BLD20180892OT EID-Alo
PHONE: (425) 771-0220 - FAX: (425) 771-0221
CITY OF EDMONDS
121 5TH AVENUE NORTH -EDMONDS, WA 98020
STATUS: ISSUED 10/22/2018 Permit#: BLD20180892
BUILDING PERMIT
Expiration Date: 04/22/2019 Project Address: 10032 EDMONDS-WAY, EDMONDS,
Parcel No: 00610700200600
APPLICANT CONTRACTOR
WESTGATE VILLAGE SPENCER DAVIDSON G B SYSTEMS INC
4025 DELRIDGE WAY SW STE 350 7202 NE 175TH C/O GREGORY BERG
SEATTLE, WA 98106 KENMORE, WA 98020 7202 NE 175TH ST
KENMORE, WA 98028
(425) 482-0584 (425) 482-0584
LICENSE #: GBSYSI*088BS EXP:O 1/10/2019
fol.111 11 paw R 10 1 [810
MECHANICAL FOR MIXED USE STRUCTURE- PLUMBINGAND GAS PIPING ON SEPARATE PERMIT
VALUATION: $0
PERMIT TYPE: Commercial
PERMIT GROUP: 40 - Mechanical
GRADING: N CYDS: 0
TYPE OF CONSTRUCTION: IANA
RETAINING WALL ROCKERY:
OCCUPANT GROUP: A-3/M[R-2/S-2
OCCUPANT LOAD:
FENCE: 0 X 0 FT.)
CODE: 2015 IBC/IMC/W`SEC
OTHER: ------- OT HER DESC:
ZONE:
INUMBER OF STORIES: 0
:J
VEST ED DATE:
INUMBER OF DWELLING UNITS: 0
ILOT
I 'A% S TI NG A R I -'A
0 1 ST FLOOR: 0 2ND FLOOR: 0
11 R 0 110 S E,I) A R LA
ASEMEN : 0 1 ST FLOOR: 0 2ND FLOOR: 0
13RD FLOOR: 0 GARAGE: 0 DECK: 0 OTHER: 0
3RD FLOOR: 0 GARAGE: 0 DECK: 0 OTHER: 0
IBEDROOMS: 0 BATHROOMS: 0
BEDROOMS: 0 BATHROOMS: 0
FRONT SMACK SIDESEIFBACK REARSMACK
REQUIRED: PROPOSED: ��EQUIRED: PROPOSED: IREQUIRED: PROPOSED:
HEIGHT ALLOWED:O PROPOSED:O IREQUIRED: PROPOSED:
SETBACK NOTES:
I AGREE TO COMPLY WITH CITY AND STATE LAWS REGULATING CONSTRUC71ON AND IN DOING THE WORK AUTHORIZED THEREBY, NO
PERSON WILL BE EMPLOYED IN VIOLATION OF THE LABOR CODE OF THE STATE OF WASHINGTON RELA71NG TO WORKMENS COMPENSATION
INSURANCE AND RCW 18:27.
THIS APPLICATION IS NOT A PERMIT UNTIL SIGNED BY THE BUILDING OFFIQ�L OR HIS/HER DEPUTY AND ALL FEES ARE PAID.
5encer bA.4Jr,,,, 10,
Pfint Narne Date
Released By
ATTENTION
IT IS UNLAWFUL TO USE OR OCCUPY A BUILDING OR STRUCTURE UNTIL A FINAL INSPECTION HAS BEEN MADE AND APPROVAL ORA CERTIFICATE OF
OCCUPANCY HAS BEEN GRANTED. UBC109/IBCI 10/1RC 110.
= FIRE = APPLICANT = ASSESSOR = CITY
A*
'A
91 tip
5 AW
C
STATUS: ISSUED
BLD20180892
• Installation, use and maintenance of equipment and components shall be per manufacturer's specifications, installation
instructions, and applicable state codes. Provide manufacture's installation instructions on site for Building Inspector.
• Installer shall provide the manufacturer's installation, operating instructions, and a whole house ventilation system operation
description. A label shall be affixed to the whole house timer control that reads "Whole House Ventilation" (see operating
instructions).
• Obtain Electrical Permit from State Department of Labor & Industries. 425-290-1309
• Final approval on a project or final occupancy approval must be granted by the Building Official prior to use or occupancy of
the building or structure. Cbeck the job card for all required City inspections including final project approval and final
occupancy inspections.
• Any request for alternate design, modification, variance or other administrative deviation (hereinafter "variance") from
adopted codes, ordinances or policies must be specifically requested in writing and be called out and identified. Processing
fees for such request shall be established by Council and shall be paid upon submittal and are non-refundable.
Approval of any plat or plan containing provisions which do not comply with city code and for which a variance has not been
specifically identified, requested and considered by the appropriate city official in accordance with the appropriate provision
of city code or state law does not approve any items not to code specification.
Sound/Noise originating frorn temporary construction s ites as a result of construction activity are exempt from the noise limits
of ECC Chapter 5.30 only during the hours of 7:00am to 6:00pm on weekdays and 10:00am and 6:00pm on Saturdays, excluding
Sundays and Federal Holidays. At all other times the noise originating from construction sites /activities must comply with the
noise limits of Chapter 5.30, unless a variance has been granted pursuant to ECC 5.30.120.
• Applicant, on behalf of his or her spouse, heirs, assigns, and successors in interests, agrees to indermify defend and hold
harmless the City of Edmonds, Washington, its officials, employees, and agents from any and all claims for damages of
whatever nature, aris ing directly or indirectly from the issuance for this permit. Issuance of this permit shall not be deemed to
modify, waive or reduce any requirements of any City ordinance nor limit in any way the City's ability to enforce any ordinance
provision.
• Nothing in this permit approval process shall be interpreted as allowing or pennitting the maintenance of any currently existing
illegal, nonconforming or unpermitted building, structure or site condition which is outside the scope ofthe permit application,
regardless of whether such building, structure or condition is shown on the site plan or drawing. Such building, structure or
condition may be the subject of a separate enforcement action.
INSPECTIONS
THIS PERMITAUTHORIZ_ES ONLY THE WORK NOTED. THIS PERMIT COVERS WORK TO BE DONE ON PRIVATE PROPERTY ONLY. ANY
CONSTRUCTION ON THE PUBLIC DOMAIN (CURBS, SIDEWALKS, DRIVEWAYS, MARQUEES, ETC.) WILL REQUIRE SEPARATE PERMISSION. PERMIT
TIME LIMIT: SEE ECDC 19.00.005(A)(6)
BUILDING
ENGINEERING (425) 771-0220 EXT. 1326
1. Go to: www.edmondswa.gov
Building Department Inspections
2. Then: Ser\Aces
are now scheduled online. If you
FIRE (425) 775-7720
3. Then: Perm its/Development
have difficulties, please call the
4. Then: Online Permit Info
Building Department front desk for
PUBLIC WORKS (425) 771-0235
5: If you don't ha\e one already, create a
assistance during office hours.
login (upper right hand comer)
(425) 771-0220
RECYCLING (425) 275-4801
6: Schedule your inspection
When calling for an inspection please leave the following information: Permit Number, Job Site Address, Type of Inspection
being requested, Contact Name and Phone Number, Date Preferred, and whether you prefer morning or afternoon.
• B-Preconstruction meeting
• B-Mech-Garage Exhaust
• B-Mech-Level PI Rough In
. i 'AL
• B-Mech-Level PI F/S Dampers
• B-Mech-Level I Retail Rough In
• B-Mech-Uvel I Retail F/S Dampers
• B-Mech-Level I Res Rough In
• B-Mech-Level I Res F/S Dampers
• B-Mech-Level 2 Res Rough In
• B-Mech-Level 2 Res F/S Dampers
• B-Mech-Level 3 Res Rough In
• B-Mech-Level 3 Res F/S Dampers
• B-Building Final
t
1/)C.
BUILDING PERMIT
APPLICATION
Development Services
Building Division
121 5th Ave N / Edmonds, WA 98020
425.771.0220
For handouts, submittal requirements, permit status and inspection
scheduling information go to: http://www.edmondswa.gov/
JOB SITE INFORMATION/LOCATION: (Where the work is taking place)
Job Site Address: 10032 Edmonds WA, Edmonds, WA 98020
Parcel: 00610700200701, 00610700200803
Lot /Unit/Suite #: N/A Subdivision: N/A
PROPERTY OWNER:
Name: Henbart LLC
MailingAddress: 4025 DelridpeWqy SW, Suite 530
City/State/Zip: Seattle, WA 98106
Phone#: (206) 767-1353
Email: infoghenbart.com
OWNER INSTALLATION: *If yes, read and sign*
Will work be performed by the property owner? 0 Yes 0 No
I own, reside in, or will reside in the completed structure.
This installation is being made on property that I own which is
not intended for sale, lease, rent, or exchange according to
RCW 18.27.090.
Owner Signature:
APPLICANT / CONTACT INFORMATION:
Name of Applicant: Spencer Davidson
Mailing Address: 7202 NE 175th
City/State/Zip: Kenmore, WA 98028
Phone#: (425) 482-0584
E-mail: spencerd@gbs-hvac.com
GENERAL CONTRACTOR: (if different from applicant)
General Contractor: W.G. Clark Construction Co
Mailing Address: 1945 Yale PI E.
City/State/Zip: Seattle, WA 98102
Phone #: (206) 624-5244
E-mail: info@wgclark.com
WA STATE CONTRACTOR L & I # (CCB) & EXPIRATION DATE:
GBSYSI*088BS
CITY OF EDMONDS BUSINESS LICENSEM NR-025770
Office Use Only
TYPE OF PERMIT (Provide
[I Accessory Structure/
Detached Garage
Details on Page 2)
0 Addition
ElDemolition
VMechanical
0 New Single Family / Duplex
0 Plumbing
El Fire Sprinkler
0 Remodel
El New Commercial/ Mixed Use
0 Re -Roof
El Signs
0 Tank
OTenant Improvement
El Other
Remodel Permit fees are based on:
The value of the work performed. Indicate the value (rounded to
the nearest dollar) of all equipment, materials, labor, overhead,
and the profit for the work indicated on this application.
Valuation: $105,280
PROPOSED NEW SQUARE FOOTAGE FOR THIS APPLICATION
Basement sq ft: Finished 0 Unfinished 0
1st Floor, sq ft:
2nd Floor, sq ft:
Garage/Carport:, sq ft:
Deck/Covered Porch/Patio:
Other sq ft:
PROJECT DESCRIPTION
Provide and install four (4) rooftop packaged units, two (2) split
system heat pumps, four (4) electric heaters, and eleven 0 1)
exhaust fans with associated duct work and fire dampers all per
plans
and
I'l J
I certify that the information I have provided on this form/application is true,
correct and complete, and that I am the property owner or duly authorized
agent of the property owner to submit a permit application to the City of
Edmonds.
Print Name: Spencer Davidson
Signature:. 4;o*.e!!12;rd1a&Z -Date
AL
GENERAL COMMERCIAL DATA
w
Occupancy Group(s):M,B,R2,S2,A2 Occupant Load(s): 300
Type(s) of Construction: 1A, VA Fire Sprinklers: Yes El No 0
WA STATE ENERGY CODE: If your project affects the building envelope,
mechanical systems, and/or lighting, you must complete the
appropriate WSEC forms.
DEFERRED SUBMITTALS: All commercial building permits that will require
associated plumbing, mechanical, fire sprinkler, and/or fire alarm
permits are applied for separately.
T1 / CHANGE OF USE / NEW BLDG: Include TRAFFIC IMPACT worksheet
MECHANICAL EQUIPMENT COUNTS (New and Relocated)
BTUs Gas Elec Other Qty
A/C Unit /Compressor
Air Handler /VAV
Boiler
Dryer Duct
Exhaust Fans N/A Elec 11
Fireplace
Furnace
Heat Pump Unit 26,000 Elec 1
46,600 Flpr
Hydronic Heating
Roof Top Unit (Provide eleva- 120,000 Gas 2
tions if a Commercial Bldg) 60,000 Gas 2
Other: Electric Heater 13,650 Elec 1
U0,240 Elec 3
PLUMBING FIXTURE COUNTS (New, Relocated or re -piped)
Qty Qty
Clothes Washer Tub/ Showers
Dishwasher Backflow Device (RPBA, DCDA, AVB)
Drinking Fountain Pressure Reduction/ Regulator Valve
Floor Drain/Sink Refrigerator Water Supply
Hose Bibs Water Heater - Tankless? Y or N
Hydronic Heat Water Service Line
Sinks Other:
Toilets Other:
GAS/FUEL CONNECTION COUNTS (New, Relocated or re -piped)
BTUs Qt I BTUs
Qty
A/C Unit
Outdoor BBQ/ Fire pit
Boiler
Stove/Range/Oven
Dryer
Water Heater
120,000
2
Fireplace/ Insert
Other: Rooftop Unit
60,000
2
Furnace Other:
MEDICAL GAS, AIR VACUUM COUNTS
(New, Relocated or re -piped)
Qty
aty—
Carbon Dioxide
Nitrous Oxide
Helium
Oxygen
Medical Air
Other:
Medical - Surgical Vacuum
Other:
DEMOLITION
Type of structure to be demolished:
Square footage of structure to be demolished:
AHERA Survey done? Y / N
PSCAA Case #:
Critical Areas Determination:
Study Required 0 Conditional Waiver El Waiver 0
Fill in Place El Fill Material:
Removal El
Size of Tank (Gallons)
Critical Areas Determination:
Study Required 0 Conditional Waiver El Waiver 0
GRAD E/Fl LL/ EXCAVATE
Grading: Cut —cubic yards
Fill cubic yards
Cut / Fill in Critical Area: Yes El No El
GENERAL PROVISIONS
APPLICATIONS: Applications are valid for a maximum of 1 year.
ESLHA Applications, 2 years.
LICENSING: All contractors and subcontractors are required to be licensed
with Washington State Department of Labor & Industries and have a
current City of Edmonds Business License.
To:
W. G. Clark
Address:
408 Aurora Avenue N.
Seattle, WA 98109
Attn:
Kurt Robinson
Job Name:
Westgate Edmonds
Cont.:
We are transmitting the following: N Attached
Transmittal Form
Z Customer F1 Internal
Date: 3/2/2018
From: Otis Elevator Company
13035 Gateway Dr. , Ste. 157
Seattle, WA 98168
Location: Seattle, WA
Cust. No:
F Under separate cover
Quantity
1 ea
Document No.
Date
Description
Elevator layout drawings
1 ea
Finish approvals
1 ea
Power confirmation
1 ea
Color selector
1 ea
L&I sprinkler letter
These are being submitted:
Z For your approval D Per our discussion E] For information only For necessary action
(see remarks)
El Per your request E] For your comments El Foryourfiles
Remarks:
Please approve and provide/confirm requested information and return by end of business 3/16/18.
Regards,
Robert Oglesby, Project Manager
M[Eca...,
CITY COPY wl� -
JUN 2 8 2,ri'-'
DEVELC0wLW1 SERVIUtS CTR.
CITY OF EDMONiDs
BUD 2oig
1k
Confirmation Of Power for Elevator Systems
The AC line current data below are based on the Dower supolv information provided in Part A, item 1, on the previous page.
CONTRACT
GROUP
ELEVATOR
PRODUCT
DUTY
SPEED
Elevator Running Full Load Uo'
CURRENT
RATING
ACCELERATING
CURRENT
647779
Duplex
Unit 1
Gen2 Underslung
3500
200
44
55
647780
Duplex
Unit 2
Gen2 Underslun�g3500
200
44
15
* REFER TO ANSI/NFPA 70, SECTION 620-13 -- (For (;oae versions Frior to IVUb KeTer io bection IDZU-14)
Elevator controller terminations for Three Phase wiring are rated for 75* C. Refer to ANSI/NFPA 70, Section 110-14
Elevators supplied to this document are rated at 10,000 Amps RMS Symmetrical Short Circuit Current (SCCR).
Elevator Feeder Short Circuit protection provided by others shall limit the Available Short Circuit (ASCC) in the machine room to 10,000 Amps maximum
symmetirical RMS.
The elevator controller drive is the device connected directly to the branch circuit, not the elevator motor. Therefore,
size the wire and overcurrent protection using the Elevator Running Full Load Up CURRENT RATING from above
[NFPA 70(NEC) Section 620.13(B)].
This document contains confidential proprietary pricing and other information of Otis Elevator Company and is intended for the recipient
only. Any distribution or copying of this information without the consent of Otis Elevator Company is strictly prohibited.
Otis Elevator Company Page 3 of 23 Date:
3/1/2018 3/01/18
)r
Confirmation Of Power for Gen2 Tm Elevator Systems
To assist you in providing proper electric service, items required by others are listed below:
Gen2 Tm ELECTRICAL REQUIREMENTS
Elevator Management System (EMS) - a dedicated 125 volt 20 ampere single-phase power supply with SPST disconnect switch or circuit breaker
with duplex outlets in the machine room, and at any location where a Security Station and/or Fire Station is fumished.
Remote Elevator Monitoring (REM) — a dedicated 125 volt, 15 ampere single-phase power supply with SPST disconnect switch or circuit breaker.
Prior to the start of installation provide a permanent, Three Phase electrical -feeder system with a separate equipment -grounding conductor
terminating in the control room/space, located per Otis layout.
Feeder grounding conductors sized according to elevator current characteristics as shown on the Otis Confirmation of Power Supply form.
Feeder grounding conductors must be copper.
A fused disconnect switch or circuit breaker (not acceptable in all areas) capable of being locked in the open position, for each elevator
perNational Electrical Code (ANSI/NFPA 70) with feeder or branch wiring to controller per National Electrical Code [NEC 620-51] and [620-
61(D)], and [620-62].
The disconnecting means required by National Electrical Code shall be provided with all associated wiring and conduit to the controller. Size of
main contacts to suit elevator power characteristics.
Fuses are to be current limiting class RK1 or equivalent, see section B for elevator equipment SCCR. Circuit breakers are to have current
limiting characteristics equivalent to class RK1 fuses, see section B for elevator equipment SCCR. Fuses or circuit breakers are to be time delay
to cover the full load up accelerating current as listed in Section B above.
Feeder conductors and associated wiring to the controller to be sized to limit wiring voltage drop to 5% maximum when delivering elevator full
load up accelerating current. In addition, when Automatic Recovery Operation (ARO) is specified, the mainline fused disconnect switch or circuit
breaker shall be equipped with two auxiliary contacts that are positively opened when the mainline disconnect is in the OFF position.
Provide a dedicated 125 volt, 15 ampere single-phase branch circuit, with a fused disconnect switch or circuit breaker. This disconnect or breaker
shall be capable of being locked in the open position and located per the Otis layout. This branch circuit supplies the car lights, car top receptacle,
auxiliary lighting power source and ventilation on each car in compliance with the National Electrical Code (NEC620-53].
All 125 volt, 15 or 20 ampere single-phase receptacles installed in pits, machine spaces, control room (s)/space(s) shall be of the ground -fault circuit
interrupter type (GFCI). A dedicated single-phase receptacle supplying a permanently installed pit sump pump shall not require GFCI protection.
Provide electric power for lights, tools, welding, hoisting, etc. during installation with sufficient power for starting, testing and adjusting the elevator.
The building power system used to operate the elevator(s) shall be capable of supplying non linear loads and be capable of absorbing the
regenerated power contained in the table in the section "ELEVATOR REGENERATIVE POWER REQUIREMENTS" to comply with ASME
Al 7.1/CSA B44 Rule 2.26.10 and Rule 2.27.2.5. The information contained in the table is to be used to determine regenerative power absorption
capability for the building normal power distribution system.
Automatic Recovery Unit- IS PROVIDED
Automatic Recovery Unit (ARU) package 2 was specified: The means provided to automatically disconnect power to the elevator shall be equipped
with an additional auxiliary contact that is positively opened when power is removed from the elevator system. The automatically controlled mainline
disconnect must be provided with all associated wiring and conduit to the controller.
This document contains confidential proprietary pricing and other information of Otis Elevator Company and is intended for the recipient
only. Any distribution or copying of this information without the consent of Otis Elevator Company is strictly prohibited.
Otis Elevator Company Page 4 of 23 Date:
3/1/2018 3/01/18
1.
Confirmation Of Power for Elevator Systems
ELEVATOR REGENERATIVE POWER REQUIREMENTS
The regenerated power complies with IEEE 1547
CONTRACT
GROUP
ELEVATOR
FULL LOAD DOWN
RUNNING
STOPPING
amps
kW
amps
kW
647779
Duplex
Unit 1
34
10
37
11
647780
Duplex
Unit 2
34
10
37
1
This document contains confidential proprietary pricing and other information of Otis Elevator Company and is intended for the recipient
only. Any distribution or copying of this information without the consent of Otis Elevator Company is strictly prohibited.
Otis Elevator Company Page 5 of 23 Date:
3/1/2018 3/01/18
Confirmation Of Power for Elevator Systems
EMERGENCY (STANDBY) POWER REQUIREMENTS - NOT PROVIDED
A power transfer switch to monitor both normal and standby power conditions and to perform the transfer from one to the other. Switch to have an
inhibit function which will delay the completion of the transfer to normal and/or standby power by an adjustable period of 0 - 5 seconds. Switch to
have a phase monitor feature that will prohibit the transfer of power between "live" sources unless the sources are in phase with each other.
Note: The building Emergency (Standby Power) Generator system, used to supply the elevator(s),
shall be capable of supplying non -linear loads.
When more than one elevator is subject to the same standby power system and the standby power system is not large enough to run all elevators at
once, the transfer switch must include one set of normally closed dry contacts that open when the switch is in the
standby power position.
A 125 volt, 15 ampere, single phase car light supply.
COMMUNICATION REQUIREMENTS
Telephone instrument or means within the carfor communication or signaling to an accessible point outside the hoistway, a central exchange system, or
approved emergency service, is required.
Separate 125 volt, 15 ampere single-phase power supply with fused SPST disconnect switch or circuit breaker with duplex outlet, in the machine room,
located as required for inter -communicating system power supply. Circuit to be arranged for feeding from the building standby or emergency lighting supply
if provided. Conduit and wiring for remotely located inter -communicating stations (in Engineer's office, etc.)
Provide one (1) dedicated outside analog telephone line, per elevator car, terminated at the elevator controller.
The telephone line must meet the following requirements:
Loop Current: Min 20mA, Max 120mA Nominal AC Line impedance: 600 Ohms
Line Voltage: On Hook — Min 15Vdc, Max 56.5Vdc Loop Current: Min 40Vac(rms), Max 150Vac(rms)
Off Hook- Min 8.75Vdc Ring Frequency: 15-68 Hz
SMOKE DETECTOR REQUIREMENTS
Provide smoke detectors, as required, with wiring from the sensing devices to the controller(s) designated by Otis.
I For each group of elevators, provide a normally closed contact representing the smoke detector at the designated return landing.
11 For each group of elevators, provide a normally closed contact representing all smoke detectors located in lobbies and hoistways,
but not the smoke detector at the designated return landing (see above) or the smoke detectors as described in a) below:
a) If a smoke detector is located in the hoistway at or below the lower of the two recall landings, it shall be wired to
activate the same normally closed contact as the smoke detector located in the lobby at the lower of the two landings.
b) If machine rooms are located at the designated return landing, the smoke detectors, located therein, shall be wired to activate the same
normally closed contact as the smoke detector at the designated landing.
III a) For a single elevator, or group of elevators having one common machine room and one common hoistway, provided one additional
normally closed contact representing all machine room and hoistway smoke detectors.
b) If the group contains more than one hoistway, and hoistway smoke detectors are installed, or if the group has more than on machine room,
provided one normally closed contact for each elevator. The contact is to represent the smoke detector in the machine room for that
particular elevator, and any smoke detectors in the hoistway containing that particular elevator.
SPRINKLER REQUIREMENTS
If sprinklers are installed in the hoistway, machine room, or machinery spaces, a means to automatically disconnect the main line power supply, of the
affected elevator, prior to the application of water. Smoke detectors shall not be used to activate sprinklers in the hoistways, machine rooms, or machinery
spaces or to disconnect the main line power supply
Washington State Department of Labor & Industries (L&I) is requiring sprinklers at the top and bottom of hoistways for
Otis Gen2 model elevators. See the sprinkler letter attached.
This document contains confidential proprietary pricing and other information of Otis Elevator Company and is intended for the recipient
only. Any distribution or copying of this information without the consent of Otis Elevator Company is strictly prohibited.
Otis Elevator Company Page 6 of 23 Date:
3/1/2018 3/01/18
Confirmation Of Power for Elevator Systems
HEATING, VENTILATION, AIR CONDITIONING REQUIREMENTS
Elevators With Separate Control and Machine Spaces
The control room (s)/space(s) shall be maintained at a temperature between 32 F (0 C) and 104 F (40 C) to be measured 6 feet (1830 mm) above the floor
and 1 foot (305 mm) out from the front center of the car controller(s). Relative humidity is not to exceed 95% non -condensing. Provide ventilation to suit
Otis heat release amounts as shown in the table below. Local codes may require higher temperature ranges and higher ventilation levels. Please check
with your local code authority for the exact requirements in your area.
If your control room(syspace(s) temperatures exceed these requirements, contact your local Otis sales representative for assistance.
HEAT RELEASE PER
'CONTRACT
GROUP
ELEVATOR
DUTY
PRODUCT
CAR (BTU1HR)
Control Space
647779
Duplex
Unit 1
3500
Gen2 Underslu Eg
5300
r>47780
Duplex
Unit 2
3500
Gen2 Underslung
5300
HEAT RELEASE PER
CONTRACT
GROUP
ELEVATOR
DUTY
PRODUCT
CAR (BTUIHR)
Machine Space
647779
E: Duplex
Unit 1
3500
Gen2 Underslung
2600
647780
1 Duplex
Unit 2
3500
Gen2 Underslung
2600
This document contains confidential proprietary pricing and other information of Otis Elevator Company and is intended for the recipient
only. Any distribution or copying of this information without the consent of Otis Elevator Company is strictly prohibited.
Otis Elevator Company Page 7 of 23 Date:
3/1/2018 3/01/18
=,2 NE 'I 75th ST.
Kcf--��Z,Q- VIYA G1730"?a
Submittals
for
Westgate Edmonds
10032 Edmonds Way
Edmonds, WA 98020
i
General Contractor: W.G. Clark Construction
HVAC Contractor:
.0
408 Aurora Ave N
Seattle, WA 98109
GB SYSTEMS, INC.
7202 NE 175'h St.
Kenmore, WA 98028
Job# 443
I
JUN 2 8 20 13
DEVELur,.,,-,q j SERVICES CTR.
CITY OF EDMONDS
C py
ITY GO
As?
INDEX
TAB
MARK
MAKE
ITEM
VENDOR
PHONE#
1
EF-I - 6
Panasonic
Exhaust Fan
ACI
(206) 767-2600
2
SF-1
Panasonic
Supply Fan
ACI
(206) 767-2600
3
HP-19 29 CU-19 2
Mitsubishi
Split System
Gensco
(888) 515-9555
Trane
4
MUA-19 2, RTU-
Trane
Rooftop Unit
Gensco
(888) 515-9555
1.)2
5
GEF-1, TCF-1
American
Miscellaneous
Air Tec
(206) 763-9911
Coolair
6
DH-I, UH-1 - 3
Warren
Duct/Unit Heater
Air Tec
(206) 763-9911
King
7
FSD-1 - 49 FD-I
Ruskin
Fire Dampers
ACI
(206) 767-2600
8
CD-1 - 69 BDD-1,
Ruskin
Control Dampers
ACI
(206) 767-2600
2
INDEX
TAB
MARK
MAKE
ITEM
VENDOR
PHONE#
9
L-I - 4
RV-19 2
Ruskin
GB Systems
Louver/Relief
ACI
GBS
(206) 767-2600
(425) 482-0586
10
VFD-1
Yaskawa
VFD
RSD
(425) 739-0630
FV-30VQ3
KENTIL,41'10N 11,4N
Specification Submittal Data / Panasonic Ventilation Fan
Description
Ventilating fan shall be Low Noise ceiling mount
type rated for continuous run. Fan shall be
ENERGY STARO rated and certified by the
Home Ventilating Institute (HVI). Evaluated by
Underwriters Laboratories and conform to both UL
and cUL safety standards.
Motor/Blower.
• Four -pole totally enclosed condenser motor
rated for continuous run.
• Power Rating shall be 120 volts and 60 Hz.
• Fan shall be UL listed for tub/shower enclosure
when used with a GFCI branch circuit wiring.
• Motor equipped with thermal -cutoff fuse.
• Removable with permanently lubricated plug-in
motor.
Housing:
* Rust proof paint, galvanized steel body.
* 6" diameter duct adaptor.
* Built in backdraft damper.
* Expandable extension bracket up to 26"
Grille:
• Attractive design using PP material.
• Attaches directly to housing with torsion springs.
Warranty:
- ALL Parts: For period of 3 years from the date
of the original purchase.
Architectural Specifications:
Ventilating fan shall be of the ceiling mount, Energy
conserving vent type, with no less than 290
CFM and no more than 2.0 sones as certified by
the Home Ventilating Institute (HVI) at 0.1 static
pressure in inches water gauge (w.g.) and with
no less than 257 CFM as certified by HVI at 0.25
w.g. Power Consumption shall be no greater than
64 watts at 0. 1 w. g. and 62 watts at 0.25 w.g.
ENERGY STAR rated with efficiency of no less
than 4.5 CFM/watt at 0.1 w.g. and 4.1 CFM/watt
at 0.25 w.g. The motor shall be totally enclosed,
four pole condenser type engineered to operate
continuously. Power rating shall bel 20v/6OHz.
Duct diameter shall be no less than 6". Fan shall
be UL and cUL listed for tub/shower enclosure
when used with GFCI branch circuit wiring. Fan
shall be ASHRAE 62.2, LEED, ENERGY STAR IAR
EarthCraft, California Title-24, and WA Ventilation
Code compliant.
Specifications: WhisperCelling FV-30VQ3
6" Duct
Static Pressure in inches w.g.
0.1
0.25
Air Volume (CFM)
290
257
,Noise (sones)
2.0
N/A
Power Consumption (watts)
64
62
Energy Efficiency (CFM/Watt)
4.6
4.1
Speed (RPM)
877
990
Current (amps)
0.53
0.52
ENERGY STAR rated
YES
Washington State VIAQ Code
YES
As of date 4/11
For complete Installation Instructions visit www.panasonic.com/building
6" duct
1 2 W"
12,V
"El
Is
FV-30VQ3
a 1.00
0.80
FV-30VQ3
_U 0.60
----20 Feet
—40 Feet
-----60 Feet
0.40
—80 Feet
100 Feet
0.201
Z
0.00-
0 50 100 150 200 250 300 350
Airflow(CFM)
:11076SS-30
Model
Quantity
CornTents
Project:
FV-30VQ3
2
EF-11, EF-4
Location: Edmonds
Architect:
Engineer: GB Systems
Contractor:
Submitted by:
Date:
Panasonic Home and Environment Company
Division of Panasonic Corporation of North America
One Panasonic Way
Secaucus, NJ 07094
www.panasonic.com/building
ls�gft�
I HVI I C ny,
k�- �'-- NZY
a
CI
Panasonic
ANT11"AFION
Specification Submittal Data / Panasonic Ventilation Fan
Description
Ventilating fan shall be Low Noise ceiling mount
type rated for continuous run. Fan shall be
ENERGY STAR" rated and certified by the
Home Ventilating Institute (HVI). Evaluated by
Underwriters Laboratories and conform to both UL
and cUL safety standards.
Motor/Blower.
• Four -pole totally enclosed condenser motor
rated for continuous operation.
• Power Rating shall be 120 volts and 60 Hz.
• Fan shall be UL listed for tub/shower enclosure
when used with a GFC1 branch circuit wiring.
• Motor equipped with thermal -cutoff fuse.
• Removable with permanently lubricated plug-in
motor.
Housing:
* Rust proof paint, galvanized steel body.
* 6" diameter duct adaptor.
* Built in backdraft damper.
* Expandable extension bracket up to 26",
Grille:
• Attractive design using PP material.
• Attaches directly to housing with torsion springs.
Warranty:
o ALL Parts: For period of 3 years from te date
of the original purchase.
Architectural Specifications:
Ventilating fan shall be of the ceiling mount,
ENERGY STAR rated type, with no less than 190
CFM and no more than 0.8 sone as certified by
the Home Ventilating Institute (HVI) at 0.1 static
pressure in inches water gauge(w.g.) and with
no less than 144 CFM no more than 1.4 sone as
certified by HVI at 0.25 w.g. Power Consumption
shall be no greater than 42 watts at 0.1 w.g. and
42 watts at 0.25 w.g. ENERGY STAR rated with
efficiency of no less than 4.5 CFM/waft at 0.1
w.g. and 3.4 CFM/watt at 0.25 w.g. The motor
shall be totally enclosed, four pole condenser type
engineered to operate continuously. Power rating
shall bel 20v/6OHz. Duct diameter shall be no less
than 6". Fan shall be UL and cUL listed for tub/
shower enclosure when used with GIFCI branch
circuit wiring, Fan shall be ASHRAE 62.2, LEED,
ENERGY STAR IAP, EarthCraft, California Title-24,
and WA Ventilation Code compliant.
