND (TYP. OF 2)X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X EMERGENCY PUSH BUTTON X X X PUSH BUTTON SWITCH INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S BB GENERAL NOTES: SYSTEM DESCRIPTION FAN C COOLING COIL C E AO M S S CS BI MS BO SA AI T SETPOINT AV sa d N.C. R.A BI OS ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP H C AO F.L. AI T H C AIR SUPPLY AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. CONTROLLER ANALOG ELECTRIC MOD AO AI AI FLOW ALARM AV SETPOINT SUPPLY AIR VALVE AO R COMMAND VACANCY UNOCCUPIED OCCUPIED/ MOD AO AI AI FLOW ALARM AV SETPOINT EXHAUST AIR VALVE EXHAUST GENERAL AO F.L. TYP. OF 5 TYP. OF 5 FLOORPLANS REFER TO POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS TOTAL EXHAUST AIRFLOW (CFM)X X X TOTAL EXHAUST SETPOINT (CFM)X X X LAB AIR CHANGE RATE (ACPH)X X X ROOM AREA (SQ FT)X X CEILING HEIGHT (FT)X X FLOW OFFSET SETPOINT (CFM)X X FLOW OFFSET ACTUAL (CFM)X X EXHAUST AIR VALVE FLOW FEEDBACK (CFM)X X X EXHAUST AIR VALVE STATUS X X ï»¿VALVE COMMAND â‰ FEEDBACK X TRI-STATE ALARM X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) EXHAUST AIR VALVE OCC/UNOCC COMMAND X X TRI-STATE OUTPUT POINT SUPPLY AIR VALVE FLOW FEEDBACK (CFM)X X X SUPPLY AIR VALVE STATUS X X 10% FLOW DEVIATION FROM SETPOINT X TRI-STATE ALARMXï»¿VALVE COMMAND â‰ FEEDBACK X LOW DIFFERENTIAL PRESSURE (VIA SWITCH) SUPPLY AIR VALVE POSITION COMMAND (CFM)X X X SUPPLY AIR VALVE MINIMUM AIRFLOW SETPOINT (CFM)X X SUPPLY AIR VALVE MAXIMUM AIRFLOW SETPOINT (CFM)X X REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST COOLING COIL CONTROL VALVE POSITION COMMAND (%) (TYP OF 5)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP (TYP OF 5)X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS (TYP OF 5)X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) (TYP OF 5)X X X FAIL LAST GENERAL EXHAUST VALVE SUPPLY VALVE DUCT MOUNTED REHEAT COIL (5) SUPPLEMENTAL COOLING FAN COIL UNITS (5) BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. FROM THE SPACE. LABORATORY AIR CHANGE RATES ARE BASED ON TOTAL EXHAUST AIRFLOW CEILING HEIGHT). CALCULATE THE REQUIRED CFM USING THE ROOM GROSS VOLUME (AREA x THE SPACE SHALL BE CONTROLLED TO AN AIR CHANGE RATE. THE BACS SHALL UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE ZONE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED MODE BY THE BACS. IF THE LABORATORY IS VACANT, THE ROOM SHALL BE PLACED IN VACANT ROOM OCCUPANCY SHALL BE DETERMINED VIA ROOM OCCUPANCY SENSORS. AIR VALVE POSITIONS SHALL BE BASED ON MODE. UNDER NORMAL CONTROL, SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION TOTAL EXHAUST AIR CHANGE RATE (ACPH): REFER TO LAB AIRFLOW SCHEDULES ACPH = TOTAL EXHAUST CFM X 60 / ROOM VOLUME TOTAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULES SUPPLY AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE TYPICALLY = TOTAL EXHAUST AIRFLOW RATE + OFFSET GENERAL EXHAUST AIRFLOW RATE (CFM): REFER TO LAB AIRFLOW SCHEDULE SPACE AIR DIFFERENTIAL OFFSET (CFM): REFER TO LAB AIRFLOW SCHEDULES 30 MINUTESMINIMUM LABORATORY OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER LABORATORY AIRFLOW CONTROL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE OCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS OCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL AIRFLOW DIFFERENTIAL. SUPPLY AIR VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPECIFIED MODULATE AS NEEDED TO MAINTAIN THE UNOCCUPIED AIR CHANGE RATE. THE WHEN THE ROOM IS UNOCCUPIED, THE GENERAL EXHAUST AIR VALVE SHALL DIFFERENTIAL. SHALL MODULATE AS REQUIRED TO MAINTAIN THE SPECIFIED AIRFLOW NEEDED TO MAINTAIN THE VACANT AIR CHANGE RATE. THE SUPPLY AIR VALVE VACANT MODE: THE GENERAL EXHAUST AIR VALVE SHALL MODULATE AS ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION VALVES SHALL CLOSE. THE BASEBOARD RADIATION CONTROL VALVE AND REHEAT COIL CONTROL TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, COIL CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SPACE WITH THE BASEBOARD RADIATION CONTROL VALVE FULLY OPEN, THE REHEAT TEMPERATURE SETPOINT. IF THE SPACE TEMPERATURE IS NOT AT SETPOINT CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE COOLING CONTROL VALVE SHALL BE CLOSED WHEN THE FAN COIL UNIT IS OFF. VALVE IS OPEN TO PREVENT SIMULTANEOUS HEATING AND COOLING. THE BASEBOARD RADIATION CONTROL VALVE AND/OR HEATING COIL CONTROL THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE RFG NJS H426 SUMMARIES SYSTEM SCHEMATICS & CONTROL CONTROLLER ANALOG ELECTRIC BARD HALL LAB 315, 340, 341, 313 & 314 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S CC GENERAL NOTES: SYSTEM DESCRIPTION FAN C COOLING COIL C E AO M S S CS BI MS BO SA AI T SETPOINT AV sa d N.C. R.A BI OS ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. AO F.L. TYP. OF 2 FLOORPLANS REFER TO POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS COOLING COIL CONTROL VALVE POSITION COMMAND (%) (TYP OF 2)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP (TYP OF 2)X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS (TYP OF 2)X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST (2) SUPPLEMENTAL COOLING FAN COIL UNITS BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION 30 MINUTESMINIMUM OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION THE BASEBOARD RADIATION CONTROL VALVE CONTROL VALVE SHALL CLOSE. TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE WHEN THE FAN COIL UNIT IS OFF. HEATING AND COOLING. THE COOLING CONTROL VALVE SHALL BE CLOSED BASEBOARD RADIATION CONTROL VALVE IS OPEN TO PREVENT SIMULTANEOUS THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE AI T SETPOINT AV sa d BI OS ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP AO F.L. FLOORPLANS REFER TO SCALE: N.T.S DD AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST GENERAL NOTES: SYSTEM DESCRIPTION BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION 30 MINUTESMINIMUM OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION THE BASEBOARD RADIATION CONTROL VALVE CONTROL VALVE SHALL CLOSE. TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL H427 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL OFFICE 330 & 330A CONTROL SCHEMATIC & SYSTEM SUMMARY BARD HALL OFFICE 126, 127, 128, 129, 226, 227, 228, 229, 230, 310, 311, 312, 326, 327, 328, 329, 360 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S EE AI T SETPOINT AV sa d ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP AO F.L. FLOORPLANS REFER TO SCALE: N.T.S FF AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE CONVECTOR CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. H428 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS HOT WATER CONVECTOR GENERAL NOTES: SYSTEM DESCRIPTION FAN C COOLING COIL C E AO M S S CS BI MS BO SA AI T SETPOINT AV sa d N.C. R.A BI OS ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FAN COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C. B. A. AO F.L. TYP. OF 2 FLOORPLANS REFER TO POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS COOLING COIL CONTROL VALVE POSITION COMMAND (%)X X X NORMALLY CLOSED (TYP. OF 4) FAN COIL UNIT FAN MOTOR START/STOP X X X (TYP. OF 4) FAN COIL UNIT FAN MOTOR STATUS X X X FAILURE X VIA CURRENT SENSOR (TYP. OF 4) SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST GENERAL NOTES: SYSTEM DESCRIPTION COOLING FAN COIL UNIT BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION 30 MINUTESMINIMUM OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION THE BASEBOARD RADIATION CONTROL VALVE CONTROL VALVE SHALL CLOSE. TEMPERATURE SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED SHALL CLOSE. FAN COIL UNIT SHALL SHUT OFF AND THE CHILLED WATER CONTROL VALVE MAINTAIN SETPOINT. WHEN THE SPACE TEMPERATURE IS AT SETPOINT, THE START, AND THE COOLING COIL CONTROL VALVE SHALL MODULATE TO OCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL UNIT SHALL OCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES ABOVE THE OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE MODULATE TO MAINTAIN SETPOINT. UNIT SHALL START, AND THE FAN COIL UNIT COOLING CONTROL VALVE SHALL ABOVE THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE FAN COIL SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE RISES UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL TEMPERATURE SETPOINT. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED VACANT COOLING MODE: THE ABOVE UNOCCUPIED COOLING SEQUENCE WHEN THE FAN COIL UNIT IS OFF. HEATING AND COOLING. THE COOLING CONTROL VALVE SHALL BE CLOSED BASEBOARD RADIATION CONTROL VALVE IS OPEN TO PREVENT SIMULTANEOUS THE COOLING COIL CONTROL VALVE SHALL BE CLOSED WHENEVER THE GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS SPACE HEATING TEMPERATURE SETPOINTS: 70 FOCCUPIED/UNOCCUPIED: SCHEDULE. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A PROGRAMMED 30 MINUTESMINIMUM OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER ZONE TEMPERATURE CONTROL CONTROL VALVE SHALL CLOSE. SPACE TEMPERATURE IS AT SETPOINT, THE CONVECTOR CONTROL VALVE AS NEEDED TO MAINTAIN THE SPACE TEMPERATURE SETPOINT. WHEN THE TEMPERATURE SETPOINT, THE CONVECTOR CONTROL VALVE SHALL MODULATE HEATING: IF THE SPACE TEMPERATURE FALLS BELOW THE HEATING POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X CONVECTOR CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST BARD HALL HALL 400CB CONTROL SCHEMATIC & SYSTEM SUMMARY BARD HALL OFFICE 416 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S GG H429 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS AI T SETPOINT AV sa d BI OS ZONE GENERAL NOTES: CONTROLLER ALC COM BACnet / MSTP AO F.L. FLOORPLANS REFER TO AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE CONVECTOR CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. B. A. AO F.L. SYSTEM DESCRIPTION HOT WATER CONVECTOR BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: OF PROGRAMMED SCHEDULE AND ZONE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION 30 MINUTESMINIMUM OCCUPANCY INDEX TIME: ZONE OCCUPANCY SCHEDULE: COORDINATE WITH OWNER ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND SPACE OCCUPANCY SENSORS. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION RADIATION CONTROL VALVES SHALL CLOSE. SPACE TEMPERATURE IS AT SETPOINT, THE CONVECTOR AND BASEBOARD VALVE SHALL MODULATE OPEN AS NEEDED TO MAINTAIN SETPOINT. WHEN THE FULLY OPEN AND THE SPACE IS NOT AT SETPOINT, THE CONVECTOR CONTROL TEMPERATURE SETPOINT. IF THE BASEBOARD RADIATION CONTROL VALVE IS CONTROL VALVE SHALL MODULATE AS NEEDED TO MAINTAIN THE SPACE OCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION OCCUPIED PERIOD, AND THE SPACE TEMPERATURE FALLS BELOW THE OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED OCCUPIED SETBACK TEMPERATURE SETPOINTS. SEQUENCES SHALL APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE SCHEDULED OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING OCCUPIED SETBACK: IF THE SPACE BECOMES UNOCCUPIED DURING THE MAINTAINED AT THE UNOCCUPIED SETBACK TEMPERATURE SETPOINT. OCCUPIED HEATING SEQUENCE SHALL APPLY, BUT THE SPACE SHALL BE BELOW THE UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE ABOVE SCHEDULED UNOCCUPIED PERIOD AND THE SPACE TEMPERATURE FALLS UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED TEMPERATURE SETPOINT. APPLY, BUT THE SPACE SHALL BE MAINTAINED AT THE UNOCCUPIED SETBACK VACANT MODE HEATING: THE ABOVE OCCUPIED HEATING SEQUENCE SHALL GENERAL NOTES: POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST CONVECTOR CONTROL VALVE POSITION COMMAND (%) X X X FAIL LAST BARD HALL OFFICE 414 CONTROL SCHEMATIC & SYSTEM SUMMARY INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S HH H430 SUMMARIES SYSTEM SCHEMATICS & CONTROL RFG NJS BARD HALL BREAK ROOM 231 & CLASSROOM 260 CONTROL SCHEMATIC & SYSTEM SUMMARY BI OS ZONE AO CONTROLLER ALC COM BACnet / MSTP FAN SA AI T SETPOINT AV sa d TYP. OF 2 FLOORPLANS REFER TO GENERAL NOTES: C. B. A. AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING BLOWER COIL UNIT CONTROL WIRING FROM EXISTING CONTROLLER AND PROVIDE NEW CONTROL WIRING FROM CONTROL VALVE TO NEW ALC CONTROLLER. DISCONNECT EXISTING ZONE FINTUBE CONTROL WIRING FROM EXISTING CONTROLLER CONNECTION TO NEW ALC CONTROLLER. LABEL AND CONNECT EXISTING WIRING TO NEW ALC CONTROLLER. PROVIDE NETWORK DISCONNECT EXISTING ZONE CONTROL WIRING FROM EXISTING JOHNSON CONTROLLER. C COOLING COIL C E N.C. AO HEATING COIL BO S S SCAO R BIASDCOMBACnet / MSTP AV: SPEED (RPM) AV: POWER (KW) M AI T SDBI AOM SYSTEM ALARM TO FIRE SA H C AO F.L. H C GENERAL NOTES: SYSTEM DESCRIPTION BLOWER COIL UNIT DUCT MOUNTED REHEAT COIL (2) BASEBOARD RADIATION GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETPOINTS SPACE COOLING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿7OCCUPIED SETBACK: ï»¿8UNOCCUPIED: SPACE HEATING TEMPERATURE SETPOINTS: ï»¿7OCCUPIED: ï»¿6OCCUPIED SETBACK: ï»¿64UNOCCUPIED: ZONE OCCUPANCY SCHEDULE: 6 AM TO 8 PM, MON-FRI OCCUPANCY TIME OF DAY SCHEDULE AND A SPACE OCCUPANCY SENSOR. ZONE OCCUPANCY SHALL BE DETERMINED BASED ON A COMBINATION OF A BETWEEN OCCUPIED AND OCCUPIED SETBACK MODE. AT WHICH TIME THE SPACE OCCUPANCY SENSOR SHALL INDEX THE SPACE INDEXED TO OCCUPIED MODE AND OPERATE FOR A MINIMUM OF 30 MINUTES, DURING THE SCHEDULED OCCUPANCY PERIOD, THE ZONE SHALL BE INITIALLY OCCUPANCY IS NOT SENSED FOR A PERIOD OF 30 MINUTES. OCCUPANCY. THE ZONE SHALL INDEX BACK TO UNOCCUPIED WHEN SENSOR SHALL INDEX THE ZONE TO OCCUPIED FOR THE DURATION OF DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SPACE OCCUPANCY BLOWER COIL UNIT START/STOP OCCUPANCY. SPACE TEMPERATURE AND THE AMOUNT OF TIME PRIOR TO THE SCHEDULED ALGORITHM, AS A MINIMUM, BE A FUNCTION OF THE DIFFERENCE BETWEEN TIME OF DAY SCHEDULE AND AN OPTIMUM START/STOP ALGORITHM. THE OCCUPIED: UNIT SHALL START AND OPERATE CONTINUOUSLY BASED ON THE OCCUPANCY IS NOT SENSORS FOR A PERIOD OF 30 MINUTES. SYSTEM SHALL STOP AND INDEX BACK TO UNOCCUPIED MODE WHEN SYSTEM IS OCCUPIED, AS DETERMINED VIA SPACE OCCUPANCY SENSORS. THE SHALL BE INDEXED TO START WHENEVER ANY SPACE ASSOCIATED WITH THE UNOCCUPIED: DURING THE SCHEDULED UNOCCUPIED PERIOD, THE SYSTEM AIRFLOW CONTROL BLOWER COIL UNIT FAN SPEED CONTROL START. THE FAN SHALL