HomeMy WebLinkAbout815 S Aurora St Bldg A and B_Mechanical_Revised Permit DrawingsM
C
T
S
EXHAUST GRILLE
RETURN GRILLE
SUPPLY DIFFUSER
VOLUME DAMPER
FIRE DAMPER
CONTROL DAMPER
LEGEND
CONNECT TO EXISTING
MASTER THERMOSTAT
TIME CLOCK
DEMOLISHED
EXISTING TO REMAIN
THERMOSTAT
CO2 SENSOR/PTL CONTROLLER
FLEX DUCT
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/8" = 1'-0"8/20/2021 12:53:54 PMM0.00
Notes
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 14850A.HEAT PUMP SYSTEMS:
1.During unoccupied periods as determined by 7 day programmable thermostat, the system shall be set back to adjustable setpoint temperatures.
2.During occupied periods as determined by 7 day programmable thermostat, the system shall respond to setpoint temperatures. Each fan coil shall have
a thermostat for heating and cooling setpoints. The unit shall remain on until setpoint is reached.
3.The heat pump system is to be the primary heating/cooling system to reach setpoint temperatures.
A.In heating mode, the thermostat shall call for heat from the fan coil/heat pump and they shall remain on until satisfying setpoint temperature. If
the space temperature cannot be satisfied and the temperature drops 3 degrees below setpoint temperature, the 2nd stage heat 24 Volt DC output
shall energize the electric resistance heat relays. The electric heat will be integral to the fan coil.
B.In cooling mode, the thermostat shall call for cooling from the fan coil/heat pump and they shall remain on until satisfying setpoint temperature. In
cooling mode, the electric resistance heat shall be locked out.
B.EXHAUST FANS:
1.EF-1 Bathroom exhaust fan; The bathroom exhaust fan shall run continuously. In three bedroom units the fan shall run at 65 CFM,in two bedroom units
the fan shall run at 50 CFM, in one bedroom units the fan shall run at 35 CFM. .
2.EF-2 Fire pump room fan; The corridor ventilation fan shall run continuously at 50 CFM.
3.EF-1 Corridor bathroom exhaust fan; The bathroom exhaust fan shall turn on and run at 50 CFM when occupancy is sensed by a wall mounted occupancy
sensor. When occupancy is no longer sensed, the fan shall turn off.
C. ELECTRIC WALL HEATER & BASEBOARD HEATERS
1.In the stairwells and corridors, there shall be an internal thermostat (set to 68 degrees F) with lockout that is to control setpoint temperatures. Upon a call
for heat, the heater shall turn on and remain on. Upon setpoint being satisfied, the heater shall turn off and remain off. Electric baseboard heaters shall
have a unit mounted thermostat (set to 68 degrees F). Upon a call for heat, the heater shall turn on and remain on. Upon setpoint being satisfied, the
heater shall turn off and remain off.
D.ENERGY RECOVERY VENTILATOR SYSTEMS:
1. ERV-1 (Gym/Game room & 4th floor & Lounge); Once enabled, the exhaust and outdoor air motorized dampers shall be open 100% and supply and
exhaust fans shall run. The unit shall be enabled by a wall mounted CO2 sensor setpoint reading over 700 ppm (adjustable) and a ceiling mounted
occupancy sensor (located in each bathroom and one in the fitness center). Once the CO2 setpoint and occupancy sensors are satisfied, supply and
exhaust fans shall stop and the exhaust and outdoor air motorized dampers shall be closed. The unit shall have an electric resistance duct heater that the
internal SRC controller shall control based on supply air temperature.
2. ERV-1 (Corridors); The corridor ERV shall run continuously. The unit shall have an electric resistance duct heater that the internal SRC controller shall
control based on supply air temperature.
3. ERV-2; Once enabled, the exhaust and outdoor air motorized dampers shall be open 100% and supply and exhaust fans shall run. The unit shall be
enabled by a wall mounted CO2 sensor setpoint reading over 700 ppm (adjustable) and a ceiling mounted occupancy sensor. Once the CO2 setpoint and
occupancy sensors are satisfied, supply and exhaust fans shall stop and the exhaust and outdoor air motorized dampers shall be closed. The unit shall
have an electric resistance duct heater that the internal SRC controller shall control based on supply air temperature.
SEQUENCE OF OPERATIONS
Part 1 -GENERAL
1.1 SUBMITTALS
A.Provide electronic (pdf) submittals of the following:
1.Equipment
2.Equipment pads
3.Lineset tubing and insulation
4.Rigid and flexible duct
5.Duct insulation
6.Registers, grilles, louvers, wall caps, radiation dampers
7.Ductwork shop drawings
B.Testing and Balancing report air-side (all supply/return/ventilation/exhaust registers).
AABC or NEBB qualified balancer.
C.Closeout
1.Operation and Maintenance Manual
2.As-Built drawings
PART 2 -PRODUCTS
2.1 HEATING AND COOLING SPLIT SYSTEM
A.System shall be a variable refrigerant flow series DX split type air conditioner using multiple indoor units of varying type and size, an inverter driven
outdoor condensing unit and a direct digital control system to ensure an efficiently controlled, operated and engineered system.
B.There shall be a 5 year warranty on the compressor and 1 year plus extended on all other parts. A certified contractor shall install the system to
receive the extended warranty.
C.Refrigerant circuit
1.The refrigerant circuit shall include manufacturer supplied Y-branches or Header fittings to connect to single or multiple (ducted, non-ducted or
mixed) indoor units to effectively and evenly distribute refrigerant throughout the VRF system.
2.All field installed refrigerant pipes between outdoor unit and Y-branch or Header and from Y-branch or Header to indoor units shall be field
provided.
3.Factory installed microprocessor controls in the outdoor unit, and indoor units shall perform functions to efficiently operate the VRF system.
4.Communication between components shall be provided via a field provided and installed 18 AWG shielded wire pair and terminated in a RS485
daisy chain configuration.
5.Outdoor Unit shall be capable of continuous operation between the following outdoor ambient range. Operation outside of these conditions is
possible and may involve non-continuous operations.
a.Cooling: 23°F DB to 122°F DB
b.Heating: -4°F WB to 61°F WB
6.The system shall be capable of operating at an elevation of at lease 164 feet above or 131 feet below the indoor units.
7. All field provided piping shall be de-hydraded ACR copper pipe. Other pipe materials shall not be allowed.
8. All refrigerant piping shall be insulated with 1" insulation.
2.2 FAN COIL
1.The fan coil unit shall be designed to operate in the vertical (upflow) configuration or horizontal (left) end discharge.