Specifications: WhisperCeiling FV-20VQ3
6" Duct
Static Pressure in inches w.g.
0.1
0.25
Air Volume (CFM)
190
144
Noise (sones)
0.8
1.4
Power Consumption (watts)
42
42
Energy Efficiency (CFM/Watt)
4.5
3.4
Speed (RPM)
696
871
Current (amps)
0.35
0.35
ENERGY STAR rated
YES
Washington State VIAQ Code
YES
As of date 4/11
For comolete Installation Instructions visit www.panasonic.com/building
FV-20VO3
6" duct
12 V1 ---4
90M
—4-
is
FV-20VQ3
0.70-
0.60-
0.50
—FV-20VQ3
0.40
----20 Feet
40 Feet
0.30
60 Feet
80 Feet
0.20
....... 100 Feet
0.10 -
0.00
0 50 100 ISO 200
Airflow(CFM)
11076SS-20
Model
Quantity
Comments
Project:
FV-20VQ3
3
EF-2-rEF-7, EF-8
Location: Edmonds
Architect:
Engineer: G13 Systems
Contractor:
Submitted by:
Date:
Panasonic Home and Environment Company
Division of Panasonic Corporation of North America
One Panasonic Way
Secaucus, NJ 07094
www.panasonic.com/building
I NVI I C nui U 5
T
Panasonicr:,E:
Tag: EF-3, 5, 6
Model No.
FV-05VQ5
FV-08VO5
I FV-1 1 VQ5 I
Panasonic'
Ventilating Fan
INSTALLATION
INSTRUCTIONS
FV-1 5VQ5
READ AND SAVE THESE INSTRUCTIONS
Thank you very much for having purchased our Ventilating Fan.
Please read these instructions carefully before attempting to install,
operate or service the Panasonic Ventilating Fan. Failure to comply
with instructions could result in personal injury and/or property
damage. Please retain this booklet for future reference
Table of Contents
Unpacking........................................................................................ ........
2
Supplied Accessories ....................................................................................
2
Description....................................................................................................
2
General Safety Information .............................................................................
3
Dimensions.....................................................................................................
4
WiringDiagram ...............................................................................................
4
Installation I (Joist Mounting - 1) ...................................................................
5-6
Installation II (Suspension Brackets Mounting) ..................................................
7-8
Installation III (Joist Mounting - II) ..... I ...... I ........................................................
8
Maintenance (Cleaning) ............................................................................
8-9
Practical Guide To Installation ........................................................................
9
Specifications................................................................................................
10
ProductService .............................................................................................
10
UNPACKING
Unpack and carefully remove the unit from carton.
Refer to the supplied accessories list to verify that all parts are present.
SUPPLIED ACCESSORIES
Part name
Appearance
Quantity
Grille
Suspension
bracketI
Suspension
bracketH
ro�
Suspension
bracketIII
Suspension
bracketIV
DESCRIPTION
Part name
Appearance
Quantity
Screw 1
2
(ST4.2X6)
Screw II
14)
(ST4.2X
Long screw
6
(ST4.2X20)
Installation
instructions
2
Warranty
1
sheet
These Panasonic ventilating fan models are listed by UL under UL file No. E78414.
These Panasonic ventilating fan models use a sirocco fan driven by a capacitor motor.
The motor is designed to have an extended service life with reduced energy consumption.
It also incorporates a thermal -cutoff for safety. The grille covering the fan body is a spring -loaded, quick
remove type. A damper for preventing air counterf low is provided. The blower uses a high -capacity
sirocco fan developed to reduce the noise level.
2
GENERAL SAFETY INFORMATION
1. Do not install this ventilating fan where interior room temperature may exceed
104'F (40'C).
2. Make sure that the electric service supply voltage is AC 120V, 60Hz.
3. Follow all local electrical and safety codes, as well as the National Electrical Code
(NEC) and the Occupation Safety and Health Act (OSHA).
4. Always disconnect the power source before working on or near the fan, motor,
junction box.
5. Protect the power cord from sharp edges, oil, grease, hot surfaces, chemicals or
other objects.
6. Do not kink the power cord.
7. Do not install the unit where ducts are configured as shown in Fig. A.
8. Provide make up air for proper ventilation.
9. A statement to the effect that when the product is to no longer
be used, it must not be left in place but removed, to prevent it
from possibly failing.
CAUTION:
1. For general ventilating use only. Do not use to exhaust
hazardous or explosive materials and vapors.
2. Not for use in cooking area. (Fig.B)
3. This product must be properly grounded.
G
Prohibited
G
Prohibited
011_::�
Prohibited
Adaptor
Prohibited
Fig. A
(Cooking area)
Do not install above or
inside this area
Cooking Floor
equipment
Fig. B
WARNING:
To reduce the risk of fire, electric shock or injury to persons, observe the following:
1 . Use this unit only in the manner intended by the manufacturer. If you have any questions, contact to
the manufacturer.
2. Before servicing or cleaning unit, switch power off at service panel and lock the service disconnecting
means to prevent power from being switched on accidentally. When the service disconnecting means
cannot be locked, securely fasten a prominent warning device, such as a tag, to the service panel.
3. Installation work and electrical wiring must be done by qualified person(s) in accordance with all
applicable codes and standards, including fire -rated construction.
4. Sufficient air is needed for proper combustion and exhausting of gases through the flue (chimney)
of fuel burning equipment to prevent back drafting. Follow the heating equipment manufacturer's
guideline and safety standards such as those published by the National Fire Protection Association
(NFPA), and the American Society of Heating, Refrigeration, and Air Conditioning Engineers
(ASHRAE) and the local code authorities.
5. When cutting or drilling into wall or ceiling, do not damage electrical wiring and other hidden utilities.
6. Ducted fans must always be vented to the outdoors.
7. If this unit is to be installed over a tub or shower, it must be marked as appropriate for the application
and be connected to a GFCI (Ground Fault Circuit Interrupter) -protected branch circuit.
8. These models are UL listed for tub and shower enclosures.
9. Not to be installed in a ceiling thermally insulated to a value greater than R40. (This is required for
installation in Canada only)
DIMENSIONS
FV-05VQ5 FV-08VQ5 FV-11VQ5 7/8 Unit: inches (mm)
�15 1 (26) 4 315 (116)
FV-15VQ5
CO
WIRING DIAGRAM
H
IM
[1111(26) 4 V5(416)
7 T
No.
Part name
No.
Part name
1
Blade
5
Fan body
2
Grille
6
Damper
3
Junction box
7
Suspension bracket
4
Adaptor
8
Bracket cover
Red
White Capacitor ---------------- I
White white White i Neutral
Motor — — >-
Black =Bla.k (Vett.) Power Supply
AC120V 60Hz
(Fuse in motor) Green i Earth qro�!n
Fuse 'type::
FV-05VOS 237:F (I 14:C) Earth ground Jun:clon box
FV-08VQ5: 237 F (11 4 Q
FV-1 1VOS: 237 *F (1 14'C)
FV-1 5VQ5: 273'F (1 34C)
Fan body
4
it
INSTALLATION I (JOIST MOUNTING - I)
Joist situation:
Spacing A is 16 inches
(406 mm) to 24 inches
(609 mm) on center joists
A
Joists
1. If the spacing A is 16 inches (406 mm) to 24 inches
(609 Trim) on center joists, please follow the
installation step as below.
IMPORTANT:
Remove the tape from damper and adaptor
before installation. As shown below:
Adaptor —
Damper
Tape
2. Insert the suspension bracket I and II into the fan
body. (Select the suspension bracket connection
holes as shown below) (Fig.1)
Suspension bracket connect method:
Suspension bracket I and H connect with
screw I as shown below:
Unit: inches (mm) 13 1/4 - 15 1/2 (336-394)
16 1/2 - 18 3/4 (419-480)
21 1/4 - 23 112 (540-597)
Suspension
bracketH Suspension
Screw I bracket[
(ST4.2X6)
3. Install the suspension bracket and the flange
of fan body to joists by using long screws
(ST4.2X20) and secure it to the fan body by
using screw H (ST4.2X14). (Fig.2)
5
Joists
4 Long screws
(ST4.2X20)
Joist
0
Screw II
2 Long screws (ST4.2X14)
(ST4.2X20)
Fig.2 I
INSTALLATION I (JOIST MOUNTING - I) CONTINUED
4. Install a circular duct and secure it with clamps,
or wire ties and seal it with mastic or approved
duct tape. A 4 or 6 inch circular duct is needed
to connect to the relevant part of adaptor.(Fig.3)
5. Remove junction box cover and secure conduit or
stress relief to junction box knock -out hole. (Fig.3)
6. Refer to wiring diagram below.
Follow all the local electrical safety codes as well as
the National Electrical Code (NEC).
Using UL approved wire nuts, connect house power
wires to ventilating fan wires. (Fig.4)
CAUTION:
Mount junction box cover carefully so that lead
wires are not pinched.
WIRING DIAGRAM
Red
�i2 " �.P ------------------
wl:i. White White eutral
motor ..... >_ Power
:B :Ia,:kl � =Black >. 'upp"
AC 120�
:.tarlh ro!
77_� . 9_ nCL>PHz
Fuse type:
FV-05VQS 237:F (I 14:Q Earth ground Junction box
FV08VQ5: 237.F (1 14.Q
FV-11VQ5: 237.F (1 14.C)l
FV-11 SV05: 273 F (134 C)
Fan body
7. Finish ceiling work. Ceiling hole should be aligned
with the inside edcles of the flancle. (Fiq.5)
IMPORTANT:
Remove the tapes from louver and springs
before installation. As shown below:
Tapes *
8. Insert mounting springs into slots as shown and
mount grille to fan body. (Fig.6)
Notes:
Suitable for use with solid-state speed controls.
Solid-state speed controls may cause harmonic
distortion which can cause a motor humming noise.
.9
K Knock -out hole
no
Conduit Circular duct Duct tape
Jiunction box
c co,
o 'er
Fig.3
Junction box Conduit
Earth ground
to green
Wire nut AN.utrall to white
L
Live to black
(Ventilating fan)
Fig.4
Unit: inches (mm) (-LbO Ceiling
After finishing the ceiling job, fill gap between flange
and ceiling with caulk or other sealant to prevent air
leakage
!�_'J
INSTALLATION H (SUSPENSION BRACKETS MOUNTING)
A
Joist situation:
Spacing A is 16 inches Tr
(406 mm) to 24 inches
(609 mm) on center joists Joists
1. If the spacing A is 16 inches (406 mm) to 24 inches
(609 mm) on center joists, please follow the
installation step as below.
2. Insert the suspension bracket I and II into the fan
body and suspension bracket III or IV into the
adaptor. (Select the suspension bracket connection
holes as shown below) (Fig.7, Fig.8)
Suspension bracket connect method:
Suspension bracket I and II connect with
screw I as shown below:
Unit: inches (mm) 13 1/4 - 15 1/2 (336-394)
16 1/2 - 18 3/4 (419-480)
21 1/4 - 23 1/2 (540-597)
Suspension
bracket II Suspension
Screw I bracketI
(ST4.2X6)
3. Install the suspension bracket to joists by using long
screws (ST4.2X20) (Fig.8) and secure it to the fan
body by using screw II (ST4.2X14). (Fig.9)
7
Suspension
bracket III or IV
Fan body
Suspension
bracketI
Suspension
bracketIl Fig.7
Suspension bracket H1
16 inches (406 mm) or
19 inches (483 mm) horizental joist
Suspension bracket IV
24 inches (609 mm) horizental joist
6 Long screws
(ST4.2X20)
13 1/4-15 112 336-394
161/2- 18 3/4 419-480
21 1 /4-23 112__ 540-597
A
2 1/2-4 1/5 �64-107)
5 1/2-71/5 14G-183)
ine,
I B
0-1 (0-25.4)
Unit: inches (mm)
Fan body
NO]
INSTALLATION H
(SUSPENSION BRACKETS MOUNTING) CONTINUED
4. Follow steps 4 to 8 of installation I (page 6) to
complete the installation work.
INSTALLATION 1H (JOIST MOUNTING - II)
Joist situation: B
Spacing B is
10 1/2 inches (266 mm) to Joists
11 1/2 inches (292 mm)
on joists
1. If the spacing B is 10 1/2 inches (266 mm) to 11 1/2
inches (292 mm) on joists, please follow the
installation step as below.
2. Secure 4 long screws (ST 4.2X20) at flange of frame.
(Fig. 10)
3. Follow steps 4 to 8 of installation I (page 6) to complete
the installation work.
MAINTENANCE (CLEANING)
WARNING:
Disconnect power source before working on unit. Routine
maintenance must be done every year.
CAUTION:
1. Never use gasoline, benzene, thinner or any other
such chemicals for cleaning the ventilating fan.
2. Do not immerse motor in water when cleaning.
3. Do not soak resin parts in water over 140'F (60 . C).
1. Remove grille. (Squeeze mounting spring and pull down
carefully) (Fig. 11).
N.
Joist
screw H
(ST4.2X 14)
Fig.9
Joist
Fan body
4 Long screws
(ST4.2X20) Fig. 10
MAINTENANCE (CLEANING) CONTINUED
2. Clean grille. (Don't put into hot water. Use non-abrasive
kitchen detergent, wipe dry with clean cloth) (Fig. 12)
3. The grille should be dry after cleaning.
4. Remove dust and dirt from fan body using a vacuum
cleaner. (Fig. 13)
-+1 Fig. 12
Ceiling
Vacuum
cleaner
Fig.13
5. Using a cloth dampened with kitchen detergent, remove
any dirt from fan body. Wipe dry with clean cloth. (Fig. 14)
6. Replace grille.
Ceiling
Gloves
Fig.14
PRACTICAL GUIDE TO INSTALLATION
Properly insulate the area around the fan
to minimize building heat loss and gain.
(Fig. 15)
Loose fill or batt insulation can be placed
directly over the fan housing in the attic.
Panasonic fans and fan/light combination
units do not create excessive heat that is
a common problem with recessed light
fixtures or some competitors' fan/light
combinations. our efficient, cool -running
motors and our fluorescent lamp do not
create enough ambient heat to be subjected
to these limitations.
Four inch or six inch roof jack, wall cap, \,I
or soffit vent with backdraft damper—_
Mechanically connect duct to termination
and seal with mastic or approved foil
faced tape
2-3 ft straight run before elbow
In attic installation,
caulk box to drywall
Short piece of flexible duct helps
alignment and absorbs sound.
Clamps plus mastic or approved RK<I ulation
foil faced tape at all flex joints Foil tape tightly covers all metal
duct joints (glue PVC joints) Fig. 15
The clucting from this fan to the outside of the building has a strong effect on the air flow, noise
and energy use of the fan. Use the shortest, straightest duct routing possible for best performance,
and avoid installing the fan with smaller ducts than recommended. Insulation around the ducts can
reduce energy loss and inhibit mold growth. Fans installed with existing ducts may not achieve their
rated air flow.
SPECIFICATIONS
Model NO-
Air
direction
Voltage
M
Frequency
(Hz)
Duct
diameter
(inches)
Noise
(sones)
Power
consumption
(W)
Speed
(rpm)
Air volume
at 0. 1 "WG
(CFM)
Weight
lb.(kg)
FV-05VQS
Exhaust
120
60
4 or 6
<03
11.0
730
50
9.9 (4.5)
FV-08VQ5
Exhaust
120
60
4 or 6
<03
14.5
815
1 80
9.9 (4.5)
FV-1 1 VQ5
Exhaust
120
60
4 or 6
<03
22.0
960
110
9.9 (4.5)
FV-1 5VQ5
Exhaust
120
60
6
<03
28.5
700
150
11.2 (5.1)
HVI Certified performance based on HVI Procedures 915,916,and 920.
PRODUCT SERVICE
Warning Concerning Removal of Covers.
The unit should be serviced by qualified technicians only.
Your product is designed and manufactured to ensure a minimum of maintenance.
Should your unit require service or parts, call Panasonic Call Center at 1-866-292-7299(USA)
or 1-800-669-5165 (Canada).
10
Panasonic Corporation of North America
Two River -front Plaza, Newark, NJ 07102
www.panasonic.com
Panasonic Canada Inc.
5770 Ambler Drive, Mississauga, Ontario L4W 2T3
www.panasonic.ca
Panasonic corporation 2015 T1002-4095 08VQ54020D
Printed in China
a 9/1
YF,YT1L,47-1aA'ffr4,Y A--'. "
Specification Submittal Data / Panasonic Ventilation Fan
Description
Ventilating fan shall be low noise remote
mount type rated for continuous run. Fan
shall be ENERGY STARO rated and certified
by the Home Ventilating Institute (HVI).
Evaluated by Underwriters Laboratories
and conform to both UL and cUL safety
standards.
Motor/Blower.
• Four —pole totally enclosed condenser
motor rated for continuous run.
• Power rating shall be 120 volts and
60 Hz.
• Fan shall be UL listed for tub/shower
enclosure when used with a GFCI branch
circuit wiring.
• Motor equipped with thermal —cutoff fuse.
Housing:
• Galvanized steel body for long-Aife.
• Insulated housing to prevent
condensation and noise.*
• Tapered duct adapter for easy
connection.
Easy Installation:
* 5 positions installation.
* Joist, truss and suspension brackets
included.
Warranty:
3-Year limited warranty.
rchitecturall Specifications:
Ventilation fan shall be remote mount,
ENERGY STAR rated, with no less than
240 CFM as certified by the HVI at .2 static
pressure in inches water gauge. Power
consumption shall be no greater than 57
Watts and energy efficiency rating shall be
no less than 4.2 CFM/Watt. The motor shall
be totally enclosed, four pole condenser
type engineered to run continuously. Power
rating shall be 120v/6OHz. Housing shall
be insulated to reduce condensation. Duct
diameter shall be no less than 6". Fan
shall be UL and cUL listed for tub/shower
enclosure when used with GFCI branch
circuit wiring. Brackets shall be provided for
joist, truss or suspension installations.
ASHRAE 62.2, LEED, ENERGY STAR IAP,
CA Title 24, EarthCraft and WA Ventilation
Code complaint.
Specifications: WhisperLine FV-20NLF1
Static Pressure in
Air Volume
Power
Consumption
Energy
Efficiency
Speed (RPM
Current
inches w.g.
(CFM)
(Watts)
(CFM / Wafts)
(amps)
0.2
240
57
4.2
1260
0.46
0.3
225
55
04
200
53.2
For complete Installation Instructions visit www.panasonic.com/building
FV-20NLF1
FV-20NLF1
0.90
0.80
0.70
U
0.50
0.40
0.30--
0.20
0.10
01
FV-20NLF1
20 Feet
40 Feet
60 Feet
80 Feet
�X/
a
0 50 100 150 200 250 300
Airflow(CFM)
:11141 SS-20
Model
Quantity
Comments
Project:
FV-20NLF1
1
SF-1
Location: EDMONDS
Architect:
Engineer: — GB SYSTEMS
Contractor:
Submitted by:
FDat;.7
Panasonic Home and Environment Company
Division of Panasonic Corporation of North America
One Panasonic Way
Secaucus, NJ 07094
www.panasonic.com/building
IIHVI I c nUL us
k,CERTIFIE N7
g.
n. ?
Panasonic
Job Name: Westgate Edmonds
System Reference: HP-1, CU-1 Date: 3/5/18
Indoor Unit:
PKA-A24KA7
Outdoor Unit:
o PUZ-A24NHA7
o PUZ-A24NHA7-BS
. ..........
INDOOR UNIT FEATURES
• Sleek, compact design
• Simple installation
• Vane setting for air flow direction control
• Auto fan speed mode
• Ideal for spaces such as server rooms, daycare centers, classrooms, churches, small offices, and more
OUTDOOR UNIT FEATURES
• Variable speed INVERTER -driven compressor
• Suction accumulator pre -charged with refrigerant volume for piping length up to 100 ft (70 ft. for Al2/18/24/30)
• 24-hour continuous operation (cooling mode)
• High pressure protection
• Fast restart due to bypass valve make it ideal for equipment cooling applications, such as data centers
• Superior energy and operational efficiency
Specifications are subject to change without notice. Copyright @ 2017 Mitsubishi Electric US, Inc.
Maximum Capacity
Rated Capacity
Minimum Capacity
Btu/h
24,000
Btu/h
24,000
Btu/h
10,000
Cooling*1
Maximum Power Input
W
1,960
Rated Power Input
W
1,960
Moisture Removal
Pints/h
5.00
Sensible Heat Factor
0.77
Power Factor
%
95.70
Maximum Capacity
Btu/h
28,000
Rated Capacity
Btu/h
26,000
Minimum Capacity
Btu/h
9,000
Heating at 470 F*2
Maximum Power Input
W
2,600
Rated Power Input
W
1,750
Power Factor
%
96.30
Maximum Capacity
Btu/h
18,300
*3
Rated Capacity
Btu/h
15,700
Heating at 170 F
Maximum Power Input
W
1,820
Rated Power Input
W
1,750
SEER
21.40
EER *1
12.20
Efficiency
HSPF (IV)
11.00
COP at 470 F *2
4.35
COP at 170 F *3
2.62
Voltage, Phase, Frequency
208 230V, 1 -phase, 60 Hz
Guaranteed Voltage Range V AC
198-253
Voltage: Indoor -Outdoor, S1-S2
V AC
208/230
Electrical
Voltage: Indoor - Outdoor, S2-S3
V DC
24
Voltage: Indoor - Remote controller
Recommended Fuse/Breaker Size
V DC
A
12
25
Recommended Wire Size (Indoor - Outdoor)
AWG
14__
Specifications are subject to change without notice- Copyright (9 2017 Mitsubishi Electric US, Inc.
MCA
A 1.00
Fan Motor Full Load Amperage
A 0.36
Fan Motor Output
W
56
Airflow Rate, Dry
CFM
635-705-775
Airflow Rate, Wet
CFM
570-635-700
External Static Pressure
in.WG
n/a
Sound Pressure Level
dB(A)
39-42-45
Drain Pipe Size
In. (mm)
5/8(16)
Condensate Lift Mechanism, Max. Distance
Ft. (m)
n/a
Indoor Unit
Heat Exchanger Type
Plate fin coil
External Finish Color
White Munsell 1.0Y 9.2/0.2
Unit Dimensions
W. In. (mm)
46-1/16 (1170)
D: In. (mm)
11-5/8 (295)
H: In. (mm)
14-3/8 (365)
Package Dimensions
W: In.
51
D: In.
18-8/16
H: In.
14-4/16
Unit Weight
Lbs. (kg)
46(21)
Package Weight
Lbs.
53
Indoor Unit
Cooling Intake Air Temp (Maximum / Minimum)
0 F
90 DB, 73 WB / 66 DB, 59 WB
Operating
Temperature
Range
Heating Intake Air Temp (Maximum / Minimum)
0 F
82 DB / 50 DB
MCA A 19
MOCP A 26
Fan Motor Full Load Amperage A 0.4
Fan Motor Output W 86
Outdoor Unit
Airflow Rate CFM 1,940
Refrigerant Control
Defrost Method
Heat Exchanger Type
Electronic Expansion Valve
Reverse Cycle
Cross fin
Specifications are subject to change without notice. Copyright (P 2017 Mitsubishi Electric US, Inc-
Sound Pressure Level, Cooling*1
dB(A)
47
Sound Pressure Level, Heating*2
d
48
Compressor Type
INVERTER
-driven twin rotary
Compressor Model
SNB172FWHM1
Compressor Rated Load Amps
A
7
Compressor Locked Rotor Amps
A
11
Compressor Oil Type Charge
0
FV50S//23
External Finish -Color
Ivory Munsell 3Y 7.8/1.1
1111'ase Pan Heater
n/a
W.- I n. (m m)
37-13/32 (950)
Unit Dimensions
D: In. (mm)
13 + 1-3/16 (330 + 30)
H: In. (mm)
37-1/8 (943)
W. In.
40-15/16
Package Dimensions
D: In.
17-11/16
H: In.
40-11/16
Unit Weight
Lbs. (k
153(69)
Package Weight
Lbs. (k 9)
179(81)
Outdoor Unit
Cooling Intake Air Temp (Maximum / Mi nimum)
OF
115 DB 0* DB
Operating
Heating Intake Air Temp (Maximum / Minimum)
OF
70 DB, 59 WB -4 DB, -4 WB
Temperature
Range
Thermal Lock -out / Re -start Temperatures"
OF
-8 / -4 DB
Type
R410A
Refrigerant
Charge
Lbs, oz
7 lbs, 11 oz
Gas Pipe Size O.D. (Flared)
In.(mm)
5/8(15.88)
Liquid Pipe Size O.D. (Flared)
ln.(mm)
3/8(9.52)
Piping
Maximum Piping Length
Ft. (m)
165(50)
Maximum Height Difference
Ft. (m)
100(30)
Maximum Number of Bends
15
Specifications are subject to change without notice. Copyright @ 2017 Mitsubishi Electric US, Inc.
AHRI Rated
*1 Cooling (indoor // Outdoor)
OF
80OF DB, 670F WB // 950F DB, 75OF WB
Conditions (Rated
data is determined
�2 Heating at 470F (indoor Outdoor)
OF
70OF DB, 60OF WB H 470F DB, 430F WB
at a fixed
*3 Heating at 170F (Indoor Outdoor)
OF
70OF DB, 60OF WB // 170F DB, 15OF WB
compressor speed)
Conditions
*4 Heating at 50F (indoor // Outdoor)
OF
70OF DB, 60OF WB H -40F DB, -50F WB
Notes
*Wind baffles required to operate below 230F DB in cooling mode. PUZ with wind baffle: OOF - 11 5'F.
"System cuts out in heating mode to avoid thermistor error and automatically restarts at these temperatures
SEACOAST PROTECTION
• External Outer Panel: Phosphate coating + Acrylic -Enamel coating
• Fan Motor Support: Epoxy resin coating (at edge face)
• Separator Assembly; Valve Bed: Epoxy resin coating (at edge face)
• "Blue Fin" treatment is an anti -corrosion treatment that is applied to the condenser coil to protect it against airborne
contaminants.
Notes:
Specifications are subject to change without notice. Copyright @ 2017 Mitsubishi Electric US, Inc.
3-Pole D�sconnect Switch (30A/60OV/UL) [fits 2" X 4" utility box]
o TAZ-MS303
Drain Pan Level Sensor (Control for indoor unit shut off to prevent drain pan overflow)
o
DPLS2
MaxiBlue Advanced Blue Diamond Mini -Condensation pump w/ Reservoir & Sensor (11OV)
up to 48,000 Btu/h [recommended]
o X87-711 - 110
MaxiBlue Advanced Blue Diamond Mini -Condensation pump w/ Reservoir & Sensor
(208/23OV) up to 48,000 Btu/h [recommended]
o X87-721 - 208/230
Extension Cord for Blue Diamond Pump
c
c
C13-103
S130-1 1 5
Sauermann Mini -Condensation pump (11 5V)
Sauermann Mini -Condensation pump (230V)
o
S130-230
MegaBlue Blue Diamond Condensate Pump (11 0-230V)
Remote Sensor (extensible)
Ei
X87-835
o
PAC-SE41TS-E
Connector for CN32 (remote ON/OFF)
Connector for CN 152 (Back up heating)
o
PAC-SE55RA-E
o
PAC-SE59RA-E
External fan / Heater control relay adapter
o
CN24RELAY-KIT-CM3
Backlit, wall -mounted, wireless
o
MHK1
Wireless Remote Controller
c
MRCH1
Wreless Receiver
o
MFH1
Portable Central Controller
c
MCCH1
Outside Air Sensor
0
MOS1
Wireless adapter
Ei
PAC-USWHS002-WF-1
BACnetO and Modbus Interface
lo
PAC-UKPRC001-CN-1
Wall -mounted, Wred
lo
PAC-YT53CRAU-J
Wired Remote Controller
o
PAR-33MAA-J
T-STAT Interface
o
PAC-US444CN-1
Simple remote controller
lo
PAC-YT53CRAU
Wireless Remote Controller
PAR-FL32MA-E
Wre for Remote ON/OFF with CN32 connector
PAC-715AD
Lockdown Bracket for wireless, hand-held, remote controllers
o
RCMKP1CB
Specifications are subject to change without notice. Copyright @ 2017 Mitsubishi Electric US, Inc.
Twinning Distribution Pipe (50�50)
Air Outlet Guide
Front Wind Baffle
o MSDD-50TR-E
c PAC-SG59SG-E
o VVB-PA5
Hail Guard
Drain Socket
c HG-A6
Ei PAC-SG61 DS-E
Centralized Drain Pan
c PAC-SG64DP-E
Control/Service Tool
o PAC-SK52ST
Wall Mounting Bracket (Powder -coated Steel)
o QCWB200OM-1
Wall Mounting Bracket (316 Series Stainless Steel)
ii QSWBSS
M-NET Control Adapter for Building Management System
o PAC-SF83MA-E
Outdoor Unit Mounting Pad 24" x 42" x 3"
o ULTRILITE2
Outdoor Unit 3-1/4 inch Mounting Base - Pair (Plastic)
o DSD-40ON
MiniSplit Mounting Stand -Single Fan Models - 12"
0 QSMS1201M
MiniSplit Mounting Stand -Single Fan Models - 18"
o QSMS1801M
MiniSplit Mounting Stand -Single Fan Models - 24"
o QSMS2401 M
3/8 x 5/8 x 10'/ 1/2" Lineset (Twin -Tube Insulation)
o MPLS385812T-1 0
3/8 x 5/8 x 15'/ 1/2" Lineset (Twin -Tube Insulation) 70-M
PLS385812T-1 5
3/8 x 5/8 x 30'/ 1/2" Lineset (Twin -Tube Insulation)
MPLS385812T-30
3/8 x 5/8 x 50'/ 1/2" Lineset (Twin -Tube Insulation)
MPLS385812T-50
3/8 x 5/8 x 65'/ 1/2" Lineset (Twin -Tube Insulation)
D MPLS385812T-65
3/8 x 5/8 x 100'/ 1/2" Lineset (Twin -Tube Insulation)
o MPLS385812T-100
Specifications are subject to change without notice- Copyright @ 2017 Mitsubishi Electric US, Inc.
PKA-A24KA7
loll
Le si�
'9��2 29�
_:: ---z
171-3116(30)
"311
—±E2'122]ii
Ieve
(S"'e—t.sedimafly)
L' '7"1
JThllt�
02-1 16
02-15"i —5/32
(9575)51
(075-080)
Required space(Incim uryt)
Air inlet JJ V,
,77,' Air outlet
7- M �112(220)' MI,MI/32(100,5
Min.2-1h6(573)
CW r—t MW
$313
14
407 — ------
Unit: inch (mm)
Piping connection
(1) Liquid pipe Refrigerant pipe: 3/8 O.D(Og.5:0
I Flared connedion: 3/8F
0 Gas pipe Reffigeranipipe: 5/80.D(015.88)
I Flared connection: 518F
M Drain hose 1 518(016) O.D
Effective length: 23-1/32 (585)
Knod-t We lor pipirV
c
3.1
3.71
V13.132(10.7)
0112
14
MOON,
oil
b
2�
'12)
5i
Specifications are subject to change without notice. Copyright (D 2017 Mitsubishi Electric US, Inc-
A
PUZ-A24NHA7(-BS)
I FREE SPACE (Around the un7it) 14 PIPING -WRING DIREC56�Ni]
The diagram below shows a Dm.iom of space needed Please secure the unit firr* Piping and Wring connections
loe service access are with 4 foundation (MINVIDS,) bob. can be nnado hm 4 d1rections:
(Salts and washers must be FRONTRIght,Rear and Below.
Eirpl.tIonci, dicubirdeta,hare shmirillsetselmdusgram.
given in the installation nommuels, etc. purchased local�.)
tFoundation tooft holl
Mlo� t3l
FOU ATI tl/
.Se.mcas
Example of Not
Reffige—A GAS pipe �tmn (FLAR E� o1588(5
Rfrig— LIQUID pip, —ed—(F�RE) 9.52(
I IM-Wn d STOP VALVE conr—b,, b—,
I Piping knockout Hole Details
P—p*vourabole lhidmirM,
w FORM# PKA-A24KA7 / PUZ-A24NHA7(-BS) - 201709
Unit: mm<in>
�R—A, 111A,
=qftM W.
sot MIC)CW311P)
M-2�3� A75-6.1 a,
�,Ih F 0
SideArintake 2!g st
Dis�llar
;,2/il 2V
.-f.W kl,
5 , , '�IW3181)
Setth alachn-Whe
when 'staN the c�rrd.k
A
inunsiceoleachpare.
Ir mnt; hole
161k,koul)
no hole 2-- f
Wom PON h*
-kc,ut
Droin We
hole
(5 330-5116,)
A,�
MITSUBISHI
ELERC."'riRIC
COOLING & HEATING
1340 Satellite Boulevard, Suwanee, GA 30024
Toll Free: 800-433-4822 www.mehvac.com
CST - U.
Intertek
Specifications are subject to change without notice. Copyright (D 2017 Mitsubishi Electric US, Inc.