START AND RUN AT A CONSTANT SPEED WHEN INDEXED TO ZONE TEMPERATURE CONTROL OF PROGRAMMED SCHEDULE AND A SPACE OCCUPANCY SENSOR. TEMPERATURE SETPOINTS SHALL BE DETERMINED BASED ON A COMBINATION MODULATE TO MAINTAIN SETPOINT. SETPOINT, THE DUCT MOUNTED HEATING COIL CONTROL VALVE SHALL RADIATION CONTROL VALVES ARE FULLY OPEN AND THE ZONE IS STILL BELOW VALVE SHALL MODULATE TO MAINTAIN SETPOINT. IF THE BASEBOARD HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION CONTROL OCCUPIED PERIOD AND THE ZONE TEMPERATURE FALLS BELOW THE OCCUPIED OCCUPIED HEATING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED CONTROL VALVE SHALL MODULATE AS REQUIRED TO MAINTAIN SETPOINT. COOLING TEMPERATURE SETPOINT, THE BLOWER COIL COOLING COIL OCCUPIED PERIOD AND THE ZONE TEMPERATURE RISES ABOVE THE OCCUPIED OCCUPIED COOLING: IF THE SPACE IS OCCUPIED DURING THE SCHEDULED TEMPERATURE SETPOINTS. SHALL APPLY. THE SPACE SHALL BE MAINTAINED AT THE OCCUPIED SETBACK OCCUPIED PERIOD, THE ABOVE OCCUPIED HEATING/COOLING SEQUENCES OCCUPIED SETBACK: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED SHALL MODULATE TO MAINTAIN SETPOINT. INDEX TO START AND THE DUCT MOUNTED HEATING COIL CONTROL VALVE AND THE ZONE IS STILL BELOW SETPOINT, THE BLOWER COIL UNIT SHALL SETPOINT. IF THE BASEBOARD RADIATION CONTROL VALVES ARE FULLY OPEN CONTROL VALVE SHALL MODULATE TO MAINTAIN THE UNOCCUPIED HEATING UNOCCUPIED HEATING TEMPERATURE SETPOINT, THE BASEBOARD RADIATION UNOCCUPIED PERIOD AND THE ZONE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING: IF THE SPACE IS UNOCCUPIED DURING THE SCHEDULED MAINTAIN THE UNOCCUPIED SPACE TEMPERATURE SETPOINT. UNIT COOLING COIL CONTROL VALVE SHALL MODULATE AS REQUIRED TO SHALL BE ENABLED, THE FAN SHALL INDEX TO START AND THE BLOWER COIL THE UNOCCUPIED COOLING TEMPERATURE SETPOINT, THE BLOWER COIL UNIT SCHEDULED UNOCCUPIED PERIOD AND THE ZONE TEMPERATURE RISES ABOVE UNOCCUPIED COOLING: IF THE SPACE IS UNOCCUPIED DURING THE UNOCCUPIED MODE. SCHEDULED UNOCCUPIED PERIOD, THE SPACE SHALL INDEX BACK TO OCCUPANCY. WHEN THE SPACE BECOMES UNOCCUPIED AGAIN DURING THE PERIOD, THE SPACE SHALL INDEX TO OCCUPIED MODE FOR THE DURATION OF IF THE SPACE BECOMES OCCUPIED DURING THE SCHEDULED UNOCCUPIED SAFETIES AIR DAMPER SHALL CLOSE UPON ACTIVATION OF A SMOKE DETECTOR. SMOKE DETECTION: THE FAN SHALL SHUT DOWN AND THE OUTSIDE AIR/RELIEF MOD AO COM OR BACnet / MSTP: BACnet / ARCNET - AV: FLOW SETPOINT (CFM) - AV: POSITION FEEDBACK (%) - AV: FLOW FEEDBACK (CFM) AIR VENTILATION POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS BCU COOLING COIL CONTROL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X NORMALLY CLOSED BCU FAN MOTOR START/STOP X X X BCU FAN SPEED COMMAND X X X BCU FAN STATUS X X X FAILURE X VIA CONTACT ON DRIVE BCU FAN POWER (kW)X X X BACnet MSTP NETWORK POINT BCU FAN SPEED (RPM)X X X BACnet MSTP NETWORK POINT BCU SUPPLY DISCHARGE AIR TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X AVERAGING SENSOR BCU SUPPLY DISCHARGE AIR TEMPERATURE SETPOINT X X X RETURN DUCT SMOKE DETECTOR STATUS X X SUPPLY VAV BOX DAMPER POSITION COMMAND X X X SUPPLY VAV BOX AIRFLOW FEEDBACK (CFM)X X 10% FLOW DEVIATION FROM SETPOINT X BACnet MSTP NETWORK POINT SUPPLY VAV BOX AIRFLOW SETPOINT (CFM) X X X BACnet MSTP NETWORK POINT SUPPLY VAV BOX POSITION FEEDBACK (CFM)X X ï»¿VALVE COMMAND â‰ FEEDBACK X BACnet MSTP NETWORK POINT REHEAT COIL LEAVING AIR TEMPERATURE X X SINGLE POINT SENSOR REHEAT COIL VALVE POSITION COMMAND (%)X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST SPACE TEMPERATURE SETPOINT, HEATING X X X SPACE TEMPERATURE SETPOINT, COOLING X X X SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE SETPOINT ADJUSTMENT X SPACE OCCUPANCY X X X X SPACE OCCUPANCY, MINIMUM OCCUPANCY SETPOINT X BASEBOARD RADIATION CONTROL VALVE POSITION COMMAND (%) (TYP OF 2)X X X FAIL LAST SUPPLY VAV BOX SPECIFIED AIRFLOW. WHEN THE ROOM IS OCCUPIED, THE SUPPLY AIR VAV BOX SHALL MAINTAIN THE THE SPECIFIED AIRFLOW. WHEN THE ROOM IS UNOCCUPIED, THE SUPPLY AIR VAV BOX SHALL MAINTAIN INDICATES EXISTING These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY H431 RFG NJS SUMMARIES SYSTEM SCHEMATICS & CONTROL SCALE: N.T.S. II INDICATES EXISTING TYPICAL ASD CONTROL/MONITORING POINTS BO S S SCAO R BIASDM COM BACnet / MSTP AV: SPEED (RPM) AV: POWER (KW) E T AI SETPOINT AV ASD M T AI T AI AO AI P SETPOINT AV DESCRIPTIONSYSTEM EXISTING PROCESS CHILLED WATER SYSTEM CONTROL SCHEMATIC & SYSTEM SUMMARY (E)PCWS (E)PCWR (E)PUMP T AI POINT SCHEDULE PROCESS CHILLED WATER SYSTEM HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND ALARM BACS EMCS DESCRIPTION CHILLED WATER LOAD SHED X BINARY NETWORK INPUTS FROM EMCS OUTSIDE AIR TEMPERATURE X X X PROCESS CHILLED WATER SUPPLY WATER TEMPERATURE X X X X FROM SETPOINT o + / - 4 X PROCESS CHILLED WATER SUPPLY WATER TEMPERATURE SETPOINT X X X PROCESS CHILLED WATER RETURN WATER TEMPERATURE X X X X FROM SETPOINT o + / - 4 X PROCESS CHILLED WATER DIFFERENTIAL PRESSURE X X X X 10% DEVIATION FROM SETPOINT X PROCESS CHILLED WATER DIFFERENTIAL PRESSURE SETPOINT X X X PROCESS CHILLED WATER LOOP CONTROL VALVE POSITION COMMAND X X X FAIL OPEN PUMP MOTOR START/STOP X X X PUMP SPEED COMMAND X X X PUMP STATUS X X X FAILURE X VIA CONTACT ON DRIVE PUMP POWER (kW)X X X BACnet MSTP NETWORK POINT PUMP SPEED (RPM)X X X BACnet MSTP NETWORK POINT SEQUENCE OF OPERATION EXISTING PROCESS CHILLED WATER RECIRCULATING LOOP CONTROL VALVE EXISTING PROCESS CHILLED WATER PUMP EXISTING CONTROL POINTS ARE SHOWN DASHED ON THE CONTROL DIAGRAM. EXISTING CONTROL SEQUENCE OF OPERATION SHALL NOT BE MODIFIED. (E)CWS (E)CWR SCALE: N.T.S. JJ UNIT HEATER CONTROL SCHEMATIC & SYSTEM SUMMARY AI T SETPOINT AV sa d S S CSBI BO AO UNIT HEATER SEQUENCE OF OPERATION SYSTEM DESCRIPTION INDICATES EXISTING N.C. UNIT HEATER GENERAL CONTROL SYSTEM (BACS). SYSTEM SHALL BE CONTROLLED THROUGH THE BUILDING AUTOMATION AND ALL SETPOINTS SHALL BE ADJUSTABLE. SETTING DURING A LOSS OF POWER FOR AT LEAST TEN HOURS. THE BACS SHALL BE CAPABLE OF RETAINING ITS PROGRAMMING AND TIME SETPOINTS ï»¿7SPACE HEATING TEMPERATURE SETPOINT: START/STOP SPACE HEATING TEMPERATURE SETPOINT. THE UNIT HEATER SHALL OPERATE WHENEVER IT IS NEEDED TO MAINTAIN THE FAN SPEED CONTROL INDEXED TO OPERATE. THE FAN SHALL OPERATE AT A CONSTANT SPEED WHENEVER THE SYSTEM IS ZONE TEMPERATURE CONTROL MODULATE TO MAINTAIN THE TEMPERATURE SETPOINT. SETPOINT, THE FAN SHALL START AND THE HEATING CONTROL VALVE SHALL IF THE ZONE TEMPERATURE FALLS BELOW THE HEATING TEMPERATURE POINT SCHEDULE EQUIPMENT HARDWARE POINTS SOFTWARE POINTS GRAPHIC SHOWN ON NOTES BI BO AI AO AV BV SCH TREND BACS EMCS DESCRIPTION STEAM LOAD SHED X (6)BINARY NETWORK INPUTS FROM EMCS CHILLED WATER LOAD SHED X (4)BINARY NETWORK INPUTS FROM EMCS UNIT HEATER CONTROL VALVE POSITION COMMAND X X X ï»¿5î€€F DT ACROSS COIL WITH VALVE COMMANDED C X FAIL LAST UNIT HEATER START/STOP X X X REFER TO PLANS FOR QTY UNIT HEATER STATUS X X FAILURE X VIA CURRENT SENSOR SPACE TEMPERATURE X X X ï»¿+ / - 4î€€F FROM SET X SPACE TEMPERATURE SETPOINT X X X These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY SCALE: N.T.S. SCALE: N.T.S. 2 1 H432 RFG NJS SUMMARIES SYSTEM SCHEMATICS & CONTROL CHILLED WATER LOAD SHED MATRIX CHILLED WATER LOAD SHED MATRIX CONTROL POINT DAYTIME (DEFCON 3) LOAD SHED 1 - CHILLED WATER (DEFCON 2) LOAD SHED 2 - CHILLED WATER NIGHT EMERGENCY (DEFCON 1) LOAD SHED 3 - CHILLED WATER EMERGENCY (DEFCON) LOAD SHED 4 - CHILLED WATER LCS ZONE CONTROL NON-RESEARCH SPACES INDEX SPACE TO UNOCCUPIED MODE UNDER CONTROL CHILLED WATER COIL CONTROL VALVE INDEX CHILLED WATER COIL CONTROL VALVE CLOSED CRITICAL SPACES (2)UNDER CONTROL RESIDENTIAL SPACES UNDER CONTROL INDEX "OFF" AIR HANDLING SYSTEM CONTROL MIXED AIR FAN SYSTEMS - ATRIUM / HALLWAY SET POINT TO 70 DEG F (1) INDEX DISCHARGE AIR TEMPERATURE SET POINT TO 75 DEG F (1) INDEX DISCHARGE AIR TEMPERATURE INDEX CHILLED WATER CONTROL VALVE CLOSED INDEX TO 100% RECIRCULATION OFFICE/CLASSROOM/AUDITORIUM MIXED AIR FAN SYSTEMS - SET POINT TO 65 DEG F (1) INDEX DISCHARGE AIR TEMPERATURE SET POINT TO 70 DEG F (1) INDEX DISCHARGE AIR TEMPERATURE VALVE CLOSED INDEX CHILLED WATER CONTROL VALVE CLOSED INDEX CHILLED WATER CONTROL INDEX TO 100% RECIRCULATION MIXED AIR FAN SYSTEMS - CRITICAL (2)UNDER CONTROL 100% OUTSIDE AIR SYSTEMS - NON CRITICAL SET POINT TO 65 DEG F (1) INDEX DISCHARGE AIR TEMPERATURE SET POINT TO 70 DEG F (1) INDEX DISCHARGE AIR TEMPERATURE SET POINT TO 75 DEG F (1) INDEX DISCHARGE AIR TEMPERATURE VALVE CLOSED INDEX CHILLED WATER CONTROL 100% OUTSIDE AIR SYSTEMS - CRITICAL (2)UNDER CONTROL GENERAL EXHAUST SYSTEMS UNDER CONTROL INDEX "OFF" HYDRONIC SYSTEM CONTROL BUILDING RECIRCULATION LOOP - NON CRITICAL INDEX CHILLED WATER TEMPERATURE TO 53 DEG F INDEX PUMPS "OFF" AND OPEN RECICULATING LOOP VALVE TO 100% BUILDING RECIRCULATION LOOP - CRITICAL (2)UNDER CONTROL PROCESS CHILLED WATER COOLING LOOP UNDER CONTROL RADIANT COOLING/CHILED BEAM LOOP UNDER CONTROL INDEX "OFF" NOTES: (1)RETAIN FREE COOLING IF REQUIRED AND AVAILABLE (2)THE DETERMINATION OF WHETHER A SYSTEM OR ZONE IS CONSIDERED "CRITICAL" SHALL BE DETERMINED ON A CASE-BY-CASE BASIS. GENERALLY ANIMAL ROOMS, SERVER ROOMS AND LIBRARIES ARE THE ONLY SPACES THAT ARE PREQUALIFIED AS "CRITICAL" EACH PROJECT SHALL CONDUCT AN INDEPENDENT MEETING WITH THE PRIMARY PURPOSE OF MAKING LOAD SHED DECISIONS STEAM LOAD SHED MATRIX CONTROL POINT LOAD SHED-1 STEAM LOAD SHED-2 STEAM LOAD SHED-3 STEAM LOAD SHED-4 STEAM LOAD SHED-5 STEAM LOAD SHED-6 STEAM ZONE CONTROL NON-RESEARCH SPACES INDEX SPACE TO UNOCCUPIED MODE INDEX TEMPERATURE SET POINT TO 60 DEG F CRITICAL SPACES (2)UNDER CONTROL RESIDENTIAL SPACES UNDER CONTROL POINT TO 65 DEG F INDEX SPACE TEMPERATURE SET AIR HANDLING SYSTEM CONTROL MIXED AIR FAN SYSTEMS - ATRIUM / HALLWAY UNDER CONTROL INDEX TO 100% RECIRCULATION INDEX UNIT "OFF" OFFICE/CLASSROOM/AUDITORIUM MIXED AIR FAN SYSTEMS -UNDER CONTROL INDEX OUTDOOR AIR DAMPER TO MIN POSITION INDEX TO 100% RECIRCULATION INDEX UNIT "OFF" MIXED AIR FAN SYSTEMS - CRITICAL (2)UNDER CONTROL 100% OUTSIDE AIR SYSTEMS - NON CRITICAL UNDER CONTROL TEMPERATURE TO 55 DEG F INDEX DISCHARGE AIR INDEX UNIT "OFF" 100% OUTSIDE AIR SYSTEMS - CRITICAL (2)UNDER CONTROL INDEX DISCHARGE AIR TEMPERATURE TO 55 DEG F (1) GENERAL EXHAUST SYSTEMS UNDER CONTROL INDEX "OFF" HYDRONIC SYSTEM CONTROL REHEAT LOOP SYSTEM - NON CRITICAL UNDER CONTROL SCHEDULE, WHICHEVER IS LOWER DEG F OR MAINTAIN RESET INDEX LOOP TEMPERATURE TO 140 CLOSE STEAM VALVE, PUMPS "ON" REHEAT LOOP SYSTEMS - CRITICAL (2)UNDER CONTROL PERIMETER HEATING LOOP SYSTEM UNDER CONTROL INDEX LOOP TEMPERATURE TO 140 DEG F OR MAINTAIN RESET SCHEDULE, WHICHEVER IS LOWER GLYCOL HEATING LOOP SYSTEM UNDER CONTROL RADIANT HEATING LOOP SYSTEM UNDER CONTROL NOTES: (1)RETAIN ORIGINAL SET POINT IF LOWER THAN 55 DEG F. (2)THE DETERMINATION OF WHETHER A SYSTEM OR ZONE IS CONSIDERED "CRITICAL" SHALL BE DETERMINED ON A CASE-BY-CASE BASIS. GENERALLY ANIMAL ROOMS, SERVER ROOMS AND LIBRARIES ARE THE ONLY SPACES THAT ARE PREQUALIFIED AS "CRITICAL" EACH PROJECT SHALL CONDUCT AN INDEPENDENT MEETING WITH THE PRIMARY PURPOSE OF MAKING LOAD SHED DECISIONS STEAM LOAD SHED MATRIX These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY RFG NJS H500 - HVAC SCHEDULES HYDRONIC CONTROL VALVE SCHEDULE LOCATION SERVICE (GPM) FLOW REMARKS LAB 150 SAV-150-01 REHEAT COIL 4.9 1 SAV-150-02 REHEAT COIL 4.9 1 FIN TUBE RADIATION 1.5 FIN TUBE RADIATION 3.0 LAB 156 SAV-156-01 REHEAT COIL 3.4 FIN TUBE RADIATION 3.0 FAN COIL UNIT 15.0 FAN COIL UNIT 15.0 FAN COIL UNIT 15.0 GRAD OFFICE 158 FIN TUBE RADIATION 1.9 LAB 160 SAV-160-01 REHEAT COIL 1.7 FIN TUBE RADIATION 2.6 FIN TUBE RADIATION 1.4 FAN COIL UNIT 5.1 FAN COIL UNIT 5.1 LAB 131 FAN COIL UNIT 2.4 FAN COIL UNIT 2.4 FAN COIL UNIT 2.4 FIN TUBE RADIATION 3.1 OFFICE 126 FIN TUBE RADIATION 2.1 OFFICE 128 FIN TUBE RADIATION 2.3 LAB 247 SAV-247-01 & 02 REHEAT COIL 4.8 FIN TUBE RADIATION 1.9 LAB 250 SAV-250-01 REHEAT COIL 2.4 FIN TUBE RADIATION 1.5 COMPUTER 249 FAN COIL UNIT 5.8 LAB 258B FAN COIL UNIT 3.2 FIN TUBE RADIATION 2.6 LAB 258C FAN COIL UNIT 3.2 LAB 258 FAN COIL UNIT 3.2 FIN TUBE RADIATION 2.3 SAV-258-01 REHEAT COIL 0.8 SAV-258-02 REHEAT COIL 1.0 VAV-258-01 REHEAT COIL 1.7 CORRIDOR 200CA-01 SAV-200CA-01 REHEAT COIL 0.7 OFFICE 226 FIN TUBE RADIATION 2.1 OFFICE 228 FIN TUBE RADIATION 2.3 CLASSROOM 260 REHEAT COIL FIN TUBE RADIATION 2.3 FIN TUBE RADIATION 2.1 BREAK ROOM 231 BLOWER COIL UNIT COOLING COIL -2 OFFICE 230 FIN TUBE RADIATION 2.4 HYDRONIC CONTROL VALVE SCHEDULE LOCATION SERVICE (GPM) FLOW REMARKS CONFERENCE 245 BLOWER COIL UNIT COOLING COIL 4.0 BLOWER COIL UNIT HEATING COIL 1.7 FIN TUBE RADIATION 2.0 OFFICE 210A FIN TUBE RADIATION 2.0 OFFICE 210C FIN TUBE RADIATION 1.5 BREAK 210D FIN TUBE RADIATION 1.0 OFFICE 210E FIN TUBE RADIATION 1.5 OPEN OFFICE 210F FIN TUBE RADIATION 2.0 OPEN OFFICE 210 BLOWER COIL UNIT COOLING COIL 11.0 BLOWER COIL UNIT HEATING COIL 4.5 OFFICE 310 FIN TUBE RADIATION 2.9 OFFICE 312 FIN TUBE RADIATION 1.1 OFFICE 313 FAN COIL UNIT 1.8 FIN TUBE RADIATION 0.7 OFFICE 314 FIN TUBE RADIATION 0.6 FIN TUBE RADIATION 1.6 LAB 315 FIN TUBE RADIATION 1.6 FAN COIL UNIT 7.8 FAN COIL UNIT 7.8 OFFICE 316 FAN COIL UNIT 3.2 OFFICE 340 FAN COIL UNIT 6.5 FIN TUBE RADIATION 2.2 OFFICE 341 FAN COIL UNIT 1.8 LAB 344 SAV-344-01 REHEAT COIL 3.2 LAB 345 FAN COIL UNIT 3.9 LAB 347 FIN TUBE RADIATION 3.2 FAN COIL UNIT 6.5 SAV-347-01 REHEAT COIL 1.8 LAB 350 SAV-350-01 & 02 REHEAT COIL 9.7 FIN TUBE RADIATION 3.7 LAB 356 FIN TUBE RADIATION 2.2 FIN TUBE RADIATION 1.6 LAB 359 SAV-359-01 & 02 REHEAT COIL 8.7 FIN TUBE RADIATION 2.2 LAB 361 FIN TUBE RADIATION 1.7 FIN TUBE RADIATION 1.1 OFFICE 360 SAV-360-01 REHEAT COIL 1.5 FIN TUBE RADIATION 1.8 OFFICE 330 FAN COIL UNIT 9.4 OFFICE 330A FAN COIL UNIT 9.4 FIN TUBE RADIATION 2.8 OFFICE 326 FIN TUBE RADIATION 2.1 OFFICE 328 FIN TUBE RADIATION 2.3 HYDRONIC CONTROL VALVE SCHEDULE LOCATION SERVICE (GPM) FLOW REMARKS 1.3 1.8 2.5 SAV-316-01 REHEAT COIL 0.6 OFFICE 414 CONVECTOR 1.6 FIN TUBE RADIATION 0.4 OFFICE 416 CONVECTOR 0.4 FAN COIL UNIT -2 HALL 400CB CONVECTOR 1.3 CONVECTOR 1.3 REMARKS: 1.REHEAT COILS ARE STACKED. 2.PROVIDE PRE-BALANCE OF COIL PRIOR TO DEMOLITION TO DETERMINE GPM. REMARKS: 1.REHEAT COILS ARE STACKED. 