2.Unit shall be equipped with factory installed temperature thermistors for:
a.Return air
1.Refrigerant entering coil
2.Refrigerant leaving coil
3.Unit shall have the following functions as standard:
a.Self-diagnostic function
b.Auto addressing
1.Auto restart function
d.Auto changeover function (Heat Recovery system only)
1.Auto operation function
2.Child lock function
3.Forced operation
4.Dual thermistor control
5.Sleep mode
6.External static pressure (ESP) control
7.Dual setpoint control
8.Multiple aux heater applications
9.Filter life and power consumption display
2.3 DUCTWORK
A.Metallic ductwork
1.Sheet metal per SMACNA HVAC Duct Construction Standards -Metal and Flexible, low pressure requirements.
a.Round ducts
1)12" or less: 30 gauge
2)Over 12": 26 gauge
b.Rectangular ducts
1)36" or less: 30 gauge
2)Over 36": 26 gauge
c.Fabricate round and rectangular duct hangers and supports from materials and methods outlined in SMACNA -Low Pressure Duct
Construction Standards, 5th Edition.
d.All ductwork is to be rigid.
e.Duct sizing -Pressure drop shall be no more than 0.1" SP/100 feet of duct.
B.Insulation
1.All fiberglass products shall be fornaldehyde-free.
2.Duct insulation in conditioned spaces: Supply R-5; Return none.
3.Duct insulation in unconditioned spaces: Supply and Return R-8.
4. Duct insulation for ERV; Exhaust duct and outdoor air intake duct R-8.
C.Duct sealant options:
a.RCD Corp Mastic #6, Hardcast Iron-Grip 601, or equal, with fiberglass mesh tape, UL 181.
b.Automated aerosolized sealant: Aeroseal or approved equal.
D.Registers and grilles
1.Wall supply registers: Hart & Cooley with opposed blade damper.
2.Wall return grilles: Hart & Cooley
3.Exterior louvers: Alumininum, drainable, depth to coordinate with wall construction.
4.Provide register and louver frame styles compatible with mounting surface.
5.All registers types, colors, and locations are to be coordinated with architect.
E.Ceiling Radiation Dampers
1. Greenheck CRD-1 or approved equal.
2. Install as per manufacturers instructions
F. Dryer Duct
1.30 ga. galv or aluminum, 4"ø rigid metal or 31/4x10 wallstacks to roof w/gooseneck and backdraft damper.
2.Makeup air required where dryer exceeds 200 cfm.
3.Exhaust ducts for domestic clothes dryers shall have a smooth interior finish. The entire exhaust system shall be supported and secured in place.
The male end of the duct at overlapped duct joints shall extend in the direction of airflow. Clothes dryer transition ducts used to connect the
appliance to the exhaust duct system shall be metal and limited to a single length not to exceed 8 feet in length and shall be listed and labeled for
the application. Transition ducts shall not be concealed within construction.
4.Provide clean out at all vertical sections of dryer exhuast duct.
5.Seal all penetrations with non-combustible material.
2.4 MECHANICAL IDENTIFICATION
A.Plastic Nameplates: All equipment is to have laminated three layer black plastic with engraved white letters. Tag size minimum 1½”square.
B.Plastic Tape Pipe Markers: All ducts and pipes are to have flexible, vinyl film tape with pressure sensitive adhesive backing and printed markings.
Green background with white letters.
2.5 CONTROLS
A.Provide all controls as required on the schedules and to implement Sequence of Operation described on this sheet.
PART 3 -EXECUTION
3.1 INSTALLATION
A.General
1.Install all equipment per manufacturer's instructions and standard trade practices. Set units level and plumb. Provide vibration isolation in between
the condensing unit and the base stand.
2.All equipment shall have vibration isolation incorporated into the support system.
3.Provide clearances as specified by the manufacturer.
4.Provide access panels for concealed equipment, valves, dampers.
5.Coordinate locations of all equipment with architectural drawing.
6.Provide electric power, per NEC. Verify compatibility with equipment power characteristics. Provide new circuit breakers as required. Label breakers
with neat, permanent markings.
7.All work is to be done in accordance with 2015 Uniform Code with 2016 NYS supplements.
B.Refrigerant Piping
1.Size and insulate refrigerant piping per manufacturer's instructions. Provide UV protectant coating for exposed exterior insulation. Comply with
ASHRAE 15. Exterior pipes shall be encased in a PVC pipe cover. Referigerant piping on roof shall be supported every 4'.
Perform Triple Leak and Pressure Test as per manufacturer’s instruction including checking all connections for leaks by applying a bubble solution
to all joints. Document the locations of any leaks found and fix leaks and retest as per manufacturer’s instructions. Once Leak and Pressure Test is
completed perform Triple Evacuation Procedure as per the manufacturer’s instructions. Once the system has been properly evacuated confirm the
necessity of additional Refrigerant Trim Charge as per the manufacturer’s instructions and engineering documents.
Document any refrigerant added for each unit and final refrigerant charge. If there are joints between the indoor and outdoor units other than at the
units, document on as built drawings including piping riser diagram so that the joint can be located post-construction.
Provide documentation for the above testing including the name of the person performing the test, day/time, results of any leaks that needed to be
fixed. Notify engineer at least 48 hours prior to the testing.
C.Ductwork
1.All duct shall be galvanized steel unless noted otherwise. Fiberglass ductboard NOT permitted.
2.Provide flexible connection to vibration producing equipment.
3.Maximum 6 feet of flexible duct for connection to registers and diffusers only. Install properly supported with no kinks or sharp bends. Seal
connections with adhesive and ties per Manufacturer's instructions.
5.Maximum of 8 feet total in runs of flexible duct for exhaust fans.
6.All mitered duct elbows are to be equipped with air-turning vanes. All radiused duct elbows are to have minimum interior radius equal to one times
the duct width (width being duct dimension in direction of radius).
7.Provide duct transitions as required for clearance and duct crossovers.
8.All duct dimensions listed on plans are inside clear dimensions.
9.Install fire dampers in all ductwork greater than 100 square inches that penetrates a fire rated wall or barrier.
D.Duct Sealing
1.Seal all duct joints according to one of the specified products. Method of application per manufacturer's instructions. The supply ducts shall have air
losses of less than 10% of the total air flow volume measure at the fan or air-moving device.
3.2 COMMISSIONING, TESTING, AND BALANCING
A.Equipment to be commissioned
1.Split System HVAC equipment
2.Fan/coil units
3.Exhaust fan
4.Controls
B.Equipment checkout and startup
1.Verify proper installation, initial settings, and calibration of all controls and valves.
2.Provide startup as specified by manufacturer.
3.Verify sequence of operation as directed by the specifications and the manufacturer.
4.Verify all safety controls.
C.Measurements and Adjustments
1.Measure all air flows, temperatures and other characteristics as indicated in the drawings and specifications or required by the manufacturer.
2.Measure motor currents.
3.Measure temperature rise or drop as appropriate through fan coils.
4.Adjust equipment for smooth, quiet operation. Lubricate as directed by the manufacturer
5.For outdoor condensing and heat pump units, measure and report:
5.1.Outdoor air temperature
5.2.Superheat
5.3.Subcooling
5.4.Final refrigerant charge
D.Reports
1.Provide written test and balance report, including sequences tested.