SUBMITTAL
Proiect
Westgate Village
Date
Friday, March 09, 2018
Contractor
GB Systems
4t SS HP
Project: Rainier Court 4 West 03/09/201
Prepared By:
4t SS HP
Submittal Cover Sheet
Unit Report
Performance Summary Report
Acoustic Summary
Certified Drawings
Feature Sheet
Residential Carrier Products Bldr 1.29f Page 3 of 12
Unit Report For 4t SS HP
Project: Rainier Court 4 West 03/09/201
Prepared By:
Outdoor Unit Parameters
Unit Model: ............................................. 25HHA
Unit Size: ................................ 4 Tons (Size 48)
Voltage: ........................................ 208/230-3-60 V-Ph-Hz
Indoor Coil Parameters
Unit Model:.. ............................................. FX4D
Unit Size: ...................... 48,000 Btuh (Size 049)
Cabinet Insulation:Single-plece cabinet with 1-in. super
thick insulation ......................................................
Voltage: ............................................... 208-1-60 V-Ph-Hz
Refrigerant Type: .................................... Puron
Heating Size:... ..................................... No Heat
Outdoor Unit Dimensions and Weight Indoor Coil Dimensions and Weight
Unit Length: ............. - ............................. 43.125 in Unit Length: ......... ................................ 22.0625 in
Unit Width: ........................................... 17.0625 in Unit Width: ............................................ 24.6875 in
Unit Height: ................................................ ".5 in Unit Height: .......................................... 53.4375 in
Unit Shipping Weight: ................................. 276. lb Unit Shipping Weight: ................................. 185. lb
RESIDENTIAL APPLICATIONS
This warranty is to the original purchasing owner and subsequent owners only to the extent and as stated in the Warranty Conditions and
below. The limited warranty period in years, depending on the part and the claimant, is as shown in the table below.
Limited Warranty (Years)
Item
0 iginal Owner
Subsequent Owner
Parts
10* (or 5)
5
Compressor
10* (or 5)
5
*If properly registered within 90 days of original installation, otherwise 5 years (except in California and Quebec and other jurisdictions that
prohibit warranty benefits conditioned on registration). See Warranty Conditions below.
OTHER APPLICATIONS
The warranty period is five (5) years on the compressor, and one (1) year on all other parts. The warranty is the original owner only and is
not available for subsequent owners.
Ordering Information
Part Number
Description
Quantit
Outdoor Unit
25HHA448AO05
Performance Series Heat Pump with Puron 4 Tons Cooling
14 SEER @ ARI Conditions
Indoor Coil
FX4DNF049LOO
FX4D Comfort Series Fan Coil with Puron 48000 BTU Cooling
208/230-1-60
Single -piece cabinet with 1 -in. super thick insulation
Aluminum
Accessories
KFCEH2901 N09
9 kW, Electric Heater, Non -fused, stageable, with relays for Indoor Unit
Residential Carrier Products Bldr 1.29f Page 4 of 12
Unit Report For 4t SS HP
Project: Rainier Court 4 West 03/09/201 E
Prepared By:
The Product and Ratings Data in this program is subject to change at anytime and without notice. Please refer to the latest product
literatureand the AHRI directory at www.ahridirectory.org for the most up-to-date information.
Residential Carrier Products Bldr 1.29f Page 5 of 12
Performance Summary For 4t SS HP
Project: Rainier Court 4 West 03/09/201
Prepared By:
System: ............................................
25HHA/FX4D
System Quantity-.......... ....................................
1
Altitude: ........................................................
0.0
Linear Pipe Length-............. ..........................
0.0
COP @ 47 F: .............................................
3.86
COP@ 17 F: .............................................
2.68
SEER @ ARI Conditions: ...........................
14.0
EER @ ARI Conditions: .............................
11.5
HSPF @ ARI Conditions: .............................
8.2
Outdoor Unit Parameters
System Performance
Actual CIg Airflow: ..................................
1600.0
Standard Cig Airflow: ..........................
_ 1600.0
ft Total Net CIg Capacity: ............................
50.09
ft Net Sensible CIg Capacity: ......................
37.22
Htg HP Capacity: ......................................
46.58
Htg HP Integrated Capacity: .....................
46.58
Heating HP Compressor Power .. ................
3.44
Total System Power: ..................................
3.70
System Parameters
Unit Model: .............................. 25HHA448AO05
Unit Size (Nominal): ............... 4 Tons (Size 48)
Voltage: ........... ............................ 208/230-3-60 V-Ph-Hz
CIg Ent Air DB Ambient: ............................. 85.0 'F
Htg Ent Air DB Ambient: ............................. 47.0 *F
Outdoor Electrical Data
Unit Voltage: ................................
208/230-3-60
Fan Motor FLA: ..........................................
1.45
MCA.. ..........................................................
18.6
MaxFuse: .....................................................
30
Operating Range Min:
................................. 197
Operating Range Max:
................................ 253
Compressor RLA: .......................................
13.7
Compressor LRA: .......................................
83.1
indoor Coil Parameters
Unit Model: ..............................
FX4DNF0491L00
Unit Size (Nominal): ..... 48,000 Btuh (Size 049)
Voltage: ... ...........................................
208-1-60
Ent Air DB .....................................
80.00
Ent Air WB ...................................
67.00
Ent Enthalpy:......... ...................................
31.44
Lvg Air DB: ...... _ ......................................
58.46
Lvg Air WB: ..............................................
57.14
Lvg Enthalpy: ...........................................
24.48
Htg Ent Air DIB: ...........................................
70.0
Htg Lvg Air DB: ..........................................
97.0
Heating Size (Nominal): .......................
No Heat
Total External Static Pressure:
................... 0.50
Electrical Data
CFM
CFM
MBH
MBH
MBH
MBH
kW
kW
V-Ph-Hz
oF
oF
BTU/1b
oF
oF
BTU/1b
'F
'F
in wg
Indoor Electrical Data
V-Ph-Hz
Unit Voltage: ........................................
208-1-60
V-Ph-Hz
AmpsMotor
HP: .....................................................
3/4
HP
Amps
Motor FLA: ...................................................
6.0
Amps
Amps
V
Accessory Electric Heater Data
V
EH Part Number: .................... KFCEH2901 N09
Amps
Electric Heater IkW: ......................................
9.0
kW
Amps
For 2 wire operation (single circuit):
Heater Amps: .............................................
18.8
Amps
Heater + Motor MCA: .................................
32.0
Amps
Heater + Motor MOCP: .................................
35
Amps
Accessory Voltage: .............................
208-3-60
V-Ph-Hz
The Product and Ratings Data in this program is subject to change at any time and without notice. Please refer to the latest product
literatureand the AHRI directory at www.ahridirectory.org for the most up-to-date information.
Residential Carrier Products Bldr 1.29f Page 6 of 12
Acoustic Summary For 4t SS HP
Project: Rainier Court 4 West 03/09/201
Prep red By:
Outdoor Unit Parameters:
UnitModel: ..............................................................................
UnitSize: ................... .............................................................
Variations: ...............................................................................
............................................................................... 25HHA
................................................................ 4 Tons (Size 48)
........................................................................... Standard
Octave Band Center Frequency, Hz
125
250
500
1 k
2k
4k
8k
dBA
Sound Power,dB
60.0
59.0
65.0
68.0
64.0
61.0
55.5
A -Weighted Sound Power, dBA
73.0
Indoor Coil Parameters:
Unit Model: FX4D
Unit Size: 48,000 Btuh (Size 049)
Cabinet Insulation: Single -piece cabinet with I -in. super thick insulation
Octave Band Center Frequency, Hz 63 125 1 250 500 1 1 k 2k 4k
Sound Power,dB 69.0 65.0 1 61.0 58.0 1 56.0 54.0 50.
The Product and Ratings Data in this program is subject to change at any time and without notice. Please refer to the latest product
literatureand the AHRI directory at www.ahridirectory.org for the most up-to-date information.
Residential Carrier Products Bldr 1.29f Page 7 of 12
Certified Drawing For 4t SS HP
Project: Rainier Court 4 West 03/09/201 E
Prepared By:
HUI
1
1110111
Outdoor Model
Unit Model: ............................................. 25HHA
Unit Size: ....... ................
___ 4 Tons (Size 48)
Voltage: ........................................
208/230-3-60 V-Ph-Hz
SEER: ................
_ ................... ..................... 14
PartNumber: ...........
................ 25HHA448AO05
t" lk _P_
M 7AP.-4 LQ�E COVi.
IIWLE I'-IIT C',11",
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AID C,
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,LE RAN: t.44C IL SI tL END ARE 3$�CAIV CLEL;ARCE
on (OPPIEvo :0 A0 FM SIOE XITH F'V F 116C*' L��NALLCA V "PI
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'1_qTIO,,1 SOX FCt
I-AmEk 5UFLL4 ANP
COSTIM (03itECTVIS
FIELD ?OWEq SP�11 000.
HOLE 31 *E. AMUD:
3116 3/4 TiaX
Shipping Dimensions and Weights
Outdoor Unit
Height
40.13 in
Width
20.50 in
Length
50.50 in
Operating Weight
246. lb
Shipping Weight
276. IbI
Dimensions
A
B
C
D
E
F
I G
K
L
M
N
P
43.13 inj
44.50 in
1 17.06 in
1 18.44 inj
30.50 inj
19.63 in
1 35.13 in
1 8.50 inj
18.88 inj
0.88 inj
3.38 in
1 5.50 in
The Product and Ratings Data in this program is subject to change at anytime and without notice. Please refer to the latest product literature and the AHRI directory at
www.ahridirectory.org for the most up-to-date information.
Residential Carrier Products Bldr 1.29f
Page 8 of 12
Certified Drawing For 4t SS HP
Project: Rainier Court 4 West 03/09/201 E
Prepared By:
0 VI 7
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SUCTION� V,9
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11
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Indoor Coil
Unit Model: FX4D
Unit Size: 48,000 Btuh (Size 049)
Voltage: 208-1-60 V-Ph-Hz
Cabinet Insulation: Single -piece cabinet with 1 -in. super thick insulation
PartNumber: FX4DNF049LOO
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Dimensions and Weights
Indoor Coil
Height
53.44 in
Width
24.69 in
Length
22.06 in
Shipping Weight
185. lb
Dimensions
— A :T
B
F—C
D
E
F
G
H
J
— 53.44 in
1 24.69 in
1 22.75 in
22.69 in
19.50 in
27.25 in
1 26.31 inj
28.31 inj
The Product and Ratings Data in this program is subject to change at anytime and without notice. Please refer to the latest product literature and the AHRI directory at
www.ahridirectory.org -for the most up-to-date information.
Residential Carrier Products Bldr 1.29f Page 9 of 12
Certified Drawing For 4t SS HP
Project: Rainier Court 4 West 03/09/201 E
Prepared By:
i" w. o�mr vvmv - :14"LE' , ?PX11C ' "0 NE.: 14 NO".
oplir It ulll:l il:*RK, HIP
1:(,, Is 4�31 04 0 4 HOM It 10 :,C -0 VI"L D.
14� T
WE")
J
0
%
f ZIA I+-',
�T
.1, 71r. 71 Y �,_,
(A UX[ti-
13
I F L E
11 LEF v
4 _i�c,
rk �,� L� -
Indoor Coll
I
Unit Model: ............................................... FX4D
Unit Size: ...................... 48,000 Btuh (Size 049)
Voltage: ............................................... 208-1-60 V-Ph-Hz
PartNumber: ............................ FX4DNF049LOO
The Product and Ratings Data in this program is subject to change at anytime and without notice. Please refer to the latest product literature and the AHRI directory at
www.ahridirectory.org for the most up-to-date information.
Residential Carrier Products Bldr 1.29f Page 10 of 12
(3microMet 1 Date. Weights: 81 lbs/36.74kg Units: Part Number:
6/6/2017 1 1 1 MB-GP20CA-D2DH
Submitted To: mmanley@airefco.com Job: Notes:
Mixing Box - 1600-2400 CFM - Size 23.5" X 23.5" X 23.5" The Cube -Generic Ultra Low Leak Fault Detection & Diagnostic Controls -
Honeywell Jade W7220 Controller, Adjustable Dry Bulb Sensor, Honeywell Actuator, Barometric Relief NOT Included. Field Fabrication of a
Transition May Be Required.
Actuators
Housing
with W7220
Controller
C
Size 20
shown.
Access Door
B
to Controls
D
Approximate static pressure drop through each damper in inches w.g.
400 CFIVI 800 CFM 1,200 CFIVI 1,600 CFM 2,000 CFIVI 2;400 CFM
0.02 0.05 0.10 0,14 0.25 0.33
A B C D E
23.50 23.50 23.50 18.00 1 18.00
The Information contained in this drawing is the sole property of Micrometl Corporation. Any reproduction in part or whole without the written permission of Micrometl Corporation is prohibite
iniaanapolis_M3b N. 6hadeland Ave., Indianapolis, IN 46226-800.MMC.HVAC — Sparks-905 Southern Way, Sparks, NV 89431800.884.4MMC -- Longview-201 Kodak Blvd., Longview, TX 75602_903.248.4800
@MicroMetll
Date:
I Weights: 811 bs/36.74kg
Units:
I
Part Number:
I
6/6/2017
MB-GP20CA-D2DH
Submitted To: mmanley@airefco.com
7�7
Notes:
.
Mixing Box - 1600-2400 CFM - Size 23.5" X 23.5" X 23.5" The Cube -Generic Ultra Low Leak Fault Detection & Diagnostic Controls -
Honeywell Jade W7220 Controller, Adjustable Dry Bulb Sensor, Honeywell Actuator, Barometric Relief NOT Included. Field Fabrication of a
Transition May Be Required.
Compliant Economizer:
1. Title 24: Economizers meet California Energy commission Title 24-2013 / 2016 prescriptive section 140.4 (damper leakage etc.), and mandatory section 120.2.i for Fault Detection
and Diagnostic controls (JADE HJW 10).
2. ASHRAE 90.1: Economizers meet ASHRAE 90.1-2013 / 2016 damper leakage requirements as stated in Table 6.4.3.4.3., and meet 2016 Fault Detection and Diagnosis
requirements in section 6.4.3.12.
3. IECC: Economizers meet IECC 2012 section C402.4.5.2 and, IECC 2015 sections C403.2.4.3 and C403.3.3.5 for outside air, return air, and relief damper (when provided) leakage
requirements, and IECC 2015 section C403.2.4.7 for Fault Detection and Diagnostic requirements. Note: IECC 2015 section C403.2.4.7.1 requires differential return air sensor, which
is included in some models (i.e. D2XH) and must be ordered separately on others (i.e. D2DH, D2ZH).
4. AMCA: Outside air and return air (volume) dampers are AMCA Class 1A rated at 1"w.g. Refer to MicroMetl NS1 catalog sheet on web site for details. Relief air dampers (when
provided) are also AMCA rated. Refer to GRI series catalog sheet on web site for details.
150bMISIF �'G
Features: Ice It,
11
G
Outside air damper and return damper each have a separate actuator to allow for easier relocation of dampers on mixing box 11111AT-1
AIR
Gear driven design for trouble -free operation. eliminating slippage and binding associated with standard linkage.
AIR
Internally insulated
All harnesses needed are provided.
Barometric relief damper available.
.......... .......
MicroMetl Corporation
certifies that the models
Notes: GR1 and NSI shown
1 Control systems include Honeywell W7220 JADE controller, supply mixed air temperature sensor, OA sensor in description, spring -return actuator herein are licensed to
. bear the AMCA Seal.
on OA damper, and a separate actuator on return damper (some inClUcle differential return sensor as noted). The ratings shown are
based on tests and
2. JADE W7220 controller is factory mounted on mixing box. procedures performed
3. Mixed (supply) air sensor is field installed in indoor blower fan section. in accordance with
AMCA Publication
4. Differential return sensor (included in "-D2XH" and "-D2ZH" models or can be ordered separately - MicroMetl Part No. 9901-2022-DIFF) is field 511 and comply with
requirements of the
installed in return duct. AMCA Certified
5. ASH RAE, IECC, and Title 24 require the economizer controller be capable of reporting faults to a fault management application accessible by Ratings Programs.
The AMCA Certified
day-to-day operating or service personnel, or annunciated locally on zone thermostats or in some codes other devices are acceptable. Refer to Ratings Seal applies
to Air Leakage and Air
applicable code requirements and to MicroMetl instructions for suggestions. Performance ratings.
The Information contained in this drawing is the sole property of Micrometl Corporation. Any reproduction in part or whole without the written permission of Micrometl Corporation is prohibited.
Indianapolis-3035 N. Shadeland Ave., Indianapolis, IN 46226-800.MMC.HVAC -- Sparks_905 Southern Way, Sparks, NV 89431_800.884.4MMC -- Longview-201 Kodak BIVO., Longview, IA /bbUZ_9U3.Z4d.4lJUU
Product Data
i3ertor.rpance.
mron.
Carrier Hear Pumps vLith Purou'll retrigeranc prm-Ide a collevion
of features unmatched bv anv otber."amily of. equipmew, The
.I*L-k4 has been desiped utih-ziay Carriei's Furou retigeTanz,
This ent-iromnewal1v sound retig;ran: inc.,-s �-ou to zLke a
responsible decision in the prorection ol the earrh'� ozone laver�
NOTE Ratiw7s contained in this document am subj"t to
L.
change at any thne. Always reftr to the AHRI directot"Y
(wtr-,v.aIxddirectazT.org) for the most up-to-dite ratinep
information.
LNIMUSTRY LF—ALDING
FEATURES BENEFITS
Energy Efficienry
14 - 14 SEER,11-5 - 115, 22RS-2 - S3 HSPF
(Based on tested combinations)
Sound
* Levels as low as 69 dSA
Design Featui-es
0 SmaU footprint
9 WeatherAmor- cabiner
— All steel czbinet construction
— Mesh coil !-uard
Reliability. Quality and Toughne5s
ScrolI compressor
Factory -supplied fUter drier
High Ptessure S"t'itch
Low pmsure 7wiTch
-Aj--cumulator
Line leneilis up to 250' 1 - 6-2 m')
Low ambient operation
I-
tdourn to -ZWF, -23.9"C wit low ambient
accessories)
Residential Carrier Products Bldr 1.29f Page 11 of 12
:0
E
Product Data
AIR ILANDLER TECHNOLOGY
AT ITS FLNEST
The FX4D fan coih combine the proven technolqq of Carrier fan
coil units vich Puroul,. the eu-nnmental1v sound reffigerant.
*nese fan coils are loaded with popular featur;s, Faccarv.-insralled.
refrigerant -specific thermostatic expansion valves ;MIN-) are
standard with these fan coil designs. The designs feature contoured
condensate pans with ru&ged. draw connections, ensuring that little
water is left in the unit at the end of the coolkg duty cycle. —the
lack of staudLins condensate and corrosion freAe pans improves IAQ
and product life. features bomeo7mers appreciate.
Standard fearures include ymoved tubing, and louvered aluminum
fins. The large face areas of the rehisen, nt coils provide superior
tMciency for high SEER and 1-15FIF p*rformanoe. Coil circuiting
has also been updated to make the, most of all Carrier heat p-amps
and air conditioner,.. Alw units come with solid state fan controls.
1-in (25mra) thick insulation ulth R-value of 4Z multi -speed
motor, and fullvwTuable coils, Unit, can accommodate factoiv-
and,�'or field-installe d heateis from 3 to 30 kNV.
the FX4D fan coil is the lluronV zeh�geradon design loaded -with
popular feantres. L comes in a pie -painted mupe metallic)
galvanized s.eel caskg and is ,hipped *Aiih a cleanable. permanent
Iiamed filter, and a fact-ory-supplied power plus. These fan coils
Utilize the laresT in electrouic couunutatik;� motor (F-CM)
iechuology through the use of high efficiewy. multi -tap F-CM
motors.
In order to mee: the California Tide 24 requimmew of 1-4t,45 air
leakase at 0.-5** water, an acces.,;ory ki: is available. (Refer to
Accessories secnou.)
Residential Carrier Products Bldr 1.29f Page 12 of 12 -
4YCY4024C-SUB-1 A -EN
2 Ton Convertible Gas/Electric Packaged Units
PRODUCT SPECIFICATIONS
MODEL
4YCY4024C11060A
RATED Volts/PH/Hz
208-230/1/60
Performance Cooling BTUH(D
23400
Indoor Airflow (CFM)
790
Power Input (KW)
2.162
EER/SEER(BTU/Watt-HL)G
12/14.0
Sound Power Ratino [dB(A)I(D
68
Performance Heating(D
Input BTUH - 1 st Stage (Natural Gas) 48000
Input BTUH - 2nd Stage (Natural Gas) 60000
AFUE 81
Temp. Rise — Min/Max (IF)
40/70
Orifice Oty / Drill Size (Natural
Gas)M 2 / #37
POWER CONN.—V/PH/HZ
208-230/1/60
Min. Brch. Cir. Ampacity(D
16.5
Fuse Size — Max. (amps)
25
Fuse Size — Recmd. (amps)
25
COMPRESSOR
RECIPROCATING
Volts/Ph/Hz
208-230/1/60
R.L. Amps — L.R. Amps
8.3/57.8
OUTDOOR COIL — TYPE
SPINE -FIN
Rows/FRI.
2/24
Face Area (sci.ft.)
13.32
Tube Size (in.)
3/8
INDOOR COIL —TYPE
PLATE FIN
Rows/FRI.
3/15
Face Area (sci.ft.)
3.54
Tube Size (in.)
3/8
Refrigerant Control
EXPANSION VALVE
Drain Conn. Si7p. (in.)
3/4 FEMALE NPT
OUTDOOR FAN —TYPE
PROPELLER
Dia. (in.)
23.4
Drive/No. Speeds
DIRECT/ 1
CFM @ 0.0 in. w.g.
2570
Motor — HP/R.P.M.
1/12/810
Volts/Ph/Hz
208-230/11/60
FL. Amps/L.R Amps
0.54 / OD95
INDOOR FAN — TYPE
CENTRIFUGAL
Dia x Width (in.)
10X10
Drive/No. Speeds
DIRECT / VARIABLE
CFM @ 0.0 in. w.g.0
SEE FAN PERFORMANCE TABLE
Motor — HP/R.P.M.
1/2 / VARIABLE
Volts/Ph/Hz
200-230/1/60
FL. Amps/L.R. Amps
4.3/4.3
COMBUSTION FAN — TYPE
CENTRIFUGAL
Drive/No. Speeds
DIRECT / 2
Motor — HP/R.RM.
1/20 / 3350/2600
Volts/Ph/Hz
Ft A
208-230/1/60
O�34
FILTER / FURNISHED
NO
Type Recommended
THROWAWAY
Recmd. Face Area (sq. ftq)(0
4.0
REFRIGERANT
R41 OA
Charae (lbs.)(@
6.0
GAS PIPE SIZE fin.)
1/2
DIMENSIONS
HXWXL
Crated (in.)
45.86 / 44.5 / 52.03
WEIGHT
Shipping (Ibs.) / Net (lbs.)
481 /385
4YCY4024Cl 060A
(D Certified in accordance with the Unitary Air -Conditioner Equipment certification
program, which is based on AHRI Standard 210/240. Sound Power values are
not adjusted for AHRI 270-95 tonal corrections.
Q All models are cerlified to UL 1995. Ratings shown are for elevations up to 2000
ft. For higher elevations reduce ratings at a rate of 4% per 1000 ft. elevation.
Convertible to LPG.
(D This value is approximate. For more precise value, see Unit Nameplate.
(S) Based on U.S. Government Standard Tests.
Filters must be installed in return air stream. Square footages listed are based
on 300 f.p.m. face velocity. If permanent filters are used size per manufacturers
recommendation with a clean resistance of 0.05" W.C.
@ Standard Air - Dry Coil - Outdoor.
0 2014 Trane
Dimensional Data
a
119-21 lizi
LEFT SIDE
8 29
12i'11321 Li 11321
T
SECTION Y'Y
TYPICAL (8) SIDES OF DOWNFLOW DUCT OPENINGS
OUTLET
FRONT SIDE
BOTTOM SIDE
UE HOOD
4YCY4024 through 4YCY4036 (1 of 3)
Dimensional Data
304.80
1121
(INS I DE
RECOMMENDED SERVICE CLEARANCE MM/1N.
WITH ECONOMIZER
BACK SIDE
304.8 1121
762.0 1301
LEFT SIDE
762.0 [301
914.4 1361
RIGHT SIDE
914.4 1361
FRONT SIDE
1066.8 1421
CLEARANCE TO COMBUSTIBLE
MATERIAL MM/IN.
BOTTOM
0
BACK SIDE
25.4
[1]
LEFT SIDE
152.4
[61
RIGHT SIDE
304.8
1121
FRONT SIDE
304.8
1121
TOP
914.4
(361
I NS I DE
24V ENTRY
359.80 1
14 - 5 / 3 2 1 294 . 02
111 -9/ 161 178. 66
1 1 [ 7 - 1 /321
406. 40
16 1
I NS I DE
P. 89
i-5/81
BOTTOM DUCT OPENINGS
106. 68
4- 3/ 161
120 . 37
[ 4 - 3 / 4 1
149 � 56
[ 5 - 7 / 8 1
4YCY4024 through 4YCY4036 (2 of 3)
POWER ENTRY
27.78 DIA. HOLE
[1-3/321
—GAS LINE ENTRY
FOR 12.70 11121 N.P.T.
GAS CONNECTION
RIGHT SIDE
3
15- 1 1/ 161
(OUTS I DE ) BACK DUCT OPENINGS
1
181
1 4�-1 I/ �Z I
(SU RFAC E AREA)
BACK SIDE
/ 161
DE )
321
61
SECTION X-X
TYPICAL (8) SIDES Of SIDEFLOW DUCT OPENINGS
MODEL
HEIGHT MMIIN.
FLUE HOOD W/BRKT
MM/lN.
APPROx-
CORNER
WEIGHT
- KG/LBS
SHIPPING
WEIGHT
KG/LBS
TOTAL UNIT
WEIGHT
KG/LBS
CENTER OF GRAVITY MMIIN.
-
A
0
WI
W2
W3
V14
8
C
4YCY4024 (050)
903.?9
(35-91161
-
59.0
[ 1301
37.2
1821
31.3
169)
48.5
[1011
218.4 (481)
174.8 (3851
401.3
( 15.81
546.1
121.51
ofev4a�e ieve)
117.86 (4-5181
4YCY4D3614TC76036 (070)
949.99 (37-3/6)
60.3 11331
36.3 (801
30.4 1671
50.3 11111
2?1.6 f4aa)
178.0 13921
388.6 1 15.31
558.8 12?.01
-
4YCY4036/4YCI6036 (090)
61�2 1 1351
36.7 [811
30.8 1681
51.3 11131
223.8 (493)
180J (3971
388.6 1 15.31
558.8 (22.01
4DCY4024 (060)
90.?9
(35-91161
60,8
11341
38.1
[84)
31.3
(69)
48.5
(1011
218.4 (481)
174.8 (3851
398.8
115.71
546.1
Q1.51
4DCY4030 (070)
117.86 (4-5/81
4DCY4036/4DC16036 (070)
949.99 137-3/811
62.1
(1371
37.2
1821
j 30.4
1671
50.3
11111
221.6 (4881
1 178.0 (3921
1 386.1
(15.21
1 558.8
122.01
a
4YCY4024 through 4YCY4036 (3 of 3)
Unit Performance Data
Horizontal Airflow
4YCY4024-HOR
External Static Pressure (in. wg)
Motor Speed
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
LOW
Watts
52
66
89
115
140
164
186
206
229
259
300
CFM
706
716
727
733
731
719
700
679
662
659
682
MED*
Watts
-
94
120
1481
177
207
233
254
267
290
3201
CFM
I -
793
805
813
813
806
793
780
778
799
j
HIGH
Watts
-
-
125
153
182
211
243
284
342
—
426
_�800
551
CFM
I -
-
877
892
903
904
897
884
869'
863
8 7=7
Down Airflow
4YCY4024-DOWN
External Static Pressure (in. wg)
Motor Speed
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
LOW
Wafts
35
70
90
108
131
160
188
204
240
270
320
CFM
695
729
734
728
721
715
705
679
675
680
685
MED*
Wafts
79
87
105
129
155
180
206
232
264
306
364
CFM
846
1807
802
810
816 18131803
1794
1 800
82018101
HIGH
Watts
86
102
127
156
185
12131242
1275
319
3451385
CFM
1884
1870
882
899
909
1907
1895
1886
1 898
91019
Tactory Default Setting
Heating Airf low, horizontal or downf low f rom .2 to .6" wg.
4YCY4024C1060
Switch Settings
Selection
Nominal Airflow
Low Stage
High Stage
7-OFF
8-OFF
A
600
850
7-ON
8-OFF
B
625
900
7-OFF
8-ON
C
650
925
7-ON
� 8-ON
D
700
975
Mechanical Specifications
General
All units shall be factory assembled,
piped, internally wired and fully charged
with refrigerant. All units shall be de-
signed to operate at outdoor ambient
temperatures as high as 115OF Cooling
capacities shall be rated in accordance
with A.H.R.I. standards. The unit design
is certified to ANSI 221.47/CSA 2.3
specifically for outdoor applications
using natural gas or propane. All units
shall be designed for outdoor rooftop or
ground level installation. Unit casing is
constructed of heavy gauge, galvanized
steel and painted with a weather- resistant
powder paint.
Shipped for horizontal application,
convertible to downflow.
Casings
All panels shall be heavy gauge steel,
gasketed and insulated. Foil -faced
insulation shall be in the heat exchanger
section. Foil -faced insulation shall be in
the evaporator section. Base pan shall be
heavy gauge steel. WEATHERGUARD TM
exterior corrosion resistant screws shall
be used for added resistance to rust and
corrosion.
Controls
Refrigeration cycle controls shall include
condenser fan, evaporator fan and com-
pressor contactors. Compressors shall
be equipped with a combination internal
winding thermostat/current overload.
Internal high pressure relief shall also be
provided.
Refrigeration System
Compressors —
The reciprocating compressor features
internal over temperature and pressure
protector, total dipped hermetic motor.
Other features include: centrifugal oil
pump, and low vibration and noise.
Evaporator Coil — Internally enhanced
3/8-inch OD seamless copper tubing
mechanically bonded to aluminum fins,
factory pressure and leak tested at 25
to 300 psig. All units have TXV to control
refrigeration flow.
Condenser Coil —
The Spine Fin TM condenser coil shall be
continuously wrapped, corrosion resistant
all aluminum with minimum brazed joints.
This coil is 3/8 inch OD seamless alumi-
num tubing glued to a continuous alumi-
num fin. Coils are lab tested to withstand
2,000 pounds of pressure per square
inch. The outdoor coil provides low airflow
resistance and efficient heat transfer.
The coil is protected on all four sides by
louvered panels.
Indoor Air Fan — Direct -drive, forward -
curved, centrifugal wheel in a Composite
Vorticall Blower housing. Motor shall
have thermal overload protection. Perma-
nently lubricated motor bearings. Motor/
blower assembly isolated from unit with
rubber mounts.
Condenser Fan — Direct -drive, draw
through propeller type. Weather -proofed
permanent split capacitor fan motor shall
have built-in thermal overload and perma-
nently lubricated motor bearings.
Low Ambient — Standard refrigerant
system operation down to 55OF Low am-
bient accessory required for operation to
OOF ambient condition.
Gas -Fired Heating System — Models
shall provide completely assembled,
wired and piped gas fired heating systems
within unit. Design certified by UL, specifi-
cally for outdoor application. Threaded
gas connection on the unit.
Electronic Ignition System — Main
burner is lit each time thermostat calls for
gas heat. Flame sensor proves flame and
keeps the main burners on. Should a loss
of flame occur, the main valve closes and
the spark recurs within 0.8 second. When
thermostat is satisfied, main burner is
extinguished.
Forced Combustion Blower — Insures
flame stability under varying wind condi-
tions. Gives higher combustion efficiency
and location flexibility.
Heat Exchanger — stainless steel
tubes. Free floating design.
Burners — stainless steel. Multi -
port inshot.
Accessories
(U.S. Domestic Models)
Roof Curb — The roof curb shall
be designed to mate with the unit
and provide support and complete
weather -tight installation when
properly installed. Curb shall ship
knocked down for field assembly,
and include wood nailer strips.
Modulating Economizer —This
accessory shall be field installed
and be composed of the following
items: 0-100% fresh air damper,
damper drive motor fixed dry bulb
enthalpy control, and low voltage
polarized plug for electrical con-
nections. Solid state enthalpy or
differential enthalpy control is op-
tional, Economizer operations shall
be controlled by the preset position
of the enthalpy control. A barometic
relief damper shall be standard
with the economizer and provide
a pressure operated damper that
shall be gravity closing and prohibit
entrance of outside air on equip-
ment "off " cycle.
Manual Fresh Air Hood
Manual outside air provides a
fixed outside air quantity from 0
to 25 percent. Includes hood and
birdscreen.
Low Ambient Control
Control allows cycling of compres-
sor under low ambient cooling
conditions. Required for cooling
operation to O'F
Propane Gas
Conversion Kit — For conversion
from natural gas to LP gas.