2.PROVIDE PRE-BALANCE OF COIL PRIOR TO DEMOLITION TO DETERMINE GPM. REMARKS: 1.REHEAT COILS ARE STACKED. 2.PROVIDE PRE-BALANCE OF COIL PRIOR TO DEMOLITION TO DETERMINE GPM. REMARKS: 1.REHEAT COILS ARE STACKED. 2.PROVIDE PRE-BALANCE OF COIL PRIOR TO DEMOLITION TO DETERMINE GPM. HYDRONIC CONTROL VALVE SCHEDULE LOCATION SERVICE (GPM) FLOW REMARKS LAB SB36A SAV-SB36A-01 REHEAT COIL 0.8 LAB SB36 SAV-SB36-01 REHEAT COIL 1.0 LAB SB37 SAV-SB37-01 REHEAT COIL 0.8 LAB SB38 SAV-SB38-01 REHEAT COIL 1.0 LAB SB40 SAV-SB40-01 REHEAT COIL 1.0 CORRIDOR SB00CB SAV-SB00CB-01 REHEAT COIL 0.8 UNIT HEATER 1.0 LAB SB47 FIN TUBE RADIATION 1.9 FAN COIL UNIT 11.2 LAB SB56C FIN TUBE RADIATION 1.3 FAN COIL UNIT 4.0 LAB SB56D FAN COIL UNIT 3.0 LAB SB56 FIN TUBE RADIATION 1.3 FAN COIL UNIT 4.0 SAV-SB56-01 REHEAT COIL 3.9 SAV-SB56-02 REHEAT COIL 2.6 LAB SB28 SAV-SB28-01 REHEAT COIL 8.4 LAB SB30 SAV-SB30-01 REHEAT COIL 0.7 CORRIDOR SB00CA FIN TUBE RADIATION 1.8 FIN TUBE RADIATION 1.3 FIN TUBE RADIATION 1.3 SAV-SB00CA-01 REHEAT COIL 2.9 LAB SB58C FIN TUBE RADIATION 1.3 FAN COIL UNIT 4.0 LAB SB58 FAN COIL UNIT 16.0 LAB SB60 SAV-SB60-01 REHEAT COIL 4.9 1 SAV-SB60-02 REHEAT COIL 4.9 1 FIN TUBE RADIATION 1.4 COMPUTER ROOM B40 FIRST FLOOR CABINET UNIT HEATER 4.9 LAB B47 SAV-B47-01 REHEAT COIL 3.9 LAB B47B FIN TUBE RADIATION 1.8 FAN COIL UNIT 10.2 VAV-B47B-01 REHEAT COIL 5.2 CORRIDOR B00CA SAV-B00CA-01 REHEAT COIL 0.6 SAV-B00CA-02 REHEAT COIL 0.6 UNIT HEATER -2 LAB B55 FIN TUBE RADIATION 1.8 LAB B56 FIN TUBE RADIATION 2.2 EQUIPMENT B28 FAN COIL UNIT 3.5 CORRIDOR 100CA SAV-140-01 REHEAT COIL 3.1 CORRIDOR 100CD SAV-100CD-01 REHEAT COIL 2.3 SAV-131-01 REHEAT COIL 4.8 -2 CORRIDOR 300CC SAV-300CC-03 REHEAT COIL SAV-300CC-02 REHEAT COIL SAV-300CC-01 REHEAT COIL EXHAUST AIR VALVE SCHEDULE UNIT NO.LOCATION SERVICE (In.) SIZE FACTORY RANGE OPERATIONAL RANGE MOUNTING POSITION MANUFACTURER & MODEL No.REMARKS MAX CFM MIN CFM (OCCUPIED) MAX CFM (UNOCCUPIED) MIN CFM EAV-SB28-01 SB28 SB28 FUME HOOD 12x24 4000 350 3180 2080 HORIZONTAL ACCUTROL ACCUVALVE AVC6224-05-SW 1, 2, 3, 4 EAV-SB30-01 SB30 SB30 GENERAL EXHAUST 06 315 30 220 130 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SW 1, 2, 3, 4 EAV-SB36-01 SB36 SB36 FUME HOOD 08 800 80 485 315 HORIZONTAL ACCUTROL ACCUVALVE AVC6208-05-SW 1, 2, 3, 4 EAV-SB36A-01 SB36A SB36A GENERAL EXHAUST 06 315 30 145 90 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SW 1, 2, 3, 4 EAV-SB37-01 SB37 SB37 GENERAL EXHAUST 06 315 30 190 130 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SW 1, 2, 3, 4 EAV-SB38-01 SB38 SB38 FUME HOOD 08 800 80 485 315 HORIZONTAL ACCUTROL ACCUVALVE AVC6208-05-SW 1, 2, 3, 4 EAV-SB40-01 SB40 SB40 FUME HOOD 08 800 80 485 315 HORIZONTAL ACCUTROL ACCUVALVE AVC6208-05-SW 1, 2, 3, 4 EAV-SB56-01 SB56 SB56C, SB56E GENERAL EXHAUST 08 800 80 320 160 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-SW 1, 2, 3, 4 EAV-SB58-01 SB58 SB58, SB58A, SB58B, SB58C GENERAL EXHAUST 10 1300 120 905 450 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-SW 1, 2, 3, 4 EAV-SB60-01 SB60 SB60 FUME HOOD 10 1300 120 900 200 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-SB60-02 SB60 SB60 FUME HOOD 10 1300 120 900 200 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-SB60-03 SB60 SB60 FUME HOOD 10 1300 120 900 200 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-SB60-04 SB60 SB60 FUME HOOD 10 1300 120 900 200 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-SB60-05 SB60 SB60 FUME HOOD 10 1300 120 900 200 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-SB60-06 SB60 SB60 FUME HOOD 10 1300 120 900 200 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-B47-01 B47 B47A FUME HOOD 12 1790 180 1050 220 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-131-01 131 131 FUME HOOD 10 1300 120 780 220 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-131-02 131 131 FUME HOOD 10 1300 120 780 220 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-150-01 150 150 FUME HOOD 10 1300 120 900 300 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-150-02 150 150 FUME HOOD 10 1300 120 900 300 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-150-03 150 150 FUME HOOD 10 1300 120 900 300 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-150-04 150 150 FUME HOOD 12 1790 180 1175 400 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-150-05 150 150 FUME HOOD 12 1790 180 1175 400 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-156-01 156 156 FUME HOOD 08 800 80 600 240 HORIZONTAL ACCUTROL ACCUVALVE AVC6208-05-SW 1, 2, 3, 4 EAV-156-02 156 156 GENERAL EXHAUST 08 800 80 345 80 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-SW 1, 2, 3, 4 EAV-160-01 160 160 GENERAL EXHAUST 08 800 80 625 315 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-SW 1, 2, 3, 4 EAV-247-01 247 247 FUME HOOD 12 1790 180 1050 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-247-02 247 247 FUME HOOD 12 1790 180 1050 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-250-01 250 250 FUME HOOD 12 1790 180 1050 220 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-258-01 258 258 GENERAL EXHAUST 08 800 80 325 80 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SW 1, 2, 3, 4 EAV-258-02 258A 258 FUME HOOD 08 800 80 480 315 HORIZONTAL ACCUTROL ACCUVALVE AVC6208-05-SW 1, 2, 3, 4 EAV-316-01 300CC 316 GENERAL EXHAUST 06 315 30 210 150 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SW 1, 2, 3, 4 EAV-344-01 344 344 FUME HOOD 10 1300 120 780 140 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-344-02 344 344 FUME HOOD 10 1300 120 780 140 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 EAV-344-03 344 313, 314, 315, 340, 341 GENERAL EXHAUST 10 1300 120 915 300 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-SW 1, 2, 3, 4 EAV-345-01 345 345 GENERAL EXHAUST 06 315 30 100 100 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SW 1, 2, 3, 4 EAV-347-01 347 347 FUME HOOD 12 1790 180 1050 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-350-01 350 350 FUME HOOD 12 1790 180 900 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-350-02 350 350 FUME HOOD 12 1790 180 1200 1200 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-350-03 350 350 FUME HOOD 12 1790 180 900 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-350-04 350 350 FUME HOOD 12 1790 180 900 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-359-01 358 359 FUME HOOD 12 1790 180 900 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-359-02 359 359 FUME HOOD 12 1790 180 900 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-359-03 359 359 FUME HOOD 12 1790 180 900 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-359-04 359 359 FUME HOOD 12 1790 180 900 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6212-05-SW 1, 2, 3, 4 EAV-361-01 361 361 FUME HOOD 10 1300 120 750 220 HORIZONTAL ACCUTROL ACCUVALVE AVC6210-05-SW 1, 2, 3, 4 REMARKS: 1.UNIT SHALL BE PROVIDED WITH FACTORY DRAW BAND CLAMPS. 2.THE MAX/MIN POSITIONS ON THE VALVE WILL BE SET AT THE FACTORY TO FULL RANGE WITH ACTUAL AIRFLOW SET IN SOFTWARE. 3.REFER TO LAB AIRFLOW SCHEDULES FOR FULL OPERATIONAL RANGE. 4.PROVIDE VALVE WITH TIGHT SHUT-OFF BLADE SEALS. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY RFG NJS H501 - HVAC SCHEDULES EXHAUST VAV - SINGLE DUCT - AIR TERMINAL UNIT SCHEDULE UNIT NO.SERVICE (CFM) FLOW MAX AIR (CFM) FLOW AIR MIN (In. WC) MAX CFM PRESS AT MIN INLET (In.) SIZE INLET AT 1" S.P. RAD N.C. AT 1" S.P. DISCH N.C.MANUFACTURER & MODEL No.REMARKS EVAV-SB47A-01 SB47 1190 595 0.01 14 20 15 TITUS DESV EVAV-B28-01 B28 50 50 0.01 04 --TITUS DESV EVAV-B56-01 B56 & B55 1740 820 0.03 14 23 18 TITUS DESV 1 EVAV-258C-01 258B 390 120 0.01 8 18 18 TITUS DESV REMARKS: 1.INTEGRAL SOUND ATTENUATOR. SUPPLY AIR VALVE SCHEDULE UNIT NO.LOCATION SERVICE (In.) SIZE FACTORY RANGE OPERATIONAL RANGE MOUNTING POSITION MANUFACTURER & MODEL No.REMARKS MAX CFM MIN CFM (OCCUPIED) MAX CFM (UNOCCUPIED) MIN CFM SAV-SB00CA-01 SB00CA SB00CA 10 1300 120 900 900 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-IW 1, 2, 3 SAV-SB00CB-01 SB00CB SB00CB 08 800 80 440 440 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-IW 1, 2, 3 SAV-SB28-01 SB00CA SB28 12x24 4000 350 2980 1880 HORIZONTAL ACCUTROL ACCUVALVE AVC6424-05-SIW 1, 2, 3, 4 SAV-SB30-01 SB30 SB30 06 315 30 120 30 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SIW 1, 2, 3, 4 SAV-SB36-01 SB36 SB36A 08 800 80 385 215 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-SIW 1, 2, 3, 4 SAV-SB36A-01 SB36 SB36A 06 315 30 145 90 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SIW 1, 2, 3, 4 SAV-SB37-01 SB00CB SB37 06 315 30 90 30 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SIW 1, 2, 3, 4 SAV-SB38-01 SB00CB SB38 08 800 80 385 215 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-SIW 1, 2, 3, 4 SAV-SB40-01 SB00CB SB40 08 800 80 385 215 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-SIW 1, 2, 3, 4 SAV-SB56-01 SB56 SB56, SB56C, SB56D, SB56E, SB58, SB58A, SB58B, SB58C 12x18 3200 260 1125 510 HORIZONTAL ACCUTROL ACCUVALVE AVC6418-05-SIW 1, 2, 3, 4 SAV-SB56-02 SB56 SB47B, SB00CC 12 1790 180 900 400 HORIZONTAL ACCUTROL ACCUVALVE AVC6412-05-SIW 1, 2, 3, 4 SAV-SB60-01 SB00CA SB60 12x18 3200 260 2600 500 HORIZONTAL ACCUTROL ACCUVALVE AVC6418-05-SIW 1, 2, 3, 4 SAV-SB60-02 SB00CA SB60 12x18 3200 260 2600 500 HORIZONTAL ACCUTROL ACCUVALVE AVC6418-05-SIW 1, 2, 3, 4 SAV-B00CA-01 B00CA B00CA 06 315 30 200 200 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-IW 1, 2, 3 SAV-B00CA-02 B00CA B00CA 08 800 80 300 300 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-IW 1, 2, 3 SAV-B47-01 B47 B47 & B47A 10 1300 120 950 120 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-SIW 1, 2, 3, 4 SAV-100CD-01 100CD 100CD 06 315 30 200 200 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-IW 1, 2, 3 SAV-131-01 100CD 131 12 1790 180 1360 240 HORIZONTAL ACCUTROL ACCUVALVE AVC6412-05-SIW 1, 2, 3, 4 SAV-140-01 100CA 140 AHU VENTILATION AIR 12 1790 180 1400 1400 HORIZONTAL ACCUTROL ACCUVALVE AVC6412-05-IW 1, 2, 3 SAV-150-01 150 150 14 2750 250 2424 750 HORIZONTAL ACCUTROL ACCUVALVE AVC6414-05-SIW 1, 2, 3, 4 SAV-150-02 150 150 14 2750 250 2424 750 HORIZONTAL ACCUTROL ACCUVALVE AVC6414-05-SIW 1, 2, 3, 4 SAV-156-01 156 156 10 1300 120 745 120 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-SIW 1, 2, 3, 4 SAV-160-01 160 160 08 800 80 525 215 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-SIW 1, 2, 3, 4 SAV-200CA-01 200CA 200CA 08 800 80 350 350 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-IW 1, 2, 3 SAV-247-01 247 247 10 1300 120 1000 130 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-SIW 1, 2, 3, 4 SAV-247-02 247 247 10 1300 120 1000 130 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-SIW 1, 2, 3, 4 SAV-250-01 250 250 10 1300 120 950 120 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-SIW 1, 2, 3, 4 SAV-258-01 258 258, 258A 10 1300 120 705 295 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-SIW 1, 2, 3, 4 SAV-258-02 258 249, 258C 08 800 80 450 450 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-SIW 1, 2, 3, 4 SAV-300CA-01 300CC 300CC 08 800 80 625 625 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-IW 1, 2, 3 SAV-300CA-02 300CC 300CC 08 800 80 625 625 HORIZONTAL ACCUTROL ACCUVALVE AVC6408-05-IW 1, 2, 3 SAV-300CA-03 300CC 313, 314, 315, 340, 341 10 1300 120 815 250 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-IW 1, 2, 3 SAV-316-01 300CC 316 06 315 30 110 50 HORIZONTAL ACCUTROL ACCUVALVE AVC6406-05-SIW 1, 2, 3, 4 SAV-344-01 300CC 344 12 1790 180 1460 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6412-05-SIW 1, 2, 3, 4 SAV-347-01 347 345, 347 12 1790 180 1050 180 HORIZONTAL ACCUTROL ACCUVALVE AVC6412-05-SIW 1, 2, 3, 4 SAV-350-01 350 350 14 2750 250 1900 820 HORIZONTAL ACCUTROL ACCUVALVE AVC6414-05-SIW 1, 2, 3, 4 SAV-350-02 350 350 14 2750 250 1900 820 HORIZONTAL ACCUTROL ACCUVALVE AVC6414-05-SIW 1, 2, 3, 4 SAV-359-01 359 359 14 2750 250 1750 310 HORIZONTAL ACCUTROL ACCUVALVE AVC6414-05-SIW 1, 2, 3, 4 SAV-359-02 359 359 14 2750 250 1750 310 HORIZONTAL ACCUTROL ACCUVALVE AVC6414-05-SIW 1, 2, 3, 4 SAV-360-01 360 361 10 1300 120 650 120 HORIZONTAL ACCUTROL ACCUVALVE AVC6410-05-SIW 1, 2, 3, 4 REMARKS: 1.UNIT SHALL BE PROVIDED WITH FACTORY DRAW BAND CLAMPS. 2.THE MAX/MIN POSITIONS ON THE VALVE WILL BE SET AT THE FACTORY TO FULL RANGE WITH ACTUAL AIRFLOW SET IN SOFTWARE. 3.REFER TO LAB AIRFLOW SCHEDULES FOR FULL OPERATIONAL RANGE. 4.PROVIDE VALVE WITH TIGHT SHUT-OFF BLADE SEALS. VAV - SINGLE DUCT - AIR TERMINAL UNIT SCHEDULE - HOT WATER REHEAT UNIT NO.SERVICE (CFM) FLOW MAX AIR (CFM) FLOW AIR MIN (In. WC) MAX CFM PRESS AT MIN INLET (In.) SIZE INLET AT 1" S.P. RAD N.C. AT 1" S.P. DISCH N.C. REHEAT COIL FLUID MANUFACTURER & MODEL No.REMARKS (MBH) CAPACITY AIR SIDE WATER SIDE (CFM) FLOW HEATING AIR F) TEMP (DEG. ENT. AIR F) TEMP (DEG. LVG. AIR (In`. WC) AIR P.D. (GPM) FLOW WATER (Ft. HD) WATER P.D. (DEG. F) TEMP ENT. WATER (DEG. F) TEMP LVG. WATER DEEP ROWS VAV-B28-01 B28 50 50 0.01 04 -------------TITUS DESV VAV-B47B-01 B47B, B55 & B56 1540 620 0.53 14 18 13 105.1 1540 60.0 122.9 0.51 5.2 1.57 180 140 4 HOT WATER TITUS DESV 1, 2 VAV-158-01 158 450 135 0.01 8 19 18 -----------TITUS DESV VAV-258-01 VAV-258B FCU 390 120 0.01 8 18 18 -----------TITUS DESV VAV-260-01 260 315 85 0.01 8 15 15 -----------TITUS DESV REMARKS: 1.INTEGRAL SOUND ATTENUATOR. 