2.Identify equipment, date and time of test.
3.Provide design, initial, and final airflow values.
4.Report shall be signed by Contractor and Owner's representative.
E.Training
1.Provide a minimum 4 hours of on site training and instructions of the system operation. Schedule training with Owner in writing to allow for
attendance by maintenance staff. Obtain Owner signoff for completion of training.
3.3 O&M, AS BUILTS AND WARRANTY
A.Provide (1) hard copy and (1) digital copy of O&M manuals.
B.Provide (1) full size hard copy and (1) digital copy of as-built drawings.
C.Provide all warranty information.
CODE SECTION COMPLIANCE
C103.2.1 REFERENCE MECHANICAL AND PLUMBING DOCUMENTS FOR DUCT AND PIPE INSULATION MATERIALS, ARCHITECTURAL
DOCUMENTS FOR ALL OTHER INSULATION MATERIALS
C103.2.2 REFERENCE ARCHITECTURAL PLANS FOR FENESTRATION U-FACTORS AND SOLAR HEAT GAIN COEFFICIENTS
C103.2.3 REFERENCE ARCHITECTURAL PLANSFOR AREA-WEIGHTED U-FACTORS AND SOLAR HEAT GAIN COEFFICIENTS
C103.2.4 MECHANICAL DESIGN CONFORMS TO 2020IECC AND IMC CODE REQUIREMENTS
C103.2.5 REFERENCE MECHANICAL AND PLUMBING DOCUMENTS FOR EQUIPMENT TYPES, SIZES AND EFFICIENCIES
C103.2.7 REFERENCE MECHANICAL DOCUMENTS FOR EQUIPMENT AND SYSTEM CONTROLS
C103.2.8 REFERENCE MECHANICAL DOCUMENTS FOR EQUIPMENT HORSEPOWER AND CONTROLS
C103.2.9 REFERENCE MECHANICAL AND PLUMBING SPECIFICATIONS FOR CEILING AND INSULATION LOCATIONS
C103.2.12 REFERENCE MECHANICAL SPECIFICATIONS FOR AIR SEALING DETAILS
C303.3 OPERATION AND MAINTENANCE MANUAL SHALL BE PROVIDED TO OWNER BY CONTRACTOR FOR ALL EQUIPMENT
C403.2.1 HVAC LOAD SIZING HAS BEEN PERFORMED IN THE CARRIER HAP PROGRAM, USING RTS (HEAT BALANCE)
METHODOLOGY
C403.2.3 ALL HVAC EQUIPMENT MEETS OR EXCEEDS MINIMUM EFFICIENCIES, REFERENCE MECHANICAL DOCUMENTS
C403.2.4 REQUIRED HVAC CONTROLS SHALL BE PROVIDED, REFERENCE MECHANICAL DOCUMENTS
C403.2.4.3 MOTORIZED DAMPERS PROVIDED FOR EXHAUST AND OUTSIDE AIR INTAKES GREATER THAN 300 CFM OR IN BUILDLINGS 3
STORIES OR LESS
C403.2.9.1 DUCT IS REQUIRED TO BE INSULATED TO THE INDICATED MINIMUM LEVEL, REFERENCE MECHANICAL DOCUMENTS
C403.2.9.3 INSTALLING CONTRACTOR SHALL ENSURE THAT ALL AIR DISTRIBUTION COMPONENTS ARE PROPERLY SEALED
C403.2.9.5 DUCT SIZING AND DUCT DESIGN HAS BEEN PERFORMED, REFERENCE MECHANCIAL DOCUMENTS
C403.2.10 ALL PIPING INSULATION CRITERIA HAS BEEN MET, REFERENCE MECHANICAL/PLUMBING DOCUMENTS
C403.2.11 MECHANICAL SYSTEMS SHALL BE COMMISSIONED AS REQUIRED
C403.5.3 ECONOMIZER CONTROL NOT REQUIRED. ALL INDIVIDUAL UNIT COOLING CAPACITIES ARE LESS THAN 270,000 BTU/HR
C408.2.2 INSTALLING CONTRACTOR SHALL TEST AND BALANCE ALL HVAC SYSTEMS AND PROVIDE REPORT TO ENGINEER
REQUIRED 2020 IECC ENERGY CONSERVATION COMPLIANCE
ENERGY CONSERVATION CODE COMPLIANCE STATE
TO THE BEST OF MY KNOWLEDGE, BELIEF AND PROFESSIONAL JUDGMENT, THE
PLANS AND SPECIFICATIONS ARE IN COMPLIANCE WITH THE INTERNATIONAL
ENERGY CODE, AS ADOPTED BY THE STATE.
REVISIONS
Δ DESCRIPTION DATE
4 REV. PERMIT 08/20/21
4
Bath
Bedroom Closet
Bedroom
Kitchen
Living/ Dining
Mech Closet
Mech Closet
EF-1
F
E
E
FC-1
8"ø
8"ø
4"ø
4"ø
6"ø
4"ø
16"x10"
A
B
6"ø8"ø
CONNECT TO HOOD PROVIDED
BY G.C.
CONNECT TO RETURN
DUCT
PROVIDE DRYERBOX
DB-480, CONNECT 4"
DUCT
270 CFM
270 CFM
100 CFM
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/2" = 1'-0"8/20/2021 12:54:29 PMM2.00
Mechanical Unit Plan
1.0
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/2" = 1'-0"1 Mechanical Enlarged Unit Plan 1.0
1.ALL DUCT PENETRATIONS AT CEILING REQUIRE
CEILING RADIATION DAMPERS (1.5 HR). REFER TO
M3.00 FOR ADDITIONAL DETAILS.
MECHANICAL UNIT PLAN GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
Living/ Dining
Bath
Bedroom
Bedroom
Mech Closet
Kitchen
Chase 2
2
M3.00
__________
B
0 CFM
A
EF-16"ø
4"ø
6"ø
20"x13"
FC-1
6"ø E E F
F
8"ø
8"ø
6"ø
CONNECT TO HOOD PROVIDED
BY G.C.
CONNECT TO RETURN
DUCT
PROVIDE DRYERBOX
DB-480, CONNECT 4"
DUCT
220 CFM 220 CFM 100 CFM
100 CFM
4"ø
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/2" = 1'-0"8/20/2021 12:55:17 PMM2.01
Mechanical Unit Plan
2.0
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/2" = 1'-0"1 Mechanical Enlarged Unit Plan 2.0
1.ALL DUCT PENETRATIONS AT CEILING REQUIRE
CEILING RADIATION DAMPERS (1.5 HR). REFER TO
M3.00 FOR ADDITIONAL DETAILS.