C T us
Intertek
6200 Troup Highway
Tyler, TX 75707-9010
The manufacturer has a policy of continuous product and product data improvement and it reserves the right
to rhqnqp design And pa6finations without nofinp
10
* TRAME @
TAG: RTIJ-1
4YCY4048B-SUB-3
4 Ton Convertible Gas/Electric Packaged Units
4YCY4048B3096/3120A
PRODUCT SPECIFICATIO
MODEL
4YCY4048B3096A
4YCY4048B3120A
RATED Volts/PH/Hz
208-230/3/60
208-230/3/60
Performance Cooling BTUH(D
48500
48500
Indoor Airflow (CFM)
1605
1605
Power Input (KW)
4.041
4.041
EER/SEER(BTU/Watt-Hr.)0
12.0/14.2
12.0/14.2
Sound Power Rating IdB(A)I(D
73
73
Performance Heating(o
Input BTLIH - 1st Stage (Natural Gas)
72000
90000
Input BTUH - 2nd Stage (Natural Gas)
96000
120000
AFLIE
80.0
80.0
Temp. Rise — Min/Max (IF)
30/60
40/70
Orifice Oty / Drill Size (Natural Gas)(1
3 / #37
3 / #32
Min. Brch. Cir. Ampacity@
Fuse Size — Max. (amps)
Fuse Size — Recmd. (amv
Volts/Ph/Hz
R.L. Amps — L.R. Amps
UU I UUUM WIL — I YPI
Rows/FRI.
Face Area (sq.ft.)
Tube Size (in.)
INDUUR COIL
Rows/FRI.
Face Area (sq.ft.)
Tube Size (in.)
Refrigerant Control
Drain Conn. Size (in.)
UUTDOUR FAN ---TWE
Dia. (in.)
Drive/No. Speeds
CFM @ 0.0 in. w.g. 0
Motor — HP/R.P.M.
Volts/Ph/Hz
FL. Amps/L.R. Amps
INDOOR FAN — TYPE
Dia x Width (in.)
Drive/No. Speeds
CFM @ 0.0 in. w.g.0
Motor — HP/R.P.M.
Volts/Ph/Hz
F.L. Amps/L.R. Amps
CUMBUSFIUN FAff----n
Drive/No. Speeds
Motor — HP/R.PM.
Volts/Ph/Hz
FLA
i — —i i runIVIOHLU
Type Recommended
Recmd. Face Area (sq. ft.)(9
titt-MUKAN I
Charge (Ibs.)(D
UAS PIPE SIZE
MmnBTMTT---
Crated (in.)
Shipping (lbs.) / Net (lbs.)
C 2011 Trane
25.3
35
35
SCROLL
208-230/3/60
13.7/83.1
—URNE-717-
2/24
18.01
3/8
3/15
5.0
3/8
EXPANSION VALVE
3/4 FEMALE NPT
PROPELLER
28.2
DIRECT/ 1
4470
1/4/825
208-230/1/60
25.3
35
35
SCROLL
208-230/3/60
13.7/83.1
_717IN =-
2/24
18.01
3/8
3/15
5.0
3/8
EXPANSION VALVE
3/4 FEMALE NPT
28.2
DIRECT / 1
4470
1/4/825
208-230/1/60
1.4/3.37
11 X-10
11 X-10
DIRECT / VARIABLE
DIRECT / VARIABLE
SEE FAN PERFORMANCE TABLE
SEE FAN PERFORMANCE TABLE
3/4 / VARIABLE
3/4 / VARIABLE
200-230/1/60
200-230/1/60
6.8/6.8
CENTRIFUGAL
6.8/6.8
DIRECT/ 2
CENTRTFOUAT—
DIRECT / 2
1/45 / 2800/1500
1/45 / 2800/1500
208-230/1/60
208-230/1/60
0.34
0.34
THROWAWAY THROWAWAY
5.3 1 5.3
8.30
47.86 / 47.4 / 61.75
653/525
8.30
47.86 / 47.4 / 61.75
659/531
(D Certified in accordance with the Unitary Air-Conclition-
er Equipment certification program, which is based
on AHRI Standard 210/240. Sound Power values
are not adjusted for AHRI 270-95 tonal corrections.
(D All models are certified to UL 1995. Ratings shown
are for elevations up to 2000 ft. For higher elevations
reduce ratings at a rate of 4% per 1000 ft. elevation.
9 Convertible to LPG.
(D This value is approximate. For more precise value,
see Unit Nameplate.
Based on U.S. Government Standard Tests.
Filters must be installed in return air stream. Square
footages listed are based on 300 f.p.m. face velocity.
If permanent filters are used size per manufacturer's
recommendation with a clean resistance of 0.05"
W.C.
(D Standard Air - Dry Coil - Outdoor
Dimensional Data
25 40
f I �
I 1 6
146
[ 2 2 5 / 6 1 1J.0 LJ-1 -MALL .111
LEFT SIDE
18.03 �1�21
1231321 2 , 321
T-- ��4�11 T-
, 61
SECTION Y-y
TYPICAL (8) SIDES OF DOWWFLOW DUCT OPCNINGS
v I
OUTLET
FRONT SIDE
BOTTOM SIDE
M
LUE HOOD
4YCY4042 through 4YCY4060 (1 of 3)
I
Dimensional Data
457. 20
1181
I NS I DE
85.60
[ 3 - 3 / 8
L I b I
I N S I DE
BOTTOM DUCT OPENINGS
RECOMMENDED
SERVICE
CLEARANCE MM/IN.
WITH O.A.
DAMPERIECON.
BACK
SIDE
304.8
1121
762.0
1301
LEFT
SIDE
914.4
1361
1066.8
[421
RIGHT
SIDE
914.4
(361
FRONT
SIDE T
1066.8
[421
CLEARANCE TO COMBUSTIBLE
MATERIAL MM/114
BOTTOM
0
BACK SIDE
25.4
[1]
LEFT SIDE
152.4
(6)
RIGHT SIDE
304.8
1121
FRONT SIDE
304.8
(121
TOP
914.4
(361
24V ENTRY
r mqw ul
359.80 1 v
114 - 5 / 32 ] 2 9 4. 0 2
111-9/161 178.66
1 1 [ 7 - I / 3 2 1
106. 05
(4-3/ 16 1
1 19 . 74
(4-23/321
148. 92
15-7/81
POWER ENTRY
27.78 DIA. HOLE
11-3/321
GAS LINE ENTRY
FOR 12.70 11121 N.P.T.
GAS CONNECTION
RIGHT SIDE
381 . 00
[151
( I NS I DE
321
4YCY4042 through 4YCY4060 (2 of 3)
3
Dimensional Data
372.82
14 - I I / 16
(OUTS I DE
58
RETURN [21,91
331 , 54
, 3
SUPPLY [1 -1/161
88.21 7�
(3-15/321
449.02 - 176.07
[17-11/163 [6-15/161
(OUTS I DE )
BACK DUCT OPENINGS
t
1 7.78
c I It 161
T--
SECTION X-X
TYPICAL (8) SIDES OFSSIDEFLOW DUCT OPENING
449 , 02
[ 17- 1 1 / 161
(OUTS I DE )
13-5-illaj
(SURFACE AREA)
BACK SIDE
MODEL
HEIGHT
MMIIN.
APPROX. CORNER
WEIGHT - KG/LBS
SHIPPING
WEIGHT
KG/LBS
TOTAL UNIT
WEIGHT
KG/LBS
CENTER OF GRAVITY
MM/IN.
A
wl
W2
W3
W4
8
C
4YCY4042/048A (096)
949.33
137-3/81
75.3
1661
50.3
1 1111
45.4
[1001
67.6
(1491
296.5
(6531
238.1
1525)
444.5
17.51
698.5
(27.51
4YCY4048A (120)
75.7 1671
50.8 1 1121
45.8 11011
68.5 11511
299.2 16591
240.9 15311
444.5 17.51
698.5 127.5)
4YCY40488 (096)
949,33
137-3/8)
77.1
1 1701
52.2
1 1151
47. 2
(104)
69.4
( 1531
303.4
(6691
245.9
(5411
444.5
17.51
698.5
127.51
4YCY40488 (120)
949.33
(37-3/8)
77.1
1701
52. 2
1 1151
47 , 2
(1041
69.4
1 1531
303.4
16691
245.9
15411
444,
5 1 7.51
698.
5 127.51
4YCY4060AIIA3 (120)
1050.93
(41-3/81
82.
1 1811
46 . 3
1 1021
43.1
[951
76.7
[ 1691
306.9
[6761
248-6
[5481
401.3
1 1 5.81
711.
2 [28.01
40CY4042/048A (096)
949.33
[37-3181
17.
1 1701
51.3
1 1131
45. 4
[1001
67.6
[1491
296.5
[6531
238.4
15251
442.
0 17.41
698.5
(27.51
4DCY4048B (096)
949-33
[37-3/81
78.9
[1741
53.0
1 1171
47.2
[1041
69.4
11531
306.6
[6761
248.5
[5481
442.0
17.41
698.5
127.51
4DCY4060 (120)
1050-93
[41-3181
83-9
1 1851
47. 2
C 1041
43.1
(951
767
11691
306.9
(6761
248.8
(5481
398.8
1 15.71
711.2
(28�01
4YCZ6048AI/A3/A4 (096)
1050.93
141-3/81
75.7
[1671
50.8
1 1121
45.8
11011
68.5
1 1511
299.2
16591
240.9
15311
444.5
1 17.51
698.5
127.51
4YCZ6048AI/A3/A4 (120)
81.6 [ 1801
46.3 [ 1021
42.2 (931
73.5 1 1621
301.6 16651
243.6 15371
419.1 1 16.51
706. 1 127.81
4YCZ6060AIIA3/A4 (120)
1050.93
(41-3/81
82.1
[1811
46.3
1 1021
43.1
[951
76.7
(1691
306.9
[6761
248.6
[5481
40 1
, 3 1 15.81
711.2
128.01
4DCZ6048 (096)
1050.93
(41-3/81
$1.6
11801
46.3
t 1021
42. 2
(931
73.5
1 1621
301.6
16651
243.6
15371
419.1
1 16.51
706.
1 (27.81
4DCZ6060 (1201
1050.93
[41-3181
83.9
[1851
47.2
[ 1041
43.1
(951
75.7
11691
306�9
16761
248.8
[5481
398.8
[ 15.71
711.2
(28.01
4YCY4042 through 4YCY4060 (3 of 3)
4
Unit Performance Data
Indoor Fan Performance 4YCY4048
Horizontal Airflow
4YCY4048-HOR
External Static Pressure (in. wg)
Motor Speed
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
LOW
Watts
200
220
250
285
320
354
386
417
449
487
538
CFM
1407
1394
1396
1403
1408
1408
1402
1391
1380
1377
1392
MED*
Watts
268
316
354
386
417
448
483
520
559
597
630
CFM
1584
1608
1616
1615
1608
1600
1593
1586
1579
1568
1550
HIGH
Watts
378
430
478
1 522
1 563
1 602
1 640
1 679
1 717
1 758
1 -
CFM
1798
-
1821
-
18370
18331
1831
1 18281
18251
18221
18171
18071
-
nw
4YCY4048-DOWN
External Static Pressure (in. wg)
Motor Speed
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
LOW
Watts
141
232
270
294
329
378
431
456
478
505
545
CFM
1344
1405
1414
1411
1416
1433
1425
1435
1430
1410
1400
MED*
Watts
253
332
379
412
443
480
524
570
607
619
583
CFM
1582
1614
1624
1624
1621
1618
1618
1620
1618
1606
1574
HIGH
Watts
1 364
1 461
1 518
1 558
1 597
1 643
1 693
1 739
1 764
785
1 -
CFM
1 18161
18291
18361
18391
18401
18401
18441
18351
1830
1825
[ -
ctwul Y L)ulclult Otlull ly
Heating Airflow, horizontal or downflow from .2 to.6" wg.
4YCY4048B*096
Switch Settings
Selection
Nominal Airflow
Low Stage
High Stage
7-OFF
8-OFF
A
1075
1 375
7-ON
8-OFF
B
1100
1450
7-OFF
8-ON
C
1150
0
1155 07
7-ON
8-ON
D
1200
5"
. can be 1 or 3
4YCY4048B*120
Switch Settings
Selection
Nominal Airflow
Low Stage
High Stage
7-OFF
8-OFF
A
1050
1500
7-ON
8-OFF
B
1100
1575
—7-OFF
8-ON
C
1150
1625
7-ON
8-ON
D
1200
1700
. can be 1 or 3
Mechanical Specifications
General
All units shall be factory assembled,
piped, internally wired and fully charged
with refrigerant. All units shall be de-
signed to operate at outdoor ambient
temperatures as high as 11 5'F Cooling
capacities shall be rated in accordance
with A.H.R.I. standards. The unit design
is certified to ANSI 221.47/CSA 2.3
specifically for outdoor applications
using natural gas or propane. All units
shall be designed for outdoor rooftop or
ground level installation. Unit casing is
constructed of, heavy gauge, galvanized
steel and painted with a weather -resistant
powder paint.
Shipped for horizontal application,
convertible to downflow.
Casings
All panels shall be heavy gauge steel,
gasketed and insulated. Foil -faced
insulation shall be in the heat exchanger
section. Foil -faced insulation shall be in
the evaporator section. Base pan shall be
heavy gauge steel. WEATHERGUARD TM
exterior corrosion resistant screws shall
be used for added resistance to rust and
corrosion.
Controls
Refrigeration cycle controls shall include
condenser fan, evaporator fan and com-
pressor contactors. Compressors shall
be equipped with a combination internal
winding thermostat/current overload,
Internal high pressure relief shall also be
provided.
Refrigeration System
Compressors —
The ClimatuffO compressor features in-
ternal over temperature and pressure pro-
tector, total dipped hermetic motor. Other
features include: centrifugal oil pump, and
low vibration and noise.
Evaporator Coil — Internally enhanced
3/8-inch OD seamless copper tubing
mechanically bonded to aluminum ins,
factory pressure and leak tested at 50
to 300 psig. All units have TXV to c ntrol
refrigeration flow.
Trane
6200 Troup Highway
Tyler, TX 75707-9010
Condenser Coil —
The Spine FinTM condenser coil shall be
continuously wrapped, corrosion resistant
all aluminum with minimum brazed joints.
This coil is 3/8 inch OD seamless alumi-
num tubing glued to a continuous alumi-
num fin. Coils are lab tested to withstand
2,000 pounds of pressure per square
inch. The outdoor coil provides low airflow
resistance and efficient heat transfer.
The coil is protected on all four sides by
louvered panels.
Indoor Air Fan — Direct -drive, forward -
curved, centrifugal wheel in a Composite
VorticaO Blower housing. Motor shall
have thermal overload protection. Perma-
nently lubricated motor bearings. Motor/
blower assembly isolated from unit with
rubber mounts.
Condenser Fan — Direct -drive, draw
through propeller type. Weather -proofed
permanent split capacitor fan motor shall
have built-in thermal overload and perma-
nently lubricated motor bearings.
Low Ambient — Standard refrigerant
system operation down to 55OF Low am-
bient accessory required for operation to
OOF ambient condition.
Gas -Fired Heating System — Models
shall provide completely assembled,
wired and piped gas fired heating systems
within unit. Design certified by UL, specifi-
cally for outdoor application. Threaded
gas connection on the unit.
Electronic Ignition System — Main
burner is lit each time thermostat calls for
gas heat. Flame sensor proves flame and
keeps the main burners on. Should a loss
of flame occur, the main valve closes and
the spark recurs within 0.8 second. When
thermostat is satisfied, main burner i's
extinguished.
Forced Combustion Blower — Insures
flame stability under varying wind condi-
tions. Gives higher combustion efficiency
and location flexibility.
Heat Exchanger — stainless steel
tubes. Free floating design.
Burners — stainless steel. Multi -
port inshot.
Accessories
(U.S. Domestic Models)
Roof Curb — The roof curb shall
be designed to mate with the unit
and provide support and complete
weather -tight installation when
properly installed. Curb shall ship
knocked down for field assembly,
and include wood nailer strips.
Modulating Economizer —This
accessory shall be field installed
and be composed of the following
items: 0-100% fresh air damper,
damper drive motor fixed dry bulb
enthalpy control, and low voltage
polarized plug for electrical con-
nections. Solid state enthalpy or
differential enthalpy control is op-
tional. Economizer operations shall
be controlled by the preset position
of the enthalpy control. A barometic
relief damper shall be standard
with the economizer and provide
a pressure operated damper that
shall be gravity closing and prohibit
entrance of outside air on equip-
ment "off " cycle.
Manual Fresh Air Hood
Manual outside air provides a
fixed outside air quantity from 0
to 25 percent. Includes hood and
birdscreen.
Low Ambient Control
Control allows cycling of compres-
sor under low ambient cooling
conditions. Required for cooling
operation to O'F
Propane Gas
Conversion Kit — For conversion
from natural gas to LP gas.
\ 4 re/r
XWT
CM
C(LTOUS
ISTED
The manufacturer has a policy of continuous product and product data improvement and it reserves the right
to rhsnqp design and sippcifications without nnfirp_
10
TAG: GEF
Type CBC Welded steel construction - Variable pitch pulleys (most models)
Rugged angle frame - Shipped completely assembled
Belt Drive Propeller Fan Heavy duty pillow block ball bearings - UL Listed for Standard 705 (most
- Adjustable pitch cast aluminum airfoil blades models)
, i - . A
D I I
Accessories 1'
A/D VFD Compatible Motor 3/47
MHG Guard for Metal Housing
Inlet
MHG Guard for Metal Housing
Discharge G
MHX Metal Housing Assembled DIA.
with Fan
Weight: 312 lbs.
I
E
NO_
C
B-
E z:::,
F—
,:�= U�
4
Side view sizes 24 - 60 Side view sizes 72 & 84
Number
of
A B C
D E F
G Slades
38 1 5 1/8 1 181/4 1
6 5 7/8
1 3/8 1 6
Dimensions in inches
unless otherwise noted
Tip Speed:
4,852 ft/min
Outlet Velocity: 1,596 fUmin
Qty
Fan Data
Motor Data
Accessories
Model No.
CFM
inWg
RPM
BHP
MHP
RPM
Voltage/Ph
Hz
Encl.
MHG MHG MHX A/D
1
CBC306KE8363
8,500
0.125
603
0.595
3/4
1,750
208/230/460V 3PH
60
TE
Sones
LwA
dba
@ 5'
dba
@ 10-
dba
@ 20'
Octave Band Sound Power (LwA)
63 Hz
125 Hz
250 Hz
500 Hz
1000 Hz
2000 Hz
4000 Hz
8000 Hz
12.5
75
64
58
52
82
77
75
72
69
67
62
55
IR
01motaucl
American Coolair Corporation certifies that
W
the Type GBC units shown herein are
—
0
licensed to bear the AMCA seal. The
ratings shown are based on tests and
procedures performed in accordance with
AMCA Publication 211 and AMCA
Publication 311 and comply with the
requirements of the AMCA certified Ratings
Program.
Notes:
Project:
Location:
Submitted By:
Approved By:
0
2,500 5, 0" Gr,�
Volurne Flow Rate (CFNI)
Westgate Engineer:
Contractor:
Air Density: 0.075 IbS/ftA 3 ANICA Licensed for Sound and
1.2� Air Performance
1�1 3,11
Power rating (BHP) does not
include transmission losses.
Bearing losses are included.
I
Performance ratings do not
include the effects of
appurtenances (accessories).
Performance shown is for
Installation Type 'A' : Free inlet
1)
Free outlet
The sound ratings shown are
loudness values in
hemispherical sones at 1.5 m (5
10:
It.) in a hemispherical free field
0 :1:
calculated per AMCA Standard
301.
Values shown are for
Installation Type 'A' : Free inlet
hemispherical sone levels
Sound ratings apply to sones
only.
0.00
12,500
Date 1/24/2018
Date
FanSclect 6 - July 2016 ver. 6.6.0
Type MH
Wall Housing
CC* C6
P.O. Box 2300 Jacksonville, Florida 32203
Phone:
(904) 389-3646
Fax:
(904) 387-3449 - (904) 381-7560
E-mail:
fans@coolair.com
Internet:
americancoolair.corn
A
I
B
B
5/,"
G Optional
Mounting
Flanges
1 '/8"
Standard Features
• For use with American Goolair wall fans
• Heavy gauge galvanized steel
• Shipped knocked down or fully assembled
• Simplifies fan and shutter installation
i
A
I
L
E -J
13/64" diameter, 'H' number of
holes per flange
C
D ---J �— F
Model
Dimensions in Inches
H 2
A 1
B
C
D
E
F
G
MH7-8
14 1 /4
16 1 /8
1 5 /8
6
4 1 /8
41/'
17 3 /8
2
MH10-12
181/,
21 '/,
1 5/a
10
41/,
4 '/,,
21 '/a
2
MHE10-12
18 1/,
16 7 /'
1 5 /8
10
4 1 /8
4 1 /8
21 3 /8
2 1
MH14-16
22 1 /4
25 3 /8
1 5 /8
14
4 1 /8
4 1 /8
25 3 /a
2
MHE14-16
22 1/4
16 7 /8
1 5 /8
14
4 1 /8
4 1 /8
25 3 /8
2
MH18-20
26 1 /4
25 3 /8
1 5 /8
18
4 1 t8
41 /8
29 '/8
2
MHE18-20
26 1 /4
17 7 /8
1 1/'
18
4 1/8
4 '/a
29 3
2
MH24
32 1 /4
26 7 /8
1 5 /8
24 5 /8
3 '/4
3 3 /4
35 3 /8
3
MHX24
32 1 14
35 7 /8
1 5 /8
24 5 /a
3 3 /4
3 3 /4
35 3 /8
3
MH3_o_
38 1 /4
26 7 /9
1 5 /�
30 5/.
3 3/'
_ 3 3 L
41 3 /A
3
MHX30
381/4
1 35 7/a
1 5/8
30 5 /8
3 3 /4
3 3 /4
41 3 /'
3
MH36
44 '/4
j 32-/,
1 -/'
36-/8
3_/4
3 '/4
1 47 J/8
3
MHX36
441/4
38 5/a
1 5 /8
36 5 /8
3 3 /4
3 3 /4
47 3 /8
3
MH42
50 1 /4
32 5 /8
1 5 /8
42 5 /8
3 3 /4
33/4
53 %
3
MHX42
50 1/4
38 5/,
1 5 /8
42 5 /8
33/,
3 3 /4
53 3 /8
3
MH48
56 1 /4
32 %
1 5 /8
48 5 /8
3 '/4
3 3 14
59 3 /'
,
MHH48
56 3 /8
1 32 5 /8
1 5 /8
48 5 /8
3 7
3 7
59 '/2
5
MHX48
56 '/8
441/2
1 3 /4
48 5 /8
4
4
59 3 /4
5
MHH54
62 3 /a
325/,
1 5 /8
54 5 /8
3 7 /8
3 7
65 %
5
MHX54
62 5 /8
441 /2
1 3 /4
54 5 /8
4
4
65 7
5
MHH60
68 3/"
32 5 /8
1 5/8
60 5 /8
3 7 /8
3 7 /8
71 '/,,
MHX60
685/8
44 '/2
1 3 /4
60 '/,
4
4
7 1 7/,
5
MHX72
803 /4
1 451/4
1 3/f3
48
17 1/�
15
84
4
MHX84
92 3 /4
45 '/4
1 3 /8
60
16 1/,,
16 %
96
5
11
I -- Add 3/4" to dimension'A'tor recommended wan opening.
2 --'H' shows the number of equally spaced mounting holes on each panel flange.
CENTRAL
C
SERIES FC BELT DRIVEN BLOWER
FORWARD CURVE SINGLE INLET
FOR
COMMERCIAL & INDUSTRIAL APPLICATION
TYPICAL OF
FC109 AND FCIII
FORWARD CURVE
BLOWERWHEEL
amca
11IR
F-Enmminci
Central Blower Co. certifies that the
Forward Curve Blowers shown herein
are licensed to bear the AMCA Seal.
The ratings shown are based on
tests and procedures performed in
accordance with AMCA Publication 211
and comply with the requirements of
AMCA Certified Rating Program.
CENTRAL BLOWER COMPANY
211 S. 7th. Ave. City of Industry, CA 91746
(626) 330-3182 Fax (626) 330-9406
www.centralblower.com
TYPICAL OF
FC112 TO FC118
TYPICAL OF
FC 120 TO FC1 30
Catalog FC-04
OCTOBER 2004
STANDARD FEATURES
WHEELS Multivane forward curved wheel. They are
designed to move the maximum volume
of air with a minimum wheel speed, which results *in quiet
operation. All Central wheels are dynamically and statically
balanced.
HOUSINGS Made of heavy -gauge, zinc coated steel
with electric welded construction. The
discharge can easily be changedmi the field to any one of
eight different positions. The inlet connections are sized to fit
standard sheet metal conductor pipe.
FRAMES Ruggedly constructed of heavy galvanized
angles. The open construction provides
easy access for mounting of and wiring to motor. On models
FC- 109 and FC- I I I the motor is mounted above the blower
shaft to provide easy access for wiring and belt adjustment.
BEARINGS Self-Aligriing ball bearing pillow blocks
are supplied on all models. Bearings are pre -lubricated and
equipped with labyrinth seals to retain the lubricant and to
exclude dust and moisture. Both bearings are mounted out of
the air stream for long life.
SHAFTS Ground and polished C 1045 steel, protected
by a rust preventive coating.
DISCHARGE POSITIONS
TH
TOP HORIZONTAL
( TAD )
TOP ANGULAR DOWN
( TAU ) < UB )
TOP ANGULAR UP UP BLAS
MOTOR BASES Heavy gauge galvanized steel base,
pivoted at one end and supported
at the other by two threaded rods for easy belt ajustment.
Hinge type construction insures that the motor shaft win
remain parallel with the motor shaft when adjusting belt tension
DRIVES V - Belt drives are available to cover the air
volume and pressure range of each model.
V - belt drives provide for adjusting the blower speed to the
exact RPM needed to supply the desired air volume and
static pressure. The variable pitch motor pully is easily
adjustable to provide approximately ten percent( 10%
variation in blower speeds.
MOTORS Fan duty - type motor ofnationally
recognized manufacturers are available.
NEMA standard, single speed, 1725
RPM, open drip proof motors are normally furnished when
units are ordered with motor and drives. See next page
regarding special motors that are available.
DRIVE COVER Weather-proof enclosures of
galvanized steel are standard
equipment on all model. Cover provides guarding for the belt
drives and rotating shaft to meet safety codes and protects
the motor and drives from the weather.
FINISHES Housings are made of special zinc coated
steel and then finished in weather resistant
baked enamel. The wheels and drives covers are made of
rust resisting galvam' ed steel. See the next page for
information on special finishes.
DB
DOWN BLAST
( BAU )
BOTTOM ANGULAR UP
BAD
BOTTOM ANGULAR DOWN
BH
BOTTOM HURZONTAL
ROTATION IS DETERMINED BY LOOKING AT CLOSE END (MOTOR END) CW SHOWN ABOVE
Central Blower Catalog - 1
OPTIONAL FEATURES
VIBRATION Available inavarierty of types:
ISOLATORS Rubber -in shear isolator pads, SPECIAL Totally -Enclosed, Explosion Proof,
Individual spring -type mounts or MOTORS High Efficient, two -speed and other
spring -rail type mounts are stock items. Earthquake special motor can be fimiished. 208 volt
restraint mounts are available.
AUTOMATIC For prevention of backdraft or for
DISCHARGE weather protection.
SHUTTER
DRAIN 3/4-inch pipe coupling welded to
CONNECTION the low point of the housing for
draining ofwater or grease that
might accumulate in the housing. Weep hole also available
without pipe connection.
SPARK AMCA Type "B" spark
RESISTANT resistant construction is
CONSTRUCTION available on all sizes of
Central FC Blowers.
ANICA standard #401-82 requires that the fan shall have
a non-ferrous rubbing ring about the opening through which
the shaft passes. AMCA Type "A" contruction is available
for most models at extra cost and additional lead time.
For Type "A" construction, in addition to the requirement
for Type "B", all parts in contact with the air stream shall
be of non-ferrous material.
RECOMMENDED SPECIFICATIONS
FOR ORDERING
Furnish and install where shown on plans, a Central Blower Co.
Forward Curve belt -driven blower. Blower shall have ball
bearing pillow -block which shall be mounted out of the
airstream and shall be driven by a V-Belt drive having a
variable pitch cast iron motor pulley. The electric motor,
drives and shaft shall be protected by a weatherproof drive
cover. Blower wheel shall be multivane type with forward
curved blades and be dynamically balanced. Housing shall
be convertable to any of eight discharge positions Additional
specifications are as follows:
CFM S.P. O.V H.P
Voltagc_cycles________phase
Plus any additional features
either s migle or three phase are available. Automatic
Thennal Overload Protection is standard in single phase
motors through 2 HP. Three phase motors are available
with built-in overload protection on some models
through 5 HP at nominal added cost.
SPECIAL Corrosive fumes may require special
COATINGS coating. Epoxies, and Halar are
available to resist the effects of acids,
alkalies, solvents etc. For more information on special
coatings, contact Central Blower Company.
PROTECTIVE Inlet screens protect unit from debriis
SCREENS when used on supply application. Outlet
screens prevent entrance of birds and
serve as a safety guard for rotating blower wheel.
APPLICATIONS
These forward curves blowers, because of their quiet
operation are ideally suited for supply or exhaust applications
in a wide variety of buildings. Typical uses are for ventilation
or exhaust 'in restaunants, schools, office buildings, theaters,
iridushial plants and laboratories. The Spark Resistant models
are ideal for exhaust applications where explosive vapors,
gases or dust might be present in the exhausted air.
CERTIFIC0
Central Blower Co. certifies that the
R AT I ft G S
Foward Curve Blowers shown herein
are licensed to bear the AMCA Seal.
RIP
The natings shown are based on
-med'
tests and procedures perfor in
&
accordance with AMCA Publication
211 and comply with the requirements
ofAMCA Certified Rating Program.
Central Blower Catalog - 2
L
B
SEE NOTE
INLET
DIA. K F
E
,j
CLOCKWIDE
IM
BOTTOM
HORIZONTAL
M
ti j
CENTERLINE
ON INLET
U L
U
T
J—
ULN I ERLINE OF
DISCHARGE
OPENING
A
� T�
G /I
HOLE DIA. P
FOUNDATION PATTERN
D
CLOCKWISE
BOTTOM
HORIZONTAL
R
DOTTED OUTLINE &
H "R" DIMENSION
REPRESENTS HOODS
ON FC109 & FC1 11
UNITS ONLY
Q
V
C
E
UP BLAST
DISCHARGE
D
C
Note: Models FC-1 09 through FC-1 18
require 4 vibration isolators. Larger
sizes require 6. Optional inlet side foot
recommended on Model FC-1 11
through FC-1 18 in upblast discharge
position when stack is used.
UNITS SHOWN ARE CLOCKWISE
ROTATION, ALSO AVAILABLE IN
------------------
COUNTERCLOCKWISE ROTATION
TOP
HORIZONTAL
DISCHARGE
M
MODEL
R
FC-109
19Y4
FC-1 11
21 3/4
MODEL
WHEEL DIA.
A
B
C
D
E
F
G
H
i
K
L
M
N
P
Q
T
u
v
SHAFT
FC 109
9 1/8 X 4 5/8
101/8
63/8
63/4
147/16
93/8
161/8
5/8
11 1/8
101/8
87/8
23
47/16
3/81
157/16
59/16
83/4
5/81
FC 111
10 5/8 X 6
11 1/2
81/4
715116
165/8
101/4
173/4
5/8
13
11
1 97/81
26
5314
7/16
171/4
61/2
95/8
3/4
FC 112
12 5/8 X 6
133/8
81/4
91/8
193/8
145/8
235/8
3 1/8
16
11 1/2
Ill 7/81
27
-
53/8
9/16
201/2
8
8
11 1/2
3/4
FC 115
15 X 9
157/8
121/4
10 1/2
225/8
17 5/8'
28 1/4
41/16
19
121/2
157/8
31 3/4
-
73/8
9/16
243/16
91/2
9 1/2
139/16
1
FC 1181
18 X 9
1 187/8
121/4
123/8
27
21 1/2.34
3/8,
5 1/8
225/8
155/16
F155/16
177/8
35
-
73/8
9/16
291/4
Ill 5/16
11 5/16,
16 3/8
, 13/1
FC 120
20 X 11
2315/16
167/8
14
31 11/16
21 1/2137
3141
27/16
225/8
197/8
403/8
19 1/8
9 11/16
9/16
355/16
Ill 5/16
11 5/161
203/16
1 3/16
FC 122
22 X 11
263/8
/8
1 �-L
1 3/8
347/8
25 7/8142
5/81
3 5/8
26 1/8
161/2
21 7/8
41 1/2.19
1/4
9 3/4
9/16
39
113 1/16
6 3/4
1 22 1/4
1 3/16-
FC 126
26 X 13
31 1/8
1 20
i �
1 41
131 1/41
51
14 15/16
303/8
183/8
257/8
46 3/4122
3/8T
i 1 1/4
19/16
46 11/16115
3/161
8
1 �6 5/16
L___
1 7/16
FC 130
30 1/4 X 15
35718
1231/41
203/4
1 48
131 1/41
54
1 7/8
.30 3/8
183/8
297/8,
1
125 1/21
12 7/8
1
8
115 3/161151/16
" '/' ,
1 7/16
Central Blower Catalog - 3 -
-n lcl=
-1097'
9 1/8-INCH WHEEL DIAMETER
TIP SPEED (FPM) = 2.39 x RPM
fV�OL�U7M�E
SP, in. WG
1/8"
1/4"
3/8"
1/2'
5/8"
3/4"
1.0"
1-1/4"
1-1/2"
1-3/4"
2.0"
CFM
OY FPM
RPM
0HP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
300
670
458
0.01
5
.02
706
.