2.VAV TERMINAL REHEAT COIL IS SIZED FOR CURRENT BUILDING OPERATION. FUTURE HOT WATER SETPOINTS OF (130 EWT - 100 LWT) CAN BE ACHIEVED WITH THE UNIT SELECTED. These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY RFG NJS H502 - HVAC SCHEDULES DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - SB30 220 10 95 2.6 220 6.0 EAV-SB30-01 1 - 6"315 30 220 6.0 130 3.5 130 3.5 SAV-SB30-01 1 - 6"315 30 120 30 30 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - SB36 286 9 123 2.9 286 6.7 EAV-SB36-01 1 - 8"800 80 485 11.3 385 9.0 485 11.3 315 7.3 315 7.3 180 4.2 SAV-SB36-01 1 - 8"800 80 385 285 385 215 215 80 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - SB36A 160 9 69 2.9 160 6.7 EAV-SB36A-01 1 - 6"315 30 145 6.0 90 3.8 30 1.3 SAV-SB36A-01 1 - 6"315 30 145 90 30 0 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - SB37 170 9 73 2.9 170 6.7 EAV-SB37-01 1 - 6"315 30 190 7.5 130 5.1 100 3.9 SAV-SB37-01 1 - 6"315 30 90 30 0 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - SB38 180 10 77 2.6 180 6.0 EAV-SB38-01 1 - 8"800 80 485 16.2 385 12.8 485 16.2 315 10.5 315 10.5 180 6.0 SAV-SB38-01 1 - 8"800 80 385 285 385 215 215 80 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - SB40 320 9 138 2.9 320 6.7 EAV-SB40-01 1 - 8"800 80 485 10.1 385 8.0 485 10.1 315 6.6 315 6.6 180 3.8 SAV-SB40-01 1 - 8"800 80 385 285 385 215 215 80 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT VAV SIZE VAV RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - SB47 652 15 280 1.7 652 4.0 EVAV-SB47-01 14"3000 300 1000 6.1 500 3.1 400 2.5 SAV-SB56-02 1 - 12"1790 180 900 400 300 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) & SB56C SB56E, SB58, SB58A, SB58B BARD - SB56, SB56C, SB56D, 1254 10 539 2.6 1254 6.0 EAV-SB56-01 1 - 8"800 80 320 5.9 160 2.9 0 1.7 SAV-SB56-01 1 - 18"3200 260 1125 510 260 -100EAV-SB58-01 1 -10"1300 120 905 450 360 TOTAL 1225 610 360 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - SB60 1212 9.83 521 2.6 1212 6.1 EAV-SB60-01 1 - 10"1300 120 900 27.2 720 21.8 400 12.1 585 17.7 200 6.0 720 3.6 SAV-SB60-01 1 - 18"3200 260 2600 2060 1100 1655 500 260 -200 EAV-SB60-02 1 -10"1300 120 900 720 400 585 200 0 EAV-SB60-03 1 -10"1300 120 900 720 400 585 200 0 EAV-SB60-04 1 -10"1300 120 900 720 400 585 200 0 SAV-SB60-02 1 - 18"3200 260 2600 2060 1100 1655 500 260EAV-SB60-05 1 -10"1300 120 900 720 400 585 200 0 EAV-SB60-06 1 -10"1300 120 900 720 400 585 200 0 TOTAL 5400 4320 2400 3510 1200 720 TOTAL 5200 4120 2200 3310 1000 520 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT OCCUPIED UNOCCUPIED VACANT MODE ALL MODES (CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM) BARD - B47B, B55 & B56 1510 10 649 2.6 1510 6.0 EVAV-B56-01 1740 6.9 760 3.0 510 2.0 VAV-B47B-01 1540 560 310 -200 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - B47 & B47A 451 8 194 3.2 451 7.5 EAV-B47-01 1 -10"1300 120 1050 17.5 840 14.0 400 6.7 685 11.4 220 3.7 220 3.7 SAV-B47-01 1 -10"1300 120 950 740 300 585 120 120 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - SB28 284 10 122 2.6 284 6.0 EAV-SB28-01 1 - 24"4000 350 3180 67.2 2544 53.7 3180 67.2 2080 43.9 2080 43.9 550 11.6 SAV-SB28-01 1 - 24"4000 350 2980 2385 2980 1880 1880 350 -200 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY - HVAC SCHEDULES LAB AIRFLOW H503 RFG NJS DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 131 565 10 243 2.6 565 6.0 EAV-131-01 1 - 10"1300 120 780 16.6 625 13.3 300 6.4 390 8.3 220 4.7 0 4.0 SAV-131-01 1 - 12"1790 180 1360 1050 400 580 240 180 -200EAV-131-02 1 - 10"1300 120 780 625 300 390 220 380 TOTAL 1560 1250 600 780 440 380 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 150 1235 9 531 2.9 1235 6.7 EAV-150-01 1 - 10"1300 120 900 27.3 720 21.8 300 9.2 510 16.0 300 9.2 450 2.4 SAV-150-01 1 - 14"2750 250 2425 1735 750 1380 750 0 -200 EAV-150-02 1 -10"1300 120 900 720 300 510 300 0 EAV-150-03 1 -10"1300 120 900 720 300 510 300 0 EAV-150-04 1 -12"1790 180 1175 940 400 715 400 0 SAV-150-02 1 - 14"2750 250 2425 1730 750 1380 750 250 EAV-150-05 1 -12"1790 180 1175 940 400 715 400 0 TOTAL 5050 4040 1700 2960 1700 450 TOTAL 4850 3465 1500 2760 1500 250 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 156 565 10 243 2.6 565 6.0 EAV-156-01 1 - 8"800 80 600 10.0 480 8.8 250 6.3 390 5.0 240 3.4 0 3.4 SAV-156-01 1 - 10"1300 120 745 625 395 270 120 120 -200EAV-156-02 1 - 8"800 80 345 345 345 80 80 320 TOTAL 945 825 595 470 320 320 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 160 628 10 270 2.6 628 6.0 EAV-160-01 1 - 8"800 80 625 6.0 315 3.0 180 1.7 SAV-160-01 1 - 8"800 80 525 215 80 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 247 574 10 247 2.6 574 6.0 EAV-247-01 1 - 12"1790 180 1050 22.0 840 17.6 350 7.3 685 14.3 180 3.8 220 2.3 SAV-247-01 1 - 10"1300 120 1000 790 300 635 130 0 -100EAV-247-02 1 - 12"1790 180 1050 840 350 685 180 0 SAV-247-02 1 - 10"1300 120 1000 790 300 635 130 120 TOTAL 2100 1680 700 1370 360 220 TOTAL 2000 1580 600 1270 260 120 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 250 250 10 108 2.6 250 6.0 EAV-250-01 1 - 12"1790 180 1050 25.2 840 20.2 350 8.4 685 16.4 220 5.3 220 5.3 SAV-250-01 1 - 10"1300 120 950 740 250 785 120 120 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 258 & 258A 774 9 333 2.9 774 6.7 EAV-258-01 1 - 8"800 80 325 6.9 260 5.6 325 6.9 80 3.4 80 3.4 180 1.6 SAV-258-01 1 - 8"800 80 705 545 705 295 375 80EAV-258-02 1 - 8"800 80 480 385 480 315 315 0 TOTAL 805 645 805 395 395 180 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT VAV SIZE VAV RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT VAV SIZE VAV RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 258B 419 9.42 180 2.7 419 6.4 EVAV-258C-01 8"900 90 400 6.1 200 3.0 200 3.0 VAV-258-01 8"900 90 300 100 90 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT VAV SIZE VAV RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 258C 250 9 108 2.9 250 6.7 ----250 6.7 250 6.7 250 6.7 SAV-258-02 8"800 80 225 225 225 -25 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY RFG NJS H504 - HVAC SCHEDULES LAB AIRFLOW DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 316 210 10 90 2.6 210 6.0 EAV-316-01 1 - 6"315 30 210 6.0 150 4.3 130 3.7 SAV-316-01 1 - 6"315 30 110 50 30 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OCCUPIED UNOCCUPIED VACANT MODE ALL MODES MAX MIN MAX MIN (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 313, 314, 315, 340, 341 926 10 398 2.6 926 6.0 EAV-344-03 1 -10"1300 120 915 5.9 460 3.0 300 1.9 SAV-300CA-03 1 -10"1300 120 815 360 200 -100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 344 275 8.5 118 3.0 275 7.1 EAV-344-01 1 - 10"1300 120 780 40.0 625 32.1 250 12.8 510 26.2 140 7.2 100 2.6 SAV-344-01 1 - 12"1790 180 1460 1150 400 920 180 0 -100EAV-344-02 1 - 10"1300 120 780 625 250 510 140 0 TOTAL 1560 1250 500 1020 280 100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 345 & 347 583 8.5 251 3.0 583 7.1 EAV-345-01 1 - 6"315 30 100 13.9 100 11.4 100 6.1 100 9.5 100 3.4 100 1.2 SAV-347-01 1 - 12"1790 180 1050 840 400 685 180 0 -100EAV-347-01 1 - 12"1790 180 1050 840 400 685 180 0 TOTAL 1150 940 500 785 280 100 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 350 816 9 351 2.9 816 6.7 EAV-350-01 1 - 12"1790 180 900 31.9 720 25.5 300 17.2 585 24.1 180 14.2 350 2.9 SAV-350-01 1 - 14"2750 250 1900 1510 1000 1430 820 0 -100 EAV-350-02 1 - 12"1790 180 1200 960 1200 1200 1200 0 EAV-350-03 1 - 12"1790 180 900 720 300 585 180 0 SAV-350-02 1 - 14"2750 250 1900 1510 1000 1425 820 250EAV-350-04 1 - 12"1790 180 900 720 300 585 180 0 TOTAL 3900 3120 2100 2955 1740 350 TOTAL 3800 3020 2000 2855 1640 250 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 359 597 9 257 2.9 597 6.7 EAV-359-01 1 - 12"1790 180 900 40.2 720 32.2 300 13.4 585 26.1 180 8.0 350 3.9 SAV-359-01 1 - 14"2750 250 1750 1390 550 1120 310 0 -100 EAV-359-02 1 - 12"1790 180 900 720 300 585 180 0 EAV-359-03 1 - 12"1790 180 900 720 300 585 180 0 SAV-359-02 1 - 14"2750 250 1750 1390 550 1120 310 250EAV-359-04 1 - 12"1790 180 900 720 300 585 180 0 TOTAL 3600 2880 1200 2340 720 350 TOTAL 3500 2780 1100 2240 620 250 DESCRIPTION ROOM DIMENSIONS CODE MINIMUM VENTILATION EXHAUST AIR SUPPLY AIR TRANSFER AREA (SF)HEIGHT (FT)AIRFLOW NYS OUTDOOR AIRFLOW NYS EXHAUST EXHAUST POINT SIZE VALVE VALVE RANGE OCCUPIED SASH OPEN CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE SUPPLY POINT SIZE VALVE VALVE RANGE OPEN OCCUPIED SASH CLOSED OCCUPIED SASH SASH OPEN UNOCCUPIED SASH CLOSED UNOCCUPIED VACANT MODE ALL MODES MAX MIN 100 FPM 80 FPM MAX MIN 100 FPM 80 FPM (CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(ACH)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM)(CFM) BARD - 361 212 9 91 2.9 212 6.7 EAV-361-01 1 - 10"1300 120 750 23.6 600 18.9 250 7.9 490 15.4 220 6.9 220 6.9 SAV-360-01 1 - 10"1300 120 650 500 150 390 120 120 -100 These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions2/4/2019 3:59:32 PMC:\Users\jfrossi\Documents\190009_Electrical_Trolley_Central_2019_detached_jfrossi.rvtRFG 17435.00 NEER NGENG SyracuseRochester 585.288.5590 Buffalo www.meengineering.com Mechanical/Electrical Engineering Consultants ROCHESTER, NY 14606 M/E Project #: 190270 Schenectady 300 TROLLEY BOULEVARD JUNE 12, 2020 BID DOCUMENTS Bard Hall Code Improvements Ithaca, NY 14853 126 Hollister Drive CORNELL UNIVERSITY Ithaca, NY DISTRIBUTION T DISTRIBUTION TRANSFORMER, REFER TO ONE LINE DIAGRAM 480V FLUSH MOUNTED PANELBOARD 480V SURFACE MOUNTED PANELBOARD 208V FLUSH MOUNTED PANELBOARD 208V SURFACE MOUNTED PANELBOARD SURFACE MOUNTED CONTROL PANEL FLUSH MOUNTED CONTROL PANEL HOMERUN TO PANELBOARD -SHORT LINE(S) = HOT CONDUCTOR(S); LONG LINE = NEUTRAL CONDUCTOR; LINE WITH DOT = GROUND EQUIPMENT ON SAME CIRCUIT, BUT SEPARATELY CONTROLLED DRAWING NOTE -REFER TO DRAWING NOTE LIST ON SHEET (NEW WORK) DRAWING CONVENTIONS DRAWING NOTE -REFER TO DRAWING NOTE LIST ON SHEET (DEMOLITION)# # AMPERE ABANDON ALTERNATING CURRENT ABOVE FINISHED FLOOR ABOVE FINISHED GRADE AMPERES INTERRUPTING CURRENT AUTOMATIC TRANSFER SWITCH AMERICAN WIRE GAUGE BELOW FINISHED FLOOR BELOW FINISHED GRADE BASIC IMPULSE LEVEL BUILDING CONDUIT CIRCUIT BREAKER CLOSED CIRCUIT TELEVISION CIRCUIT CEILING CONCRETE CONNECTION CONTROL PANEL CURRENT TRANSFORMER COPPER DIRECT CURRENT DETAIL DIAMETER DISCONNECT DOWN DRAWING ELECTRIC, ELECTRICAL ELECTRICAL CONTRACTOR ELEVATION EMERGENCY EQUIPMENT EXISTING TO REMAIN EXISTING EXHAUST EXTERNAL FIRE ALARM FIRE ALARM ANNUNCIATOR PANEL FIRE ALARM CONTROL PANEL FURNISHED BY OTHERS FAN COIL UNIT FULL LOAD AMPERES FLEXIBLE FLOOR FINISHED FEET FUSE GAUGE GALVANIZED GENERAL CONTRACTOR GENERATOR GROUND FAULT INTERRUPTER GRADE GROUND HORSEPOWER HERTZ INTERRUPTING JUNCTION BOX KILO AMPERE THOUSAND CIRCULAR MILS KILOVOLT KILOVOLT AMPERES KILOVOLT AMPERES REACTIVE KILOWATT KILOWATT HOUR ABBREVIATIONS LA L-N LED MAX MCB MCC MDP MH MIN MLO MOV MOD MVA NC NE NEC NEMA NIC NO NTS OC OL OH P PC PF PFFB PH, Ø PNL PT PVC REQ'D RGS RLA RES RMC RMS RPM RX SA SEC SMR SYM T TEMP TC TRANS TYP UG UH UNO V VAC VM VP W WG W/ W/O WP WT XFMR A, AMP ABN AC AFF AFG AIC ATS AWG BFF BFG BIL BLDG C CB CCTV CKT CLG CONC CONN CP CT CU DC DET DIA, Ø DISC DN DWG E, (E) EC ELEV EM, EMER EQUIP ETR EX, EXIST EXH EXT FA FAAP FACP FBO FCU FLA FLEX FLR FIN FT FU GA GALV GC GEN GFI GR GRD HP HZ INT JB KA KCMIL KV KVA KVAR KW KWH LIGHTNING ARRESTOR LINE TO NEUTRAL LIGHT EMITTING DIODE MAXIMUM MAIN CIRCUIT BREAKER MOTOR CONTROL CENTER MAIN DISTRIBUTION PANEL MANHOLE MINIMUM MAIN LUG ONLY METAL OXIDE VARISTOR MOTOR OPERATED DAMPER MEGAVOLT AMPERES NORMALLY CLOSED NORMAL EMERGENCY NATIONAL ELECTRICAL CODE NATIONAL ELECTRICAL MANUFACTURER'S ASSOCIATION NOT IN CONTRACT NORMALLY OPEN NOT TO SCALE ON CENTER OVERLOAD OVERHEAD POLE PHOTOCELL POWER FACTOR PROVISIONS FOR FUTURE BREAKER PHASE PANEL POTENTIAL TRANSFORMER POLYVINYLCHLORIDE REQUIRED RIGID GALVANIZED STEEL RUNNING LOAD AMPS RESISTOR RIGID METAL CONDUIT ROOT MEAN SQUARE REVOLUTIONS PER MINUTE REMOVE EXISTING SURGE ARRESTOR SECONDARY SURFACE METAL RACEWAY SYMMETRICAL TRANSFORMER TEMPERATURE TRIP COIL TRANSFORMER TYPICAL UNDERGROUND UNIT HEATER UNLESS NOTED OTHERWISE VOLTS VOLTS ALTERNATING CURRENT VOLT METER VAPOR PROOF WATTS WIRE GUARD WITH WITHOUT WEATHERPROOF WEIGHT TRANSFORMER EQUIPMENT DISCONNECT SWITCH, VOLTAGE RATING TO MATCH CIRCUIT, NUMBER INDICATES AMPERE RATING FUSED DISCONNECT SWITCH, VOLTAGE RATING TO MATCH CIRCUIT, NUMBERS INDICATE DISCONNECT/FUSE AMPERE RATING MAGNETIC MOTOR STARTER, NUMBER INDICATES NEMA SIZE COMBINATION DISCONNECT MAGNETIC MOTOR STARTER, NUMBERS INDICATE DISCONNECT AMPERE/NEMA SIZE RATING MANUAL MOTOR STARTER EQUIPMENT CONNECTION M M METER R ENCLOSED RELAY ST SHUNT TRIP VFD VARIABLE FREQUENCY DRIVE 30 30/ 15 00 30/ 1 J J JUNCTION BOX -WALL OR CEILING B BLANK OUTLET JUNCTION BOX -RECESSED IN FLOOR PB PULL BOX 2 2-POLE TOGGLE SWITCH SPD SURGE PROTECTIVE DEVICE CB ENCLOSED CIRCUIT BREAKER, NUMBER INDICATES AMPERE RATING 30 CONTACTORC CR CORD REEL PS POWER SUPPLY PUSH BUTTON MUSHROOM SWITCH E EMERGENCY POWER OFF BUTTON -(EPO) MANUAL PULL STATION -42" AFF TO CENTER OF HANDLE FIRE ALARM AUDIBLE NOTIFICATION DEVICE -MOUNTING HEIGHT PER NFPA 72 HEAT DETECTOR, COMBINATION UOI, NUMBER INDICATES TEMPERATURE RATING SMOKE DETECTOR, PHOTOELECTRIC TYPE (D -DUCT MOUNTED, I -IONIZATION TYPE, A -UNIT WITH AUXILIARY CONTACT) AUDIBLE/VISIBLE NOTIFICATION DEVICE -MOUNTING HEIGHT PER NFPA 72, NUMBER INDICATES CANDELA RATING VISIBLE NOTIFICATION DEVICE -MOUNTING HEIGHT PER NFPA 72, NUMBER INDICATES CANDELA RATING P Ƨ ADDRESSABLE CONTROL MODULEACM AM ADDRESSABLE INTERFACE MODULE TS TAMPER SWITCH CONNECTION FS FLOW SWITCH CONNECTION RTS REMOTE TEST STATION ELECTRIC GONG -CONNECT TO 120VAC CIRCUIT AND FIRE ALARM SYSTEM DP DIFFERENTIAL PRESSURE SWITCH FACP FAAP FIRE ALARM CONTROL PANEL -6' AFF TO TOP OF BOX FIRE ALARM ANNUNCIATOR PANEL -6' AFF TO TOP OF BOX K CITY KEY BOX DH MAGNETIC DOOR HOLDER 15 15 1. CONTRACTORS ARE URGED TO INSPECT THE SITE BEFORE SUBMITTING A BID PROPOSAL TO ENSURE KNOWLEDGE OF PROJECT REQUIREMENTS AND SITE CONDITIONS. IF NO CLARIFICATION IS REQUESTED, IT WILL BE CONSIDERED THAT THE CONTRACTORS ARE IN FULL UNDERSTANDING OF PROJECT REQUIREMENTS. 2. PROVIDE LABOR, SUPERVISION, EQUIPMENT, MATERIALS, CONSTRUCTION TOOLS, TRANSPORTATION, INSURANCE, AND SERVICES REQUIRED FOR THE COMPLETE INSTALLATION OF THIS WORK IN ACCORDANCE WITH APPLICABLE FEDERAL, STATE, AND LOCAL CODES, AUTHORITIES HAVING JURISDICTION, AND STANDARDS INCLUDING BUT NOT LIMITED TO, ASHRAE, IBC, NEC, AND NFPA. 3. NOTHING CONTAINED IN THE SPECIFICATIONS OR SHOWN ON THE DRAWINGS SHALL BE CONSTRUED TO BE IN CONFLICT WITH ANY STATE OR LOCAL CODES, ORDINANCES OR REGULATIONS. 4. THE USE OF THE WORD "PROVIDE" SHALL MEAN TO FURNISH, INSTALL AND CONNECT, READY TO USE. 5. THE USE OF THE WORD "FURNISH" SHALL MEAN TO PROCURE AND DELIVER TO THE SITE. 6. THE USE OF THE WORD "INSTALL" SHALL MEAN TO PHYSICALLY PLACE INTO SERVICE AND CONNECT, READY TO USE. 7. EQUIPMENT AND MATERIALS SHALL BE INSTALLED BY SKILLED TRADESMEN, FAMILIAR WITH THE COMPONENTS TO BE INSTALLED, AND IN ACCORDANCE WITH BEST PRACTICES OF THE INDUSTRY. 