MECHANICAL UNIT PLAN GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
Mech Closet
Living/ Dining
Coat Closet
Mech Closet
Bath
Bedroom Bedroom
Kitchen
E
F
F
A B
6"ø
6"ø
8"ø
6"ø
8"ø
12"x10"
8"ø
4"ø
EF-1 6"ø
4"ø
FC-1
E
CONNECT TO HOOD PROVIDED
BY G.C.CONNECT TO RETURN
DUCT
PROVIDE DRYERBOX
DB-480, CONNECT 4"
DUCT
100 CFM
100 CFM
220 CFM
220 CFM
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/2" = 1'-0"8/20/2021 12:56:59 PMM2.02
Mechanical Unit Plan
2.1
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/2" = 1'-0"1 Mechanical Enlarged Unit Plan 2.1
1.ALL DUCT PENETRATIONS AT CEILING REQUIRE
CEILING RADIATION DAMPERS (1.5 HR). REFER TO
M3.00 FOR ADDITIONAL DETAILS.
MECHANICAL UNIT PLAN GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
Living/ Dining
Coat Closet
Bedroom
Bedroom
BathKitchen
Hall
Mech Closet
Bedroom Closet Bedroom Closet
E
E
F F
EF-1
4"ø
6"ø
4"ø
6"ø
8"ø
8"ø
12"x10"
6"ø
6"ø
AB
FC-1
CONNECT TO HOOD PROVIDED
BY G.C.
CONNECT TO RETURN
DUCT
PROVIDE DRYERBOX
DB-480, CONNECT 4"
DUCT
220 CFM
100 CFM 100 CFM
220 CFM
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/2" = 1'-0"8/20/2021 12:58:18 PMM2.03
Mechanical Unit Plan
2.2
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/2" = 1'-0"1 Mechanical Enlarged Unit Plan 2.2
1.ALL DUCT PENETRATIONS AT CEILING REQUIRE
CEILING RADIATION DAMPERS (1.5 HR). REFER TO
M3.00 FOR ADDITIONAL DETAILS.
MECHANICAL UNIT PLAN GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
FC-1
E
220 CFM
E
220 CFM
F
100 CFM
F
100 CFM
8"ø 16"x10"
8"ø
6"ø
6"ø
6"ø
EF-1
4"ø
4"ø
6"ø
Living/ Dining
Bedroom Bedroom
Hall
Bath
CONNECT TO HOOD PROVIDED
BY G.C.
A
CONNECT TO RETURN
DUCT
PROVIDE DRYERBOX
DB-480, CONNECT 4"
DUCT
B
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/2" = 1'-0"8/20/2021 11:09:17 AMMA2.04
Enlarged Unit Plan
2.3 -Mechanical
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/2" = 1'-0"1 Type 2.3 Mechanical
1. ALL DUCT PENETRATIONS AT CEILING
REQUIRE CEILING RADIATION DAMPERS (1.5 HR).
REFER TO M3.00 FOR ADDITIONAL DETAILS.
MECHANICAL UNIT PLAN GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
Dining
Bedroom
Coat Closet
Bedroom
Bedroom
Bath
Mech Closet
Kitchen
6"ø
B
16"x12"
FC-1
EF-1
F F F E
F
6"ø
6"ø
6"ø
6"ø
8"ø
6"ø
CONNECT TO HOOD PROVIDED
BY G.C.
CONNECT TO RETURN
DUCT
PROVIDE DRYERBOX
DB-480, CONNECT 4"
DUCT
100 CFM 100 CFM 100 CFM 240 CFM
100 CFM
A
4"ø
4
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/2" = 1'-0"8/20/2021 1:00:08 PMM2.05
Mechanical Unit Plan
3.0
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/2" = 1'-0"1 Mechanical Enlarged Unit Plan 3.0
1.ALL DUCT PENETRATIONS AT CEILING REQUIRE
CEILING RADIATION DAMPERS (1.5 HR). REFER TO
M3.00 FOR ADDITIONAL DETAILS.
MECHANICAL UNIT PLAN GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
4 REV. PERMIT 08/20/21
Kitchen
Bedroom
Coat Closet
Bedroom
Bedroom
Bath
Kitchen
B
6"ø
6"ø
16"x12"
FC-1
4"ø
EF-1
4"ø
FFF
E
F
6"ø6"ø
6"ø
6"ø
8"ø
A
CONNECT TO HOOD PROVIDED
BY G.C.
CONNECT TO RETURN
DUCT
PROVIDE DRYERBOX
DB-480, CONNECT 4"
DUCT
100 CFM 100 CFM 100 CFM 100 CFM
140 CFM
4
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/2" = 1'-0"8/20/2021 1:00:36 PMM2.06
Mechanical Unit Plan
3.1
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/2" = 1'-0"1 Mechanical Enlarged Unit Plan 3.1
1.ALL DUCT PENETRATIONS AT CEILING REQUIRE
CEILING RADIATION DAMPERS (1.5 HR). REFER TO
M3.00 FOR ADDITIONAL DETAILS.
MECHANICAL UNIT PLAN GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
4 REV. PERMIT 08/20/21
PROVIDE STEEL SLEVES AT OUTDOOR AIR DUCT PENETRATIONS AT CORRIDOR WALL, SLEEVE SHALL BE:
A MINIMUM 12-INCH-LONG (305 MM) BY 0.060-INCH-THICK (1.52 MM)
STEEL SLEEVE SHALL BE CENTERED IN EACH DUCT OPENING. THE SLEEVE SHALL BE SECURED TO BOTH
SIDES OF THE WALL AND ALL FOUR SIDES OF THE SLEEVE WITH MINIMUM 11/2-INCH BY 11/2-INCH BY
0.060-INCH (38 MM BY 38 MM BY 1.52 MM) STEEL RETAINING ANGLES. THE RETAINING ANGLES
SHALL BE SECURED TO THE SLEEVE AND THE WALL WITH NO. 10 (M5) SCREWS. THE ANNULAR SPACE
BETWEEN THE STEEL SLEEVE AND THE WALL OPENING SHALL BE FILLED WITH MINERAL WOOL BATTING ON ALL SIDES
DUCT
CEILING RADIATION DAMPER
GREENHECK CRD-1CEILING RADIATION DAMPER
GREENHECK CRD-1
FC-1
PROVIDE CUSTOM STEEL ANGLE
FRAME, RETURN PLENUM WITH FILTER
ASSEMBLY TO FIT A 1" FILTER
10"X10" ACCESS
LOW LEAKAGE HATCH
PROVIDE 3/4" PVC CONDENSATE PIPE
FROM FAN COIL TO CONDENSATE
ACCEPTOR WITH 1" AIR GAP, ALL
CONDENSATE RISERS AND ACCEPTORS
ARE PROVIDED BY PLUMBING CONTRACTOR
ERV-1
EDH-1
8"ø
8"ø
CEILING RADIATION
DAMPER AT ALL
PENETRATIONS
PROVIDE WALL MOUNT
HARDWARE AND FASTENERS
FC-1
6"ø
CEILING RADIATION
DAMPER
DUCT ACCESS HATCH
PROVIDE R-6 INSULATION
CONNECT TO MICROWAVE
EXHAUST HOOD
PROVIDE 10"X10"
ACCESS PANEL
6"ø
DUCT ACCESS HATCH
CEILING RADIATION DAMPER