400
893
525
0.02
33
0.04
723
0.05
808
0.06
903
0.07
500
1116
59 8
0.0 4
�699
0.06
782
007
855
0.08
924
0.09
992
0.11
1145
0.14
600
1339
690
0.07
M,0.,08
8
_�4
0
917
0.11
980
0.13
1040
0.14
1154
0.17
1272
0.21
700
1563
786
0.10
940
0.11
913
0.13
983
OAS
1044
0.17
1101
0.19
120S
0.22
1304
0.26
1401
0.30
150S
0.34
800
1786
886
0.15
930
0.16
992
0.18
1049
0.20
1111
0.22
1165
0.25
1266
0.29
1357
0.33
1445
0.36
1529
0.40
1616
0.45
900
2009
987
0.21
1025
0.22
1066
0.24
1115
0.26
1176
0.28
1234
0.31
1330
0.36
1419
0.41
1501
0.45
1581
0.49
1656
0.54
1000
2232
1090
0.29
1122
0.30
1158
0.31
1197
0.33
1242
0.35
1296
0.38
1397
0.44
1483
O.SO
1563
0.56
1638
0.60
1710
0.65
1100
2455
1193
0.38
1222
0.39
1253
0.41
1286
0.43
1323
OA5
1364
0.47
1467
054
1550
0.60
1627
0.66
1701
0.73
1770
0.78
1200
2679
1296
0.49
1322
031
1350
0.52
1379
0.54
1411
0.56
1445
0.S8
152S
0.64
1619
0.71
1694
0.78
1765
0.85
1834
0.92
1300
2902
1400
0.62
1424
0.64
1449
0.65
1475
0.67
1503
0.69
1532
0.71
1598
0.76
1678
0.83
1764
0.92
1400
3125
1504
0.77
1526
0.79
1549
0.81
1573
0.83
1598
0.85
1624
0.87
FC-1 11 10 5/8-INCH WHEEL DIAMETER
TIP SPEED (FPM) = 2.78 x RPM
SP, in. WG
VOLUME
1/8'
1/4"
3/8"
1/2"
5/8"
3/4'
1.0"
1-1/4"
1-1/2'
1-3/4"
2.0'
CFM
ON. FPM
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
RPM
BHP
600
910
445
0.04
545
0.06
635
0.08
710
0.10
785
0.11
857
0.13
700
1062
480
0.06
580
0.08
661
0.10
734
0.12
799
0.14
864
0.16
990
0.21
goo
1214
521
0.09
617
0.11
690
0.13
760
0.15
825
0.18
882
0.20
998
0.25
1107
0.29
900
1366
576
0.12
645
0.14
723
0.16
790
0.19
854
0.22
910
0.24
1017
0.30
1117
0.35
1218
0.40
1000
1517
628
0.16
682
0.18
758
0.10
823
0.23
881
0.26
939
0.29
1040
0.35
1136
0.41
1223
0.47
1313
0.52
1400
0.59
1100
1669
682
0.21
722
0.23
791
0.25
858
0.28
917
0-32
968
0.35
1064
0.41
1159
0.48
1241
0.54
1322
0.60
1407
0.67
1200
1821
741
0.28
755
0.29
824
0.31
890
0.34
945
0.38
1000
0.41
1098
0.48
1183
0.55
1268
0.62
1342
0.69
1420
0.76
1300
1973
$00
0.36
827
0.36
863
0.38
922
0.41
980
0.45
1037
0.48
1125
0.56
1217
0.63
1297
0.71
1370
0.79
1441
0.86
1400
2124
859
0.44
880
0.44
915
0.46
960
0.49
1017
0.52
1065
0.56
1160
0.64
1242
0.73
1321
0.81
1397
0.89
1"5
0.98
1500
2276
917
0.54
938
0.54
962
0.56
1000
0.58
1050
0.61
1100
0.65
1192
0.74
1276
0.83
1352
0,92
1422
1.00
1495
1.09
1600
2428
975
0.65
994
0.66
1019
0.68
1044
0.69
1085
0.72
1136
0.76
1225
0.85
1308
0.94
1382
1.04
1456
1.13
1521
1.22
1700
2580
1035
0.78
1055
0.79
1075
0.79
1098
0.82
1130
0.84
1170
0.88
1260
0.96
1340
1.07
1418
1.16
1483
1.26
1555
1.36
1800
2731
1092
0.92
1110
0.94
1125
0.94
1150
0.97
1177
0,98
1210
1.01
1295
1.10
1377
1.20
1450
1.31
1518
1.41
1900
2883
1150
1.09
1170
1.10
1180
1.11
1205
1.12
122S
1.15
12SS
1.17
1330
1.25
1408
1.35
1481
1."
2000
3035
1210
1.27
1225
1.28
1240
1.28
1259
1.29
1279
1.33
1300
1.3S
136S
1.41
FICA 12 12 5/8-INCH WHEEL DIAMETER
TIP SPEED (FPM) = 3.31 x RPM
SP,in.WG
VOLUME
1/8"
1/4"
3/8"
1/2"
5/8"
3/4"
1.01
1-1/4"
1- 1 /2"
1-3/4"
2.0"
CFM
ON. FPM
RPM BHP
RPM BHP
RPM BHP
RPM BHP
RPM BHP
RPM BHP
RPM BHP
RPM BHP
RPM BHP
RPM BHP
RPM BHP
Soo
1054
400 0.06
481 0.08
551 0.11
611 0.14
667 OAS
721 0.18
83S 0.24
1000
1318
45S 0.10
530 0.13
594 0.16
651 0.20
704 0.23
752 0.25
842 0.31
930 0.37
1020 0.43
1200
1581
511 0.16
584 0.19
642 0.23
696 0.27
746 0.31
793 03S
977 OA2
955 0.48
1028 0.55
1101 0.62
1176 0.70
1400
1845
570 0.23
639 0.27
69S 0.32
746 0.36
792 0.41
837 0.45
918 0.55
992 0.62
1061 0.70
1127 0.78
1190 0.86
1600
2108
630 0.33
694 0.38
750 0.43
799 0.48
842 054
885 0.58
962 0.68
1035 0.79
1101 0.98
1163 0.97
1222 1.06
1800
2372
693 0.46
753 0.51
805 0.57
853 0.62
896 0.70
936 0.75
1010 0.86
1078 0.96
1143 1.09
1204 1.20
1261 1.30
2000
2635
758 0.62
812 0.68
862 0.73
909 0.79
951 0.89
989 0.94
1060 1.06
1126 1.18
1187 1.30
1248 1.43
1303 1.56
2200
2899
824 0.81
872 0.87
920 0.93
965 1.00
1006 1.09
1045 1.19
1112 1.29
1176 1.43
1235 1.56
1292 1.69
1347 1.83
2400
3162
891 1.03
935 1.10
980 1.17
1021 1.25
1062 1.33
1100 1.42
1167 1.60
1228 1.72
1286 1.86
1341 2.00
1393 2.16
2600
3426
959 1.30
999 1.38
1040 1.45
1081 1.53
1118 1.64
1156 1.71
1222 1.90
1282 2.07
1338 2.20
1390 2.36
1442 2.50
Performance shown is for Type B -Free Inlet, Ducted Outlet.
Power rating (BHP) does not include drive losses. Shaded area indicates optimum performance range.
Performance ratings do not include the effects ofappurtenances in the airstream.
V IMCCI
M A
C""'FIWO
RAIIC.GS
AIR
Central Blower Catalog - Page 4
WARRENTECHNOLOGY
2050 W. 73 St. Hialeah, FIL 33016
Tel: (305) 556-6933 Fax: (305) 557-6157
SUBMITTAL: C508528-94
'OH-1
CUSTOMER:
DATE:
02/22/18
PROJECT:
AIR TEC
P.O. NO:
JOB NAME:
85 S. ORCAS ST.
ENGINEER:
SEATTLE, WA 98108
CONTRACTOR:
Volt/
Ctrl
Duct Duct Mount Dimensions (fill in if critical)
Item Oty Model
KW Phase Amps
Volt Step
Width Height Pos A B C D E
1 1 CBK
1 4.001 208/ 31 11.101
241 2
1 12.001 12.001 1 1 1 1 1
Accessory: A3 B6 C1 D2 Ell M1(45%) N1 Q2 Q4 V4(1.00")
Accessory Keys:
A3 Control Terminal Block M1 Derated Elements (Specify Watt/Density Required)
B6 Disconnecting Contactors N1 Stainless Steel Element Connections
C1 Air Pressure Switch Q2 Hinged Lid
D2 Transformer with Primary Fusing Q4 Allow for 1 " Duct Insulation
Ell Manual Reset High Limit V4 Recessed Terminal Box
Mounting Positions: Ctrl Panel Right Vert Duct Panel Down Vert Duct Panel Up Bottom Mount Dimensions:
04 -W-/
0 H t R X / e� —T
(D C-
MS
9 @ a
h
H (D Ho# b
W v �0 v H 6 v H W T-�
Ctrl Panel Left Right Air Flow 1, 3, 10 Left Air Flow 2, 4, 9 Air Flow Down 5, 7 Air Flow Up 6, 8 /d �/
WARREN TECHNOLOGY
2050 West 73 Street Hialeah, Florida 33016 - Telephone (305) 556-6933 - Fax (305) 557-6157
PRIMARY INTEGRAL COMPONENTS - ACCESSORY OPTIONS
U.L. LISTED ELECTRIC DUCT HEATERS
Pictures shown are representative only and may vary with requirements and availability.
MAGNETIC CONTACTOR
Magnetic contactors (Option 130) are I.I.L. rated for 100,000 cycle operation and, as standard, are used to de -
energize only the circuit. This opens the minimum number of power lines to interrupt the flow of current to the
stage of the heater being controlled by that contactor. The number and amperage of the contactors will vary
depending upon the KW and voltage. The coil ratings may be 24, 120, 208, 240, or 277 volts.
Disconnecting magnetic contactors (Option 136) are so arranged as to break all ungrounded lines. These are
standard on 120 volt and 277 volt. This option is necessary when local codes require that contactors break all
ungrounded lines. This type of contactor must be used where a Remote Panel (RP) heater is specified.
Mercury contactors (Option 133) are usually used where silent operation and/or frequent cycling is desired. The design
of the contactor virtually eliminates contact noise and provides for long expectant life under heavy use. Mercury
contactors can only be installed in the vertical position.
_�Z Disconnecting mercury contactors (OptionB3/B6) are also available and must be used when mercury contactors are
r�' . 7,
��qm specified with a Remote Panel (RP) heater.
AIR FLOW SWITCH
jL
QAIR.,F,LOW SWITCH
J)
The air flow (pressure) switch (Option C11) is a e device that senses the air pressure across
the heater surface closing an electrical switch and allowing the heater to be activated, This device assures
air flow is present before allowing the heater to energize. The air flow switch is available for either positive
or negative air pressure. The pressure differential is .05" + .02". This device is position sensitive and
cannot be mounted in a flat horizontal position.
TRAN�SFORMER
Control transformers are available mounted i�n anel for primary voltage of 120, 208, 240, 277
and 480 with secondary voltages of 24, 120, 208, and 240. A Class 11 transformer (Option D1) may be
used only for 24 volt secondary voltage and only up to 3 steps. All transformers are priced based 011 a
e Aq_ maximum of 30 AMPS per step. This transformer includes internal primary overcurrent protection. All other
transformer- requirements (Option D2) include external primary overcurrent protection. Secondary fusing
for use in conjunction with D1 or D2 transformers is available (Option D3).
. ...... .. ..
POWER FUSING
U.L. and N.E.C. require that heaters in excess of 48 AMPS be subdivided into branch circuits of 48AMPS or less
and be protected by fuses (Option F1 ). These are supplied by Warren Manufacturing. If circuit fusing on heaters of
48 AMPS or less is desired price Option F3. For fusing per step (less than 48 AMPS per step) price Option F2. The
fewest number of fuse blocks required for the particular KW, AMPS, and Steps will be furnished. The overcurrent
protection (fuses) must be sized for 125% of the circuit load.
BACK-UP (SAFETY) CONTACTOR
Back-up contactors (Option 135) are supplied as an addition to the primary controlling contactor or other device and is
controlled only by the manual reset cutout. On an overtemperature condition, the manual reset opens causing the
back-up contactor to be cle-energized.
. ...............
WARREN TECHNOLOGY
2050 West 73 Street Hialeah, Florida 33016 - Telephone (305) 556-6933 - Fax (305) 557-6157
... ....... :_.- I-- I I
ACCESSORY OPTIONS
FAN CONNECTION
A set of terminal connections (Option Al) are provided for external connection to the fan circuit. This option is available for
line voltage control only. Internal connection can vary and must be specified as to desired method.
THERMAL SAFETY DEVICES
A disc type automatic reset thermal safety cutout that cle-energizes the heater element on overheating, and
reenergizes the heater element after the temperature has lowered, is provided as standard equipment. The
standard cutout temperature is 145'F.
A disk type manual reset thermal safety cutout (Option El, 175' F.) can be provided as a secondary limit control in
addition to the standard automatic reset. This device requires a reset button to be engaged to restore power to the
heater element. The reset button may be located in the control panel door. A hinged control panel lid is supplied
with this option. Also available is a remote manual reset (Option E5) which allows the device to be reset by use of
ow -
a lock -out circuit utilizing a thermostat or remote switch to reset the limit.
A one-time manually replaceable secondary fuse link heat limit is provided as standard equipment. This device is
I installed in the line side of the heater element and has a standard cutout temperatureof3OO'F.This device is
replaceable without removal of the heater.
DISCONNECT SWITCH
A door -interlocking disconnect switch can be provided to prevent the control panel door from being
opened until the power to the heater is disconnected. This switch ran be either non -fused (Option J2) or
fused (Option J1). A hinged control panel door is standard with this option. 1r
A non -door -interlocking panel mount disconnect switch (Option J6) can be provided within the
amperage limits listed in the pricing pages. This allows the power to be disconnected independent of
the control panel door. A non -hinged control panel door is standard with this option. This disconnect
switch can be used in connection with circuit fusing (Option F3) to provide a fused disconnect.
"N
PILOT LIGHTS
Indicator lights may be installed on the side of the control panel to visually show the heater operation mode. Pilot
lights available are:
1. Control Circuit On (Option Gi)
2. Each Step is On (Option G2)
3. Thermal Cutout is Open (Option G3)
4. Air Switch is Open (Option G4)
SCR CONTROL
The SCR (Silicone Controlled Rectifier) control (Option Ll) is used to provide continuous
modulation from zero to the maximum and provides output from the heater in direct proportion to
temperature demand. It is available with either a wall mount thermostat or a duct mount
7-
thermostat. Temperature can be maintained to within + 1 o F of the set point. Back-up contactors
(Option 135) and a 24 volt transformer (Option D102) are required with the use of SCR controls.
Units over40 AMPS — Vernier tvoe.
TIME DELAY BETWEEN STEPS
To prevent all stages of an electric heater from being energized simultaneously, a time delay relay (Option C2 - non-
adjustable or option CA - adjustable) may be employed. This relay will cause a predetermined delay between energizing of
each additional stage after the previous stage has been energized.
PILOT RELAY
A pilot relay (Option 132) can be provided where the VA load of the contactor coils exceeds the load capacity of the
thermostat or the low voltage transformer. When provided, the pilot relay is controlled by a 24-volt control circuit, which
in turn activates the coils of the heater contactors.
WARREN TECHNOLOGY
2050 West 73 Street Hialeah, Florida 33016 - Telephone (305) 556-6933 - Fax (305) 557-6157
ACCESSORY OPTIONS
PROTECTIVE SCREEN
A protective screen (Option V6), that is installed on either the air inlet side or the air outlet side of the heater
element, can be provided where it is possible for debris to be in the air stream of the duct and come in contact
with the heater elements, or for personal protection. The protective screen is standard on all heaters that are over
48" in either width or height.
P.E. (PNEUMATIC- ELECTRIC) SWITCH
A P.E. Switch (Option C5, C6, C7) is used to change a pneumatic air pressure signal to an electric signal for the
control circuit. The thermostat regulates the air pressure signal to the P.E. Switch, which in turn opens and closes
regulating the electric signal to the coil of the contactor. A load -carrying P.E. (Option C7) can be provided on most
heaters less than 15 AMPS per step, thus eliminating the need for a contactor.
INSULATED CONTROL PANEL
To prevent possible condensation from forming in the heater control panel when the heater is installed in
an air conditioning duct, an insulated control panel (Option Q1 ) is often specified. This consists of
insulating the outside of the control box closest to the duct to prevent metal contact between the control
box and the duct, reducing or eliminating the condensation possibility.
1!c
TRANSDUCER
A transducer (Option L3) is used when an SCR control system (Option Ll) or electric step controller (Option K1) is
required with a pneumatic control system. This device interfaces with the pneumatic system and converts the air
pressure changes to the electrical signal needed for the SCR control. This option must be used when an SCR
control system is being used in conjunction with a pneumatic control system.
RECESSED TERMINAL BOX
A recessed terminal box (Option V4) is used whe-n--a-restffcfto7or—obstruction may cause a lack of airflow across the
electric heater surface. With this option the distance between the control box and the heater element is increased as
necessary to avoid the restriction. It is designed to allow the entire element to be exposed to the air flow. The
recessed depth can vary as required (11 " Standard).
WARREN TECHNOLOGY
2050 West 73 Street Hialeah, Florida 33016 - Telephone (305) 556-6933 - Fax (305) 557-6157
ACCESSORY OPTIONS
STEP CONTROLLER
A step controller (Option KII) is available for multiple heating stages in a predetermined sequence. The
number of steps being energized will be controlled by a proportional thermostat available in either a wall
mount or duct mount style. The first stage of the element on is the last stage off. A power failure causes
the step controller to recycle from start.
ROUND DUCT CONNECTION
The round duct connection (Option V7) accessory allows an easy method of installing an electric duct heater
in a round sheet metal duct. The electric heater section comes factory installed in an adapter section with
appropriately sized round pipe connections provided at the inlet and outlet for field connection.
FAN INTERLOCK RELAY
A fan interlock relay (OptionB7) is supplied that utilizes external voltage either from the load side of the fan
starter or from the fan control voltage circuit to prevent the heater from operating unless the fan is
energized. The interlock voltage must be specified when this option is ordered. This option is often used
with continuous fan operation systems.
FAN CONTROL RELAY
A fan control relay (Option 131) energizes the fan simultaneously with the first stage of the heater. It utilizes
the heater control circuit to energize the relay, which closes the relay contacts to energize the fan. This
option is used where intermittent fan operation is desired. Not available on units with SCR controls.
CIRCUIT BREAKER
Circuit breakers (Option J3) may be supplied in place of power fusing for overcurrent protection. This device
automatically trips to the disconnect (off) in an overcurrent situation. After the
position correcting overcurrent situation
it be
can reset without requiring replacement.
Ralf
PILOT SWITCH
0
A pilot switch (Option C3, C4) consists of a toggle switch installed on the control panel, that is wired in the control circuit to
prevent the energizing of a heater stage (C4), or the entire heater (C3), by de -energizing the control voltage to the contactors.
The pilot switch cannot be used as the disconnect switch as required by N.E.C.
4?
lz�
• Pic-A-Watr Element - High Accuracy Built-in thermostat
• Multiple wattage selection , Powder -coated, textured finish
• Long life cast iron motor Fan delay
• Aluminum fan blade Auto -reset limit
Multiple Wattage Unit Heater
Model Code:
'KHP 24 07 T
A
',�A:Seriei
OV
11:12712 24'20C
-208i 27�'JiiV
.,:.20.-i,. . .. .. i�-: F
C: Watti
(900 to 6000)A
O:T The
71 JI:i
• Universal (wall/ceiling) mounting bracket
• Selector switch--fan/heat/off
• 5-year limited warranty
Pic -A -Watt
, CID us
The KBP is the industry standard for multi -wattage garage / shop heaters. Designed for rugged performance,
the flow -through design efficiently moves air by pulling air from the back of the heater and discharges it out the front, easily heating a
large space. With high quality components suitable for both residential and commercial applications, it comes standard with a 3-position
switch and an accurate built-in thermostat. The integral fan delay continues to dissipate heat from the elements during the cool down
period, maximizing the heat exchange in the room. King's exclusive dual Pic -A -Watt steel fin elements allow customers to select from a
range of wattage options, tailoring the heater to an area's specific heating requirements.
Ordering Information
MODEL UPC VOLTS PHASE WATTAGE AMPS
KBP1230 15191 120 1 2850-1900-950 24
KBP2406* 15190 240* 1 5700-4750-3800-2850-1900-950 24
KBP2704 15187 277 1 4000-3000-2000-1000 15
KBP4804-3MP** 15196 480— 1-3 4160 9/5
KBP4806-3MP** 15197 480— 1-3 6000 13/8
*Approved for 208V operation. Heater will draw 13% less Amps and 25% less wattage- 3- Phase units do not have Heal/ Fan/ Off 480 Volt models are 24 Volt control
Minimum clewance from combustibles. 18' hoin front, 2' from top, 6' from sides and 5' from rear. Minimum clearance 6' flom floor.
Contractor shall supply and install KBP Series unit heaters manufactured by King Electrical Mfg. Company. Heaters shall be of the wattage
and voltage as indicated on the plans.
Pic -A -Watt Heating Element: Exclusive King multi -tap element allows
field adjustment to several wattages at time of installation. Steel sheath
elements of various resistance are copper brazed to steel plate fins
producing a mufti -wattage heating element.
Built-in Thermostat: Single pole factory installed hydraulic capillary tube
thermostat for precision heating control. Operating range 40o to 90o F
Fan/Heat/Off Switch: 3-position switch provides heating and summer fan
only operation.
Fan Delay Switch: The fan continues to operate after the thermostat
shuts off in order to remove the residual heat left in the elements.
Power must not be interrupted.
CFM: 270
Universal Mounting Bracket: Combination ceiling/wall bracket is
included with every heater.
Unit Bearing Motor Permanently lubricated, long life, unit bearing
4-Pole motor with 20 cc of oil. Enclosed rotor provides long-lasting,
trouble -free operation. Thermally protected. 1300 RPM.
Auto -Reset Thermal Limit Control: Heater shuts off when an over
temperature condition exists and automatically resets when the normal
operating temperature returns.
Tested: UL 2021
Approval: cCSAus
Accessories
MODEL
UPC
PHASE WEIGHT (lbs.)
KBP-K1
15198
6 ft. cord/handle kit - 120V, 1 -Phase, 30 Amp (Receptacle n2t included. See below)
2
KBP-K2
15199
6 ft. cord/handle kit - 240V, 1 -Phase, 30 Amp (ReGeptacle included. See below)
2
KBP-RT
N/A
Provision for remote thermostat (line voltage)
N/A
*KBP-RTLV1
N/A
Provision for remote thermostat - 1 -Phase (24V)
N/A
*KBP-RTLV3
N/A
Provision for remote thermostat - 3-Phase (24V)
N/A
Tactory installed only - Heat/Fan/Off activated at unit only - can not operate remotely
Recepbcfe Toe:
";�rA 12 0 30A 250V
NEMA #5-30R NEMA-;6-30R
Model KBP-K1 Model KBP-K2
ground
Dimensional Data
5-7/8"
10-1/2"
11 -3/8 "
RUSKIN (9)
3900 Dr. Greaves Rd. Kansas City, MO 64030 (816) 761-7476 FAX (816) 765-8955
DIBD2 CURTAIN TYPE DYNAMIC FIRE DAMPERS
V/, HOUR ULS56 RATED FOR USE IN DYNAMIC AND STATIC SYSTEMS
APPLICATION
Ruskin Model DIBD2 is a 11/2 hour UL classified dynamic (fans on)
or static (fans off) curtain style fire damper for use in HVAC systems
that remain in operation during a fire. Fire dampers are used for the
protection of openings in walls, partitions, or masonry floors with fire
resistance ratings of less than 3 hours and shall have a 11/2 hour fire
protection rating. The DIBD2 can be installed vertically in walls or
horizontally in masonry floors and is rated for airflow in either
direction.
DYNAMIC CLOSURE RATINGS
4000 fpm (20.3 m/s) vertical mount only, up to 24" x 24" (610 x 610).
3000 fpm (15.2 m/s) vertical and horizontal mount, up to 24" x 24"
(610 x 610).
2000 fpm (10.2 m/s) vertical or horizontal mount on all sizes.
4 in. w.g. (1 kPa) maximum pressure on all sizes.
STANDARD CONSTRUCTION
Frame and Blades Material
Galvanized steel or stainless steel (in gauges required by UL
listing R-5531).
Closure Springs
301 stainless steel constant force or spring clip type.
Note: Vertical units 24" x 24" (610 x 610) and smaller utilize spring
clips only and do not have constant force springs.
Fusible Link
165*F (74*C) is standard. 212*F (100*C) and 285*F (141*C) are
available as options.
DAMPER SIZES
See pages 2 - 5 for minimum and maximum UL sizes.
See pages 6 - 9 for construction details on multiple section assemblies.
OPTIONS
True Round Fire Damper - See model FDR25
Stainless Steel Construction — See model (D)IBD2SS
FM Approvals as Specification Tested Product
SP200 Switch Package to allow remote indication of damper
blade position
FAST Angles factory supplied one -side installation. Other angles
of various sizes and gauges also available for one -side or two -
side installation
Factory Sleeves of various lengths and gauges to ensure field
compliance with UL installation requirements
MCP Control panels for monitoring purpose
Grille Mounting See (D)IB02G or (D)IBD20G models
'GA' Grille Access See (D)IBD2GA models
'OW'Out of Wall See (D)IBD2/OW models
Models DlBD2 series meet the requirements for fire dampers
established by:
National Fire Protection Association NFPA Standards
80, 90A, 92A, 928, and 101
ICC International Building Codes
CSFM California State Fire Marshal
DIBD2 #3225-0245:0005
New York City M EA 450-06-M
UL CLASSIFIED
UL555 Listing R5531
-u1Af/e;9 SEE COMPLETE FM Approvals
C@ MARKING Specification Tested
US ON PRODUCT Product (Option)
NOTES:
1. Dimensions shown in parentheses indicate millimeters.
2. Single section dampers ordered with either 12" (305), 14" (356),
or 16" (406) long sleeve; the DIBD20, 40, 60, 230, 430, and
630 models may be substituted.
Spec DIBD2.121 S/Replaces D1802-i 14 ALL STATED SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE OR OBLIGATION. Muskin December 2015
DAMPER STYLES AND SIZES
A Style
Frame and blades in air stream
Sleeve optional
75 - 85% free area
MINIMUM SIZE 2000 fpm (10.2 m/s)
Vertical Installation — 4"w x 4"h (102 x 102)
Horizontal Installation — 6"vv x 6"h (152 x 152)
MAXIMUM SIZE 2000 fpm (10.2 m/s)
Single Section
Vertical Installation — 33"w x 36"h (838 x 914)
Horizontal Installation — 24"w x 24"h (610 x 610)
Multiple Section Assembly
Vertical Installation — 72"w x 48"h (1829 x 1219) or
48'W x 72"h (1219 x 1829) or 120"w x 24"h (3048 x 610)
Horizontal Installation — 36"w x 48"h (914 x 1219) or
48"w x 36"h (1219 x 914).
The minimum width or height becomes 9" x 9"
(229 x 229) when dampers width or height is over 24" (610).
MINIMUM SIZE UNITS ABOVE 2000 fpm (110.2 m1s)
Vertical or Horizontal Installation — 9"w x 9"h (229 x 229)
MAXIMUM SIZE UNITS ABOVE 2000 fpm (10.2 rn/s)
Vertical or Horizontal Installation — 24"w x 24"h (610 x 610)
B
B
B
A L
4112"
(114)
B B
B
A <
41/2" A V00f
(11 �'O)
4) K
A Style w/o Sleeve
A Style w/Sleeve
Vertical Mount Units 24" x 24" (610 x 610)
and Multiple Section Assemblies
'B'Dim. 'A'Dim.
<, < . >1
Horizontal Mount Detail used in
Single Section Assemblies
A Style w/o Sleeve
A
A Style w/Sleeve
Vertical Mount Single Section Assemblies
U nits 24" x 24" (610 x 610)
Spring Clip x
Blade. —/
Spring Detail used on Vertical Mount Units
24" x 24" (610 x 610) and Under
'B'Dim.
A'Dim
Horizontal Mount Detail used in
Multiple Section Assemblies
Note: See page 7 of this document for overall damper dimensional information.
DAMPER STYLES AND SIZES
B Style A = Duct Width
Blades out of air stream B = Duct Height
Sleeve optional H = Overall Damper Height
80 - 90% free area
MINIMUM SIZE 2000 fpm (10.2 m/s)
Vertical Installation — 4"w x 4"h (102 x 102)
Horizontal Installation — 6"w x 4"h (152 x 102)
MAXIMUM SIZE 2000 fpm (10.2 m/s)
Single Section
Vertical Installation — 33"w x 32"h (838 x 813)
Horizontal Installation — 24"w x 21"h (610 x 533)
Multiple Section Assembly
Vertical Installation — 72"w x 45"h It 829 x 1143) or
� 48"w x 69"h (1219 x 1753) or 120"w x 21 "h (3048 x 533)
Horizontal Installation — 36"w x 42"h (914 x 1067) or
48"w x 30"h (1219 x 813).
The minimum width or height becomes 9"w x 8"h
(229 x 203) when damper's width or height is over 21 " (533).
DIBD2 MINIMUM SIZE UNITS ABOVE 2000 fpm (10.2 m/s)
Vertical or Horizontal Installation — 9"w x T'h (229 x 178)
DIBD2 MAXIMUM SIZE UNITS ABOVE 2000 fpm (10.2 m/s)
Single Section only
Vertical or Horizontal Installation — 24"w x 21 "h (610 x 533)
14"
(19)
-F-, 11' r , 'r-
N IS
L
41/2"
(114)
B Style w/o Sleeve B Style w/Sleeve
See Style A for Construction Details
Note: See pages 8 and 11 of this document for overall damper dimensional information.
BC and WB Style
Blades out of air stream
BC style: Fully sealed sleeve
WB style: Fully welded sleeve
80 - 90% free area
See Style B for Minimum and Maximum Sizes
B
A = Duct Width
B = Duct Height
H = Overall Damper Height
51*
(127)
Min.
21/2"
(64) —� r I
H
L
Sleeve Length
10" (254) Min.,�
BC Style w/Sleeve
Note: See pages 8 and 11 of this document for overall damper dimensional information.
For use in Round duct duct sizes 24" (610)
FDR25 True Round Fire Damper 1% hour UL 555 Listed
To Replace square to round transitions for Increased Performance
APPLICATION
Ruskin FDR25 is a true round fire damper designed for use in fire
rated walls and floors and is the perfect choice when using round
duct.
The FDR25 is rated for maximum velocity of 2,000 fpm and 4" w.g.
static pressure. The integral frame and unique "cinch plate" design
provides a low cost, high performing damper.
DAMPER SIZES
MINIMUM SIZE
6" (152) diameter
MAXIMUM SIZE
Vertica [/Horizontal — 24" (610) diameter
OPTION
304 or 316 Stainless Steel Construction
DAMPER STYLES AND SIZES
CR AND WR Style — Round Transition
Frame and blades out of air stream
Sleeve required
95 - 100% free area
CR Style - sealed assembly
WR Style - fully welded
MINIMUM SIZE 2000 fpm (10.2 m1s)
Vertical Installation - 3" diameter (76)
Horizontal Installation - 4" diameter (102)
MAXIMUM SIZE 2000 fpm (10.2 mis)
Single Section
Vertical Installation - 31 " diameter (787)
Horizontal Installation - 20" diameter (508)
Multiple Section Assembly
Vertical Installation - 46" diameter (11118)
Horizontal Installation - 34" diameter (864)
MINIMUM SIZE UNITS ABOVE 2000 fpm (10.2 m/s)
Vertical or Horizontal Installation - 7" diameter (1178)
MAXIMUM SIZE UNITS ABOVE 2000 fpm (10.2 m/s)
Vertical or Horizontal Installation - 20" diameter (508)
D = Diameter
H = Overall Damper Height
X = Blade Package Height
Diameter
k,r �,Nt.
I -Az "
I 0I
Diameter
e!
_§Ieeve Length
7" (178) Min.
I
(25) 11/2" (38)
Typ-
CR Style
Sleeve Length
7" (178) Min.