8. BECAUSE OF THE SMALL SCALE OF THE DRAWINGS, IT IS NOT POSSIBLE TO INDICATE ALL OFFSETS, FITTINGS, AND ACCESSORIES THAT MAY BE REQUIRED. THIS CONTRACTOR SHALL CAREFULLY EXAMINE THE ARCHITECTURAL; STRUCTURAL; HEATING, VENTILATING AND AIR- CONDITIONING; ELECTRICAL; PLUMBING; AND OTHER PROJECT DOCUMENTS AS MAY BE NECESSARY FOR PROPER ORIENTATION OR INSTALLATION AND SHALL PROVIDE OFFSETS, FITTINGS, AND ACCESSORIES TO MEET PROJECT CONDITIONS. 9. DISCREPANCIES BETWEEN DRAWINGS OR BETWEEN DRAWINGS AND SPECIFICATIONS SHALL BE REPORTED TO PROFESSIONAL IN WRITING. OBTAIN WRITTEN INSTRUCTIONS FROM PROFESSIONAL AS TO THE MANNER IN WHICH TO PROCEED. NO DEPARTURES FROM THE PROJECT DOCUMENTS SHALL BE MADE WITHOUT PRIOR WRITTEN ACCEPTANCE OF THE PROFESSIONAL. 10. DIMENSIONS, CLEARANCES, AND LOCATIONS OF EQUIPMENT AND MATERIALS SHALL BE FIELD VERIFIED PRIOR TO ORDERING, PROCURING AND FURNISHING SAME. 11. NO EXTRA COMPENSATION OR CHARGES WILL BE ACCEPTED DUE TO DIFFERENCES BETWEEN THE ACTUAL MEASUREMENTS AND THOSE INDICATED ON THE PLAN. THOROUGHLY COORDINATE WORK WITH SITE CONDITIONS AND OTHER TRADES, DETERMINE EXACT ROUTE AND LOCATION OF EACH DUCT, PIPE, CONDUIT, ETC. BEFORE FABRICATION AND INSTALLATION. 12. INSTALL WORK SUBSTANTIALLY AS INDICATED. VERIFY LOCATIONS AND ELEVATIONS ON JOB SITE; DO NOT DIRECTLY SCALE DRAWINGS. MAKE NECESSARY CHANGES IN ELEVATION, FITTINGS, OR OFFSETS TO ACCOMMODATE OBSTACLES OR INTERFERENCES. 13. CONTRACTOR SHALL ASSUME FULL RESPONSIBILITY FOR DAMAGE TO THE BUILDING, PIPING OR EQUIPMENT THAT IS THE RESULT OF WORK FOR INSTALLATION OF THIS CONTRACT. 14. THE INSTALLING CONTRACTOR IS RESPONSIBLE FOR PATCH AND REPAIR OF ALL SURFACES TO MATCH EXISTING MATERIALS AND ADJACENT FINISHES ASSOCIATED WITH INSTALLATION/REMOVAL OF THIS WORK. 15. WORK SHALL BE COMPLETED TO MAINTAIN ALL NECESSARY AND REQUIRED CLEARANCES, ACCESSES, AND OPENINGS, SUCH THAT FULL FUNCTIONALITY, PROPER OPERATION, AND REPAIR AND MAINTENANCE ARE ENSURED. 16. WHERE DEVICE HEIGHT OCCURS AT POINT OF CHANGE OF FINISH, THE DEVICE SHALL BE RAISED OR LOWERED TO OCCUR IN ONE FINISH. ENSURE RESULTING HEIGHT DOES NOT EXCEED ADA REQUIREMENTS. 17. WHERE DEVICE OCCURS IN BRICK, TILE, OR BLOCK WALLS, THEY SHALL BE MOUNTED AT A VERTICAL MASONRY JOINT AND IN EITHER THE TOP OR BOTTOM HORIZONTAL JOINT, CLOSEST TO THE MOUNTING HEIGHT. ENSURE RESULTING HEIGHT DOES NOT EXCEED ADA REQUIREMENTS. 18. UNLESS OTHERWISE NOTED, ALL MOUNTING HEIGHT DIMENSIONS LISTED ARE TO THE CENTER LINE OF THE WALL BOX OR DEVICE. 19. ALL ELECTRICAL MATERIALS, DEVICES, APPLIANCES, AND EQUIPMENT SHALL BE LABELED AND LISTED BY A CERTIFIED TESTING LABORATORY OR AGENCY. 20. DRAWINGS REPRESENT THE SCOPE OF WORK IN GENERAL ARRANGEMENT FORM AND ARE INTENDED TO SHOW GENERAL ROUTING AND REQUIRED SIZES/CAPACITIES OF SYSTEM COMPONENTS. EXACT ROUTING OF CONDUITS AND CABLES SHALL BE DETERMINED BY JOB SITE SURVEY. 21. PROVIDE 2-#12, 1-#12 GND IN MINIMUM 3/4"C FOR ALL 20A, SINGLE POLE BRANCH CIRCUITS, UNLESS OTHERWISE NOTED. FOR 120V BRANCH CIRCUITS, PROVIDE NEXT LARGER WIRE SIZE FOR ONE-WAY CIRCUIT DISTANCES GREATER THAN 100 FEET. FOR 208V BRANCH CIRCUITS, PROVIDE NEXT LARGER WIRE SIZE FOR ONE-WAY CIRCUIT DISTANCES GREATER THAN 150 FEET. GENERAL NOTES: EXISTING DEVICES TO REMAIN ARE SHOWN IN LIGHT LINEWEIGHT. EXISTING DEVICES TO BE REMOVED ARE SHOWN IN DASHED LINEWEIGHT. NOT ALL ABBREVIATIONS & SYMBOLS MAY APPLY TO THIS PROJECT. GENERAL SYMBOL NOTES: 1. 2. 3. DAYLIGHT SENSOR SWITCHES PASSIVE INFRARED VACANCY SENSOR -CEILING MOUNTED SWITCH PACK SINGLE POLE WALL SWITCH, LOWER CASE LETTER INDICATES SWITCHING ARRANGEMENT SWITCH DESIGNATIONS: 3 -THREE WAY 4 -FOUR WAY D -DIMMER L -LOW VOLTAGE MC -MOMENTARY CONTACT MT -MANUAL TIMER O -OCCUPANCY SENSOR O2 -OCCUPANCY SENSOR, DUAL CIRCUIT TYPE OB -OCCUPANCY SENSOR, SINGLE CIRCUIT TYPE WITH AUXILIARY CONTACT FOR BMS INPUT P -PILOT LIGHT T -DIGITAL TIMER DS SP CS PC PHOTOCELL WS DH DAYLIGHT HARVESTING CONTROLLER ER RC CS CS NOTE: WALL MOUNTED SWITCHES SHALL BE 46" AFF TO CENTER OF DEVICE. R U PASSIVE INFRARED OCCUPANCY SENSOR -CEILING MOUNTED ULTRASONIC OCCUPANCY SENSOR -CEILING MOUNTED CS XB OCCUPANCY SENSOR WITH AUXILIARY CONTACT FOR BMS INPUT - CEILING MOUNTED (X = SENSOR TECHNOLOGY) OCCUPANCY SENSOR -WALL MOUNTED (SAME SUBSCRIPTS AS CEILING MOUNTED) EMERGENCY LIGHTING CONTROL UNIT DIGITAL ROOM CONTROLLER RELAY (X = QUANTITY OF RELAYS) X LIGHTING EXIT SIGN -WALL MOUNTED -WITH DIRECTIONAL ARROWS AS INDICATED -SEE FIXTURE SCHEDULE RECESSED LINEAR LUMINAIRES -SEE FIXTURE SCHEDULE DIAGONAL HATCH INDICATES LUMINAIRE ON EMERGENCY POWER -SEE FIXTURE SCHEDULE EMERGENCY BATTERY UNIT WITH HEADS -SEE FIXTURE SCHEDULE B R BLUE LIGHT RED ALARM STROBE LIGHT WALL MOUNTED LUMINAIRES -SEE FIXTURE SCHEDULE CEILING MOUNTED LUMINAIRES -SEE FIXTURE SCHEDULE LINEAR PENDANT LUMINAIRE -SEE FIXTURE SCHEDULE WALL WASH LUMINAIRE -SEE FIXTURE SCHEDULE TRACK HEAD LUMINAIRE -SEE FIXTURE SCHEDULE TRACK LIGHTING SYSTEM -SEE FIXTURE SCHEDULE EXIT SIGN -CEILING MOUNTED OR SUSPENDED -WITH DIRECTIONAL ARROWS AS INDICATED -SEE FIXTURE SCHEDULE REMOTE HEAD(S) FOR EMERGENCY BATTERY UNIT FLOOR BOX -SUBSCRIPT INDICATES TYPE -(SEE SPECIFICATIONS) RECEPTACLES FLOOR POKE-THRU -SUBSCRIPT INDICATES TYPE -(SEE SPECIFICATIONS)P WHIP BOX -SUBSCRIPT INDICATES TYPE -(SEE SPECIFICATIONS) DUPLEX RECEPTACLE -NEMA 5-20R -WALL MOUNTED -FLUSH SYMBOL DESIGNATIONS: C -MOUNT 6" ABOVE SINK OR COUNTERTOP F -FLOOR MOUNTED GFI -GROUND FAULT INTERRUPTER H -MOUNT HORIZONTALLY 6" ABOVE SINK OR COUNTERTOP IG -ISOLATED GROUND Q -QUAD SP -SURGE PROTECTED TP -TAMPER PROOF USB -USB CHARGER W -WHIP WP -GROUND FAULT INTERRUPTER WITH WEATHERPROOF WHILE-IN-USE COVER # -CIRCUIT NUMBER DOUBLE DUPLEX RECEPTACLE -NEMA 5-20R -WALL MOUNTED -FLUSH SPECIAL PURPOSE RECEPTACLE -SUBSCRIPT INDICATES NEMA TYPE WB FB DOUBLE DUPLEX RECEPTACLE -NEMA 5-20R -CEILING MOUNTED DUPLEX RECEPTACLE -NEMA 5-20R -CEILING MOUNTED SIMPLEX RECEPTACLE -NEMA 5-20R -WALL MOUNTED -FLUSH X X X X NOTE: WALL MOUNTED DEVICES SHALL BE 18" AFF TO CENTER OF BOX, UNO 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:08:50 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM ELECTRICAL SYMBOLS, NOTES & ABBREVIATION SDF DSU E-000 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 06/12/20 J J J J JJ JJ J J J J J J JJ J J J J J J1 2 LAB SB36A LAB SB36 LAB SB37 LAB SB38 LAB SB39 LAB SB40 CORRIDOR SB00CB STEAM ROOM SB00UA STAIRS SB00SA BATHROOM SB00T STORAGE SB26A ELEVATOR SB00E CORRIDOR SB00CA LAB SB47 LAB SB56C LAB SB56D LAB SB56E LAB SB56 VEST SB58A LAB SB58C LAB SB58B LAB SB58 LAB SB60 LAB SB30 LAB SB28 AREAWAY SB00UE TRANSFORMER SB00UD SWITCHBOARD ROOM SB00UC STEAM ROOM SB00UB SUMP PUMP SUMP PUMP CONTROLLER TEMPERATURE CONTROL CABINET (FIELD VERIFY EXACT LOCATION) (ETR) TEMPERATURE CONTROL CABINET (ETR) FUME HOOD (ETR) FUME HOOD (ETR) FUME HOOD (ETR) FUME HOOD (ETR) TEMPERATURE CONTROL CABINET (ETR) B-HEGP-LRSB B-LEGP-LRSB B-LEGP-LRSB- 1 B-LEGP-LRSB- 2 B-LEGP-LRSB- 3 B-LEGP-LRSB- 4 B-LEGP-LRSB- 5 B-LEGP-LRSB- 6 B-LEGP-LRSB- 7 B-LEGP-LRSB- 8 B-LEGP-LRSB- 9 B-LEGP-LRSB- 11 B-LEGP-LRSB- 10 B-LEGP-LRSB- 12 B-LEGP-LRSB- 16 B-LEGP-LRSB- 15 B-LEGP-LRSB- 14 B-LEGP-LRSB- 17 B-LEGP-LRSB- 13 LB LB LB LBLBLB LB LB LB D3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 T SBP-5 (ETR) B-LEGP-LRSB- 19 B-LEGP-LRSB- 20 B-LEGP-LRSB- 22 B-LEGP-LRSB- 21 TEMPERATURE CONTROL CABINET (ETR) B-LEGP-LRSB- 23 SBP-1 (ETR) 3 3 3 3 2 B-LEGP-LRSB- 24 T-B-LEGP-LRSB CS CS 3 3 3 SBL-1 (ETR) 21 LAB SB47 C C CC C CC SURFACE MOUNTED SINGLE COMPARTMENT RACEWAY WITH DUPLEX RECEPTACLES (TYP.) PANEL 'SBP-1C' PANEL 'SBP-1B' PANEL 'SBP-1D' PANEL 'SBP-1' (ETR) PANEL 'SBP-1A' PLUGMOLD FAN COIL UNIT FAN COIL UNIT FAN COIL UNIT SURFACE MOUNTED SINGLE COMPARTMENT RACEWAY WITH DUPLEX RECEPTACLES CEILING MOUNTED (TYP.) SURFACE MOUNTED 2'X4' LIGHT FIXTURES (TYP.) RECESSED IN WALL RECESSED IN WALL 3 3 3 3 44 4 2 PENDANT MOUNTED 1'X4' LIGHT FIXTURES (TYP.) FAN COIL UNIT SURFACE MOUNTED SINGLE COMPARTMENT RACEWAY WITH DUPLEX RECEPTACLES (TYP.) SURFACE MOUNTED SINGLE COMPARTMENT RACEWAY WITH DUPLEX RECEPTACLES MOUNTED TO BOTTOM OF BEAM DATA OUTLET MOUNTED TO BOTTOM OF BEAM PANEL 'SBP-1AB' 1 3 (ETR) 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:08:52 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM SUB-BASEMENT PLAN - ELECTRICAL SDF DSU E-001 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 SUB-BASEMENT PLAN - ELECTRICAL DEMOLITION KEY NOTES: 1. DISCONNECT AND REMOVE ALL EXISTING LIGHT FIXTURES AND ASSOCIATED CONTROL DEVICES TO ACCOMMODATE REMOVAL OF MEZZANINE AND PARTITION WALLS. DISCONNECT AND REMOVE BRANCH CIRCUITING BACK TO NEAREST CEILING MOUNTED JUNCTION BOX AND SAVE FOR REUSE. 2. UNLESS NOTED OTHERWISE, DISCONNECT AND REMOVE ALL EXISTING WIRING DEVICES, DATA OUTLETS, AND ALL ASSOCIATED BRANCH CIRCUITING BACK TO SOURCE TO ACCOMMODATE REMOVAL OF MEZZANINE AND PARTITION WALLS. 3. DISCONNECT AND REMOVE EXISTING PANELBOARD. DISCONNECT AND REMOVE ASSOCIATED FEEDER BACK TO PANELBOARD 'SBP-1'. 4. DISCONNECT AND REMOVE EXISTING FAN COIL UNIT BRANCH CIRCUITING AND ASSOCIATED CONTROL DEVICES BACK TO SOURCE.NEW WORK KEY NOTES: 1. PROVIDE NEW PENDANT MOUNTED LED LIGHT FIXTURES SPACED EVENLY THROUGHOUT SPACE. EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING TO NEW LIGHT FIXTURES. 2. PROVIDE RECEPTACLES FOR ELEVATOR PIT SUMP PUMP SYSTEM. COORDINATE EXACT LOCATIONS WITH PLUMBING CONTRACTOR PRIOR TO ROUGHING. 3. RE-CIRCUIT EXISTING FUME HOODS AND ASSOCIATED TEMPERATURE CONTROL CABINETS FROM NEW LEGALLY REQUIRED STANDBY POWER SYSTEM. 1/4" = 1'-0"2 PARTIAL SUB-BASEMENT PLAN - LAB SB47 - LOWER DEMO GENERAL NOTES: 1. TEMPORARILY DISCONNECT, REMOVE, THEN RE-INSTALL ALL CEILING MOUNTED DEVICES AND LIGHT FIXTURES REQUIRED TO INSTALL NEW ABOVE CEILING SPRINKLER SYSTEM PIPING. REFER TO FP-SERIES DRAWINGS FOR PROPOSED ROUTING OF PIPING. 2. RE-FEED ALL EXISTING SUB-BASEMENT MECHANICAL VENTILATION SYSTEMS, TREATMENT SYSTEMS, TEMPERATURE CONTROLS, ALARM SYSTEMS, DETECTION SYSTEMS AND ANY OTHER ELECTRICALLY OPERATED SYSTEMS ASSOCIATED WITH THE STORAGE, DISPENSING AND USE OF HAZARDOUS MATERIALS FROM THE NEW LEGALLY REQUIRED STANDBY POWER SYSTEM IN ACCORDANCE WITH 2020 NYS BUILDING CODE, SECTION 428.3.6.. 1/4" = 1'-0" 3 PARTIAL SUB-BASEMENT PLAN - LAB SB47 - MEZZANINE DEMO 06/12/20 UP UP UP DN301 SF COMPUTER ROOM B40 630 SF LASER LAB B44A289 SF EQUIPMENT RM B44C 174 SF LAB B44B 304 SF LAB B47A 108 SF VESTIBULE B44 141 SF LAB B47 CLOSET B00UA CLOSET B00UB CLOSET B00UO 415 SF LAB B47B 449 SF LAB B55 644 SF LAB B56 165 SF LAB B57 163 SF OFFICE B57A 232 SF LAB B58 79 SF OFFICE B59 948 SF LAB B60 203 SF RECEIVING B60A 45 SF GAS STOR B07A 22 SF GAS B07 403 SF EQUIPMENT B28 106 SF BATHROOM B0T 22 SF SINK B00J CLOSET B00UD STAIR B00S 66 SF ELEVATOR B00E A.1 B C D E F G H J KK L 47 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLSTB T15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2B58B58 B60 192 SF RECEIVING B60B STAIRS B00SB 400 SF THURSTON B01A 396 SF THURSTON B01 833 SF THURSTON B05 ENCLOSED STAIR TOWER ADDITION-CORRIDOR B00CA B00SA B00SB B00CA 106 SF VEST B44D 1 LA-8 EM 2 2 3 NEW 600A ENCLOSED CIRCUIT BREAKER K-HNSB-B (ETR) (ETR) BARD ATS (RE-LABEL AS B-ATS-OS1) (ETR) THURSTON ATS (ETR) K-HESB-B CUH-1 2 NEW 600A ATS (B-ATS-LR1) LA-4 EM 1 RACEWAY DOWN TO BARD SUB-BASEMENT TRANSFORMER ROOM. COORDINATE EXACT LOCATION WITH CORNELL PROJECT MANGER PRIOR TO CORING FLOOR. 4 4PROPOSED PATHWAY FOR PANELBOARD 'B-HEGP-LRSB' FEEDER. REFER TO ONE-LINE DIAGRAM ON DRAWING E-500 FOR FEEDER SIZE. BL(ETR) BL SBL-1-19 SBL-1-23 145 Culver Road Suite 200 Rochester, NY 14620-1678Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:11:41 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM BASEMENT PLAN - ELECTRICAL SDF DSU E-002 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 BASEMENT PLAN - ELECTRICAL KEY NOTES: 1. UPON COMPLETION OF DOOR REPLACEMENT, EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING TO RE- INSTALLED ACCESS CONTROL DEVICES. 2. PROVIDE WALL MOUNTED LED STAIRWELL LIGHT FIXTURE WITH INTEGRAL EMERGENCY BATTERY BACK-UP INVERTER AND FACTORY MOUNTED OCCUPANCY SENSOR. SENSOR SHALL DIM STAIRWELL FIXTURE TO 50% WHEN SPACE IS UN-OCCUPIED. 3. RELOCATE EXISTING EXTERIOR LED WALL PACK (PREVIOUSLY MOUNTED OVER FIRST FLOOR EXTERIOR DOOR) TO LOCATION SHOWN. PROVIDE REMOTE EMERGENCY LIGHTING INVERTER INSIDE OF BUILDING TO PROVIDE A MINIMUM OF 90 MINUTES OF ILLUMINATION AT FULL BRIGHTNESS. 4. PROVIDE NEW ENCLOSED CIRCUIT BREAKER AND AUTOMATIC TRANSFER SWITCH, SIZES AS INDICATED, FOR NEW BARD HALL LEGALLY REQUIRED STANDBY POWER DISTRIBUTION SYSTEM. REFER TO ONE-LINE DIAGRAM ON DRAWING E-500 FOR ADDITIONAL WORK. GENERAL NOTES: 1. TEMPORARILY DISCONNECT, REMOVE, THEN RE-INSTALL ALL CEILING MOUNTED DEVICES AND LIGHT FIXTURES REQUIRED TO INSTALL NEW ABOVE CEILING SPRINKLER SYSTEM PIPING. REFER TO FP-SERIES DRAWINGS FOR PROPOSED ROUTING OF PIPING. 2. PROVIDE FIRESTOPPING OF ALL NEW AND EXISTING WALL PENETRATIONS THROUGH NEW FIRE RATED WALL ASSEMBLIES. DEMOLITION KEY NOTES: 1. DISCONNECT AND REMOVE ALL ABANDONED RACEWAY THAT WILL BE CONCEALED BY NEW FIRE RATED WALL (FIELD VERIFY EXACT QUANTITY). FIRE RATED ACCESS PANELS SHALL BE PROVIDED IN NEW FIRE WALL TO ALLOW ACCESS TO ALL REMAINING JUNCTION BOXES AND PULLBOXES. 2. DISCONNECT AND REMOVE EXISTING ACCESS CONTROL SYSTEM DEVICE(S) POWER AND CONTROL BRANCH CIRCUITING BACK TO NEAREST ABOVE CEILING JUNCTION BOX TO ACCOMMODATE DOOR REPLACEMENT. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 06/12/20 UP UP UP UP UP UP UP UP 267 SF LOBBY 100L 847 SF LECTURE ROOM 140 108 SF STORAGE 100CB 1189 SF LAB 150 932 SF LAB 156 585 SF GRAD OFFICE 158 615 SF LAB 160 LAB 131 227 SF OFFICE 129 170 SF OFFICE 128 172 SF OFFICE 127 181 SF OFFICE 126 108 SF BATHROOM 100T 20 SF JANITOR 100J CL 100U 62 SF ELEVATOR 100E 395 SF CORRIDOR 100CA 25 SF HALL 100CC A.1 B C D E F G H J K L BL47 L.1 A 5.4 CL 140A 712 SF CORRIDOR 100CD STAIRS 100SB 115 100CC 101 101 2' - 0" A3 U8U8 2' - 0"2' - 6"2' - 0"4' - 0"STAIRS 100S (ETR) 10 3 AUTOMATIC DOOR OPERATOR 5 6K 7 (ETR) (ETR) (ETR) LA-8 EM LE 8 4 4 9 6 1 LC LD 11 LA-4 EM AUTOMATIC DOOR OPERATOR 2 1L-1(ETR) DOOR HOLDER POWER SUPPLY 1L-1-39 12 (ETR) 1L-1-37 DH DH DOWN TO FIXTURE BELOW DOWN TO FIXTURE BELOW 13 13 (ETR) 267 SF LOBBY 100L 847 SF LECTURE ROOM 140 108 SF STORAGE 100CB 1189 SF LAB 150 932 SF LAB 156 585 SF GRAD OFFICE 158 615 SF LAB 160 LAB 131 227 SF OFFICE 129 170 SF OFFICE 128 172 SF OFFICE 127 181 SF OFFICE 126 108 SF BATHROOM 100T 20 SF JANITOR 100J CL 100U 62 SF ELEVATOR 100E 2' - 5 1/2" 395 SF CORRIDOR 100CA 25 SF HALL 100CC A.1 B C D E F G H J K L BL47 L.1 A 5.4 CL 140A 712 SF CORRIDOR 100CD STAIRS 100SB 115 100CC 101 101 2' - 0"2' - 6"2' - 0"4' - 0"STAIRS 100S (ETR) 2 AUTOMATIC DOOR OPERATOR 1 1 K(ETR) (ETR) (ETR) 4 3 5 7 8 6 (ETR)1L-1 9 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:08:57 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM FIRST FLOOR PLAN - ELECTRICAL SDF DSU E-003 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"2 FIRST FLOOR PLAN - ELECTRICAL KEY NOTES: 1. UPON COMPLETION OF WALL FIRE RATING WORK, PROVIDE EXTENSION RING FOR EXISTING BACKBOX TO ACCOMMODATE NEW THICKER WALL DEPTH. RE-INSTALL EXISTING LIGHT SWITCHES AND FACEPLATE AND RECONNECT EXISTING BRANCH CIRCUITING. 2. PROVIDE 120V POWER CIRCUIT FOR NEW ADA DOOR OPERATOR. PROVIDE ALL REQUIRED CABLING BETWEEN DOOR OPERATOR AND ASSOCIATED PUSHBUTTONS AND KEY SWITCHES (IF APPLICABLE). 3. PROVIDE EXTERIOR RATED LED WALL PACK WITH INTEGRAL PHOTOCELL. PROVIDE REMOTE EMERGENCY LIGHTING INVERTER INSIDE OF BUILDING TO PROVIDE A MINIMUM OF 90 MINUTES OF ILLUMINATION AT FULL BRIGHTNESS. 4. PROVIDE WALL MOUNTED LED STAIRWELL LIGHT FIXTURE WITH INTEGRAL EMERGENCY BATTERY BACK-UP INVERTER AND FACTORY MOUNTED OCCUPANCY SENSOR. SENSOR SHALL DIM STAIRWELL FIXTURE TO 50% WHEN SPACE IS UN-OCCUPIED. 5. UPON COMPLETION OF DOOR REPLACEMENT, EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING BACK TO RE-INSTALLED DOOR OPERATOR. 6. UPON COMPLETION OF NEW SOFFIT, RE-INSTALL EXISTING RECESSED DOWNLIGHT BACK IN ITS ORIGINAL LOCATION AND EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING. 7. RELOCATE EXISTING EXIT SIGN AND CENTER OVER NEW SINGLE DOOR LOCATION. EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING TO NEW SIGN LOCATION. 8. PROVIDE NEW SURFACE MOUNTED LED LIGHT FIXTURE TO ACCOMMODATE NEW OVERHEAD FIRE RATED SOFFIT. EXTEND AND RECONNECT EXISTING STAIRWELL LIGHTING CIRCUIT TO NEW FIXTURE. 9. PROVIDE 2'X2' RECESSED LED LIGHT FIXTURE IN NEW HALLWAY. EXTEND AND RECONNECT EXISTING AREA LIGHTING CIRCUIT TO NEW FIXTURE. FIXTURE SHALL BE PROVIDED WITH INTEGRAL EMERGENCY BATTERY BACK- UP INVERTER TO PROVIDE A MINIMUM OF 90 MINUTES OF ILLUMINATION AT FULL BRIGHTNESS. 10. UPON COMPLETION OF WALL FIRE RATING WORK, PROVIDE EXTENSION RING FOR EXISTING BACKBOXES TO ACCOMMODATE NEW THICKER WALL DEPTH. RE-INSTALL EXISTING ADA DOOR OPERATOR PUSHBUTTON AND KEY SWITCH AND RECONNECT EXISTING BRANCH CIRCUITING. 11. RELOCATE EXISTING TOGGLE SWITCH TO LOCATION SHOWN. EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING TO RELOCATED SWITCH. 12. RELOCATE EXISTING LIGHT FIXTURE TO LOCATION SHOWN. EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING TO RELOCATED FIXTURE. 13. CONNECT TO SPARE 20A-1P BREAKER IN EXISTING PANELBOARD. GENERAL NOTES: 1. TEMPORARILY DISCONNECT, REMOVE, THEN RE-INSTALL ALL CEILING MOUNTED DEVICES AND LIGHT FIXTURES REQUIRED TO INSTALL NEW ABOVE CEILING SPRINKLER SYSTEM PIPING. REFER TO FP-SERIES DRAWINGS FOR PROPOSED ROUTING OF PIPING. 2. PROVIDE FIRESTOPPING OF ALL NEW AND EXISTING WALL PENETRATIONS THROUGH NEW FIRE RATED WALL ASSEMBLIES. DEMOLITION KEY NOTES: 1. DISCONNECT AND REMOVE AND EXISTING RECESSED DOWNLIGHT TO ACCOMMODATE SOFFIT REMOVAL. SAVE AND PROTECT FIXTURE FOR RE-INSTALLATION. EXISTING BRANCH CIRCUITING SHALL BE REMOVED BACK TO NEAREST ABOVE CEILING JUNCTION BOX AND SAVED FOR REUSE. 2. DISCONNECT AND REMOVE EXISTING TOGGLE LIGHT SWITCHES TO ACCOMMODATE WALL FIRE-RATING WORK. EXISTING RECESSED BACKBOX AND ASSOCIATED BRANCH CIRCUITING SHALL REMAIN. SAVE AND PROTECT SWITCHES AND COVER PLATE FOR RE-INSTALLATION. 3. DISCONNECT AND REMOVE EXISTING ADA DOOR OPERATOR POWER AND CONTROL BRANCH CIRCUITING BACK TO NEAREST ABOVE CEILING JUNCTION BOX TO ACCOMMODATE DOOR REPLACEMENT. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 4. DISCONNECT AND REMOVE EXISTING ADA DOOR OPERATOR PUSHBUTTON AND KEY SWITCH TO ACCOMMODATE WALL FIRE-RATING WORK. EXISTING RECESSED BACKBOXES AND ASSOCIATED BRANCH CIRCUITING SHALL REMAIN. SAVE AND PROTECT DEVICES AND COVER PLATES FOR RE-INSTALLATION. 5. DISCONNECT AND REMOVE EXISTING TOGGLE LIGHT SWITCH TO ACCOMMODATE NEW CHASE. DISCONNECT AND REMOVE BRANCH CIRCUITING BACK TO NEAREST ABOVE CEILING JUNCTION BOX AND SAVE FOR REUSE. SAVE AND PROTECT TOGGLE SWITCH AND ASSOCIATED COVER PLATE FOR RELOCATION. 6. DISCONNECT AND REMOVE EXISTING PENDANT MOUNTED LIGHT FIXTURE TO ACCOMMODATE NEW FIRE RATED SOFFIT. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 7. DISCONNECT AND REMOVE ALL ABANDONED RACEWAY THAT WILL BE CONCEALED BY NEW FIRE RATED WALL (FIELD VERIFY EXACT QUANTITY). FIRE RATED ACCESS PANELS SHALL BE PROVIDED IN NEW FIRE WALL TO ALLOW ACCESS TO ALL REMAINING JUNCTION BOXES AND PULLBOXES. 8. DISCONNECT AND REMOVE EXISTING LED WALL PACK AND SAVE FOR RELOCATION TO OVER NEW STAIRTOWER DOOR AT BASEMENT LEVEL. EXISTING RECESSED BACKBOX AND ASSOCIATED CONCEALED RACEWAY SHALL REMAIN. BRANCH CIRCUIT CONDUCTORS SHALL BE REMOVED BACK TO SOURCE. PROVIDE BLANK COVERPLATE OVER REMAINING BACKBOX. 9. DISCONNECT AND REMOVE EXISTING RECESSED 2'X4' LIGHT FIXTURE TO ACCOMMODATE NEW WALL. SAVE AND PROTECT FIXTURE FOR RELOCATION. DISCONNECT AND REMOVE BRANCH CIRCUITING BACK TO NEAREST ABOVE CEILING JUNCTION BOX AND SAVE FOR REUSE. 3/32" = 1'-0"1 FIRST FLOOR PLAN - ELECTRICAL - DEMOLITION 06/12/20 UP 295 SF OPEN OFFICE 210F 85 SF OFFICE 210E74 SF BREAK 210D 411 SF OPEN OFFICE 210 148 SF OFFICE 210C 121 SF OFFICE 210B 126 SF OFFICE 210A 445 SF CONFERENCE 245 571 SF LAB 247 214 SF COMPUTER 249 240 SF LAB 250 419 SF LAB 258B 659 SF LAB 258 258D 111 SF OFFICE 258A 640 SF LOUNGE 260 260A 139 SF BREAK ROOM 231 OFFICE 230 174 SF OFFICE 229 236 SF OFFICE 228 174 SF OFFICE 227 176 SF OFFICE 226 21 SF JANITOR 200JA 108 SF BATHROOM 200T STAIRS 200S CLOSET 200U 14 SF CLOSET 200JB 149 SF OFFICE ENTRY 200CC 155 SF COPY ROOM 210G 251 SF LAB 258C 62 SF ELEVATOR 200E A.1 B C D E F G H J K L 7 L.1 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLT15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 934 SF CORRIDOR 200CA STAIRS 200SB ENCLOSED STAIR TOWER ADDITION EM (ETR) (ETR) (ETR) LA-8 EM LB 1 1 AUTOMATIC DOOR OPERATOR 4 AUTOMATIC DOOR OPERATOR 4 LA-4 EM 4 3 31 2 2 2L-2(ETR) 2L-2 2L-2 DOWN TO FIXTURE BELOW DOWN TO FIXTURE BELOW 5 5 (ETR) 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:08:59 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM SECOND FLOOR PLAN - ELECTRICAL SDF DSU E-004 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 SECOND FLOOR PLAN - ELECTRICAL GENERAL NOTES: 1. TEMPORARILY DISCONNECT, REMOVE, THEN RE-INSTALL ALL CEILING MOUNTED DEVICES AND LIGHT FIXTURES REQUIRED TO INSTALL NEW ABOVE CEILING SPRINKLER SYSTEM PIPING. REFER TO FP-SERIES DRAWINGS FOR PROPOSED ROUTING OF PIPING. 2. PROVIDE FIRESTOPPING OF ALL NEW AND EXISTING WALL PENETRATIONS THROUGH NEW FIRE RATED WALL ASSEMBLIES. KEY NOTES: 1. PROVIDE WALL MOUNTED LED STAIRWELL LIGHT FIXTURE WITH INTEGRAL EMERGENCY BATTERY BACK-UP INVERTER AND FACTORY MOUNTED OCCUPANCY SENSOR. SENSOR SHALL DIM STAIRWELL FIXTURE TO 50% WHEN SPACE IS UN-OCCUPIED. 2. RELOCATE EXISTING EMERGENCY PHONE TO NEW FIRE RATED WALL. EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING FROM 3RD FLOOR LANDING TO RELOCATED DEVICE. 3. PROVIDE NEW PENDANT MOUNTED LED LIGHT FIXTURE TO ACCOMMODATE NEW OVERHEAD FIRE RATED SOFFIT. EXTEND AND RECONNECT EXISTING STAIRWELL LIGHTING CIRCUIT TO NEW FIXTURE. 4. PROVIDE 120V POWER CIRCUIT FOR NEW ADA DOOR OPERATOR. PROVIDE ALL REQUIRED CABLING BETWEEN DOOR OPERATOR AND ASSOCIATED PUSHBUTTONS AND KEY SWITCHES (IF APPLICABLE). 5. CONNECT TO SPARE 20A-1P BREAKER IN EXISTING PANELBOARD. DEMOLITION KEY NOTES: 1. DISCONNECT AND REMOVE EXISTING PENDANT MOUNTED LIGHT FIXTURE TO ACCOMMODATE NEW FIRE RATED SOFFIT. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 2. DISCONNECT AND REMOVE ALL ABANDONED RACEWAY THAT WILL BE CONCEALED BY NEW FIRE RATED WALL (FIELD VERIFY EXACT QUANTITY). FIRE RATED ACCESS PANELS SHALL BE PROVIDED IN NEW FIRE WALL TO ALLOW ACCESS TO ALL REMAINING JUNCTION BOXES AND PULLBOXES. 3. DISCONNECT AND REMOVE EXISTING WALL MOUNTED EMERGENCY PHONE TO ACCOMMODATE NEW FIRE RATED WALL. SAVE AND PROTECT PHONE FOR RELOCATION. DISCONNECT AND REMOVE BRANCH CIRCUITING BACK TO 3RD FLOOR STAIRWELL LANDING AND SAVE FOR REUSE. 4. DISCONNECT AND REMOVE EXISTING LED WALL PACK AND TURN OVER TO OWNER. EXISTING RECESSED BACKBOX AND ASSOCIATED CONCEALED RACEWAY SHALL REMAIN. BRANCH CIRCUIT CONDUCTORS SHALL BE REMOVED BACK TO SOURCE. PROVIDE BLANK COVERPLATE OVER REMAINING BACKBOX. 06/12/20 UP 221 SF OFFICE 31091 SF OFFICE 311 199 SF OFFICE 312 126 SF OFFICE 313 128 SF OFFICE 314 391 SF LAB 315 126 SF OFFICE 341 126 SF OFFICE 340 274 SF LAB 344 218 SF LAB 316 803 SF LAB 350 802 SF LAB 356 591 SF LAB 359 204 SF LAB 361 285 SF OFFICE 360 143 SF OFFICE 330 212 SF OFFICE 330A 171 SF OFFICE 329 236 SF OFFICE 328 174 SF OFFICE 327 176 SF OFFICE 326 100 SF ELEVATOR 300E JANITOR 300JA 108 SF BATHROOM 300T 174 SF LAB 345 408 SF LAB 347 STAIRS 300S CLOSET 300JB UTILITY 300U 300CB A.1 B C D E F G H J K L 47 L.1 A 5.4 BARD HALLTHURSTON HALLBARD HALLTHURSTON HALLT15 T14 T12 T11 T9 T8 T7 T6 T4 T3 T2 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 STAIRS 300SB 617 SF CORRIDOR 300CC 333 300CA 301 ENCLOSED STAIR TOWER ADDITION A3 CORRIDOR 300CA 3 EM LB3 2 2 6 LF LF LF LF LF LF LF LFLFLFLFLF (ETR) (ETR) AUTOMATIC DOOR OPERATOR 8 AUTOMATIC DOOR OPERATOR 8 5 3L-3(ETR) LA-4 EM 1 1 4 52 4 7 6 7 LA-8 EM DOOR HOLDER POWER SUPPLY DH DH 3L-3 3L-3 DOWN TO FIXTURE BELOW DOWN TO FIXTURE BELOW (ETR) 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:01 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM THIRD FLOOR PLAN - ELECTRICAL SDF DSU E-005 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 THIRD FLOOR PLAN - ELECTRICAL KEY NOTES: 1. UPON COMPLETION OF ABOVE CEILING SPRINKLER PIPING WORK, PROVIDE NEW LED LIGHT FIXTURES IN PREVIOUS FIXTURE LOCATIONS AND RECONNECT EXISTING BRANCH CIRCUITING. 2. PROVIDE WALL MOUNTED LED STAIRWELL LIGHT FIXTURE WITH INTEGRAL EMERGENCY BATTERY BACK-UP INVERTER AND FACTORY MOUNTED OCCUPANCY SENSOR. SENSOR SHALL DIM STAIRWELL FIXTURE TO 50% WHEN SPACE IS UN-OCCUPIED. 3. PROVIDE NEW CEILING MOUNTED EXIT LUMINAIRE AND CONNECT TO EXISTING FLOOR EXIT LUMINAIRE LIGHTING CIRCUIT. 4. RELOCATE EXISTING EMERGENCY PHONE TO NEW FIRE RATED WALL. EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING TO RELOCATED DEVICE. 5. PROVIDE NEW PENDANT MOUNTED LED LIGHT FIXTURE TO ACCOMMODATE NEW OVERHEAD FIRE RATED SOFFIT. EXTEND AND RECONNECT EXISTING STAIRWELL LIGHTING CIRCUIT TO NEW FIXTURE. 6. RELOCATE EXISTING WALL MOUNTED LIGHT FIXTURE TO LOCATION SHOWN. EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING TO RELOCATED FIXTURE. 7. UPON COMPLETION OF DOOR REPLACEMENT, EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING TO RE- INSTALLED ACCESS CONTROL DEVICES. 8. PROVIDE 120V POWER CIRCUIT FOR NEW ADA DOOR OPERATOR. PROVIDE ALL REQUIRED CABLING BETWEEN DOOR OPERATOR AND ASSOCIATED PUSHBUTTONS AND KEY SWITCHES (IF APPLICABLE). GENERAL NOTES: 1. TEMPORARILY DISCONNECT, REMOVE, THEN RE-INSTALL ALL CEILING MOUNTED DEVICES AND LIGHT FIXTURES REQUIRED TO INSTALL NEW ABOVE CEILING SPRINKLER SYSTEM PIPING. REFER TO FP-SERIES DRAWINGS FOR PROPOSED ROUTING OF PIPING. 2. PROVIDE FIRESTOPPING OF ALL NEW AND EXISTING WALL PENETRATIONS THROUGH NEW FIRE RATED WALL ASSEMBLIES. DEMOLITION KEY NOTES: 1. DISCONNECT AND REMOVE ALL EXISTING CORRIDOR LIGHT FIXTURES TO ACCOMMODATE NEW SPRINKLER SYSTEM PIPING AND LIGHT FIXTURE REPLACEMENT. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 2. DISCONNECT AND REMOVE EXISTING PENDANT MOUNTED LIGHT FIXTURE TO ACCOMMODATE NEW FIRE RATED SOFFIT. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 3. DISCONNECT AND REMOVE ALL ABANDONED RACEWAY THAT WILL BE CONCEALED BY NEW FIRE RATED WALL (FIELD VERIFY EXACT QUANTITY). FIRE RATED ACCESS PANELS SHALL BE PROVIDED IN NEW FIRE WALL TO ALLOW ACCESS TO ALL REMAINING JUNCTION BOXES AND PULLBOXES. 4. DISCONNECT AND REMOVE EXISTING WALL MOUNTED EMERGENCY PHONE TO ACCOMMODATE NEW FIRE RATED WALL. SAVE AND PROTECT PHONE FOR RELOCATION. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 5. DISCONNECT AND REMOVE EXISTING ACCESS CONTROL SYSTEM DEVICE(S) POWER AND CONTROL BRANCH CIRCUITING BACK TO NEAREST ABOVE CEILING JUNCTION BOX TO ACCOMMODATE DOOR REPLACEMENT. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 6. DISCONNECT AND REMOVE EXISTING WALL MOUNTED LIGHT FIXTURE TO ACCOMMODATE NEW FIRE DOORS. SAVE AND PROTECT FIXTURE FOR RELOCATION. DISCONNECT AND REMOVE BRANCH CIRCUITING BACK TO NEAREST ABOVE CEILING JUNCTION BOX AND SAVE FOR REUSE. 7. DISCONNECT AND REMOVE EXISTING LED WALL PACK AND TURN OVER TO OWNER. EXISTING RECESSED BACKBOX AND ASSOCIATED CONCEALED RACEWAY SHALL REMAIN. BRANCH CIRCUIT CONDUCTORS SHALL BE REMOVED BACK TO SOURCE. PROVIDE BLANK COVERPLATE OVER REMAINING BACKBOX. 06/12/20 UP 246 SF OFFICE 414 178 SF OFFICE 416 400CA 419 130 SF HALL 400CB 1293 SF MECH 400UA 400UC A.1 B C D E F G H J K L 47 L.1 A 5.4 400UB STAIRS 400S T15 T14 T12 T11 T9 T8 T7 T6 TL TJ TG TF TE TD TA T13T14-2 T10 T18 TE2 TD2 TC2 TB2 STAIRS 400SB 5 EM LA-8 EM MAU-1 LE HPP-4B (ETR) HPP-4B-2,4,6 15A-3P C.B.3 4 2 5 B-LEGP-LRP LF LF LF LF LF LF LF LF LF LF LF LF AUTOMATIC DOOR OPERATOR 8 P-1 B-LEGP-LRP- 1,3 7 PPH-1A (ETR) 1 PPH-1 2 1 PPH-1A-21 3 4 T T-B-LEGP-LRP 6 DOWN TO FIXTURE BELOW (ETR) 9 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:02 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM FOURTH FLOOR PLAN - ELECTRICAL SDF DSU E-006 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 FOURTH FLOOR PLAN - ELECTRICAL KEY NOTES: 1. UPON COMPLETION OF ABOVE CEILING SPRINKLER PIPING WORK, PROVIDE NEW LED LIGHT FIXTURES IN PREVIOUS FIXTURE LOCATIONS AND RECONNECT EXISTING BRANCH CIRCUITING. 2. PROVIDE WALL MOUNTED LED STAIRWELL LIGHT FIXTURE WITH INTEGRAL EMERGENCY BATTERY BACK-UP INVERTER AND FACTORY MOUNTED OCCUPANCY SENSOR. SENSOR SHALL DIM STAIRWELL FIXTURE TO 50% WHEN SPACE IS UN-OCCUPIED. 