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/4" = 1'-0"8/20/2021 1:01:35 PMM3.00
Mechanical Details
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/4" = 1'-0"1 Typical Corridor Wall Penetration
1/4" = 1'-0"2 Typical Ceiling Radiation Damper Detail
1/4" = 1'-0"3 Typical Wall Mounted ERV Layout
1/4" = 1'-0"4 Typical Outdoor Air Duct
1/4" = 1'-0"5 Typical Kitchen Exhaust Duct
REVISIONS
Δ DESCRIPTION DATE
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
8/20/2021 1:03:40 PMM4.00
MECHANICAL
SCHEDULES
STRM01OVERLOOK
06/01/21
CONSTRUCTION SETCONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 14850ELECTRIC WALL HEATER SCHEDULE
Type Mark Manufacturer Model Description Watts Voltage Phase Comments
EWH-1 Qmark SSHO4008 Electric Wall Heater 4000 208 V 1
ELECTRIC BASEBOARD HEATER SCHEDULE
Type Mark Manufacturer Model Description Watts Voltage Phase Comments
EBH-1 Qmark 2508W Electric Baseboard Heater 2000 208 V 1 Provide unit mounted thermostat
AIR TERMINAL SCHEDULE
Type Manufacturer Model Description Material & Color Border Type
NECK SIZE
CommentsWidth Height
A XVENTBOX THEB-446-R-S Triple exhaust Plastic Surface Mount 16" 12" Color TBD by architect, remove damper, 8 week lead time, coordinate exact model number with wall type
B XVENTBOX Plastic Surface Mount 8 3/4" Color TBD by architect, remove damper, 8 week lead time, coordinate exact model number with wall type
D XVENTBOX 8SEB-S Single outdoor air intake and exhaust Plastic Surface Mount 8 3/4" 8" Color TBD by architect, remove damper, 8 week lead time, coordinate exact model number with wall type
E Hart & Cooley 631 Adjustable Supply Grille with Double Deflection Steel - Titus - 26
White
Surface Mount 14" 8" Provide ceiling radiation dampers
F Hart & Cooley 631 Adjustable Supply Grille with Double Deflection Steel - Titus - 26
White
Surface Mount 12" 6" Provide ceiling radiation dampers
G Titus 350RL Return Grille with 35 Degree Deflection Steel - Titus - 26
White
Surface Mount 14" 6" Provide ceiling radiation dampers
H Titus 300RL Adjustable Supply Grille with Double Deflection Steel - Titus - 26
White
Surface Mount 14" 6" Provide ceiling radiation dampers
I Titus 350RL Return Grille with 35 Degree Deflection Steel - Titus - 26
White
Surface Mount 8" 6" Provide ceiling radiation dampers
J Titus 300RL Adjustable Supply Grille with Double Deflection Steel - Titus - 26
White
Surface Mount 6" 6"
K Titus 350RL Return Grille with 35 Degree Deflection Steel - White Surface Mount 6" 6"
FAN SCHEDULE
Type Manufacturer Model Description Air Flow CFM
Exhaust External
Static Pressure Sones Weight, lbs
ELECTRICAL
CommentsVoltage Phase MCA
EF-1 Broan ZB-80 Ceiling exhaust fan 65 CFM 0.60 .3 15 lb 120 V 1 0.3 A
FAN COIL SCHEDULE
Type Manufacturer Model Description Air Flow cfm
Cooling
Btu/Hr Heating
Length Width Height Weight, lbs
ELECTRICAL
CommentsTotal Btu/Hr Voltage Phase MCA
FC-1 LG Electronics LVN181HV4 Vertical Ducted Fan Coil with duct heater 640 CFM 24000 Btu/h 24000 Btu/h 1' - 9
1/4"
1' - 6" 4' - 1" 116 lb 208 V 1 20.0 A Provide Aspen mini aqua condensate pump, PREMTBVCO thermostat, PVC condensate piping, ANEH033B1 duct
heater, MERV 13 filter section
FC-2 LG Electronics ARNU093SJA4 Wall Mounted Fan Coil 275 CFM 9600 Btu/h 10900 Btu/h 2' - 8" 6" 1' - 0
1/2"
19 lb 208 V 1 0.2 A Provide Aspen mini aqua condensate pump, PREMTBVCO thermostat, PVC condensate piping
FC-3 LG Electronics ARNU153SJA4 Wall Mounted Fan Coil 371 CFM 15400 Btu/h 17100 Btu/h 2' - 8" 6" 1' - 0
1/2"
19 lb 208 V 1 0.2 A Provide Aspen mini aqua condensate pump, PREMTBVCO thermostat, PVC condensate piping
FC-4 LG Electronics LAN180HYV3 Wall Mounted Fan Coil 813 CFM 9600 Btu/h 10900 Btu/h 2' - 8" 6" 1' - 0
1/2"
37 lb 208 V 1 0.2 A Provide Aspen mini aqua condensate pump, PREMTBVCO thermostat, PVC condensate piping
FC-5 LG Electronics LSN120HSV5 Wall Mounted Fan Coil 459 CFM 13785 Btu/h 22178 Btu/h 2' - 8" 6" 1' - 0
1/2"
19 lb 208 V 1 0.2 A Provide Aspen mini aqua condensate pump, PREMTBVCO thermostat, PVC condensate piping
HEAT PUMP SCHEDULE
Type Manufacturer Model Description
Cooling
EER
Heating
COP
Heating Seasonal
Performance Factor Length Width
Heigh
t
Weight,
lbs
ELECTRICAL
CommentsTotal Btu/Hr
Capacity
Btu/Hr Voltage Phase MCA
HP-1 LG Electronics LUU189HV Heat Pump 24000 Btu/h 13.3 24000 Btu/h 3.66 10.4 37" 15" 33" 130 lb 208 V 1 20.0 A Provide wind baffles, base pan heater, 24" tall Quicksling stand, furnish disconnect
HP-2 LG Electronics ARNU048GSS4 Heat Pump 48000 Btu/h 10.5 48000 Btu/h 3.2 9.5 37" 13" 54" 207 lb 208 V 1 30.0 A Provide wind baffles, base pan heater, 24" tall Quicksling stand, furnish disconnect
HP-3 LG Electronics ARNU024GSS4 Heat Pump 24000 Btu/h 10.7 24000 Btu/h 4.06 10 37" 13" 33" 159 lb 208 V 1 19.6 A Provide wind baffles, base pan heater, 24" tall Quicksling stand, furnish disconnect