H
1 2112" (64)
(26) Typ-
WR Style
Note: See pages 10 and 11 of this document for "X" dimension and overall damper dimensional information.
C AND WC Style — Square or Rectangle Transition
Frame and blades out of air stream
Sleeve required
95 - 100% free area
C Style — sealed assembly
WC Style — fully welded
MINIMUM SIZE 2000 fpm (10.2 m1s)
Vertical or Horizontal Installation — 4'1w x Wh (102 x 76)
MAXIMUM SIZE 2000 fpm (10.2 m/s)
Single Section
Vertical Installation — 31 "w x 31 "h (787 x 787)
Horizontal Installation — 22"w x 20"h (559 x 508)
Multiple Section Assembly
Vertical Installation — 70"w x 44"h (1778 x 1118) or
46"w x 68"h (1168 x 1727) or 11 8"w x 20"h (2997 x 508)
Horizontal Installation — 34"w x 42"h (864 x 1067) or
46"w x 32"h (1168 x 813).
The minimum width or height becomes 7w x T'h
(178 x 178) when damper's width or height is over 21 " (533)
DIBD2 MINIMUM SIZE UNITS ABOVE 2000 fpm (10.2 m/s)
Vertical or Horiizontal Installation — 7"w x T'h (178 x 178)
DIBD2 MAXIMUM SIZE UNITS ABOVE 2000 fpm (10.2 m/s)
Single Section only
Vertical or Horizontal Installation — 22"w x 20"h (559 x 508)
A = Duct Width
B = Duct Height
H = Overall Damper Height
I-
B
e
A
B
A
Sleeve Length
r7" (17 8) Min I
H
] - -L - —1
I j 1112"
(25) - (38)
Typ-
C Style wiSleeve
Sleeve Length
7" (178) Min.
H
L-L
I-, j 21/2" (64)
(25) Typ-
WC Style w/Sleeve
Note: See pages 9 and 11 of this document for overall damper dimensional information.
DAMPER STYLES AND SIZES
CO AND WO Style — Oval Transition
Frame and blades out of air stream
Sleeve required
95 - 100% free area
CO Style — sealed assembly
WO Style — fully welded
MINIMUM SIZE 2000 fpm (10.2 m/s)
Vertical or Horizontal Installation — 4"w x Yh (102 x 76)
MAXIMUM SIZE 2000 fpm (10.2 m/s)
Single Section
Vertical Installation — 31 "w x 31 "h (787 x 787)
Horizontal Installation — 22"w x 20"h (559 x 508)
Multiple Section Assembly
Vertical Installation — 70"w x 44"h (1778 x 1118) or
46'W x 68"h (1168 x 1727) or 11 8'W x 20"h (2997 x 508)
Horizontal Installation — 34"w x 42"h (864 x 1067) or
46"w x 32"h (1168 x 813).
The minimum width or height becomes T'w x T'h
(1178 x 178) when damper's width or height is over 21 " (533).
DIBD2 MINIMUM SIZE UNITS ABOVE 2000 fprn (10.2 m/s)
Vertical or Horizontal Installation — TW x 7"h (178 x 178)
DIBD2 MAXIMUM SIZE UNITS ABOVE 2000 fpm (10.2 m/s)
Single Section only
Vertical or Horizontal Installation — 22"w x 20"h (559 x 508)
A = Duct Width
B = Duct Height
H = Overall Damper Height
.jo \
Note: See page 9 of this document for overall damper dimensional information.
LR Style — Round Transition
Round enclosure - frame and blades out of air stream
Sleeve optional non -sealed assembly
95 - 100% free area
MINIMUM SIZE 2000 fpm (10.2 m/s)
Vertical Installation — 3" diameter (76)
Horizontal Installation — 4" diameter (102)
MAXIMUM SIZE 2000 fpm (10.2 m/s)
Single Section
Vertical Installation — 31 " diameter (787)
Horizontal Installation — 20" diameter (508)
Multiple Section Assemblies
Not available in style LR. See Style CR for larger assemblies.
D = Diameter
H = Overall Damper Height
X = Blade Package Height
0 7)
Diameter
,\ee.,Ie
Diameter
�P(t �
0I)
e .4e
Sleeve Length
r', (178) Min -I
k 11h"
(25) (38)
Typ-
CO, Style
Sleeve Length
7" (178) Min.
I B
j
(25) 11/2" (38)
TO.
WO Style
Sleeve Length
7" (178) Min.
v�
21/2" (64)
(25)
TO-
LR Style
rieeve Length
2"(305) Min.
H
(25) V/2" (64)
Typ-
LR Style w/Sleeve
Note: See page 10 of this document for "X" dimension and overall damper dimensional information.
DAMPER STYLES AND SIZES
LO Style — Oval Transition
Frame and blades out of air stream
Sleeve optional non -sealed assembly
95 - 100% free area
MINIMUM SIZE 2000 fpm (10.2 m/s)
Vertical or Horizontal Installation — 4"w x 3"h (102 x 76)
MAXMUM SIZE 2000 fpm (10.2 mirs)
Single Section
Vertical Installation — 31 "w x 31 "h (787 x 787)
Horizontal Installation — 21 "w x 21 "h (533 x 533)
Multiple Section Assemblies
Not available in Style LO. See Style CO for larger assemblies
NOTE: Transition collars to be sealed (by others).
A = Duct Width
B = Duct Height
H = Overall Damper Height
T___
IROF
Sleeve Length
7" (178) Min.
11 B
L
(25) 2112" (64)
TO.
LO Style
Sleeve Length
2" (306) Min
j
(25) (64)
TO.
LO Style w/Sleeve
Note: See page 9 of this document for overall damper dimensional information.
R Style — Round Transition
Round enclosure. Blades partially in the air stream
Sleeve optional non -sealed assembly
85 - 95% free area
MINIMUM SIZE 2000 fpm (10.2 m1s)
Vertical Installation — 3" diameter (76)
Horizontal Installation — 4" diameter (102)
MAXIMUM SIZE 2000 fpm (10.2 mis)
Single Section
Vertical Installation — 31 " diameter (787)
Horizontal Installation — 21 " diameter (533)
Multiple Section Assemblies
Not available in Style R. See Style CR for larger assemblies
NOTE: Transition collars to be sealed (by others).
D = Diameter
H = Overall Damper Height
Diameter
.46
Diameter
�04. .?,
f5l,
V, �a, *10,
Sleeve Length
IJ— 7" (178) Min.
Dia. + 2"
(51)
W,_
i" j 21/2" (64)
(25) _Ti TO.
R Style
�Ieeve Length
12" (305) Min.
Dia. + 2"
(51)
11/2"
(25) (64)
TO.
R Style w/Sleeve
Note: See page 10 of this document for overall damper dimensional informahon.
ASSEMBLY AND DIMENSIONAL INFORMATION For2000 fpm (10.2m/s) and 4 in.wg. (11 kPa) MAX.
Dampers normally fabricated approximately 1/4" (6) less than given duct dimensions. A (width) and B (height) dimensions shown describe maximum
UL Classified sizes. Multiple section damper assemblies ordered without sleeves are shipped in individual sections, for field assembly. Multiple
section dampers ordered with factory furnished sleeves are normally shipped in complete assemblies.
DIBD2 A STYLE DAMPERS
Single Section Units
24" (610) wide and
24" (610) high and under
'B' Damper Height
Y Dim.
4" (102) thru 7" (178)
11/2"(39)
7.01 " (179) thru 12" (305)
2" (51)
12.01 (306) thRi 17"(432)
21/2" (64)
17.01 (433) thni 21 " (533)
3" (76)
21.01 (534) thru 24" (610)
1 31/2"(90)
Single Section Units
above 24" (610) wide or high
thru 33" (838) wide by 36" (914) high
'13' Damper Height
V Dim.
6" (152) thru 10" (254)
117(-39)
10.01 " (255) thru 17" (432)
2" (51)
17.01 " (433) thru 21 " (533)
21/2" (64)
21.01" (534) thru 26" (660)
3" (76)
26.01 " (661) thru 31 " (787)
31/2"(90)
31.01" (788) thru 36" (914)
4" (102)
2 Section High Units
'13' Damper Height
Y Dim.
24.01 (611) thru 34" (864)
2" (51)
34.01 (865) thru 42" (1067)
21/2" (64)
42.01 " (1068) thru 48" (1219)
3" (76)
VERTICAL INSTALLATION
'A' Dim. 120"
Max (3048)
'A'Dim. 24"
Max (610)
'13' Dim. 24"
'X' Dim.
T
!11
IMax
(610)
01
Dim.
'B'Dim.
24" Max I
IT
L ------------
M.1fi 1. Q—fi— Wid.
1610)
'A' Dim. 33'
Max (838)
Y Dim.
'B'Dim.
1.11.
-T
1
ax
(914)
P
and Single Section 24" (610)
high and under
'B' Damper Height
'x'Dim.
6" (152) thru 10" (254)
11/2"(39)
10,01 (254) thru 17" (432)
2" (51)
17.01 (433) thru 21 " (533)
21/2" (64)
21,01" (534) thru 24" (610)1
3" (76)
3 Section High Units
'13' Damper Height
Y Dim.
48.01"(1220)thru5l"(1295)
2"(51)_
5 1.01 " (1296) thru 63" (1600)
21/2" (64)
163.01" (1601) thru 72" (1829)
23/4" (70)
'A' Dim. 48"
Max (1219) -1
'A'Dim. 72"
i ax (182 1
r Y Dim.
'B'Dim. T
72" Max
'B'Dim. (1829)
48" Max bim. y Dim.
(1219) -F
. 171 P?19'X'l MM I
Single Section Units
24" (610) wide or high
and under
'13' Damper Height
Y Dim.
6" (152) thru 10" (254)
11/2" (39)
10.01" (255) thru 17" (431)
2" (51)
17.01" (432) thru 21" (533)
21/2" (64)
21.01 " (534) thru 24" (610)
T (76)
A'Dim. 24"
Max (610)
.x. Dim.
'B'Dim. 24"
Max (610)
T-
HORIZONTAL INSTALLATION
r
I
V Dim. 36"
Max (914)
'A'Dim. 48"
Max (1219)
Two Section High
Units
'B' Damper Height
Y Dim.
18.01 (458) thru 28" (711)
2" (51)
28.01 (712) thru 42" (1067)
21/2" (64)
142.01" (1068) thru 48" (1219)
23/4" (70)
I
,_'A'Dim, 36"
Max (914)
T' Dim. 48"
Max (1219)
L
-I
ASSEMBLY AND DIMENSIONAL INFORMATION For2000 fpm (10.2 rn/s) and 4 in. wg. (1 kPa) MAX.
B, BC and WB DAMPERS VERTICAL INSTALLATION
'X'dim. +'B'dirn. ='H'dim.
Single Section Units
24" (610) wide and
20" (508) high and under
'13' Damper Height
Y Dim.
4" (102) thni 8" (203)
13/4" (44)
8.01 " (204) thni 16"(406)
23/4"(70)
16.01"(407)thnj29'(508)
33/4"(95)
'A'Dim.
24" Max (610)
'H'Dim.
'E' Dim.
20" Max (508)
Single Section Units
Above 24" (610) wide or 20" (608) high
through 33" (838) wide by 32" (813) high
'13' Damper Height
YDim.
4" (102) thru 12" (305)
13/4"(44)
12.01 " (306) thru 23"(584)
23/4"(70)
23.01" (585) thru 32" (813)
33/4" (95)
-1'A' Dim.
3" Max (838)r
W Dim. 'B'Dim.
32' Max (813)
Single Section Units
24" (610) wide and
21" (533) high and under
'13' Damper Height
Y Dim.
4" (102) thru 10" (254)
13/4" (44)
10.01"(255)thru2l"(533)
23/4" (70) 1
2V Max 1610)
'H'Dim. 'B'Dim.
21" Max (533)
7
'H'Dim.
'B'Dim.
69" Max
(1753)
Multiple Section Wide and High
Above 21" (533) thru 69" (1153) high
'13' Damper Height
Y Dim.
22" (559) thru 26" (660)
13/4" (44)
26.01"(661)thru69"(1753)
23/4-(70)
'A'Dim.
48" Max (12191)
'A'Dim.
T2' Max (1829)
Multiple Section Wide and
Single Section High 21" (533) and under
'13' Damper Height
YDim.
4" (102) thru 12" (305)
13/4" (44)
12.01"(306)thru2l"(533)
23/4"(70)
'A' Dim.
120" Max (3048)
'H' DIM. 'B' Dim*
L21., Max (533) LJUILLiu-
HORIZONTAL INSTALLATION
'X'dirn. +'B'dim. ='H'dim.
Multiple Section High and
36" (914) wide and under
'13' Damper Height
. x' Dim.
8" (203) thru 12" (305)
13/4" (44)
12.01" (306) thru 21" (533)
23/4" (70)
21.01 " (534) thru 24" (610)
31/2" (89)
24.01 " (611) thrU 42" (1067)1
51/2" (140)
'H'Dim.
r'A'Dim.
36" Max (914)
Multiple Section High and
Over 36" (914) wide
'13' Damper Height
I x' Dim.
8" (203) thru 12" (305)
13/4" (44)
12.01" ( 06) thru 15" (381)
4
15.01 (382) thru 22" (559)
31/2"(89)
22.01 (560) thru 30" (762)
51/2" (140)
— 'A'Dim. -I
48" Max (1219)
'B' Dim. 'H'Dim, 'B'Dim.
42" Max (1067) 30" Max (762)
ASSEMBLYAND DIMENSIONAL INFORMATION For2000fpm(10.2m/s)and4in.wg.(lkPa)MAX.
C, WC, CO, WO and LO STYLE DAMPERS VERTICAL INSTALLATION
Xdirn. +'B'dim. ='H'dirn.
Single Section Units
22" (569) wide and
19" (483) high and under
'B' Damper Height
Ix' Dim.
3" (76) thru T'(178)
23/4" (70)
7.01 " (179) thru 15" (381)
33/4" (95)
15.01"(382)thru19"(483)
43/4" (121)
Single Section Units
Above 24" (610) wide or 20" (508) high
through 33" (838) wide by 32" (813) high
'13' Damper Height
'x' Dim.
4" (102) thru 11 (280)
23/4" (70)
11.01 " (281) thru 22" (559)
33/4" (95)
22.01"(560)thru3l"(787)
43/,e'(121)
'A'Dim.*
'A'Dim. + 2" (51)
31 "Max (787)
T--
'H'Dim. 'B'Dim.
[J31" Max (787)
'A' Dim.+ 2"
WDim.
Dim. 'B'Dim.
Typical Style CO, WO and LO Construction
Single section shown
(See C & WC construction for max. sizing)
LO Style is limited to single section only.
Single Section Units
22" (559) wide and
20" (508) high and under
'B' Damper Height
. x' Dim.
4" (102) thru 9" (229)
23/4" (70)
9.01" (230) t ru 20" (508)
33-/4-(95)
'A'Dim.*
'A'Dim. + 2" (51)
22" Max (559)
B'Dim.
20', Max (508)
'H'Dim. —1 '
� - F ---j
'A' Dim.*
'A'Dim. + 2" (61)
22" Max (559)
W Dim. B, Dim.
19" Max (483)
---f
'B'Dim.
68'. Max
(1727)
Multiple Section Wide and
Single Section High 20" (508) and under
'13' Damper Height
V Dim.
4" (102) thru 11 " (280)
23/4"(70)
11.01" (280) hru 20" (508)
33/4" (95)
'A' Dim.
(51) A'Dim.
I 18" Max (2997)
'H'Dim.
20' Max (508)
� A' Dim,+ 2" ( �1
'A. Dim.
4 6 Max (11 68)1
Typical Style C and WC Construction
HORIZONTAL INSTALLATION
Xdirn. +'B'dim. =Hdirn.
Multiple Section Wide and High
Above 20" (533) thru 68" (1727) high
'13' Damper Height
'x' Dim.-
20.01 " (534) thru 25" (635)
23/4" (70)
25.01"(636)thru68"(1727)
33/4" (95)
WDim . r
aB' Dim.
44!' Max
(1118)
L
'A'Dim. + 2" (51)
70:A'Dim.
'Max (1778)
Multiple Section High or Wide
34" (864) wide and under
Multiple Section High or
Over 34" (864) wide
'B'Damper Height
'x' Dim.
'B' Damper Height
. x'Dim.
7" (178) thru 11 " (280)
23/4"(70)
7" (178) thru 11 " (280)
23/4"(70)
12.01 (306) thru 20" (508)
33/4"(95)
11.01 (281) thru 14" (356)
33/4"(95)
20.01 (509) thru 24" (610)
il /2- (89)
14.01 (357) thru 24" (610)
31/2"(89)
24.01 (611) thru 42" (1067)
51/2" (140)
24.01 (611) thru 30" (762)
. 51/2" (140)
-�—A'Dim.+ 2"
—'A'Dim.+ 2"
34:A'Dim.
' Max (864) 'A'Dim.
1 46" Max (1168)
'B'Dim. I 'B'Dim.
'H'Dim. 42" Max WDIM. — 30" Max
(1067) (768)
ASSEMBLY AND DIMENSIONAL INFORMATION For 2000 fpm (10.2 m1s) and 4 in. wg. (I kPa) MAX.
SINGLE SECTION HIGH
'H' DIMENSION
'Dia' Damper Height
'x'Dim.
3" (76) thru 7" (178)
23/4"(70)
7.01 " (179) thru 15" (533)
33/4"(95)
15.01 " (534) thru 19" (483)
43/4" (12 1)
19.01" (484) thru 22" (559)
33/4"(95)
22.01 " (560) thru 31 " (787)
43/4" (12 1)
MULTI SECTION HIGH
WDIMENSION
'Dia' Damper Height
Y Dim.
32.01"(788)thru4T(1168)
33/4" (95)
LR Style is limited to single section only.
SINGLE SECTION HIGH
WDIMENSION
'Dia' Damper Height
'x'Dim.
4" (102) thru 9" (228)
23/4" (70)
9.01"(229)thr1j29'(508)
33/4"(95)
TWO SECTION HIGH
WDIMENSION
'Dia'Damper Height
'x' Dim.
20.01 (509) thru 24" (588)
31/2" (89)
24.01 (589) thru 3,C'(863)
51/2" (140)
CR, WR and LR STYLE DAMPERS
VERTICAL INSTALLATION
Xdim. +'Dia'dim. = Hdim.
IDia. + 2" (51)
'H'
HORIZONTAL INSTALLATION
Xclim. +'Dia'dim. =Wdim.
'H'
IDia. + 2" (51)
Dia. + 2" (51) —
Dia. 46" Max. —I
(1168)
'14' 1 D im.
Dia. + 2" (51)
Dia. 34" Max.
(864)
F��j �
'H' Dim. L
I qr)
LR Style is limited to single section only.
R STYLE DAMPERS VERTICAL AND HORIZONTAL INSTALLATION
Dia.+ 2" (51)
Dia.+
Dia.
2" (51)
31 " Max.
(787)
i
Vertical Mount I
Dia.+ 2" (51)
Dia.
Dia.+ 22" Max.
0— (559)
Horizontal Mount
ASSEMBLY AND DIMENSIONAL INFORMATION I
For 4000 fpm (20.3 m/s) and 4 in. wg. (1 kPa) MAX. Vertical Mount Only
For 3000 fpm (15.2 m1s) and 4 in. wg, (1 kPa) MAX. Vertical or Horizontal Mount
13, BC and WB DAMPERS
Xdim. +'B'dim. =Wdim.
Single Section Units
'B' Damper Height
YDim.
8" (203) thru 12" (305)
13/4" (44)
12.01" (306) thru 21" (533)
23/4"(70)
:A'Dim.
24' Max (635)r
W Dim. B'Dim.
21" Max (633)
L1
C and CO DAMPERS & WC and WO DAMPERS
Wdim. +'B' dim. =Wdim.
Single Section Units
'13' Damper Height
Y Dim.
7" (178) thru 11 " (280)
23/4"(44)
11.01"(281)thnj20"(508)
33/4"(95)
CR and WR DAMPERS
Xdim. +'Dia'dim. ='H'dim.
Single Section Units
'Dia' Damper Height
x' Dim.
7" (178) thru 11"(280)
23/4"(44)
11.01"(281)thru29'(508)
33/4" (95)
'A'Dim.
'A'Dim. + 2" (51)
22" Max (559)
WDim.
'B'Dim.
20" Max (508)
f
DIBD2 SUGGESTED SPECIFICATION
WDIm. Dia.
20" M x.
(508)a
Furnish and install at locations shown on the plans, or as described
in schedules for curtain type fire dampers suitable for vertical wall
or horizontal masonry floor or ceiling. Dynamic fire dampers tested,
constructed and labeled in accordance with the latest edition of UL
Standard 555. Dampers shall have a fire rating of 11/2 hours and
shall meet the requirements of the latest edition of NFPA90A. Fire
dampers shall be produced in an ISO 9001 certified factory.
Damper frame and blades shall be galvanized steel in gauges
required by UL listing R-5531 installed in a factory mounted sleeve
and shipped loose mounting angle. Damper blades shall be steel
interlock to provide fire shield in gauges required by UL listing
R-5531. Closure spring dampers shall be of 301 stainless steel and
shall be constant force type.
Each dynamic fire damper shall include a steel sleeve and mounting
angles furnished by the damper manufacturer to ensure appropri-
ate installation. Submittal information shall include the fire protec-
tion rating, maximum velocity/pressure ratings and the manufac-
3900 Dr. Greaves Rd.
Kansas City, MO 64030
(816) 761-7476
FAX (816) 765-8955
RUSKIN www.ruskin.com
Dia, + 2" (51)
'A'Dim.
'A'Dim. +2"(51)
22" Max (659)
T-
W ,
Dim. 'B'Dim.
2 0 "�M
ax (508)
turer's UL installation instructions. The dampers shall be installed
in accordance with the manufacturers UL installation instructions.
Dynamic fire dampers shall be in all respects equivalent to Ruskin
model DIBD2.
Each damper shall include a 165*F (74*C), 212*F (1 00*C) or 285*F
(141*C) fusible link and shall be labeled for use in dynamic systems.
Dampers labeled for use in static systems only are not permitted.
The damper shall be rated for dynamic closure at 2000 fpm (10.16
m/s) and 4 inches w.g. (1 kPa) static pressure and shall be rated to
close with airflow in either direction
Optional FM Approvals Specification
Each fire damper shall be listed in Factory Mutual (FM) Approvals
Specification Tested Product and labeled accordingly.
Dynamic fire dampers shall be Ruskin model DIBD2
(Consult www.ruskin.com for electronic version of this "Quick" spec
as well as for complete 3-part CSI MasterFormat Specifications)
RUSKIN 0
3900 Dr. Greaves Rd. 0 Kansas City, MO 64030 0 (816) 761-7476 0 FAX (816) 765-8955
FSDR25 COMBINATION FIRE SMOKE DAMPER
ULS55 and UL555S Leakage Class 1 Classified
FOR USE IN DYNAMIC AND STATIC SYSTEMS
APPLICATION
The FSDR25 is a "true round" Class 1 leakage rated combination
fire and smoke damper designed for use in metal, wood or con-
crete fire and smoke rated partitions and concrete floors. The
FSDR25 is the ideal choice when round duct is used on a project.
The damper is rated for maximum velocity of 3,000 fpm and 4"
(102) static pressure. The integral frame and unique "cinch plate"
design provide a low cost, easy to install, high performing damper.
STANDARD CONSTRUCTION
FRAME/SLEEVE
20 gage (.9) galvanized steel, standard 17" (432) long.
Frame/sleeves available up to 36" (914) in length. See mini-
mum sleeve length chart on page 2 for assistance in choosing
correct frame/sleeve length.
BLADES
Two-piece 14 gage (1.9) equivalent thickness galvanized steel.
BEARINGS
Stainless steel sleeve, pressed into frame.
BLADE SEALS
Silicone edge type sandwiched between two piece blade. Full
circumference smoke seal to 450oF (232oC).
LINKAGE
Jackshaft to blade.
AXLE
1/2" (13) diameter.
CONTROLLED CLOSURE DEVICE (HEAT -ACTUATED)
EFL (Electric Fuse Link) — 165*F (74'C) standard. 212*F (100*C),
250'F (121 *C), or 35OoF (11 77*C) are options.
PFL (Pneumatic Fuse Link) — 165*F (74*C) standard. 212OF
(1000C) or 285*F (141'C) are options.
DAMPER SIZES
MINIMUM SIZE
6" diameter (152).
MAXIMUM SIZE
Vertical / Horizontal Installation — 24" diameter (610
See page 2 for dimensional information.
OPTIONS
• FM Approvals as Specification Tested Product.
• TS150 FireStat for reopenable operation in dynamic smoke
management systems.
• DSDF Flow Duct Smoke Detector — Consult Ruskin.
• SP1100 Switch Package to remotely indicate damper blade posi-
tion.
• Sleeve/Frame of various lengths to insure field compliance with
UL installation requirements.
• Access Door factory mounted in common sleeve to insure com-
pliance with UL installation requirements.
• MCP control panels for test purposes or smoke management
systems.
• Insulation Stops for connection to 1 " (25) or 2" (51) double wall
spiral duct.
NOTES
1, Units furnished approximately Va" (3) smaller than given size.
2. Dimensions shown in parentheses ( ) indicate millimeters.
Model FSDR25 meets the requirements for fire, smoke and
combination fire/smoke dampers established by:
• National Fire Protection Association NFPA Standards
90A, 92A, 92B and 10 1
• [CC International Building Codes
• CSFM California State Fire Marshal Fire Damper Listing
(#3225-245:107) and Smoke Damper Listing (#3230-
245:108)
• New York City (BSA Listing #176-82-SM)
UL CLASSIFIED
UL555 Listing R5531, UL555S Listing R5531
SEECOMPLETE FM Approvals
C&SMARKING Specification Tested Product
ON PRODUCT (Option)
FEATURES
The FSDR25 offers:
• EFL (Electric Fuse Link) or PFL (Pneumatic Fuse Link) heat -
actuated release devices permit controlled (rather than
instantaneous) closure through the damper actuator. The EFL
and PFL allow the damper to automatically reopen after a
test, smoke detection or power failure condition.
• EFL is standard on dampers with electric actuators.
• PFIL is standard on dampers with pneumatic actuators.
• EFIL's may be ordered on dampers with pneumatic actuators
but require an additional EP switch.
Spec FSDR25.109/Replaces FSOR25-908 ALL STATED SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE OR OBLIGATION. Q Ruskin 2009
DIMENSIONAL INFORMATION
MINIMUM
SLEEVE LENGTH
Wall[Floor
Thickness
Min. Sleeve
Length
4-(102)
17'(432)
5-(127)
17'(432)
6'(152)
20'(508)
7'(178)
20"(508)
8"(203)
20'(508)
9'(229)
22'(559)
10-(254)
22"(559)
11-(279)
23'(584)
12-(305)
24"(610)
Add 1- (25)
Over 12" (305)
for every inch
Thru 24" (609)
of wall/floor
depth
Note: 36" (914) maximum sleeve
length.
The "L" dimension is the dimension the
sleeve, on the actuator side of the
damper, can extend beyond the wall or
floor in a standard installation. The "L"
dimension is designed to provide the
installer with information to make installa-
tion easier. The table below provides a
range for the V dimension.
"L" DIMENSIONS
WALL THICKNESS
4"
5"
6"
7"
8"
9.1
101.
(102)
(127)
(152)
(178)
(203)
1 (229)
(254)
Minimum
8114"
81/4"
81/4"
81/4"
81/4"
81/4"
81/4"
Standard
9..
9"
91
91,
91.
91,
9.
Maximum
10"
10,
10"
10"
10.1
10.1
10.1
NOTE: The 2" (51) dimension is for duct connections. The "L" dimension
includes the 2" (51) for duct connection.
GENERAL INSTALLATION INFORMATION
Electronic
Fuse Link
(EFL)
Actuator —
METAL/WOOD/MASONRY ALL RETAINING "CINCH" PLATE
OR CONCRETE FLOOR INSTALLATION
Expansion
Gap Retainin
Layout Dimension Cinch Device on one Cinch
/—or both ?ides (see Plate
installation instruction
for details)
Approved
Breakaway
Unk
BladeAxle
—Slade
Dampet
Note:
Diameter + 6"
(152) = plate size
ener
1h" (13)
Minimum Overlap
of Wall/Floor Opening
A square opening in wood or metal stud walls or masonry walls and floors shall be
a minimum of 1" (25) and a maximum of 21/2" (64) larger than the damper diameter.
See wood stud and metal stud framing for fire dampers installation instructions sup-
plement for complete framing details. A round opening in masonry walls or floors
shall be a minimum of 1" (25) and a maximum of 21/2" (64) larger than the damper
diameter.
Factory supplied retaining "cinch" plates hold the damper within the wall opening.
The plates must overlap the opening a minimum of 1/2" (13). The plate fits snugly REFER TO THE FSDR25 INSTALLATION INSTRUC-
around the integral sleeve. The plates are fastened directly to the wall or floor. TIONS FOR COMPLETE INSTALLATION DETAILS.
PERFORMANCE DATA
To determine the pressure drop:
1. Select the damper size.
2. Determine the airflow in CFIVI.
3. The pressure drop is the point at which the horizontal, airflow
line intersects the diagonal, damper size line. For example, a
12" (305) damper with an airflow of 2000 CFIVI will have a pres-
sure drop of .15 inches w.g.
SUGGESTED SPECIFICATION
Furnish and install at locations shown on plans, or as described in
schedules,round combination fire/smoke dampers meeting or
exceeding the following specifications. Frames shall be a minimum
of 20 (.9) gage galvanized steel and the blade shall be two piece,
equivalent to 14 (1.9) gage minimum galvanized. Bearings shall be
stainless steel sleeve turning in an extruded hole in the frame.
(Galvanized bearings shall not be acceptable). Blade seals shall be
silicone edge designed to withstand 450'F (232'C) mechanically
fastened and fully encompassing blade edge. Damper must have
an integral 20 (.9) gage sleeve and 20 (.9) gage retaining plate for
damper mounting. Square to round transitions are unacceptable.
Each combination fire/smoke damper shall be classified for use for
fire resistance ratings of less than 3 hours, in accordance with UL
standard 555, and shall further be classified by Underwriters
Laboratories as a Smoke Damper for use in smoke control systems
in accordance with the latest version of UIL555S, and bear a UL
label attesting to the same. The leakage rating under UL555S shall
be leakage Class 1 (8 cfm/sq. ft. at 4" w.g.).
100,OW
9
4
10,000
9
u:
Z
3
0
_j 2
LL
1,000
A
100
- _W .� .05 .05.07.08.091 .2 .3 -4 .5 .6 .7 .8 .9 1.
STATIC PRESSURE (inches Water Gage)
In addition to the leakage ratings already specified herein, the
dampers and their actuators shall be qualified under UL555S to an
elevated temperature of 250OF (1210C) or 350OF (177oC) depend-
ing upon the actuator. Appropriate electric/pneumatic actuators
(specifier select one) shall be installed by the damper manufac-
turer at time of damper fabrication. Electric actuators shall be rated
for energized hold open position periods of 6 months or more.
Damper and actuator shall be supplied as a single entity which
meets all applicable UL555 and UL555S qualifications for both
dampers and actuators.
Each combination fire/smoke damper shall be equipped with a
"controlled closure" quick detect heat -actuated release device to
prevent duct and HVAC component damage. Instantaneous
damper closure is unacceptable.
Dampers shall be Ruskin model FSDR25.
(Consult Ruskin for detailed CSI MasterFormat Specification.)
FSO-114
RUSKIN 0
3900 Dr. Greaves Rd. Kansas City, MO 64030 (816) 761-7476 FAX (816) 765-8955
FSD36, FSD36LP COMBINATION FIRE AND SMOKE DAMPER
V/2 HOUR UL555 RATED, UL666S LEAKAGE CLASS 2
APPLICATION
Ruskin FSD36 Series low leakage combination fire and smoke dampers
provide point -of -origin fire and smoke containment. The FSD36 includes
high strength single skin blades to ensure the lowest resistance to
airflow and leakage up to 2000 fpm (10.2 m/s) and 4 in. wg (1 kPa).
The FSD36LP low leakage, low profile, and low pressure drop combi-
nation fire and smoke damper is provided with an integral sleeve/frame
design. The FSD36LP has the lowest pressure drop of less than .03 at
1000 FPM (5.1 m1s) of any fire smoke damper.
All FSD36 series dampers may be installed vertically in walls or hori-
zontally in masonry floors and are rated for airflow and leakage in either
direction.
STANDARD CONSTRUCTION
Description
FSD36
FSD36LP
5" x 16 gauge (127 x 1.6)
Integral sleeve and frame
galvanized, single piece, hat-
20 (1.0) gauge galvanized
Frame
shaped channel, structurally
single piece.
superior to 13 (2.4) gauge
channel frame.
6" (1152) wide and 16 (1.6)
Low profile aerodynamic
gauge galvanized steel.
shaped, double skin of
Blades
Blades are approximately
16 (1.6) and 20 (1.0)
1 6" (152) on center.
gauge galvanized steel.
Bearings
Stainless steel sleeve type,
I
Stainless steel sleeve
pressed into frame.
type, pressed into frame.