3. PROVIDE U.L. LISTED CIRCUIT BREAKER TO MATCH EXISTING PANELBOARD CONSTRUCTION AND KAIC RATING. 4. RELOCATE EXISTING EMERGENCY PHONE TO NEW FIRE RATED WALL. EXTEND AND RECONNECT EXISTING BRANCH CIRCUITING FROM 3RD FLOOR LANDING TO RELOCATED DEVICE. 5. PROVIDE NEW SURFACE MOUNTED LED LIGHT FIXTURE TO ACCOMMODATE NEW OVERHEAD FIRE RATED SOFFIT. EXTEND AND RECONNECT EXISTING STAIRWELL LIGHTING CIRCUIT TO NEW FIXTURE. 6. TRANSFORMER SHALL BE WALL MOUNTED ABOVE PANELBOARD. 7. PROVIDE 1/2 HP MANUAL MOTOR STARTER FOR NEW 208V, 1-PHASE, CIRCULATION PUMP 'P-1'. COORDINATE EXACT LOCATION WITH EXISTING ROOM EQUIPMENT LAYOUT PRIOR TO ROUGHING-IN. 8. PROVIDE 120V POWER CIRCUIT FOR NEW ADA DOOR OPERATOR. PROVIDE ALL REQUIRED CABLING BETWEEN DOOR OPERATOR AND ASSOCIATED PUSHBUTTONS AND KEY SWITCHES (IF APPLICABLE). 9. UNIT IS BEING PROVIDED WITH FACTORY MOUNTED DISCONNECT AND CONTROLLER. GENERAL NOTES: 1. TEMPORARILY DISCONNECT, REMOVE, THEN RE-INSTALL ALL CEILING MOUNTED DEVICES AND LIGHT FIXTURES REQUIRED TO INSTALL NEW ABOVE CEILING SPRINKLER SYSTEM PIPING. REFER TO FP-SERIES DRAWINGS FOR PROPOSED ROUTING OF PIPING. 2. PROVIDE FIRESTOPPING OF ALL NEW AND EXISTING WALL PENETRATIONS THROUGH NEW FIRE RATED WALL ASSEMBLIES. DEMOLITION KEY NOTES: 1. DISCONNECT AND REMOVE EXISTING PANELBOARD 'PPH-1' TO ACCOMMODATE NEW PANELBOARD 'B-LEGP-LRP'. REFER TO ONE-LINE DIAGRAM ON DRAWING E-500 FOR ADDITIONAL WORK. 2. DISCONNECT AND REMOVE ALL EXISTING CORRIDOR LIGHT FIXTURES TO ACCOMMODATE NEW SPRINKLER SYSTEM PIPING AND LIGHT FIXTURE REPLACEMENT. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 3. DISCONNECT AND REMOVE EXISTING PENDANT MOUNTED LIGHT FIXTURE TO ACCOMMODATE NEW FIRE RATED SOFFIT. SAVE AND PROTECT BRANCH CIRCUITING FOR REUSE. 4. DISCONNECT AND REMOVE ALL ABANDONED RACEWAY THAT WILL BE CONCEALED BY NEW FIRE RATED WALL (FIELD VERIFY EXACT QUANTITY). FIRE RATED ACCESS PANELS SHALL BE PROVIDED IN NEW FIRE WALL TO ALLOW ACCESS TO ALL REMAINING JUNCTION BOXES AND PULLBOXES. 5. DISCONNECT AND REMOVE EXISTING WALL MOUNTED EMERGENCY PHONE TO ACCOMMODATE NEW FIRE RATED WALL. SAVE AND PROTECT PHONE FOR RELOCATION. DISCONNECT AND REMOVE BRANCH CIRCUITING BACK TO 3RD FLOOR STAIRWELL LANDING AND SAVE FOR REUSE. 06/12/20 225A/3P 400A/3P 100A/3P TWO (2) SPARE 100A/3P FIVE (5) SPARE 225A/3P 800A/3P 800A/3P1200A/3P 1200A/3P 500A/3P G 600 kW DIESEL GENERATOR (ETR) 480Y/277V 250 kW LOAD BANK TO KIMBALL HALL ATS-OS1 TO KIMBALL HALL ATS-LR1 TO KIMBALL HALL ATS-LS1 TO THURSTON HALL ATS E N L K-HESB-B (ETR) 1200A, 480Y/277V 600A/3P LSI 800A/3P 600A/3P1600A/3P K-HNSB-B (ETR) 1600A, 480Y/277V BARD HALL ATS (B-ATS-OS1) (ETR) E N L B-ATS-LR1 600A, 3-POLE CLOSED TRANSITION AUTOMATIC TRANSFER SWITCH 400A/3P 125A/3P 100A/3P SPARE 125A/3P SPARE 225A/3P 100A/3P800A/3P MDP (ETR) 800A, 480Y/277V 225A/3P 500A/3P B-LEGP- LRSB HPP-4B (ETR) T-B-LEGP-LRSB 30 kVA PRI: 480/277 SEC: 208Y/120 500A/3P 50A/3P600A/3P B-HEGP-LRSB 600A, 480Y/277V BARD HALL KIMBLE HALL 1 2 2 TWO (2) SETS OF 4#350 MCM, 1#1 GND. IN 3"C TWO (2) SETS OF 4#350 MCM, 1#1 GND. IN 3"C TWO (2) SETS OF 4#350 MCM, 1#1 GND. IN 3"C TWO (2) SETS OF 4#250 MCM, 1#1 GND. IN 3"C 4#1, 1#8 GND. IN 1-1/2"C 4#6, 1#10 GND. IN 1"C B-LEGP- LRP (LOCATED IN BARD PENTHOUSE) ST 80A/3P TO ELEVATOR 1 3 4 300 kVA PRI: 480/277 SEC: 208Y/120 225A/3P1000A/3P MDP (ETR) 1000A, 208Y/120V PPH-1PPH-1A (ETR) 30A/3P T-B-LEGP-LRP 15 kVA PRI: 480/277 SEC: 208Y/120 5 5 TWO (2) SETS OF 4#350 MCM, 1#1 GND. IN 3"C (TAP SIZED PER NEC 240.21(B)(2) TAP LESS THAN 25-FEET) 1 TWO (2) SETS OF 4#250 MCM, 1#1 GND. IN 3"C (ETR) 3#10, 1#10 GND. IN 3/4"C 4#4, 1#10 GND. IN 1-1/4"C 1 2 6 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:03 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM RISERS SDF DSU E-500 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 NO SCALE1PARTIAL ONE-LINE DIAGRAM NEW WORK KEY NOTES: 1. PROVIDE U.L. LISTED CIRCUIT BREAKER TO MATCH EXISTING PANELBOARD CONSTRUCTION AND KAIC RATING. 2. PROVIDE ENCLOSED CIRCUIT BREAKER MOUNTED ACROSS FROM EXISTING GENERATOR DISTRIBUTION BOARD. BREAKER SHALL BE TAPPED OFF EXISTING DISTRIBUTION BOARD BUS. 3. REPLACE EXISTING ELEVATOR CIRCUIT BREAKER WITH SHUNT-TRIP TYPE BREAKER. SHUNT TRIP SHALL BE CONTROLLED BY FIRE ALARM SYSTEM AND SHALL TRIP IN THE EVENT ANY OF THE HEAT DETECTORS IN THE ELEVATOR SHAFT OR ELEVATOR MACHINE ROOM GO INTO ALARM. 4. DISCONNECT AND REMOVE ONE (1) SPARE 400A & ONE (1) SPARE 225A BREAKER IN TOP LEFT PORTION OF EXISTING MDP. RE-ARRANGE REMAINING 350A AND 225A BREAKERS TO ACCOMMODATE NEW 600A BREAKER. 5. RELOCATE THE FOLLOWING 20A, 120V BRANCH CIRCUITS FROM EXISTING PANELBOARD 'PPH-1A' TO NEW PANELBOARD 'B-LEGP-LRP': CKTS. #2, 3, 4, 5, 18 & 19. 6. EXTEND EXISTING PANELBOARD 'HPP-4B' FEEDER TO NEW PANELBOARD 'B-HEGP-LRSB' AND CONNECT TO NEW 500A-3P CIRCUIT BREAKER. DEMOLITION KEY NOTES: 1. DISCONNECT AND REMOVE EXISTING PANELBOARD IN ITS ENTIRETY. EXISTING FEEDER SHALL BE EXTENDED AND CONNECTED TO EXISTING PANELBOARD 'PPH-1A'. 2. DISCONNECT EXISTING PENTHOUSE PANELBOARD 'HPP-4B' FEEDER FROM 'MDP' AND REMOVE BACK TO NEAREST ACCESSIBLE AREA. SAVE AND PROTECT FEEDER FOR REUSE. RE-LABEL EXISTING 500A-3P BREAKER AS 'SPARE'. 06/12/20 LIGHTING FIXTURE SCHEDULE TYPE MANUFACTURER CAT. NUMBER LAMP TYPE COLOR LUMENS VOLTAGE WATTS CRI DIMMING MOUNTING DESCRIPTION LA-4 COLUMBIA LIGHTING ESL4-35ML-FAW-EDU-ELL14H2-NXOS LED 3500K 4600 UNV 40 ≥80 0-10V (10-100%)WALL 4'-0" WALL MOUNTED STAIRWELL LIGHT FIXTURE WITH INTEGRAL BATTERY BACK-UP AND FACTORY MOUNTED OCCUPANCY SENSOR. LA-8 COLUMBIA LIGHTING ESL8-35ML-FAW-EDU-ELL14H2-NXOS LED 3500K 9200 UNV 80 ≥80 0-10V (10-100%)WALL 8'-0" WALL MOUNTED STAIRWELL LIGHT FIXTURE WITH INTEGRAL BATTERY BACK-UP AND FACTORY MOUNTED OCCUPANCY SENSOR. LB CORELITE RZL-WF-40L835-1D-UNV-STD-W-AC120-JB-8 LED 3500K 8710 UNV 70 ≥80 0-10V (10-100%)SUSPENDED (AIRCRAFT CABLE) 8'-0" LINEAR DIRECT/INDIRECT LIGHT FIXTURE WITH METAL BAFFLES, PERFORATED SIDERAILS AND FROSTED LENS LC McGRAW EDISON GWC-AF-01-LED-E1-T2-BZ-P LED 4000K 4200 120V 34 ≥80 --- WALL EXTERIOR WALLPACK WITH TYPE II DISTRIBUTION AND FACTORY INSTALLED PHOTOCELL LD METALUX 22GR-LD5-24-F1-UNV-L835-CD1-U-EL7W LED 3500K TBD UNV 19 ≥80 0-10V (10-100%)RECESSED 2' X 2' RECESSED TROFFER WITH PRISMATIC LENS AND INTEGRAL BATTERY BACK-UP. LE CORELITE RZL-WF-40L835-1D-UNV-STD-W-SU-8 LED 3500K 8000 UNV 70 ≥80 0-10V (10-100%)SURFACE 8'-0" LINEAR DIRECT/INDIRECT LIGHT FIXTURE WITH METAL BAFFLES, PERFORATED SIDERAILS AND FROSTED LENS LF METALUX 24RTC-48-UNV-L835-CD LED 3500K 4800 UNV 37 ≥80 0-10V (10-100%)RECESSED 2' X 4' RECESSED ARCHITECURAL TROFFER WITH CURVED CENTER BASKET AND FROSTED LENS. FIXTURE SHALL BE LOW PROFILE (MAXIMUM 2.5" DEPTH). PANELBOARD B-LEGP-LRSB LOCATION: TRANSFORMER SB00UD MAIN BUS AMPS: 100A SERVICE VOLTAGE: 208Y/120V, 3PH, 4W MAIN CIRCUIT BREAKER: 100A MOUNTING: SURFACE FEEDER SIZE: REFER TO ONE-LINE DIAGRAM FEED: T-B-LEGP-LRSB FEED THRU LUGS: NO S.C. RATING: 10,000 AMPS RMS SYM. DESCRIPTION PHASE AMPS TRIP POLES TRIP PHASE AMPS DESCRIPTIONPH A PH B PH C AMPS AMPS PH A PH B PH C FUME HOOD - LAB SB60 6.0 20A/1P 1 2 20A/1P 6.0 FUME HOOD - LAB SB60 FUME HOOD - LAB SB60 6.0 20A/1P 3 4 20A/1P 6.0 FUME HOOD - LAB SB60 FUME HOOD - LAB SB60 6.0 20A/1P 5 6 20A/1P 6.0 FUME HOOD - LAB SB60 FUME HOOD - LAB SB60 6.0 20A/1P 7 8 20A/1P 6.0 FUME HOOD - LAB SB60 FUME HOOD - LAB SB60 6.0 20A/1P 9 10 20A/1P 6.0 FUME HOOD - LAB SB60 FUME HOOD - LAB SB60 6.0 20A/1P 11 12 20A/1P 1.5 TEMP. CONTROL PANEL - LAB SB60 FUME HOOD - LAB SB40 6.0 20A/1P 13 14 20A/1P 6.0 FUME HOOD - LAB SB38 FUME HOOD - LAB SB36 6.0 20A/1P 15 16 20A/1P 1.5 TEMP. CONTROL PANEL - LAB SB36 TEMP. CONTROL PANEL - LAB SB40 1.5 20A/1P 17 18 20A/1P 0.0 SPARE FUME HOOD - LAB SB28 6.0 20A/1P 19 20 20A/1P 6.0 FUME HOOD - LAB SB28 FUME HOOD - LAB SB28 6.0 20A/1P 21 22 20A/1P 6.0 FUME HOOD - LAB SB28 TEMP. CONTROL PANEL - LAB SB28 1.5 20A/1P 23 24 20A/1P 12.0 REC - ELEVATOR PIT SUMP PUMP SPARE 0.0 20A/1P 25 26 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 27 28 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 29 30 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 31 32 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 33 34 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 35 36 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 37 38 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 39 40 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 41 42 20A/1P 0.0 SPARE 24.0 24.0 15.0 SUBTOTAL (AMPS)24.0 19.5 19.5 PH. A PH. B PH.C TOTAL PHASE AMPS 48.00 43.50 34.50 TOTAL PHASE kVA 5.76 5.22 4.14 TOTAL 3-PHASE kVA 15.12 TOTAL DEMAND 3-PHASE kVA 12.56 TOTAL DEMAND 3-PHASE AMPS 34.90 PANELBOARD B-LEGP-LRP LOCATION: MECH 400UA MAIN BUS AMPS: 60A SERVICE VOLTAGE: 208Y/120V, 3PH, 4W MAIN CIRCUIT BREAKER: 60A MOUNTING: SURFACE FEEDER SIZE: REFER TO ONE-LINE DIAGRAM FEED: T-B-LEGP-LRP FEED THRU LUGS: NO S.C. RATING: 10,000 AMPS RMS SYM. DESCRIPTION PHASE AMPS TRIP POLES TRIP PHASE AMPS DESCRIPTIONPH A PH B PH C AMPS AMPS PH A PH B PH C ELEV CONTROL 6.0 20A/1P 1 2 20A/1P 3.0 REC PH. NE WALL REC PH. NE WALL 3.0 20A/1P 3 4 20A/1P 1.5 REC ELEV ROOM ALC CONTROL 3.0 20A/1P 5 6 20A/1P 3.0 CONTROL PNL PWR SPARE 0.0 20A/1P 7 8 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 9 10 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 11 12 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 13 14 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 15 16 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 17 18 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 19 20 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 21 22 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 23 24 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 25 26 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 27 28 20A/1P 0.0 SPARE SPARE 0.0 20A/1P 29 30 20A/1P 0.0 SPARE 6.0 3.0 3.0 SUBTOTAL (AMPS)3.0 1.5 3.0 PH. A PH. B PH.C TOTAL PHASE AMPS 9.00 4.50 6.00 TOTAL PHASE kVA 1.08 0.54 0.72 TOTAL 3-PHASE kVA 2.34 TOTAL DEMAND 3-PHASE kVA 6.17 TOTAL DEMAND 3-PHASE AMPS 17.15 PANELBOARD B-HEGP-LRSB LOCATION: TRANSFORMER SB00UD MAIN BUS AMPS: 600A SERVICE VOLTAGE: 480Y/277V, 3PH, 4W MAIN CIRCUIT BREAKER: 600A MOUNTING: SURFACE FEEDER SIZE: REFER TO ONE-LINE DIAGRAM FEED: B-ATS-LR1 FEED THRU LUGS: NO S.C. RATING: 10,000 AMPS RMS SYM. DESCRIPTION PHASE AMPS TRIP POLES TRIP PHASE AMPS DESCRIPTIONPH A PH B PH C AMPS AMPS PH A PH B PH C HPP-4B 395.0 500A/3P 1 2 50A/3P 20.8 T-B-LEGP-LRSB395.0 -3 4 -18.8 395.0 -5 6 -14.9 PREPARED SPACE (100A) 7 8 PREPARED SPACE (100A)9 10 11 12 PREPARED SPACE (100A) 13 14 PREPARED SPACE (100A)15 16 17 18 395.0 395.0 395.0 SUBTOTAL (AMPS)20.8 18.8 14.9 PH. A PH. B PH.C TOTAL PHASE AMPS 415.79 413.84 409.95 TOTAL PHASE kVA 49.90 49.66 49.19 TOTAL 3-PHASE kVA 148.75 TOTAL DEMAND 3-PHASE kVA 104.13 TOTAL DEMAND 3-PHASE AMPS 289.37 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:03 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM SCHEDULES & DETAILS SDF DSU E-600 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 06/12/20 P PƧ Ƨ Ƨ Ƨ Ƨ Ƨ ƧƧ Ƨ Ƨ Ƨ P Ƨ Ƨ Ƨ Ƨ Ƨ P Ƨ PƧ Ƨ 135 LOCATED IN BARD HALL ELEVATOR PIT FS TS 1 2 LAB SB60 LAB SB58C LAB SB58B LAB SB58 VEST SB58A LAB SB56 LAB SB56C LAB SB56D LAB SB56E LAB SB30 AREAWAY SB00UE TRANSFORMER SB00UD SWITCHBOARD ROOM SB00UC STEAM ROOM SB00UB ELEVATOR SB00E STORAGE SB26A BATHROOM SB00T CORRIDOR SB00CA CORRIDOR SB00CB LAB SB39 LAB SB40 STAIRS SB00SA STEAM ROOM SB00UA LAB SB38 LAB SB37 LAB SB36A LAB SB36 (ETR) (ETR) (ETR) (ETR) (ETR)(ETR) (ETR)(ETR) (ETR) (ETR) (ETR)(ETR) (ETR) (ETR) (ETR) (ETR)(ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR)(ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) 15 15 15 15 15 15 15 30 15 30 30 15 75 EXISTING NAC PANEL 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:04 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM SUB-BASEMENT PLAN - FIRE ALARM SDF DSU FA-001 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 SUB-BASEMENT- FIRE ALARM KEY NOTES: 1. PROVIDE FIXED TEMPERATURE HEAT DETECTOR WITHIN 2-FEET OF SPRINKLER HEAD IN ELEVATOR PIT. ACTIVATION OF HEAT DETECTOR SHALL INITIATE SHUNT-TRIP OF ELEVATOR CIRCUIT BREAKER. 2. PROVIDE ADDRESSABLE FIRE ALARM INITIATION MODULES FOR NEW SPRINKLER SYSTEM FLOW AND TAMPER SWITCHES. GENERAL NOTES: 1. PROVIDE NEW FIRE ALARM SYSTEM NOTIFICATION AND INITIATION DEVICES AT THE LOCATIONS SHOWN. EXISTING NOTIFICATION APPLIANCE CIRCUIT (NAC) NETWORK SHALL BE EXPANDED TO ACCOMMODATE NEW DEVICES; PROVIDE ADDITIONAL NAC PANELS AND UPGRADE EXISTING NAC PANEL BATTERY CAPACITIES AS REQUIRED. NEW INITIATION DEVICES SHALL BE CONNECTED TO EXISTING ADDRESSABLE LOOPS IN BUILDING. 2. COORDINATE EXACT LOCATIONS OF FLOW AND TAMPER SWITCHES WITH FIRE PROTECTION SYSTEM CONTRACTOR PRIOR TO ROUGHING IN. 06/12/20 P Ƨ Ƨ Ƨ Ƨ Ƨ ƧƧ Ƨ PƧ ƧƧƧ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ƧFACP FS TS FS TS FS TS FS TS 1 2 22 2 3 3WP EQUIPMENT RM B44C LASER LAB B44A LAB B44B VESTIBULE B44 COMPUTER ROOM B40 CLOSET B00UA CLOSET B00UB THURSTON B01A LAB B47 LAB B47A LAB B47B LAB B55 LAB B56 OFFICE B57A LAB B57 OFFICE B59 LAB B58 LAB B60 RECEIVING B60B RECEIVING B60A STAIRS B00SB GAS B07 GAS STOR B07A CORRIDOR B00CA ELEVATOR B00E EQUIPMENT B28 THURSTON B05 SINK B00J BATHROOM B0T CLOSET B00UD CLOSET B00UO STAIR B00S THURSTON B01 B00L B00L B01C B01C B01 B01 Room B02 B02A B02A B03 B03 B04 B04 B04A B04A B00E B00EB00SB B00S B00UA B00UA B06 B06 B07 B07 UNEXCAVATED 296 B00TA B00TA B00C B00C B10 B10 B11 B11 B00S B00S B00TB B00TB B00JB B00JB B00JA B00JA FIRE ALARM SYSTEM MUXPAD (ETR) 4 EXISTING NAC PANEL (ETR)(ETR) (LOCATED INSIDE OF CHAMBER) (ETR) (ETR)(ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR)(ETR) (ETR)(ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR)(ETR) (ETR)(ETR) (ETR)(ETR) 30 15 30 15 15 30 75 15 15 (ETR) 30 30 110 135 LOCATED IN KIMBALL HALL ELEVATOR PIT 5 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:06 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM BASEMENT PLAN - FIRE ALARM SDF DSU FA-002 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 BASEMENT FLOOR PLAN - FIRE ALARM KEY NOTES: 1. REPLACE EXISTING FCI 7200 SERIES FIRE ALARM CONTROL PANEL WITH NEW FCI E3 SERIES PANEL. REFER TO FIRE ALARM RISER ON DRAWING FA-500 FOR ADDITIONAL WORK. 2. PROVIDE ADDRESSABLE FIRE ALARM INITIATION MODULES FOR NEW SPRINKLER SYSTEM FLOW AND TAMPER SWITCHES. 