HP-4 LG Electronics LAU180HYV3 Heat Pump 29515 Btu/h 14.4 32000 Btu/h 4 10 37" 15" 33" 130 lb 208 V 1 19.0 A Provide wind baffles, base pan heater, 24" tall Quicksling stand, furnish disconnect
HP-5 LG Electronics LSU120HSV5 Heat Pump 13785 Btu/h 12.5 22178 Btu/h 4.06 11.4 37" 13" 33" 159 lb 208 V 1 10.0 A Provide wind baffles, base pan heater, 24" tall Quicksling stand, furnish disconnect
ENERGY RECOVERY VENTILATOR SCHEDULE
Type Manufacturer Model Description Air Flow CFM
Supply ESP,
in. WC
Weight,
lbs
ELECTRICAL
CommentsVoltage Phase MCA
ERV-1 RenewAire EV450IN Energy Recovery Ventilator 200 CFM 0.75 in-wg 200 lb 208 V 1 5 A Provide speed controller, CO2 sensor, occupancy sensor, timeclock, motorized dampers
ERV-2 RenewAire EV Premium L Energy Recovery Ventilator 100 CFM 0.40 in-wg 52 lb 120 V 1 10 A Provide speed controller, CO2 sensor, occupancy sensor, motorized dampers
ELECTRIC DUCT HEATER SCHEDULE
Type Mark Manufacturer Model Description Watts Voltage Phase Comments
EDH-1 RenewAire RH-D Electric Duct Heater 2000 208 V 1
REVISIONS
Δ DESCRIPTION DATE
4 REV. PERMIT 08/20/21
FIRE & SMOKE DAMPER SCHEDULE
Type Mark Manufacturer Model Description Voltage Phase Comments
FSD-1 Ruskin FSDR60 Fire and smoke damper with actuator 24 V 1 Provide test switch, 24 volt power to actuatorassembly with bracket, switch package, duct smoke detector,
TS150 firestat, fusible link, access panel, duct access hatch. Horizontal installations shall have retaining
plates on both sides, vertical installations shall have retaining plates on one side
4
Rotated Unit Type 3.0 Typical Unit Type 2.1
433 SF
Study Room
Pump Room
Maintenance
Elev 0
Stair 0W
Corridor 0
See 1/ MA2.02See 1/ MA2.05
EWH-1 EWH-1
B
100 CFM
FC-4
B
100 CFM
J
50 CFM
K
50 CFM
6"ø6"ø
ERV-2
6"ø
6"ø
6"ø
6"ø
J
100 CFM
K
100 CFM
EDH-1
EF-2
K
50 CFM
K
50 CFM
K
50 CFM
6"ø
6"øEWH-1
EWH-1
PROVIDE 3/4" RIGID PVC CONDENSATE
PIPING UP IN JOIST SPACE TO STUDY
ROOM DRAIN
PROVIDE CEILING
RADIATION DAMPER
PROVIDE CEILING
RADIATION DAMPER
PROVIDE CEILING
ACCESS PANEL4
4
B4
3
MA1.00
__________
PROVIDE 26 GAGE SUPPLY & RETURN
DUCT CONTINUOUS FROM AIR
TERMINAL TO ERV-1
4
PROVIDE FDR25 6" ROUND
FIRE DAMPER AND DUCT
ACCESS HATCH
4
Rotated Unit Type 3.0 Typical Unit Type 2.1 Typical Unit Type 2.0
Typical Unit Type 3.1
Elev 1
Corridor 1
Stair 1W
Storage
See 1/ MA2.01See 1/ MA2.02See 1/ MA2.05
See 1/ MA2.06
EBH-1
EBH-1
ERV-1
DD
200 CFM 200 CFM
8"ø 8"ø
8"ø8"ø
EDH-1
6"ø6"ø
6"ø
6"ø K
50 CFM
J
50 CFM FSD-1
FSD-1
DUCT IN CHASE
DOWN TO GROUND
FLOOR CEILING
B
EF-1
4"ø
4
3
MA1.00
__________
First Floor T.O. Slab
0"
Second Floor T.O. Slab
9' -6"
Ground Floor T.O. Slab
-9' -6"
Ground Floor T.O. Wall
-1' -3"
First Floor T.O. Wall
8' -3"
Building A -First Floor
714' -6"
Building B -First Floor
724' -0"
Building A -Ground Floor T.O. Slab
705' -0"
26 GAGE DUCT
1HOUR FIRE
PARTITION
Storage
Corridor 0
Corridor 1
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
As indicated8/20/2021 10:57:07 AMMA1.00
Building "A" Ground
& First Floor Plan
STRM01OVERLOOK
06/01/21
CONSTRUCTION SET
BUILDING A CONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/8" = 1'-0"1 Building "A" Ground Floor Plan
1/8" = 1'-0"2 Building "A" First Floor Plan
1.EXHAUST SHALL BE 3' FROM ALL
WINDOW OPENINGS. INTAKE SHALL BE
10' FROM ALL EXHAUST LOCATIONS.
COORDINATE WITH ALL PENETRATIONS
WITH G.C.
2.ALL OUTDOOR AIR INTAKE AND MAKE-
UP AIR DUCTS ARE TO BE INSULATED
WITH CONTINUOUS R-6 DUCT
INSULATION.
3.REFER TO M3.00 FOR TYPICAL
PENETRATION OF CORRIDOR
PARTITION WALL.
4.THERMOSTATS SHALL BE MOUNTED
AT 60" AFF.
GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
4 REV. PERMIT 08/20/21
1/4" = 1'-0"3 CORRIDOR WALL DUCT PENETRATION
4
Rotated Unit Type 3.0 Typical Unit Type 2.1 Typical Unit Type 2.0
Typical Unit Type 3.1 Mirrored Unit Type 2.1M Mirrored Unit Type 2.0MRotated Unit Type 2.1
Elev 2
Stair 2W Stair 2E
Corridor 2
See 1/ MA2.01
See 1/ MA2.01
See 1/ MA2.02
See 1/ MA2.02See 1/ MA2.02
See 1/ MA2.05
See 1/ MA2.06
J
50 CFM
K
50 CFM
6"ø
6"ø
EWH-1
FSD-1
FSD-1
3
MA1.00
__________
Rotated Unit Type 3.0 Typical Unit Type 2.1 Typical Unit Type 2.0
Typical Unit Type 3.1 Mirrored Unit Type 2.1M Mirrored Unit Type 2.0MTypical Unit Type 3.0
Corridor 3
Stair 3W
Elev 3
Stair 3E
CC
See 1/ MA2.01
See 1/ MA2.01
See 1/ MA2.02
See 1/ MA2.02
See 1/ MA2.05
See 1/ MA2.05See 1/ MA2.06
EWH-1 EWH-1
K
50 CFM
6"ø
6"ø
J
50 CFM FSD-1
FSD-1
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/8" = 1'-0"8/20/2021 11:00:25 AMMA1.01
Building "A" Second
& Third Floor Plan
STRM01OVERLOOK
06/01/21
CONSTRUCTION SET
BUILDING A CONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/8" = 1'-0"1 Building "A" Second Floor Plan
1/8" = 1'-0"2 Building "A" Third Floor Plan
1.EXHAUST SHALL BE 3' FROM ALL
WINDOW OPENINGS. INTAKE SHALL BE
10' FROM ALL EXHAUST LOCATIONS.