Jamb Sea[
Stainless steel, flexible metal
Stainless steel, flexible
compression type.
metal compression type.
Silicone edge type for smoke
Stainless steel, flexible
seal to 450'F (232*C) and
metal compression type.
Blade Seal
galvanized steel for flame
seal to 1900T (1 038*C)
mechanically fastened to the
blade edge.
1 Linkage
Concealed in frame.
Not Required
DAMPER SIZES
Sizes indicated below are for ratings of
2000 FPM (10.2 m/s) and 4 in. w.g. (11 kPa).
MINIMUM SIZE
FSD36LP - 6"w x 6"h (152 x 152) (actual size)
FSD36 - 8"w x 6"h (203 x 152)
MAXIMUM SIZE
FSD36LP
Single Section Vertical or Horizontal — 36"w x 14"h (914 x 356)
FSD36
Single Section Vertical or Horizontal — 36"w x 48"h (914 x1219)
FSD36
Multiple Section Vertical
126"w x 96'h (3200 x: 2438) or 72"w x 122"h (1829 x 3099)
Multiple Section Horizontal
Electric Actuator — 120"w x 96"h (3048 x 2438)
Pneumatic Actuators — 144"w x 96'h (3658 x 2438)
CONTROLLED CLOSURE DEVICE (HEAT -ACTUATED)
EFL (Electric Fuse Link) - 165*F (74*C) standard. 212*F (100'C).
250-F (121-C), 350*17 (177*C) available.
PFL (Pneumatic Fuse Link) - 165*F (74'C) standard. 212*F
(100-C), 285-F (141*C) available.
43MC40
WORLDWIDE
CERTIFIED
RATIAGI /P
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MAXIMUM OPERATIONAL RATINGS
Description
FSD36 AND FSD36LP
UL555S
Class 2
Leakage Rating
ULS56 Hourly Rating
11/2 Hour
Maximum Velocity
2000 FPM
(10.2 Inds)
Maximum Pressure
4 in. wg
(I kPa)
Temperature
350-F (177-C)
OPTIONS
FM Approvals as Specification Tested Product.
DTS (Damper Test Switch) test switch for cycle testing.
TS160 for reopenable operation in dynamic smoke management
systems.
DSDF/DSDN Duct Smoke Detector (Flow rated or No -Flow).
SP100 Switch Package to allow remote indication of damper
blade position.
MCP control panels for testing or monitoring purposes or smoke
management systems.
Factory Sleeves of various lengths and gauges to ensure field
compliance with UL installation requirements. FSD36 only.
FAST Angle factory supplied for labor saving angle one -side
installation. Other angles of various sizes and gauges also available
for one -side or two -side installation.
Stainless Steel Linkage — 304 stainless steel.
UL CLASSIFIED
UL555S Listing R5531, UL555S Listing R5531
Models FSD36 or FSD36LP series meets the requirements for
combination fire and smoke dampers established by:
National Fire Protection Association NFPA Standards
80, 90A, 92A, 92B, 101 and 105
ICC International Building Codes
CSFM California State Fire Marshal
Listing (*3235-0245:0126) - Listing (#3235-0245:0129)
New York City (MEA Listing 252-05-E)
NOTES
1. Dampers are furnished approximately 1/4" (6) smaller than given
opening dimensions.
2. Dimensions shown in parentheses indicate millimeters.
Spec FSD36-316/Replaces FS036-31 5 ALL STATED SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUTNO77CE OR OBLIGATION. C Ruskin March 2016
AMCA LICENSED LEAKAGE AND AIR PERFORMANCE DATA
Ruskin Company certifies that the FSD36
40mca
and FSD36LP shown hereon is licensed to
WOR1.12111111111DE
bear the AMCA Seal. The ratings shown
OIRTIrIlID
111,6S
RTInGS
R 1111TIl
are based on tests and procedures per
formed in accordance with AMCA Publica-
tion 511 and comply with the requirements
AIR
of the AMCA Certified Ratings Program.
PIRroltmonall
The AMCA Certified Ratings Seal applies to
air performance for the FSD36.
To determine the AMCA Licensed air performance:
Locate the applicable feet per minute face velocity on the bottom of the velocity vs. pressure drop chart below. Move up the chart to the most
appropriate size damper line. From the intersection point, move left to determine the pressure drop on the left side of the chart.
For other damper sizes refer to Air Performance Data For All Fire and Smoke Dampers spec sheet.
1.0
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
W
3:
Z
0.1
0 .09
.08
LU .07
.06
U) .05
Lu
W
a. .04
.03
.02
VELOCITY vs. PRESSURE DROP
Ar
"V
I
2 3 4 6 7 8 9 2
100 500 1000
FACE VELOCITY — FEETIMINUTE
AMCA Fig. 5.3
3 4 6 7 8 9
5000 10000
EXTENDED OPERATIONAL RATINGS (FSD36 ONLY)
UL555S Test Standards require all fire and smoke dampers to
prove closure and operation against heated air flow. The minimum
rantings are 2,000 fpm (10.2 m/s) and 4" w.g. (1 kPa) and minimum
of 2 50*F (121 *C).
Safety Factor - UL555S has a built in safety factor of 400 fpm
(2.03 m/s) and 0.5" w.g. (0.12 kPa). For example, to achieve a
dynamic closure rating of 2,000 forn and 4 in wg the damper must
operate against an actual airflow rate of at least 2,400 fpm (12 m/s)
and pressure of at least 4.5" w.g. (1.12 kPa).
All Ruskin fire smoke dampers meet or exceed the minimum
UL555S requirements.
2,000 FPM
MODEL
SIZE
STATIC PRESSURE
TEMPERATURE
INSTALLATION
FSD36
126" x 96" or 72" x 122"
4" w.g.
350*
Vertical
FSD36
144" x 96"
4" w.g.
350*
Horizontal
FSD36LP
36" x 14"
4" w.g.
350*
Vertical or Horizontal
ACTUATOR REQUIREMENTS
UL555S requires that all combination fire smoke dampers have
factory mounted actuators in order to bear the UL label.
Fire smoke dampers larger than single section may require mul-
tiple actuators. See "Combination Fire Smoke Damper Multipl-
Section Detail" spec sheet for details.
Ruskin's fire smoke dampers are UL555S labeled with eith(
FSD36LP SLEEVE DIMENSIONAL DATA
electric or pneumatic actuators mounted internal (in air stream)
or external (out of air stream).
Fire smoke dampers utilizing multiple actuators must have all
actuators field wired to a common point for simultaneous clo-
sure. All field wiring shall be in accordance with applicable
codes, ordinances and regulations.
The drawing shows the standard position of the FSD36LP when
20" (508) or
installed. The mounting location provides enough space for the
24" (610)
actuators, controls (FAST) retaining angles and duct connections.
Wall Depth
The minimum sleeve length is 20" (508). Consult Ruskin for shorter
sleeve lengths.
NOTES
1. The entire frame is not required to be installed within the wall or
'B'
floor. The center line of the dosed blade, should be contained within
Dim.
the wall or floor.
2. See basic UL installation instructions for complete installation
requirements.
1011e (267) Min.
12" (305) Max.
FSD36 SLEEVE DIMENSIONAL DATA
The ILI dimension is the distance from the end of the sleeve to the damper. The standard
damper location in the sleeve provides enough space for the actuator, controls, mount-
ing angles and duct connection. The standard sleeve length for FSD's is 20" (508) long
and the standard ILI dimension is 106/s" (270). The standard 1' dimension allows the end of
the sleeve to be a minimum of 10518" (270) to the wall/floor and up to a maximum of 121/2" (318)
to the wall/floor.
*The EFL, PFL, SP100 or TS150 location may be located above, below or on the side of the
actuator depending upon the dampers height.
Optional 17" (432) long sleeve length available. Due to space limitations for actuators and con-
trols with 17" (432) long sleeves, the damper height ('B' dimension) is restricted to the dimen-
sions shown on the chart below. Consult Ruskin for other sleeve lengths.
7116" (181)'L' Dim.for Sleeves Shorter than 20" (508) Long
Without
With Accessories (TS150, SP100 or DTS)
Accessories
Electric or
Electric
Pneumatic Actuators
Pneumatic
Actuators
3314827
331-2961
331-3060 1
Actuators
Over ton (250)
Over2l"(533)
Over28"(711)
Over32"(813)
Over,40"(10116)]
B, Dim.
'B' Dim.
'B' Dim.
IS' Dim.
'B'Dim. I
NOTE: The 21" (4533) dimension becomes 32" (813) when the MS4120, FSNF, FSAF and
GGD series are utilized.
V
Dim.
Wall
(Ref.)
2(r (508)
-13'
Dim.
FSD36 SERIES SPACE ENVELOPE
Combination fire smoke dampers are required by
the LIL listing to have all actuators and acces-
sories factory mounted, wired and/or piped. The
Ruskin standard is for the actuator to be located
on the right hand side of the damper (onto a fac-
tory installed sleeve or side plate) as viewed m
the jackshaft face of the unit Larger units may
require multiple actuators which are located on
the right, left and maybe internal mount locations.
See the 'Multiple Section Detail' specification
sheet for details, Ruskin's fire smoke dampers are
not air flow directional, so the dampers may be
rotated 180* or turned over as long as the blades
are running horizontally in a position to accommo-
date installation obstructions.
The adjacent chart indicates an "S" and a 7'
dimension for the space envelope that each actu-
ator requires for installation. The 'S" dimension is
the 'side" clearance, the *r dimension is the 'top"
clearance required for the various actuators
approved for use with Ruskin fire smoke
dampers.
Ruskin recommends 6" (152) of
additional space beyond the 'S"
dimension for ease of mainte-
nance.
ACTUATORS
S
T
FSTF,FSLF
4" (102)
0.'(0)
FSNF, FSAF, MS4120
5" (127)
5"(127)
331-4827
5" (127)
6"(152)
331-2961
8" (203)
8"(203)
1331-3060
9"(229)
11 " (279)
NOTES
1. The dimensions shown in the chart above are for dampers 14" (356)
tall.
2. Dampers shorter than 14" (356) tall, increase the 7' dimension by
V (25) for every 11" (25) the damper is less than 14" (356).
3. Dampers taller than 14" (356) high reduce the '7 dimension by 1"
(25) for every 1" (25) the damper height is greater than 14" (356).
Example:
a) 12' (305) tall damper with a FSLF actuator, 'T' = 2' (52) and 'S' = 4'
(102).
b) 18" (457) tall damperwith a FSNF actuator, "T" = 1" (25) and 'S" = 5"
(127).
FSD36 INTERNAL MOUNT ACTUATOR DIMENSION
Ruskin model FSD36 has been tested for internal mount actua-
tors and accessories. These applications may be preferred
where space is limited on the outside of the damper. Internally
mounted actuators do not require the damper to have a factory
installed sleeve or side plate.
IV,
1XI
Dim.
Dim.
000
;f X,
ACTUATORS
B Dim and Above
B Dim and Above
B
X
B
X
FSTF,FSLF
10,,(154)
10" (1154)
18" (457)
71/2" (119 1
FSNF, FSAF, MS4120
12"(305)
123/4" (324)
21"(533)
51/2" (533)
331-4827
16"(406)
15"(381)
21 " (533)
71/2" (191 )
331-2961
16"(406)
17"(432)
24" (610)
71/2" (191)
M1
331-3060
20-(508)
19"(483)
26" (660)
(Model FSD36LP not available with internal mount actuators)
FSD36 DIMENSIONAL INFORMATION
Sleeve
Length
_<_1
'A'+ 2" (51)
'B'+ 2" (51)
'_J_
FSD36 Style LO,CO & WO
Width FSD36LP Style LO & CO
A
FSD36 Style A Sleeve
Length
Sleeve 'A'+ 2" (51)
Length—_ 6"
'B' 'B'+ 2" (51)
A
'A'
See Note FSD36(LP) Style B
FSD36 Style C and WC
FSD36LP Style C
Sleeve Dula. + 2" (51)
Length
Height
Dia. + 2" (51)
B
Dia.
See Note
FSD36 Style R, CR and WR
FSD36LP Style R & CR
DUCT TRANSITION CONNECTIONS
A
FSD36LP Style A
FSD36 Series dampers may be supplied with Round, Oval and
MINIMUM and MAXIMUM SIZES
Rectangular duct connections.
Round Transitions
Style Description
Minimum 4" (102) diameter
B R Units Under 6" Tall
Maximum 94�'(2388) diameter
CR Round Non -Sealed (Low Pressure)
Rectangular and Oval Transitions
WR Round Sealed (Medium Pressure)
Minimum 6"w x 4"h (152 x 102)
C Round Welded (High Pressure)
Maximum 118'W x 94"h (2997 x 2388) in diameter
WC Rectangular Sealed (Low and Medium Pressure)
'B' Style Transitions
Minimum height 4" (102) 'B' style transitions are utilized on units
LO Rectangular Welded (High Pressure)
where the damper height is less than 6" (152).
CO Oval Non -Sealed (Low Pressure)
Consult Ruskin for other available styles and sizes.
WO Oval Sealed (Medium Pressure)
Note: For low and medium pressure units (Styles R, CR, C and
Oval Welded (High Pressure)
CO) the collar extends 1112" (38) beyond the sleeve length and for
The square damper size will be 2" (51) larger in width and height
low pressure and high pressure units (Styles R, WR, WC and WO)
than the round, oval or rectangular duct size ordered.
the collar extends 21/2" (64) beyond the sleeve length.
Approximate damper assembly weight: 17 lbs. per sq. ft. for Style A
SPECIFICATION
Combination fire smoke dampers meeting or exceeding the follow-
ing specifications shall be furnished and installed at locations
shown on plans or as described in schedules. Combination fire
smoke dampers shall be produced in an ISO 9001 certified factory
and shall be warranted to be free from defects in material and
workmanship for a period of 5 years after date of shipment.
Dampers shall meet the requirements of NFPA80, 90A, 92A and
92B and shall have a fire rating of 11/2 hours in accordance with the
latest edition of UL555 and shall be classified as Leakage Class 11
Smoke Dampers in accordance with the latest version of LIL555S.
Dampers shall be AMCA Licensed and the product literature shall
bear the AMCA certified rating seal for air performance. AMCA cer-
tified testing shall verify pressure drop does not exceed .03" w.g.
on a 12" x 12" (305 x 305) damper at a face velocity of 1000 fpm.
Damper frame, where size permits, shall be constructed using the
UniFrame Design Concept (UDC) and shall be minimum 16 (1.6)
gauge galvanized steel formed into a structural hat channel.
Assemblies less than 36' (914) wide x 14" (356) high shall be Low
Profile (LP) design to maximize the free area of these smaller
dampers. Damper blades shall be single skin 16 (1.52) gauge steel
with three longitudinal grooves for reinforcement and units less than
36" (914) wide x 14" (356) high low profile aerodynamic shaped,
double skin 16 (1.6) and 20 (1.0) gauge galvanized steel. Blade
edge seals shall be inflatable silicone mechanically locked into
blade edge and units less than 36" (914) wide x 14" (356) high
stainless steel, flexible metal compression
3900 Dr. Greaves Rd.
Kansas City, MO 64030
(816) 761-7476
FAX (816) 765-8955
RUSKIN �.njsktn.corn
type. Jamb seals shall be stainless steel compression type. Bear-
ings shall be stainless steel, permanently lubricated sleeve type
turning in an extruded hole in the frame for maximum life.
Combination fire smoke dampers and their actuators shall be qual-
ified in accordance with UL555S to an elevated temperature of
250*F (121*C) or 350*F (177'C) depending upon the actuator.
Appropriate electric or pneumatic actuators (specifier select one)
shall be installed by the damper manufacturer at time of damper
fabrication. Electric actuators, factory installed on dampers, shall
have been tested for prolonged periods of holding (minimum 1
year) with no evidence of reduced spring return performance. Each
damper shall be rated for leakage and airflow in either direction
through the damper. In addition to the leakage ratings already
specified, the dampers shall be AMCA licensed for Air Perfor-
mance.
Optional FM Approvals Specification
Each combination fire smoke damper shall be listed in Factory
Mutual (FM) approvals Specification Tested Product and labeled
accordingly.
Combination fire smoke dampers shall be Ruskin FSD36 Series
and units less than 36" (914) wide x 14" (356) high model FSD36LP.
(Consult www.ruskin.com for electronic version of this 'Quick" spec
as well as for complete 3-part CSI MasterFormat Specifications)
TAG: CD-1-4, ELS: CBD2 BACK DRAFT DAMPER,
BDD-1 ) CONTROL DAMPER,
RUSKIN CDRS25 ROUND CONTROL DAMPER
3900 Dr. Greaves Rd. 0 Kansas City, MO 64030 (816) 761-7476 0 FAX (816) 765-8955
COMMERCIAL CONTROL AND BACKDRAFT DAMPER
OPERATION & MAINTENANCE
MODELS: COMMERCIAL CONTROL AND BACKDRAFT DAMPERS
Regular maintenance is essential to ensure that a building's air control system will perform as intended under nor-
mal conditions. Regular maintenance should include periodic testing of all equipment associated with the air control
system such as initiating devices, fans, dampers, controls, etc. Ruskin recommends each damper be cycled and
tested every 6 months and in accordance with local codes and actuator manufacture recommendations (if damper
has actuator). It dampers are installed in potentially dirty airstreams, the blades and other internal parts may need
annual cleaning to avoid dirt build up.
MAINTENANCE
• Remove any foreign material.
• Verify that hardware used to install damper does not contact moving parts of the damper.
• Lubricate linkage, bearings and other moveable parts with a silicone lubricant. Do not use petroleum -base
products as they could cause excessive dust collection.
• Operate (open and close) the damper via the actuator or extended shaft.
• Check the blade linkage to make sure the blade shafts and blades rotate 900 from full open to full closed.
• Consult Ruskin if problems are encountered.
OPERATION
e Operate damper through full cycle, verify that all blades open and close completely. Check for loose linkage from
actuator (if used) through jackshafting (if multi -section) and damper side linkage. Tighten linkage as required.
Spec Control Maintenance-80afRoplacesControl Maintenance-606 ALL STATED SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUTNO77CE OR OBLIGATION. C Ruskin 2008
RUSKIN @ MODEL: CBD2 BACKDRAFT DAMPER
3900 Dr. Greaves Rd. Kansas City, MO 64030 0 (816) 761-7476 0 FAX (816) 765-8955
INSTALLATION INSTRUCTIONS
BACKDRAFTDAMPERS
APPLICATION
Backdraft dampers (depending on size) are often shipped in multi-
ple sections which must be assembled together in the field to form
one single bank of dampers. This installation instruction will show
the method of combining these damper assemblies together.
GRAVITY BACKDRAFT DAMPER
Model BD2IA1 BD2/A2 Maximum Size
Single Section — 40"w x 48"h (1016 x 1219).
Multiple Section Assembly — Unlimited Size..
Model 13136 Maximum Size
Single Section — 48"w x 52"h (1219 x 1321).
Multiple Section Assembly — Unlimited Size.
COUNTERBALANCED BACKDRAIFT DAMPER
ModelFCBD2]Maximum Size
Single Section — 40"w x 48"h (1016 x 1219).
Multiple Section Assembly — Unlimited Size..
Model CBD4 Maximum Size
Single Section — 48"w x 52"h (1219 x 1321).
Multiple Section Assembly — Unlimited Size.
Model CBD6 Maximum Size
Single Section — 48"w x 52"h (1219 x 1321).
Multiple Section Assembly — Unlimited Size.
Notes:
1. Dimensions shown in parentheses indicate millimeters.
2. All multiple section dampers are constructed of equal single sec-
tion sizes no greater than the maximum single section sizes indi-
cated above.
BD2/BD6
�CBD6
11-BD-610/New ALL STATED SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE OR OBLIGATION. ORuskin 2010
1. Assemble sections together by using bolt or screw method as
shown in detail 1 & 2. For dampers with section configurations
not shown please follow same guidelines
2. Install aluminum plate at the top and bottom of single section tall
dampers as shown in detail 1. For dampers that are more than
one section tall, install alumium plate at top, bottom and sides of
dampers per detail 2.
DETAIL A
astener not to
interfere with linkage
Frame
;crew frames
* at vertical &
ital mulions
-20 bolts with
,knuts or #10
—w- at 6"
(152) centers
(approx.) by others
stall alum. plate
Detail 1 In top, bottom
Detail 2 Install alum. plate
top, bottom & sides
Notes:
1. Caution: Be sure fasteners (by others) DO NOT interfere with
linkage, see Detail A
2. .063 Alum. plate to be 15/8" (41) wide x 10" (254) long on BD2's
and CBD2's and 13/4"wide x 10" long on BD6's and CBD6's.
3. Multiple section assemblies may require bracing to support the
weight of the assembly and to hold against system pressure.
Bracing supplied by others.
3900 Dr. Greaves Rd.
Kansas City, MO 64030 4pr'&
(816) 761-7476 Printed on recycled paper
FAX (816) 765-6955 using vegetable based inks if 30%.j
RUSKIN www.ruskin.com -W 0
RUSKIN 0
MODEL: CD60 CONTROL DAMPER,
CDRS25 ROUND CONTROL DAMPER
3900 Dr. Greaves Rd. Kansas City, MO 64030 (816) 761-7476 FAX (816) 765-8955
INDUCT MOUNT CONTROL DAMPERS
INSTALLATION INSTRUCTIONS
RECEIVING/INSPECTION
Upon delivery, inspect shipping containers and
contents closely. If shipping containers are dam-
aged, contents could also be damaged. Note any
damage on trucker's receipt. Contact the freight
company within 24 hours for a representative to
come and inspect.
STORAGE
Store in a safe location away from construction traffic,
material, etc., to prevent damage. Cover with plastic
sheeting to protect from excessive moisture, dirt, and
debris or store in an area protected from the ele-
ments.
INSTALLATION
Inspect for damage and corrosion prior to installation.
Handle dampers by frame only. Do not lift by blades,
linkage, axle, actuator, or jackshaft components.
When handling multiple section assemblies, use suffi-
cient support to evenly lift at each section mullion. Do
not drop, drag, step on, or apply excessive bending,
twisting, or racking. Use operator shaft to cycle
damper. Do not twist or turn damper blades to
cycle damper.
Inspect ductwork or opening where damper will be
installed for any obstruction or irregularities that
might interfere with blades or linkage rotation or
actuator mounting. Duct opening should measure
1/4" (6) larger than damper dimension and should
be straight and level. Support ductwork in area
of damper to prevent sagging due to damper
weight.
2. Determine proper location of extended shaft or
jackshaft before installing the damper. A sticker on
the damper face shows recommended extended
shaft location. Attach shaft on labeled side of
damper and preferably to that blade. Use the
shaft support bracket with snap -on extended shaft.
See figure #1. Shaft must be attached to a power
blade. On parallel blade units, all blades are power
blades. On opposed blade units, blade with sticker
and every other blade from the sticker blade are
power blades.
If damper is shipped in multiple ship sections, posi-
tion damper ship sections in duct or opening. Align
and match frame markings or labels on adjacent
sections. See figure #2. Unless specifically
designed and ordered for vertical blade appli-
cation, damper must be mounted with blade
axis horizontal.
4. If no holes are present in frame, drill 1/4" (6) dia.
holes at 6" (52) centers and fasten frames together
with 1/4" 20 (6 -.03) bolts and nuts.
5. Use appropriate shims between damper frame and
duct opening to prevent distortion of frame by fas-
teners holding it in place. Appropriately brace at
every horizontal mullion and vertically brace at
every 8 feet (2.4m) of damper width for strength.
Dampers in high velocity systems (2000 fpm [610m
per minute]) require more bracing. Note: Ruskin
dampers are specifically designed and engi-
neered for structural integrity based on model
and conditions. Attachment, framing, mating
flanges, and anchoring of damper assemblies
into openings, ductwork, or walls is the respon-
sibility of the installer. Design calculations for
these retaining and supporting members
should be determined by field engineers for
that particular installation.
6. If damper assembly is provided with unjoined jack -
shaft ends, drill two 1/4" (6) diameter holes and
install roll pins as shown in figure #3. Completely
drive roll pins through the jackshaft. Jackshaft may
have been repositioned to prevent damage during
shipment. To reposition, loosen bolts on crank
arms, reposition clamps, and slide jackshaft to
desired position. If damper actuator is to be mount-
ed out of airstream, the jackshaft should extend
through the jackshaft bearing assembly and
approximately 6" (152) beyond the frame. Secure
jackshafts; in place with the clamps provided and
retighten bolts on crank arms.
7. If applicable, link lower and upper jackshafts with
the crossover bar through the ball joint on crank
arm at each jackshaft. Locate crank arm close to
jackshaft bearing assembly. See figure #3.
Note: Dimensions shown in parentheses indicate
millimeters
(continued on back)
fl-MCD-22000/Replaces ll-IDCO-1299 ALL STATED SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE OR OBLIGATION, @Ruskin 2000
FIGURE 1
Sleeve
Damper or Fuct
Frame
Extended
Shaft
Shaft Support
Bracket
A JA 10 1 1113 11C 11C _J
A
2A 2A 26 26 2C 2C
FIGURE. 2
INDUCT MOUNT CONTROL DAMPERS
8. Individual damper sections, as well as entire multiple section
assemblies, must be completely square and free from racking,
twisting, or bending. Measure diagonally from upper comers to
opposite lower comers of each section as shown in Figure 4.
Both dimensions must be equal ± 1/8" (3).
A
± '/8" (3)
a
9. A clearance of 1/8" (3) ± 1/16" (1.5) must be maintained
between bearing within frame and blade end. Move blade
solidly against bearing on one side and measure clearance at
other end of blade. See Figure 5. If jamb seals are present,
compress to determine clearance.
B
Cri
Ba
splice
Bearing
Bearing Support
1:1r.11 112F 14
Pins (2)
(6) Dia.
5)
ib Seal
ade
JRE 5
mnnr Frame
10. Damper blades, axles, and linkage must operate without bind-
ing. Before system operation, cycle damper after installation to
assure proper operation. On multiple section assemblies, all
sections should open and close simultaneously.
11. After installation of low leakage dampers with seals, caulk
between frame and duct or opening to prevent leakage around
perimeter of damper.
Note: Dimensions shown in parentheses ( ) indicate millimeters
a
RUSKIN @ TAG: BDD-2
3900 Dr. Greaves Rd. Kansas City, MO 64030 (816) 761-7476 FAX (816) 765-8955
ROUND BACKDRAFT DAMPER
The BDR2 was developed in response to industry requirements for a round backdraft damper with low leakage and easy to install in round spiral
ductwork. The specially designed blades with closing spring insure a tight seal to minimize back flow through the damper. Ruskin's exclusive
blade hinge design has no frame penetrations to allow air leakage out of the duct. Integral rolled blade stop insures correct installation of blade
seal and posifioning of blades in the damper.
STANDARD CONSTRUCTION
FRAME
20 gage (1.0) galvanized steel up to 24" (610) diameter, 11"
(279) long.
BLADES
.016 thick (0.40) aluminum.
BLADE STOP AND AXLE KEEPER
20 gage (1.0) galvanized.
BLADE SEAL
Vinyl foam.
AXLES
3/16" dia. (4.8) plated steel.
FINISH
Mill galvanized frame, mill finished blades.
DAMPER SIZES
(D Diameter) 6", 7", 8", 9", 10", 12", 14", 16", 18", 20", 22", 24"
(152, 178, 203, 229, 254, 304, 356, 406, 457, 508, 559, 610).
MAXIMUM VELOCITY
2000 FPM.
MAXIMUM SYSTEM PRESSURE
2"w.g. (0.49 KPA)
TEMPERATURE LIMITS
-40*F (-40*C) to 180*F (80*C).
T
Dimensions in parentheses ( ) indicate millimeters.
SUGGESTED SPECIFICATION
Furnish and install, at locations on plans or in accordance with
schedules, dampers meeting the following specifications:
Dampers shall be of the two -blade design with separate axles.
Blades shall be retained in closed position with tensioned spring.
Spring shall be easily field adjustable for any orientation mount-
ing. Spring adjustment will allow for field setting of pressure to
open damper. Frame shall include rolled stiffener beads to allow
easy sealing to spiral ductwork joints. Dampers shall include
vinyl foam blade seal. Frames shall have no holes or openings
to allow air through damper frame. Damper shall in all respects
be equivalent to Ruskin model BDR2.
Air entering
side
Damper can be used for vertical and horizontal air flow conditions.
VARIATIONS
- 304 Stainless Steel construction.
DIAMETER (D-)
"L".
6" (152) through 9" (229)
6'(152)
Over 9" (229) through 16" (406)
10" (254)
Over 16" (406) through 24"(610)
14'(356)
*Unit is furnished approximately 'is" (3) smaller than given opening dimensions.
QTY.
D* DIA.
VARIATIONS
JOB LOCATION
CONTRACTOR
Spec BDR2.304/Replaces BDR2-32000 ALL STATED SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE OR OBLIGATION. @Ruskin 2004
PERFORMANCE DATA
Leakage for a 6" (152) diameter unit at the following static pres-
sure.
STATIC
PRESSURE
LEAKAGE IN CFM.
PER SQUARE FOOT
1.0
8.7
1.5
11.0
2.0
10.6
2.5
11.6
3.0
13.0
VELOCITY vs. PRESSURE DROP
Pressure drop is for 6" (152) and 24" (610) diameter units.
, R
r F) 1
LU
0
LU
LU
W
CL
0.014-
100
`,-,�24"
(610)
1000
VELOCITY (F.P.M.)
10000
RUSKIN 8 TAG: L-1-4
3900 Dr. Greaves Rd, Kansas City, MO 64030 (816) 761-7476 FAX (816) 765-8955
(�nd ELF375DXH DRAINABLE STATIONARY LOUVERS
EXTRUDED ALUMINUM
STANDARD CONSTRUCTION
FRAME
4" (102) deep, 6063T5 extruded aluminum.
ELF375DX — .081" (2.1) nominal wall thickness.
ELF375DXH — .125" (3.2) nominal wall thickness.
Downspouts and caulking surfaces provided.
BLADES
6063T5 extruded aluminum.
ELF375DX — .081" (2.1) nominal wall thickness.
ELF375DXH — .125" (3.2) nominal wall thickness.
Drainable blades are positioned at 371/2' angle and
spaced approximately 5 3/32" (129) center to center.
SCREEN
5/811 X .040" (16 x 1) expanded, flattened aluminum bird
screen in removable frame. Screen adds approximate-
ly 1/2" (13) to louver depth.
FINISH
Mill.
MINIMUM SIZE
12"w x 12"h (305 x 305).
APPROXIMATE SHIPPING WEIGHT
ELF375DX - 4 lbs./ft.1 (119.5 kg /M2).
ELF375DXH - 6 lbs./ft.1 (29.3 kg/ml).
MAXIMUM FACTORY ASSEMBLY SIZE
Single sections shall not exceed 120"w x 90"h (3048 x
2286) or 90"w x 120"h (2286 x 3048).
Louvers larger than the maximum single section size
will require field assembly of smaller sections.
BLADE SUPPORTS
Louvers may be provided with rear mounted blade
supports that increase overall louver depth depending
on louver size, assembly configuration or windload.
Consult Ruskin for additional information.
LEED Material Information
Contact Ruskin for Recycled Material and
Manufacturing Location Information.
Dimensions in inches, parenthesis ( ) indicate millimeters.
(102)
FEATURES
The ELF375DX and ELF375DXH offers:
54% Free Area.
Published performance ratings based on
testing in accordance with AMCA Publica-
tion 511.
High performance frame system with drain -
able head collects and removes water to
provide excellent water penetration perfor-
mance.
Drain gutter in each blade minimizes water
cascade between blades.
Architecturally styled, hidden mullions allow-
ing continuous line appearance up to 120"
(3048).
Aluminum construction for low maintenance
and high resistance to corrosion.
All welded construction.
VARIATIONS
Variations to the basic design of these louvers
are available at additional cost. They include:
Bird Extended sill.
Screen Hinged frame.
Front or rear security bars.
Filter racks.
A variety of bird and insect screens.
Selection of finishes: prime coat, 50% PVDF,
70% PVDF, epoxy, Pearledize 50 & 70
(mica), clear and color anodize. (Some varia-
tion in anodize color consistency is possible.)
Consult Ruskin for other special requirements.
FRAME CONSTRUCTION
I
11/2' (38)
A' 5)
STANDARD INTEGRAL FLANGE
*Units furnished 1/4" (6) smaller than given opening dimensions.
TAG
OTY.
SIZE
FRAME
VARIATIONS
A* -WIDE
B*-HIGH
PROJECT LOCATION
ARCHJENGR. CONTRACTOR
REPRESENTATIVE DATE
Spec ELF375DXIELF37SOXH-513/Replaces ELF375DX/ELF375DXH-610 ALL STATED SPECInCATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE OR OBLIGATION. 0 Ruskin May 2013
SUGGESTED SPECIFICATION
GENERAL
Furnish and install at locations shown on the plans or as described
in schedules drainable louvers. Stationary louvers shall be manu-
factured in an 1 SO 9001 certified factory.