3. PROVIDE 24 VDC FIRE ALARM BELL AND WEATHERPROOF FIRE ALARM STROBE AT NEW FIRE DEPARTMENT CONNECTION LOCATION. THE FIRE ALARM BELL SHALL ONLY SOUND IN THE EVENT A SPRINKLER SYSTEM FLOW SWITCH DETECTS FLOW . THE FIRE ALARM STROBE SHALL FLASH UNDER ANY FIRE ALARM CONDITION. 4. EXISTING FIRE ALARM DIGITIZE MUX PAD SHALL REMAIN AND BE RECONNECTED TO REPLACEMENT FIRE ALARM CONTROL PANEL. 5. PROVIDE FIXED TEMPERATURE HEAT DETECTOR WITHIN 2-FEET OF SPRINKLER HEAD IN ELEVATOR PIT. ACTIVATION OF HEAT DETECTOR SHALL INITIATE SHUNT-TRIP OF ELEVATOR CIRCUIT BREAKER. GENERAL NOTES: 1. PROVIDE NEW FIRE ALARM SYSTEM NOTIFICATION AND INITIATION DEVICES AT THE LOCATIONS SHOWN. EXISTING NOTIFICATION APPLIANCE CIRCUIT (NAC) NETWORK SHALL BE EXPANDED TO ACCOMMODATE NEW DEVICES; PROVIDE ADDITIONAL NAC PANELS AND UPGRADE EXISTING NAC PANEL BATTERY CAPACITIES AS REQUIRED. NEW INITIATION DEVICES SHALL BE CONNECTED TO EXISTING ADDRESSABLE LOOPS IN BUILDING. 2. COORDINATE EXACT LOCATIONS OF FLOW AND TAMPER SWITCHES WITH FIRE PROTECTION SYSTEM CONTRACTOR PRIOR TO ROUGHING IN. 06/12/20 Ƨ Ƨ P PPƧ Ƨ Ƨ Ƨ Ƨ ƧPƧ P Ƨ Ƨ DH DH DH SWING GATE FS TS2 FS TS 2 1 3 15 LAB 131 LAB 160 STAIRS 100SB OFFICE 129 GRAD OFFICE 158 OFFICE 128 OFFICE 127 OFFICE 126 LAB 156 CORRIDOR 100CD ELEVATOR 100E LAB 150 JANITOR 100J BATHROOM 100T HALL 100CC STORAGE 100CB CORRIDOR 100CA LECTURE ROOM 140 LOBBY 100L MAE INSTRUCTIONAL LAB 101 MAE INSTRUCTIONAL LAB 101 MAE INSTRUCTIONAL LAB 101A BENEDEK LAB 115 114 114 113 113 100CC 100CC TEACHING 112 THR 111 100TB 100TB 100L 100L MAE INSTRUCTIONAL LAB 102A 102 102 100S 100S 103 103 Room 100E 100TA 100TA 100UC 100UC 179 179 177 177 176 176 175 175 173 173 171A 171A 171 171 100CA 100CA 100TA 100TA 172 172 100CB 100CB 172A 172A 100UD 100UD 174A 174A 174B 174B 174 174 174C 174C 174D 174D 174E 174E 100UB 100UB 100UA 100UA 180 180 100S 100S RTS 4 EXISTING NAC PANEL (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR)(ETR) (ETR) (ETR)(ETR) (ETR) (ETR) (ETR) 75 15 30 30 30 15 75 75 1 5 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:08 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM FIRST FLOOR PLAN - FIRE ALARM SDF DSU FA-003 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 FIRST FLOOR PLAN - FIRE ALARM KEY NOTES: 1. PROVIDE ADDRESSABLE FIRE ALARM CONTROL MODULE FOR NEW SWING GATE MAGNETIC DOOR HOLDER. DOOR HOLDER SHALL RELEASE UPON ACTIVATION OF A GENERAL FIRE ALARM. 2. PROVIDE ADDRESSABLE FIRE ALARM INITIATION MODULES FOR NEW SPRINKLER SYSTEM FLOW AND TAMPER SWITCHES. 3. PROVIDE ADDRESSABLE FIRE ALARM CONTROL MODULE FOR NEW FIRE DOOR MAGNETIC DOOR HOLDERS. DOOR HOLDERS SHALL RELEASE UPON ACTIVATION OF A GENERAL FIRE ALARM OR WHEN SMOKE IS DETECTED BY THE SMOKE DETECTORS PLACED ON EITHER SIDES OF THE DOORS. CEILING MOUNTED SMOKE DETECTORS SHALL BE LOCATED WITHIN 5-FEET OF DOORS. 4. UPON COMPLETION OF NEW SOFFIT, RE-INSTALL EXISTING REMOTE TEST STATION BACK IN ITS ORIGINAL LOCATION. EXTEND AND RECONNECT EXISTING FIRE ALARM BRANCH CIRCUITING TO RE-INSTALLED DEVICE. 5. RELOCATE EXISTING FIRE ALARM PULLSTATION TO 48" A.F.F. (TOP OF PULLSTATION). DEMOLITION NOTES: 1. DISCONNECT AND REMOVE EXISTING REMOTE TEST STATION TO ACCOMMODATE REMOVAL OF EXISTING SOFFIT. SAVE AND PROTECT TEST STATION FOR RE-INSTALLATION. DISCONNECT AND REMOVE EXISTING FIRE ALARM BRANCH CIRCUITING BACK TO NEAREST ABOVE CEILING JUNCTION BOX AND SAVE FOR REUSE. GENERAL NOTES: 1. PROVIDE NEW FIRE ALARM SYSTEM NOTIFICATION AND INITIATION DEVICES AT THE LOCATIONS SHOWN. EXISTING NOTIFICATION APPLIANCE CIRCUIT (NAC) NETWORK SHALL BE EXPANDED TO ACCOMMODATE NEW DEVICES; PROVIDE ADDITIONAL NAC PANELS AND UPGRADE EXISTING NAC PANEL BATTERY CAPACITIES AS REQUIRED. NEW INITIATION DEVICES SHALL BE CONNECTED TO EXISTING ADDRESSABLE LOOPS IN BUILDING. 2. COORDINATE EXACT LOCATIONS OF FLOW AND TAMPER SWITCHES WITH FIRE PROTECTION SYSTEM CONTRACTOR PRIOR TO ROUGHING IN. 06/12/20 PPPƧ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ DH FS TS2 FS TS 2 LOUNGE 260 BREAK ROOM 231 OFFICE 230 STAIRS 200SBOFFICE 229 OFFICE 258A LAB 258 OFFICE 228 OFFICE 227 OFFICE 226LAB 258B LAB 258C CORRIDOR 200CA ELEVATOR 200E COMPUTER 249 LAB 250 LAB 247 CONFERENCE 245 STAIRS 200S JANITOR 200JA BATHROOM 200T OFFICE 210A OFFICE 210B OFFICE 210C BREAK 210D OFFICE 210E OPEN OFFICE 210F OFFICE ENTRY 200CCOPEN OFFICE 210 COPY ROOM 210G 238 238 237 237 236 236 235 235 234 234 233 233 200C 200C 201 201 202 202 203 203 204 204 205 205 206 206 200S 200S 200E 200E 207 207 232 232 231 231 200TB 200TB 200TA 200TA 200Z 200Z 200U 200U 200J 200J 200S 200S 290L 290L 290A 290A 290K 290K 273 273 200S 200S 20061 20061 290J 290J 290G 290G 275 275 20063 20063 290 290 290F 290F 290E 290E 290D 290D 290C 290C 277 277 279 279 281 281 283 283 287 287 289 289 290B 290B 200S 200S EXISTING NAC PANEL DH (ETR)(ETR) (ETR) (ETR) (ETR)(ETR) (ETR) (ETR)(ETR) (ETR) (ETR) (ETR)(ETR) (ETR) (ETR) (ETR) (ETR) (ETR)(ETR) (ETR)(ETR) (ETR) (ETR) (ETR) (ETR) (ETR)(ETR) 15 30 15 15 30 30 30 30 30 15 1 15 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:10 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM SECOND FLOOR PLAN - FIRE ALARM SDF DSU FA-004 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 SECOND FLOOR PLAN - FIRE ALARM KEY NOTES: 1. RELOCATE EXISTING FIRE ALARM PULLSTATION TO 48" A.F.F. (TOP OF PULLSTATION). 2. PROVIDE ADDRESSABLE FIRE ALARM INITIATION MODULES FOR NEW SPRINKLER SYSTEM FLOW AND TAMPER SWITCHES. GENERAL NOTES: 1. PROVIDE NEW FIRE ALARM SYSTEM NOTIFICATION AND INITIATION DEVICES AT THE LOCATIONS SHOWN. EXISTING NOTIFICATION APPLIANCE CIRCUIT (NAC) NETWORK SHALL BE EXPANDED TO ACCOMMODATE NEW DEVICES; PROVIDE ADDITIONAL NAC PANELS AND UPGRADE EXISTING NAC PANEL BATTERY CAPACITIES AS REQUIRED. NEW INITIATION DEVICES SHALL BE CONNECTED TO EXISTING ADDRESSABLE LOOPS IN BUILDING. 2. COORDINATE EXACT LOCATIONS OF FLOW AND TAMPER SWITCHES WITH FIRE PROTECTION SYSTEM CONTRACTOR PRIOR TO ROUGHING IN. 06/12/20 P Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ PDH DH FS TS2 FS TS 2 1 LAB 361 OFFICE 360 OFFICE 330 OFFICE 330A STAIRS 300SBLAB 359 LAB 356 OFFICE 329 OFFICE 328 OFFICE 327 OFFICE 326 CORRIDOR 300CC LAB 350 JANITOR 300JA BATHROOM 300T LAB 347 LAB 345 LAB 344 OFFICE 341OFFICE 340 STAIRS 300S UTILITY 300U CLOSET 300JB LAB 315 LAB 316 OFFICE 310 OFFICE 311 OFFICE 312 OFFICE 313 OFFICE 314 VEST 300CB 300CA 300CA 301 301 333 333 301A 301A 302 302 303 303 304 304 305 305 306 306 306A 306A STAIR 300S 300E 300E 307 307 300CB 300CB 332 332 331 331 330 330 329 329 327 327 325 325 323 323 322 322 321 321 300U 300U 300Z 300Z 300T 300T 383 383 300CB 300CB 300Z 300Z 300S 300S 390B 390B390C 390C381 381 379 379 377 377 390D 390D 390E 390E 390F 390F 390G 390G375 375 373 373 30061 30061 371 371 390M 390M 390L 390L 390K 390K 390J 390J 390A 390A 390 390 (ETR) (ETR) (ETR)(ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR)(ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) (ETR) 30 15 30 75 15 30 15 30 4 3 15 15 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:12 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM THIRD FLOOR PLAN - FIRE ALARM SDF DSU FA-005 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0"1 THIRD FLOOR PLAN - FIRE ALARM KEY NOTES: 1. PROVIDE ADDRESSABLE FIRE ALARM CONTROL MODULE FOR NEW FIRE DOOR MAGNETIC DOOR HOLDERS. DOOR HOLDERS SHALL RELEASE UPON ACTIVATION OF A GENERAL FIRE ALARM OR WHEN SMOKE IS DETECTED BY THE SMOKE DETECTORS PLACED ON EITHER SIDES OF THE DOORS. CEILING MOUNTED SMOKE DETECTORS SHALL BE LOCATED WITHIN 5-FEET OF DOORS. 2. PROVIDE ADDRESSABLE FIRE ALARM INITIATION MODULES FOR NEW SPRINKLER SYSTEM FLOW AND TAMPER SWITCHES. 3. RELOCATE EXISTING FIRE ALARM PULLSTATION TO 48" A.F.F. (TOP OF PULLSTATION). 4. RELOCATE EXISTING SMOKE DETECTOR TO LOCATION INDICATED. EXTEND AND RECONNECT EXISTING FIRE ALARM BRANCH CIRCUITING TO RELOCATED DEVICE. 5. RELOCATE EXISTING SMOKE DETECTOR TO ACCOMMODATE NEW FIRE RATED SOFFIT. EXTEND AND RECONNECT EXISTING FIRE ALARM BRANCH CIRCUITING TO RELOCATED DEVICE. SMOKE DETECTOR SHALL BE RE-INSTALLED ON SAME CEILING AS PREVIOUS LOCATION. GENERAL NOTES: 1. PROVIDE NEW FIRE ALARM SYSTEM NOTIFICATION AND INITIATION DEVICES AT THE LOCATIONS SHOWN. EXISTING NOTIFICATION APPLIANCE CIRCUIT (NAC) NETWORK SHALL BE EXPANDED TO ACCOMMODATE NEW DEVICES; PROVIDE ADDITIONAL NAC PANELS AND UPGRADE EXISTING NAC PANEL BATTERY CAPACITIES AS REQUIRED. NEW INITIATION DEVICES SHALL BE CONNECTED TO EXISTING ADDRESSABLE LOOPS IN BUILDING. 2. COORDINATE EXACT LOCATIONS OF FLOW AND TAMPER SWITCHES WITH FIRE PROTECTION SYSTEM CONTRACTOR PRIOR TO ROUGHING IN. DEMOLITION NOTES: 1. DISCONNECT AND REMOVE EXISTING SMOKE DETECTOR TO ACCOMMODATE NEW FIRE RATED SOFFIT. SAVE AND PROTECT SMOKE DETECTOR FOR RELOCATION. DISCONNECT AND REMOVE BRANCH CIRCUITING BACK TO NEAREST JUNCTION BOX OUTSIDE OF STAIRWELL AND SAVE FOR REUSE. 06/12/20 Ƨ Ƨ Ƨ PP WP FS TS1 FS TS 2 STAIRS 400SB MECH 400UC MECH 400UA MECH 400UB HALL 400CB MECH 419 CORR 400CA OFFICE 416 OFFICE 414 STAIRS 400S 400CA 400CA 401 401 402 402 403 403 404 404 406 406 407 407 405 405 422 422 421 421 420 420 419 419 418 418 417 417 416 416 415 415 407A 407A 400S 400S 400E 400E 400 400 400CB 400CB 400Z 400Z 400T 400T 400U 400U (ETR) (ETR) 135 135 3 3 2 2 115 15 15 75 15 EXISTING AHU (ETR) (ETR) 4 ACM (ETR) 5 ACM ELEVATOR SHUNT-TRIP MAU-1 62 15 145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:13 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM FOURTH FLOOR PLAN - FIRE ALARM SDF DSU FA-006 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 3/32" = 1'-0" 1 FOURTH FLOOR PLAN - FIRE ALARM KEY NOTES: 1. PROVIDE ADDRESSABLE FIRE ALARM INITIATION MODULES FOR NEW SPRINKLER SYSTEM FLOW AND TAMPER SWITCHES. 2. REPLACE EXISTING FIRE ALARM NOTIFICATION DEVICE WITH NEW. RECONNECT EXISTING FIRE ALARM BRANCH CIRCUITING TO REPLACEMENT DEVICE. 3. PROVIDE FIXED TEMPERATURE HEAT DETECTOR WITHIN 2-FEET OF SPRINKLER HEAD IN TOP OF ELEVATOR SHAFT AND IN ELEVATOR MACHINE ROOM. ACTIVATION OF EITHER OF THESE HEAT DETECTORS SHALL INITIATE SHUNT-TRIP OF ELEVATOR CIRCUIT BREAKER. 4. PROVIDE ADDRESSABLE FIRE ALARM CONTROL MODULE TO CONTROL ELEVATOR SHUNT-TRIP CIRCUIT BREAKER IN PANELBOARD 'HPP-4B'. 5. PROVIDE ADDRESSABLE FIRE ALARM CONTROL MODULE TO ACTIVATE STAIR PRESSURIZATION FAN 'MAU-1' AND ASSOCIATED CIRCULATION PUMP 'P-1'. COORDINATE CONNECTION TO MAKE-UP AIR UNIT CONTROLLER WITH HVAC CONTRACTOR. 6. RELOCATE EXISTING SMOKE DETECTOR TO UNDERSIDE OF NEW FIRE RATED SOFFIT. EXTEND AND RECONNECT EXISTING FIRE ALARM BRANCH CIRCUITING TO RELOCATED DEVICE. GENERAL NOTES: 1. PROVIDE NEW FIRE ALARM SYSTEM NOTIFICATION AND INITIATION DEVICES AT THE LOCATIONS SHOWN. EXISTING NOTIFICATION APPLIANCE CIRCUIT (NAC) NETWORK SHALL BE EXPANDED TO ACCOMMODATE NEW DEVICES; PROVIDE ADDITIONAL NAC PANELS AND UPGRADE EXISTING NAC PANEL BATTERY CAPACITIES AS REQUIRED. NEW INITIATION DEVICES SHALL BE CONNECTED TO EXISTING ADDRESSABLE LOOPS IN BUILDING. 2. COORDINATE EXACT LOCATIONS OF FLOW AND TAMPER SWITCHES WITH FIRE PROTECTION SYSTEM CONTRACTOR PRIOR TO ROUGHING IN. DEMOLITION NOTES: 1. DISCONNECT AND REMOVE EXISTING FIRE ALARM NOTIFICATION DEVICE TO ACCOMMODATE NEW FIRE WALL. DISCONNECT AND REMOVE EXISTING FIRE ALARM BRANCH CIRCUITING BACK TO SOURCE. 2. DISCONNECT AND REMOVE EXISTING SMOKE DETECTOR TO ACCOMMODATE NEW FIRE RATED SOFFIT. SAVE AND PROTECT SMOKE DETECTOR FOR RELOCATION. DISCONNECT AND REMOVE BRANCH CIRCUITING BACK TO NEAREST JUNCTION BOX OUTSIDE OF STAIRWELL AND SAVE FOR REUSE. 06/12/20 ACM PƧ FACP BATTERY Ƨ P EXISTING NOTIFICATION APPLIANCE CIRCUIT(S) EXISTING INITIATION CIRCUIT(S) 120V ACM ACM AR PRIMARY LEVEL AR SECONDARY LEVEL AR FLASHING HAT ELEVATOR FIRE ALARM RISER GENERAL NOTES: 1. THIS RISER DIAGRAM IS DIAGRAMMATIC ONLY AND DOES NOT INDICATE EVERY DEVICE REQUIRED. REFER TO FA SERIES DRAWINGS FOR QUANTITIES AND DEVICES. 2. REFER TO FIRE PROTECTION AND MECHANICAL DRAWINGS FOR VERIFICATION OF QUANTITIES OF TAMPER SWITCHES, FLOW SWITCHES, PRESSURE SWITCHES, SMOKE DAMPERS, ETC. EXISTING DIGITAL MUX PAD SPRINKLER BELL AM TS ACM AR SHUNT TRIP AM ACM AR HVAC UNIT SHUTDOWN CONTROL VOLTAGE FCI E3 SERIES AM EXISTING HARDWIRED ZONE #1 (KIMBALL 1ST FLOOR OFFICES AND LABS) AM EXISTING HARDWIRED ZONE #6 (KIMBALL SPRINKLER 1ST FLOOR) AM EXISTING HARDWIRED ZONE #8 (KIMBALL CLEAN ROOMS 172, 174A,B,C,D) FIRE ALARM RISER NOTES: 1. PROVIDE PROGRAMMING OF NEW PANEL TO ALLOW FOR FIRE ALARM TESTS WITHOUT TRIGGERING THE TOXIC GAS MONITORING SYSTEMS (TGMS). PROVIDE PUSHBUTTON ON FIRE ALARM CONTROL PANEL TO ALLOW FOR BYPASS. COORDINATE ALL PROGRAMMING AND TESTING OF FIRE ALARM SYSTEM WITH COLLEGE OF ENGINEERING SAFETY MANAGER. 2. PROVIDE ADDRESSABLE MONITOR MODULES TO MONITOR REMAINING HARDWIRED ZONES IN BUILDING COMPLEX AND CONNECT TO REPLACEMENT PANEL. 3. EXTEND AND RECONNECT ALL EXISTING ADDRESSABLE INITIATION CIRCUITS AND EXISTING NOTIFICATION APPLIANCE CIRCUITS TO NEW CONTROL PANEL. 4. EXTEND AND RECONNECT EXISTING DIGITAL MUX PAD TO NEW FIRE ALARM CONTROL TO ALLOW FOR SYSTEM MONITORING AT BARTON HALL. 21 2 2 3 3 4 ACTION DISPLAYCONTROL ENTRY FLOOR 5'-0" MAX. TO TOP OF DISPLAY READOUT145 Culver Road Suite 200 Rochester, NY 14620-1678 Telephone 585 427 8888 Facsimile 585 427 8914 www.erdmananthony.com These documents and all the ideas, arrangements, designs and plans indicated thereon or presented thereby are owned by and remain the property of SWBR and no part thereof shall be utilized by any person, firm, or corporation for any purpose whatsoever except with the specific written permission of SWBR. All rights reserved. © 387 East Main Street Rochester NY 14604 585 232 8300 | rochester@swbr.com FILE PATH:SWBR Project Number Checked By: Project Manager: Drawn By: Revisions6/11/2020 4:09:14 PMC:\Users\monom\Documents\Revit 2020\19546_MEP_Central_v2020_monomCVV2R.rvt17435.00 RAM FIRE ALARM RISER & DETAILS SDF DSU FA-500 BID DOCUMENTS CORNELL UNIVERSITY CORNELL BARD HALL CODE IMPROVEMENTS June 12, 2020 NO SCALE 1 FIRE ALARM RISER DIAGRAM NO SCALE 2 FACP AND FAAP ELEVATION 06/12/20