COORDINATE WITH ALL PENETRATIONS
WITH G.C.
2.ALL OUTDOOR AIR INTAKE AND MAKE-
UP AIR DUCTS ARE TO BE INSULATED
WITH CONTINUOUS R-6 DUCT
INSULATION.
3.REFER TO M3.00 FOR TYPICAL
PENETRATION OF CORRIDOR
PARTITION WALL.
4.THERMOSTATS SHALL BE MOUNTED
AT 60" AFF.
GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
Rotated Unit Type 3.0 Typical Unit Type 2.1 Typical Unit Type 2.0
Typical Unit Type 2.3 Mirrored Unit Type 2.1M Mirrored Unit Type 2.0MTypical Unit Type 3.0
Elev 4
Stair 4W
Corridor 4
Stair 4E
See 1/ MA2.01
See 1/ MA2.01
See 1/ MA2.02
See 1/ MA2.02
See 1/ MA2.05
See 1/ MA2.05See 1/ E3.04
6"øK
50 CFM
6"ø
J
50 CFM
PRO1 T855SH THERMOSTAT WITH R251S
WIRED REMOTE SENSOR. CONNECT TO
THE LG WALL MOUNTED INDOOR UNIT
LOCATED AT THE TOP OF THE ELEVATOR SHAFT
VIA A LG PDRYCB300 DRY CONTACT.
THE REMOTE SENSOR SHALL BE LOCATED
IN THE HOISTWAY
EWH-1
EWH-1
FSD-1
FSD-1
IN FLOOR
IN FLOOR
HP-1HP-1HP-1HP-1HP-1HP-1
HP-1
HP-1HP-1
HP-1
HP-1
HP-1 HP-1 HP-1 HP-1 HP-1 HP-1 HP-1
HP-1HP-1HP-1HP-1HP-1
HP-1 HP-1 HP-1 HP-1HP-4
1ST FLOOR LOUNGE
PROVIDE CUSTOM INSULATED PIPE CURB
WITH SIDE MOUNTED EXIT SEALS/CAPS
FOR EACH PENETRATION, ALL ROOF PENETRATIONS
SHALL BE FULLY SEALED, TYPICAL
PROVIDE 16"X6" CONCRETE PAVER
FOR EACH STAND LEG, SECURE
LEG TO PAVER, TYPICAL
FC-5
HP-5
ELEVATOR
FAN COIL SHALL HAVE
MINIMUM 12" CLEARANCE
AT TOP OF UNIT. PROVIDE 1"
CPVC CONDENSATE PIPING
FROM UNIT DOWN TO GROUND
FLOOR SUMP. TERMINATE
WITH BUG SCREEN AND
AIR GAP.
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/8" = 1'-0"8/20/2021 11:02:45 AMMA1.02
Building "A" Fourth
Floor & Roof Plan
STRM01OVERLOOK
06/01/21
CONSTRUCTION SET
BUILDING A CONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/8" = 1'-0"1 Building "A" Fourth Floor Plan
1/8" = 1'-0"2 Building "A" Roof Plan
1.EXHAUST SHALL BE 3' FROM ALL
WINDOW OPENINGS. INTAKE SHALL BE
10' FROM ALL EXHAUST LOCATIONS.
COORDINATE WITH ALL PENETRATIONS
WITH G.C.
2.ALL OUTDOOR AIR INTAKE AND MAKE-
UP AIR DUCTS ARE TO BE INSULATED
WITH CONTINUOUS R-6 DUCT
INSULATION.
3.REFER TO M3.00 FOR TYPICAL
PENETRATION OF CORRIDOR
PARTITION WALL.
4.THERMOSTATS SHALL BE MOUNTED
AT 60" AFF.
GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
201
Elev 2
Typical Unit Type 3.1
Typical Unit Type 2.1
Rotated Unit Type 2.1 Typical Unit Type 3.0
Typical Unit Type 2.0
Mirrored Unit Type 2.1M Mirrored Unit Type 2.0M
Typical Unit Type 2.2Mirrored Unit Type 2.2
Elev 2
Stair 2W
Corridor 2
Stair 2E
See 1/ M2.03 See 1/ M2.03
See 1/ M2.06 See 1/ M2.02 See 1/ M2.02See 1/ M2.05 See 1/ M2.01
See 1/ M2.01See 1/ M2.02
EWH-1
6"øK
50 CFM
J
50 CFM
FSD-1
FSD-1
6"ø
Typical Unit Type 3.1
Typical Unit Type 2.1
Typical Unit Type 1.0 Mirrored Unit Type 2.1M
Typical Unit Type 2.0
Mirrored Unit Type 2.1M Mirrored Unit Type 2.0M
Mirrored Unit Type 2.1Typical Unit Type 2.1
Elev 3
Stair 3W Stair 3E
Corridor 3
EWH-1 EWH-1
See 1/ M2.02 See 1/ M2.02 See 1/ M2.02
See 1/ M2.02See 1/ M2.02
See 1/ M2.01
See 1/ M2.01See 1/ M2.00See 1/ M2.06
EWH-1
K
50 CFM 6"ø
J
50 CFM
FSD-1
FSD-1
6"ø
B
DUCT IN BAR
JOIST SPACE
4"ø
EF-1
4
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/8" = 1'-0"8/20/2021 1:07:37 PMMB1.01
Building "B" Second
& Third Floor Plans
STRM01OVERLOOK
06/01/21
CONSTRUCTION SET
BUILDING B CONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/8" = 1'-0"1 Building "B" Second Floor Plan
1/8" = 1'-0"2 Building "B" Third Floor Plan
1.EXHAUST SHALL BE 3' FROM ALL
WINDOW OPENINGS. INTAKE SHALL BE
10' FROM ALL EXHAUST LOCATIONS.
COORDINATE WITH ALL PENETRATIONS
WITH G.C.
2.ALL OUTDOOR AIR INTAKE AND MAKE-
UP AIR DUCTS ARE TO BE INSULATED
WITH CONTINUOUS R-6 DUCT
INSULATION.
3.REFER TO M3.00 FOR TYPICAL
PENETRATION OF CORRIDOR
PARTITION WALL.
4.THERMOSTATS SHALL BE MOUNTED
AT 60" AFF.
GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
4 REV. PERMIT 08/20/21
Maintenance
Elev 0
Stair 0W
Corridor 0
EBH-1
EWH-1
Typical Unit Type 3.1
Typical Unit Type 2.1
Rotated Unit Type 2.1 Typical Unit Type 3.0
Typical Unit Type 2.0
Game Room
Gym
Storage
Corr. 1.1 Stair 1E
Corridor 1.0
See 1/ M2.06
See 1/ M2.01See 1/ M2.02
See 1/ M2.02 See 1/ M2.05
FC-2
FC-2 FC-3
FC-3
EWH-1 EWH-1
ERV-1
3
M3.00
__________
EDH-1
ERV-1EDH-1
H
G200 CFM
200 CFM
D
200 CFM
D
200 CFM
D D
225 CFM 225 CFM
G
175 CFM
H
225 CFM
I
50 CFM
8"ø
8"ø
8"ø
8"ø
8"ø
8"ø6"ø
ERV-1J
50 CFM
8"ø8"ø
8"ø
K
EWH-1
EWH-1
EDH-1
8"ø
6"ø
6"ø 8"ø
8"ø
D D
FSD-1
FSD-1Gym Restroom
PROVIDE CEILING
RADIATION DAMPERS
FOR EVERY CEILING
PENETRATION, TYPICAL
PROVIDE CEILING
RADIATION DAMPERS
FOR EVERY CEILING
PENETRATION, TYPICAL
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/8" = 1'-0"8/20/2021 1:04:46 PMMB1.00
Building "B" Ground
& First Floor Plans
STRM01OVERLOOK
06/01/21
CONSTRUCTION SET
BUILDING B CONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/8" = 1'-0"1 Building "B" Ground Floor Plan
1/8" = 1'-0"2 Building "B" First Floor Plan
1.EXHAUST SHALL BE 3' FROM ALL
WINDOW OPENINGS. INTAKE SHALL BE
10' FROM ALL EXHAUST LOCATIONS.
COORDINATE WITH ALL PENETRATIONS
WITH G.C.
2.ALL OUTDOOR AIR INTAKE AND MAKE-
UP AIR DUCTS ARE TO BE INSULATED
WITH CONTINUOUS R-6 DUCT
INSULATION.
3.REFER TO M3.00 FOR TYPICAL
PENETRATION OF CORRIDOR
PARTITION WALL.
4.THERMOSTATS SHALL BE MOUNTED
AT 60" AFF.
GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE
Typical Unit Type 3.1
Typical Unit Type 2.1
Rotated Unit Type 2.1 Typical Unit Type 3.0
Typical Unit Type 2.0
Mirrored Unit Type 2.1M Mirrored Unit Type 2.0M
Mirrored Unit Type 2.1
Elev 4
Stair 4W Stair 4E
Roof Terrace
Fourth Floor
Lounge
Corridor 4
FC-2
FC-2
See 1/ M2.02 See 1/ M2.02
See 1/ M2.02See 1/ M2.02
See 1/ M2.01
See 1/ M2.01See 1/ M2.05See 1/ M2.06
ERV-1
EDH-1
D
200 CFM
D
200 CFM
8"ø
8"ø
8"øG
200 CFM
8"ø
H
200 CFM
PRO1 T855SH THERMOSTAT WITH R251S
WIRED REMOTE SENSOR. CONNECT TO
THE LG WALL MOUNTED INDOOR UNIT
LOCATED IN THE ELEVATOR SHAFT
VIA A LG PDRYCB300 DRY CONTACT.
THE REMOTE SENSOR SHALL BE LOCATED
IN THE HOISTWAY
EWH-1 EWH-1
6"ø
6"ø
K
50 CFM
J
50 CFM
FSD-1
FSD-1
IN FLOOR
IN FLOOR
PROVIDE CEILING
RADIATION DAMPERS
FOR EVERY CEILING
PENETRATION, TYPICAL
HP-2
GYM
HP-1
UNIT 1B
HP-1
UNIT 1C
HP-1
UNIT 1D
HP-1
UNIT 1E
HP-1
UNIT 2A
HP-1
UNIT 2B
HP-1
UNIT 2C
HP-1
UNIT 2D
HP-1
UNIT 2E
HP-1
UNIT 2F
HP-1
UNIT 2G
HP-1
UNIT 2H
HP-1
UNIT 2J
HP-1
UNIT 3A
HP-1
UNIT 4H
HP-1
UNIT 4G
HP-1
UNIT 4F
HP-1
UNIT 4E
HP-1
UNIT 4D
HP-1
UNIT 4C
HP-1
UNIT 4B
HP-1
UNIT 4A
HP-1
UNIT 3J
HP-1
UNIT 3H
HP-1
UNIT 3G
HP-1
HP-1
UNIT 3E
HP-1
UNIT 3D
HP-1
UNIT 3C
HP-1
UNIT 3F
HP-3
1ST GAME RM
HP-3
4TH FL LOUNGE
HP-1
UNIT 1A
PROVIDE CUSTOM INSULATED PIPE CURB
WITH SIDE MOUNTED EXIT SEALS/CAPS
FOR EACH PENETRATION, ALL ROOF
PENETRATIONS SHALL BE FULLY SEALED, TYPICAL
PROVIDE 16"X6" CONCRETE PAVER
FOR EACH STAND LEG, SECURE
LEG TO PAVER, TYPICAL
FC-5
ELEVATOR
HP-5
ELEVATOR
FAN COIL SHALL HAVE
MINIMUM 12" CLEARANCE
AT TOP OF UNIT. PROVIDE 1"
CPVC CONDENSATE PIPING
FROM UNIT DOWN TO GROUND
FLOOR SUMP. TERMINATE
WITH BUG SCREEN AND
AIR GAP.
Project #
Date
108 W. State St. Fl 2
Ithaca, New York 14850
ph: 607.216.8802
www.streamcolab.com
COPYRIGHT STREAM COLLABORATIVE/ TAITEM. ALL RIGHTS RESERVEDA
1
2
3
4
BCD
110 South Albany St.
Ithaca, New York 14850
ph: 607.277.1118
www.taitem.com
1/8" = 1'-0"8/20/2021 1:08:51 PMMB1.02
Building "B" Fourth
Floor & Roof Plans
STRM01OVERLOOK
06/01/21
CONSTRUCTION SET
BUILDING B CONSTRUCTION SETVisum Development Group815 South Aurora StreetIthaca, New York 148501/8" = 1'-0"1 Building "B" Fourth Floor Plan
1/8" = 1'-0"2 Building "B" Roof Floor Plan
1.EXHAUST SHALL BE 3' FROM ALL
WINDOW OPENINGS. INTAKE SHALL BE
10' FROM ALL EXHAUST LOCATIONS.
COORDINATE WITH ALL PENETRATIONS
WITH G.C.
2.ALL OUTDOOR AIR INTAKE AND MAKE-
UP AIR DUCTS ARE TO BE INSULATED
WITH CONTINUOUS R-6 DUCT
INSULATION.
3.REFER TO M3.00 FOR TYPICAL
PENETRATION OF CORRIDOR
PARTITION WALL.
4.THERMOSTATS SHALL BE MOUNTED
AT 60" AFF.
GENERAL NOTES
REVISIONS
Δ DESCRIPTION DATE