Stationary louvers shall be furnished with bird and/or insect
screens, supports and finishes as specified and as required for a
complete installation. Stationary louvers shall incorporate drainable
stationary blade. All blades and frames shall be constructed of
6063-T5 aluminum alloy.
MATERIAL
Stationary louvers shall be 4" (102) deep. Louver blade and frame
nominal wall thickness shall be .081" (2.1) for ELF375DX, or .125"
(3.2) for ELF375DXH. Integral gutters shall be incorporated into
blades, louver head and jamb frames.
PERFORMANCE
The louver shall be AMCA certified for Water Penetration and Air
Performance conforming to the following minimum requirements:
Free Area: 8.58 Square Feet (0.80 ml).
Maximum pressure drop at 1000 fpm (305 m/min): 0.20" w.g. (0.05
kPA).
Free Area Velocity at Beginning Point of Water Penetration: 873
fpm (+266 m/min).
PERFORMANCE DATA
AMCA Standard 500 provides a reasonable basis for testing
and rating louvers. Testing to AMCA 500 is performed under
a certain set of laboratory conditions. This does not guaran-
tee that other conditions will not occur in the actual environ-
ment where louvers must operate.
The louver system should be designed with a reasonable
safety factor for louver performance. To ensure protection
from water carryover, design with a performance level
somewhat below maximum desired pressure drop and .01
oz./sq. ft. of water penetration.
STRUCTURAL DESIGN
Integral structural supports shall be designed and furnished by the
louver manufacturer to carry a wind load of not less than 20 psf
(.96 kPA).
FINISH
Stationary louvers shall be finished as specified by the architect.
Painted finishes shall include the following minimum requirements.
All Kynar finishes shall be applied at 1.2 mil total dry film thickness
and meet the following AAMA standards. 70% Kynar finishes shall
meet AAMA 2605-05 for organic coatings and exterior aluminum
finishes requiring 10 years of South Florida exposure. 50% Kynar
finishes shall meet AAMA 2604-05 for organic coatings and exterior
aluminum finishes requiring 5 years of South Florida exposure.
Louver manufacturer shall provide 20 year limited warranty for fluo-
ropolymer-based finishes. 10-year warranties shall not be accept-
able. Finish coating shall not peel, blister, chip, crack or check.
Chalking and fading of finish shall not exceed the maximum limits
identified in the manufacturers finish warranty.
This warranty shall begin on the date of material shipment.
Stationary Louver shall be Ruskin model ELF375DX or
ELF375DXH.
(Consult www.ruskin.com for electronic version of this "Quick" spec
as well as for complete 3- part CSI MasterFormat Specifications).
WATER PENETRATION
Test size 48" wide x 48" high (1219 x 1219)
Beginning point of water penetration
at .01 ozJsq. ft. is 873 fpm (266 m/min).
0.3
(3.23)
0.25
(2.69)
T
LL
4-
0
0.2
E -0 (2.15)
-E.2
(D
U)
a) 4) 0.15
0 (1.61)
E
0.1
(1.08)
0.05
0 (.54)
800 900 1000 1100
(244) (274) (335) (366)
Free Area Velocity in feet and (meters) per minute
Standard air.075 lb/ft3
r
.S
CL
0
P
FREE AREA GUIDE
Free Area Guide shows free area in ft' and ml for various sizes of ELF375DX and ELF375DXH.
Width - Inches and Meters
12
18
24
30
36
42
48
54
60
66
72
84
90
96
102
108
114
120
0.30
0.46
0.61
0.76
0.91
1.07
1.22
1.37
1.52
1.68
1.83
178
.98
2.13
2.29
2.44
2.59
2.74
2.90
3.05
12
0.26
0.41
0.56
0.71
0.87
1.02
1.17
1.33
_T.__
48
1.63
1.79
1.94
2.09
2.24
2.40
2.55
2.70
2.86
3.01
0.30
0.02
0.04
0.05
0.07
0.08
0.09
0.11
0.12
0.14
0.15
0.17
0.18
0.19
0.21
0.22
0.24
0.25
0.27
0.28
18
0.61
0.97
1.33
1.70
2.06
2.43
2.79
3.15
3.52
3.88
4.25
4.61
4.97
5.34
5.70
6.06
6.43
6.79
7.16
O�46
0.06
0.09
0.12
0.16
0.19
0.23
0.26
0.29
0.33
0.36
0.39
0.43
0.46
0.50
0.53
0.56
0.60
0.63
0.67
24
0.87
1A0
1.92
2.45
2.97
3.50
4.02
4.55
5.07
5.601
6.12
6.65
7.17
7.70
8.22
8.75
9.27
9.80
10.32
0.61
0.08
0.13
0.18
0.23
0.281
0.33
0.371
0.42
0.47
0.52
0.57
0.62
0.67
0.72
0.76
0.81
0.86
0.91
0.96
30
1.14
1.83
2.51
3.20
3.89
4.57
5.26
5.94
6.63
7.32
8.00
8.69
9.37
10.06
10.74
11.43
12.12
12.80
13.49
0.76
0.11
0.17
0.23
0.30
0.36
0.42
0.49
0.55.
0.62
0.68
0.74.
0.81
0.87
0.93
1.00
1.06
1.13
1.19
1.25
36
1.33
2.13
2.92
3.72
4.52
5.31
6.11
6.91
7.70
8.50
9. 30,10.09
10.89
11.69
12.49
13.28
14.08
14.88
15.67
0.91
0.12
0.20
0.27
0.35
0.42
0.49
0.57
0.64
0.72
0.79
0.86
0.94
1.01
1.09
1.16
1.23
1.31
1.38
1.46
42
1.60
2.55
3.51
4A7
5.43
6.39
7.34
8.30
i_._26-
10.22
11.18
12.13
13.09
14.05
15.01
15.96
16.92
17.88
18.84
1.07
0.15
0.24
0.33
0.42
0.50
0.59
0.68
0.77
0.86
0.95
1.04
1.13
1.22
1.31
1.39.
1.48
1.57
1.66
1.751
48
1.86
2.98
4.10
5.22
6.34
7.46
8.58
9.70
10.82
11.93
13.05
14.17
15.29
16.41
17.53
18.65
19.77
20.89
22.00
1.22
0.17
0.28
0.38
0.49
0.59
0.69
0.80
0.90
1.01
1.11
1.21
1.32
1.42
1.52
1.63
1.73
1.84
1.94
2.04
54
2.13
3.41
4.69
5.97
7.25
8.53
9.81
11.09
12.37
13.65
14.93
16.21
17A9
18.77
20.05
21.33
j 22.61
23.89
25.17
1.37
0.20
0.32
0.44
0.55
0.67
0.79
0.91
1.03
1.15
1.27
1.39
1.51
1.63
1.74
1.86
1.981
2.10
2.22
2.34
60
2.40
3.84
5.28
6.72
8.16
9.61
11.05
12.49
13.93
15.37
16.81
18.25
19.69
21.13
22.57
24.01
25.45
26.90
28.34
1.52.0.22
0.36
0.49
0.62
0.76
0.89
1.03
1.16
1.29
1.43
1.56
1.70
1.83
1.96
2.10
2.23
2.37
2.50
2.63
66
2.69
4.14
5.69
7.24
8.79
10.35
11.90
13.45
15.00
16.55
18.11
19.66
21.21
22.76
24.31
25.86
27.42
28.97
30.52
1.68
0.24
0.38
0.53
0.67
0.82
0.96
1.11
1.25
1.39
1.54
1.68
1.83
1.97
2.12
2.26
2.40
2.55
2.69
2.84
72
2.85
4.57
6.28
7.99
9.71
11.42
13.13
14.84
16.56
18.27
19.98
21.70
23.41
25.12
26.83
28.55
30.26
31.97
33.69
1.83
0.26
0.42
0.58
0.74.
0.90
1.06
1.22
1.38
1.54
1.70
1.86
2.02
2.18.
2.33
2.49
2.65
2.81
2.97
3.13
78
3.12
5.00
6.87
8.74
10.62
12.49
14.37
16.24
18.11
19.99
21.86
23.74
25.61127.48
29.36
31.23
33.10
34.98
36.85
1.98
0.29
0.46
0.64
0.81
0.99
1.16
1.34
1.51
1.68
1.86
2.03
2.21
2.381
2.55
2.73
2.90
3.08
3.25
3.42.
84
3.39
5.43
7.46
9.50
11.53
13.57
15.60
17.63
19.67
21.70
23.74
25.77
27.81
29.84
51.88
33.91
35.95
37.98
40.02
2.13
0.32
0.50
0.69
0.88
1.07
1.26
1.00
1.64
1.83
2.02
2.21
2.39
2.58
2.77
2.96
3.15
3.34
3,53
3.72
3.66
5.86
8.05
10.25
12.44
14.64
16.83
19.03
21.23123.42
25.62
27.81
30.01
32.20
34.40136.60
38.79
1 0-.99
43.18
2.291
0.34
0.54
0.75
0.95
1A6
1.36
1.56
1.771
2.38
2.58
2.79
2.99
� 3.201
3.40
3.60
1 3.81
4.01
PRESSURE DROP
1.00
.90 � 22 1,84.9011
.80 �199,12)
.70 (174,23)
.50 (149.34)
.50 (i 2�.45)
40 (99-56)
30 (74.67)
20 (4MB)
�21.89
2 4.�
19 9!
.07 (17,42)
.05 (1493)
.05 (12.45)
.04 (9.96)
03 (7.47)
02 (4.98)
01 (2.49)
HH--i
Air Velocity in feet and (meters) per minute through Free Area
1.00
.90
.80
.70
.60
50
I
10
:09
.08
,07
.06
"R
.04
.03
.02
Ratings do not include the effect of
a bird screen.
c1mcck
C TIFI
ER nmy
Rrm
wam
AIR
Ruskin Manufacturing Company certifies
that the ELF375DX and ELF375DXH
Louvers shown herein are licensed to
bear the AMCA Seal. The ratings shown
are based on tests and procedures per-
formed in accordance with AMCA
Publication 511 and comply with the
requirements of the AMCA Certified
Ratings Program. The AMCA Certified
Ratings Seal applies to air performance
ratings and water penetration ratings
only.
TYPICAL INSTALLATION DETAILS
Masonry Metal Panel
Wall Wall
Corrugated
Metal
CMU
AF' Insulation
sealant
(by others)r Drip Cap
Installation (optional)
Angle
(optional) 49".:Flinstallation
Angle
(optional)
Louver
Louver
Sealant
(by others)
Extended
E n ed Sill
xtended
S I
Wood Flange
Installation I Mount
Sealant
(by others)
Louver
Frame
Installation
Angle
(optional)
Louver
Louver
Sheating
Siding
3900 Dr. Greaves Rd.
@ Kansas City, MO 64030
(816) 761-7476
FAX (816) 765-8955
RUSKIN w�.ruskin.corn
Options are available at additional cost.
Fasteners into substrate are not provided by Ruskin.
Printed on recycled paper
using vegetable based inks
YAS KAWA TAG: VFD-1 W
Z1000 HVAC Drive
3 HP to 500 HP
Fan and Pump Applications
The Z1000 variable speed drive is designed for building automation
applications such as fans, pumps, and cooling towers through 500 HIP.
The Z1000 features an easy -to -read LCID keypad that provides Hand -
Off -Auto interface and a real time clock. These features make the
Z1000 perfect for most building automation applications that require
reliable motor control.
Harmonic Mitigation
Built-in 5% line impedance for input harmonic reduction.
Noise Filter
On board EMI/RFl filter complies with IEC 61800-3 restricted distribution
for first environment.
Serial Communications
Embedded BACnet communications (BTL Certified), along with Modbus/
Memobus.
Ratings
Plenum Rated (UL 1995). Seismic Rated (IBC 2006 - Certification 12/2011).
J-1
Made with RoHS compliant materials.
Internal Real -Time Clock
Time and date stamping for events, along with timer controls for starting
stopping and speed changes without the need for external controls.
PI Feature
Maintains a set point for closed loop control of fans and pumps for
pressure, flow or temperature regulation and eliminates the need for
a closed loop output signal from a BAS. Independent P1 to control an
external device in the system.
LCID Operator
5-Line 16 character alpha -numeric, easy to read and understand display,
with Hand -Off -Auto functions.
Carrier Frequency
5 kHz carrier frequency with dynamic noise control for quiet
motor operation.
Application Macros
Choose from pre -configured set up macros to match the application for
quick and easy set up. ECHELON' J
0 in Yaskawa America, Inc. I Tel: 1-800-YASKAWA (927-5292) 1 www.yaskawa.com
Drives & Motion Division
Pr YAS KAWA
Z1000 HVAC Drive
3 HP to 500 HP
Fan and Pump Applications
Model Number
ClMR-ZU4A
0005FAA
Rated
Output Current HP
(Amps)
4.8 3
Dimensions
H I
14.1
(in.)
Enclosure Type
w I D
8.6
4.9
9.2
7.9 9.4
— IP20
NEMA Type I
10 103
11.8 11.4
14.2 15.7
16.1 18.9
0008FAA
7.6
5
0011FAA
11
7.5
0014FAA
14
'10
17.6
0021FAA
21
15
0027FAA
27
20
0034FAA
34
25
20.1
0040FAA
40
30
0052FAA
52
40
21.3
0065FAA
65
50
0077FAA
77
60
0096FAA
96
75
0124FAA
124
100
27.6
0156FAA
156
125
30.5
0180FAA
180
150
0240FAA
240
200
0302FAA
302
250
41.1
0361AAA
361
300
37.4
19.7
U.6
[POO
Open -Type
0414AAA
414
350
44.9
26.4
0480AAA
480
400
0515AAA
515
450
0590AAA
590
500
FREE Estimating Tools
Energy Savings Predictor
Harmonics Estimator
Carbon Footprint Calculator
C�rC411
YASKAWA
iTunes App
Energy savings app for the iPhone
and the iPod touch is available at
iTunes.com - search for Yaskawa.
!V YASKAWA
Document Number: FL21000.01 - 04-01-2011 - (02011
M7 Yaskawa America, Inc. Tel: 1-800-YASKAWA (927-5292) www.yaskawa.com
Drives & Motion Division
Westgate Edmonds
HVAC Load Analysis
for
GB Systems
COMM9R,CIAL
c1mi VAR, CHVAC LOADS
- as,
Prepared By:
Mi
GB Systems
Wednesday, February 14, 2018
JUN 2 8 266 23
DEVEL0Pr.t'jq-rSEfiv'-u- �' CT
L i Co
Chvac - Full Commercial HVAC Loads Calculation Program
Elite Software Development, In .
GB Systems
Kenmore, WA 58028
Westgate Edmonds
Pacie 2
Building Symma!y Loads
Building peaks in July at 2pm.
rBldg Load Area
I
Sen
%Tot
Lat
Sen
Net
%Net
Delriptions Quan
Loss
----Loss
Gain
Gain
Gain
Gain
Roof 0
0
0.00
0
0
0
0.00
Wall 1,545
3,630
4.54
0
754
754
0.60
Glass 798
14,993
18.76
0
22,592
22,592
18.11
Floor Slab 0
0
0.00
0
0
0
0.00
Skin Loads
18,623
23.30
0
23,346
23,346
18.71
Lighting 3,366
0
0.00
0
11,485
11,485
9.20
Equipment 3,740
0
0.00
0
12,761
12,761
10.23
People 93
0
0.00
20,925
25,550
46,475
37.24
Partition 0
0
0.00
0
0
0
0.00
Cool. Pret. 0
0
0.00
0
0
0
0.00
Heat. Pret. 0
0
0.00
0
0
0
0.00
Cool. Vent. 1,225
0
0.00
12,737
17,266
30,003
24.04
Heat. Vent. 1,225
61,288
76.70
0
0
0
0.00
Cool. Infil. 0
0
0.00
0
0
0
0.00
Heat. Infil. 0
0
0.00
0
0
0
0.00
Draw-Thru Fan 0
0
0.00
0
0
0
0.00
Blow-Thru Fan 0
0
0.00
0
713
713
0.57
Reserve Cap. 0
0
0.00
0
0
0
0.00
Reheat Cap. 0
0
0.00
0
0
0
0.00
Supply Duct 0
0
0.00
0
0
0
0.00
Return Duct 0
0
0.00
0
0
0
0.00
Misc. Supply 0
0
0.00
0
0
0
0.00
Misc. Return 0
0
0.00
0
0
0
0.00
Building Totals
79,910
100.00
33,662
91,121
124,784
100.00
Building Sen
%Tot
Lat
Sen
Net
%N6t
i Summaa Loss
Loss
Gain
Gain
Gain
Gain
Ventilation 61,288
76.70
12,737
17;266
30,003
24.04
Infiltration 0
0.00
0
0
0
0.00
Pretreated Air 0
0.00
0
0
0
0.00
Zone Loads 18,623
23.30
20,925
73,143
94,068
75.38
Plenum Loads 0
0.00
0
0
0
0.00
Fan/Duct/Misc Loads 0
0.00
0
713
713
0.57
Building Totals 79,910
100.00
33,662
91,121,
124,784
100.00
[Check Fiqures
Total Building Supply Air (based on a 23* TD):
3,018
CFM
Total Building Vent. Air (40.59% of Supply):
1,225
CFM
Total Conditioned Air Space:
3,740
Sq.ft
Supply Air Per Unit Area:
0.8069
CFM/Sq.ft
Area Per Cooling Capacity:
359.7
Sq.ft/Ton
Cooling Capacity Per Area:
0.0028
Tons/Sq.ft
Heating Capacity Per Area:
21.37
Btuh/Sq.ft
Total Heating Required With Outside Air:
79,910
Btuh
Total Cooling Required With Outside Air:
10.40
Tons
\\Gbs-server\gbs\Drawings\Westgate Edmonds\GBS Engineering\Westgate Loads.CHV Wednesday, February 14, 2018, 09:57 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.
GB Systems Westgate Edmonds
Kenmore. WA 58028 'A Page 3 �
Air Handler #1 - Lobby
- Summary
Loads
Zn Description
Area
Htg.Loss
Sen.Gain
Lat.Gain
Htg-O.A.
Clg.O.A.
No Zone Peak Time
People
Htg.CFM
Cig.CFM
S.Exh
Req.CFM
Req.CFM I
Volume
CFM/Sgft
CFM/Sqft
W.Exh
Act.CFM
Act.CFM
1 Lobby
1,892
9,096
29,587
4,500
Direct
Direct
12prn July
20
316
1,240
0
275
275
22,704
0.17
0.66
0
275
275
Zone Peak Totals:
1,892
9,096
29,587
4,500
Total Zones: 1
20
316
1,240
0
275
275
Unique Zones: 1
22,704
0.17
0.66
0
275
275
\\G bs-server\g bs\Drawings�Westg ate Edmonds\GBS Engineering\Westgate Loads.CHV Wednesday, February 14, 2018, 09:57 AM
Chvac - Full Commercial HVAC Loads Calculation Program
Elite Software Development, Inc.
GB Systems
Westgate Edmonds
Kenmore, WA 58028
-Rage 4
Air Handler #1 - Lobby - Total Load Summaty
Air Handler Description: Lobby Constant Volume - Proportion
Supply Air Fan: Blow-Thru with program estimated horsepower of 0.12 HP
Fan Input: 0% motor and fan efficiency with 0 in. water across the fan
Sensible Heat Ratio: 0.87 --- This system occurs 1 time(s) in the building.
Air System Peak Time: 1pm in July.
Outdoor Conditions: CIg: 85* DB, 69'WB, 81.92 grains, Htg: 210 DB
Indoor Conditions: Clg: 74' DB, 50% RH, Htg: 68' DB
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time
in July at 12pm is different
from the total system peak time, hence the air system CFM was computed using a zone sensible load of 29,587.
Summer: Ventilation controls outside air - ----- Winter: Ventilation controls outside air.
Zone Space sensible loss: 9,096 Btuh
Infiltration sensible loss: 0 Btuh 0
CFM
Outside Air sensible loss: 13,758 Btuh 275
CFM
Supply Duct sensible loss: 0 Btuh
Return Duct sensible loss: 0 Btuh
Return Plenum sensible loss: 0 Btuh
Total System sensible loss:
22,854 Btuh
Heating Supply Air: 9,096 / (.986 X 1.08 X 27) 316
CFM
Winter Vent Outside Air (86.9% of supply) = 275
CFM
Zone space sensible gain: 28,838 Btuh
Infiltration sensible gain: 0 Btuh
Draw-thru fan sensible gain: 0 Btuh
Supply duct sensible gain: 0 Btuh
Reserve sensible gain: 0 Btuh
Total sensible gain on supply side of coil:
28,838 Btuh
Cooling Supply Air: 29,587 / (.986 X 1.1 X 22) 1,240
CFM
Summer Vent Outside Air (22.2% of supply) = 275
CFM
Return duct sensible gain: 0 Btuh
Return plenum sensible gain: 0 Btuh
Outside air sensible gain: 3,280 Btuh 275
CFM
Blow-thru fan sensible gain: 293 Btuh
Total sensible gain on return side of coil:
3,573 Btuh
Total sensible gain on air handling system:
32,411 Btuh
Zone space latent gain: 4,500 Btuh
Infiltration latent gain: 0 Btuh
Outside air latent gain: 3,454 Btuh
Total latent gain on air handling system:
7,954 Btuh
Total system sensible and latent gain:
40,365 Btuh
Ch�ck.'Fiqure*s
Total Air Handler Supply Air (based on a 22' TD): 1,240
CFM
Total Air Handler Vent. Air (22.17% of Supply): 275
CFM
Total Conditioned Air Space: 1,892
Sq.ft
Supply Air Per Unit Area: 0.6556
CFM/Sq.ft
Area Per Cooling Capacity: 562.5
Sq.ft/Ton
Cooling Capacity Per Area: 0.0018
Tons/Sq.ft
Heating Capacity Per Area: 12.08
Btuh/Sq.ft
Total Heating Required With Outside Air: 22,854
Btuh
Total Cooling Required With Outside Air: 3,36
Tons
\\G bs-server\g bs\Drawi n gs\Westg ate Edmonds\GBS Engineering\Westgate Loads.CHV Wednesday, February 14, 2018, 09:57 AM
Chvac - Full Commercial HVAC Loads Calculation Program
rb
Elite Software Development, Inc.
GB Systems
44!
Westgate Edmonds
Kenmore, WA 58028
Paae 5
Air Handier #2 - Amenity
- Summary
Loads
Zn be�scri ption
kea
Htg.Loss
Sen.Gain
Lat.Gain
Htg.O.A.
Clg.O.A.
No Zone Peak Time
People'
Htg.CFM
Clg.CFM
S.Exh
Req.CFM
Req.CFM
Volume
CFM/Sgft
CFM/Sqft
W.Exh
Act.CFM
Act.CFM
2 Amenity
748
4,626
22,615
11,250
Direct
Direct
1 lam July
50
420
834
0
420
420
8,976
0.56
1.12
0
420
420
Zone Peak Totals:
748
4,626
22,615
11,250
Total Zones: 1
50
420
834
0
420
420
Unique Zones: 1
8,976
0.56
1.12
0
420
420
\\G bs-server\g bs\Drawi ngsMestg ate Edmonds\GBS Engineering\Westgate Loads.CHV Wednesday, February 14, 2018, 09:57 AM
Chvac - Full Commercial HVAC Loads Calculation Program
Elite Software Development, Inc.
GB Systems
A
Westgate Edmonds
Kenmore, WA 58028
Page 6
Air Handier #2 - Amenity - Total Load Summary
Air Handler Description: Amenity Constant Volume - Proportion
Supply Air Fan: Blow-Thru with program estimated horsepower of 0.08 HP
Fan Input: 0% motor and fan efficiency with 0 in. water across the fan
Sensible Heat Ratio: 0.67 --- This
system occurs 1 time(s) in the building.
Air System Peak Time: 1pm in July.
Outdoor Conditions: Clg: 85' DB, 69' WB, 81.92 grains, Htg: 21 0 DB
Indoor Conditions: Clg: 74* DB, 50% RH, Htg: 680 DB
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time
in July at 1 lam is different
from the total system peak time, hence the air system CFM was computed using a zone sensible load of 22,615.
Summer: Ventilation controls outside air - ----- Winter: Ventilation controls outside air.
Zone Space sensible loss: 4,626 Btuh
Infiltration sensible loss: 0 Btuh 0
CFM
Outside Air sensible loss: 21,013 Btu h 420
CFM
Supply Duct sensible loss: 0 Btuh
Return Duct sensible loss: 0 Btuh
Return Plenum sensible loss: 0 Btu h
Total System sensible loss:
25,639 Btuh
Heating Supply Air: 4,626 / (.986 X 1.08 X 10) 420
CFM
Winter Vent Outside Air (100.0% of supply) = 420
CFM
Zone space sensible gain: 22,390 Btuh
Infiltration sensible gain: 0 Btuh
Draw-thru fan sensible gain: 0 Btuh
Supply duct sensible gain: 0 Btuh
Reserve sensible gain: 0 Btu h
Total sensible gain on supply side of coil:
22,390 Btuh
Cooling Supply Air: 22,615 / (.986 X 1.1 X 25) 834
CFM
Summer Vent Outside Air (50.3% of supply) = 420
CFM
Return duct sensible gain: 0 Btuh
Return plenum sensible gain: 0 Btuh
Outside air sensible gain: 5,009 Btuh 420
CFM
Blow-thru fan sensible gain: 197 Btuh
Total sensible gain on return side of coil:
5,206 Btuh
Total sensible gain on air handling system:
27,596 Btuh
Zone space latent gain: 11,250 Btuh
Infiltration latent gain: 0 Btuh
Outside air latent gain: 5,276 Btuh
Total latent gain on air handling system:
16,526 Btuh
Total system sensible and latent gain:
44,122 Btuh
Check Fiqur . es I -
Total Air Handler Supply Air (based on a 25' TD): 834
CFM
Total Air Handier Vent. Air (50.34% of Supply): 420
CFM
Total Conditioned Air Space: 748
Sq.ft
Supply Air Per Unit Area: 1.1154
CFM/Sq.ft
Area Per Cooling Capacity: 203.4
Sq.ft[Ton
Cooling Capacity Per Area: 0.0049
Tons/Sq.ft
Heating Capacity Per Area: 34.28
Btuh/Sq.ft
Total Heating Required With Outside Air: 25,639
Btuh
Total Cooling Required With Outside Air: 3.68
Tons
\\Gbs-server\gbs\Drawings\Westgate Edmonds\GBS Engineering\Westgate Loads.CHV Wednesday, February 14, 2018, 09:57 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, In .
GB Systems Westgate Edmonds
Kenmore, WA 58028 " Ai Page 7
� Air Handier #3 - Exercise - Summary Loads
Zn Description Area
Htg.Loss
Sen.Gain
Lat.Gain
Htg.O.A.
c1g.o.A.1
No Zone Peak Time People
Htg.CFM
Clg.CFM
S.Exh'
Req.CFM
Req.CFM 'I
Volume,
CFM/Sqft.
CFM/Sqft
W.Exh
Act.QFM
Act.QFM
3 Exercise
2prn August
Zone Peak Totals:
Total Zones: 1
Unique Zones: 1
1,100
4,901
23,520
23
530
943
13,200
0.48
0.86
1,100
4,901
23,520
23
530
943
13,200
0.48
0.86
5,175
Direct
Direct
0
530
530
0
530
530
5,175
0
530
530
0
530
530
�\Gbs-server\gbs\Drawings\Westgate Edmonds\GBS Engineering\Westgate Loads.CHV Wednesday, February 14, 2018, 09:57 AM
Chvac - Full Commercial HVAC Loads Calculation Program
Elite Software Development, Inc.
GB Systems
4
Westgate Edmonds
Kenmore, WA 58028
Paae 8
Air Handler #3 - Exercise - Total Load Symma!y
Air Handler Description: Exercise Constant Volume - Proportion
Supply Air Fan: Blow-Thru with program estimated horsepower of 0.09 HP
Fan Input: 0% motor and fan efficiency with 0 in. water across the fan
Sensible Heat Ratio: 0.82 --- This
system occurs 1 time(s) in the building.
Air System Peak Time: 2prn in July.
Outdoor Conditions: Clg: 87' DB, 69* WB, 78.56 grains, Htg: 21 0 DB
Indoor Conditions: Clg: 74' DB, 50% RH, Htg: 68' DB
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time
in August at 2pm is different
from the total system peak time, hence the air system CFM was computed using a zone sensible load of 23,520.
Summer: Ventilation controls outside air - ----- Winter: Ventilation controls outside air.
Zone Space sensible loss: 4,901 Btuh
Infiltration sensible loss: 0 Btuh 0
CFM
Outside Air sensible loss: 26,516 Btuh 530
CFM
Supply Duct sensible loss: 0 Btuh
Return Duct sensible loss: 0 Btuh
Return Plenum sensible loss: 0 Btuh
Total System sensible loss:
31,417 Btuh
Heating Supply Air: 4,901 / (.986 X 1.08 X 9) 530
CFM
Winter Vent Outside Air (100.0% of supply) = 530
CFM
Zone space sensible gain: 22,948 Btuh
Infiltration sensible gain: 0 Btuh
Draw-thru fan sensible gain: 0 Btuh
Supply duct sensible gain: 0 Btuh
Reserve sensible gain: 0 Btuh
Total sensible gain on supply side of coil:
22,948 Btuh
Cooling Supply Air: 23,520 / (.986 X 1.1 X 23) 943
CFM
Summer Vent Outside Air (56.2% of supply) = 530
CFM
Return duct sensible gain: 0 Btu h
Return plenum sensible gain: 0 Btuh
Outside air sensible gain: 7,470 Btuh 530
CFM
Blow-thru fan sensible gain: 223 Btuh
Total sensible gain on return side of coil:
7,693 Btuh
Total sensible gain on air handling system:
30,641 Btuh
Zone space latent gain: 5,175 Btuh
Infiltration latent gain: 0 Btuh
Outside air latent gain: 5,511 Btu h
Total latent gain on air handling system:
10,686 Btuh
Total system sensible and latent gain:
41,326 Btuh
'Check Figu're's
Total Air Handler Supply Air (based on a 23' TD): 943
CFM
Total Air Handler Vent. Air (56.19% of Supply): 530
CFM
Total Conditioned Air Space: 1,100
Sq.ft
Supply Air Per Unit Area: 0.8574
CFM/Sq.ft
Area Per Cooling Capacity: 319.4
Sq.ft/Ton
Cooling Capacity Per Area: 0.0031
Tons/Sq.ft
Heating Capacity Per Area: 28.56
Btuh/Sq.ft
Total Heating Require d With Outside Air: 31,417
Btuh
Total Cooling Required With Outside Air: 3.44
Tons
\\G bs-server\g bs\Drawi ngs\Westg ate Edmonds\G.BS Engineering\Westgate Loads.CHV Wednesday, February 14, 2018, 09:57 AM
r-_
Chvac - Full Commercial HVAC Loads Calculation Program
Elite Software Development, Inc.
GB Systems
Westgate Edmonds
Kenmore, WA 58028
Page 9
Zone Detailed Loads (At Zone Peak Times)
77-1
Load
Unit
_SC_
CLTD
U.Fac
Sen.
Lat.
Htg
.. Htg_.
Description
Quan
CFAC
SHGF
-CLE-
Gain
Gain
mult,
I n -'s,
[Zone 1 -Lobby peaks (sensible) in July at 12pm,
�Toi
Air Handier 1 (Lobby), Group
1, 43.0 x 44.0, Construction
ype: 7 (Medium)
Wall-1 -E-C-D
207
1
16.9
0.050
174
2.350
485
Wall-2-N-C-D
900
1
2.0
0.050
90
2.350
2,115
GIs-E-1-90-Tran
136.0
1.000
3
0.400
163
18.800
2,557
O%S-2-NS-Solar
136.0
0.400
216
0.390
4,583
GIs-E-1-90-Tran
99.0
1.000
3
0.400
119
18.800
1,861
O%S-1 -NS-Solar
99.0
0.400
216
0.390
3,336
GIs-E-1-90-Tran
110.5
1.000
3
0.400
133
18.800
2,077
O%S-2-NS-Solar
110.5
0.400
216
0.390
3,723
Lights-Prof=O
1,703
1.000
5,810
Equipment-Prof=O
1,892
1.000
6,456
0
People-Prof=O
20.0
1.000
5,000
4,500
Sub -total
29,587
4,500
9,096
Safety factors:
+0%
+0%
+0%
Total w/ safety factors:
--- -----
29,587
---------
4,500
---------
9,096
'Zone 2-Amenity peaks (sensible) in July at 1 lam, Air Handler 2 (Amenity), Group 2, 44.0 x 17.0,
Construction Type: 7
(Medium)
Wall-1 -NE-C-D
177
1
9.0
0.050
79
2.350
415
GIs-NE-1 -90-Tran
175.0
1.000
1
0.400
70
18.800
3,290
O%S-3-NS-Solar
175.0
0.400
158
0.360
3,982
GIs-NE-1 -90-Tran
49.0
1.000
1
0.400
20
18.800
921
O%S-3-NS-Solar
49.0
0.400
158
0.360
1,115
Lights-Prof=O
673
1.000
2,297
Equipment-Prof=O
748
1.000
2,552
0
People-Prof=O
50.0
1.000
12,500
11,250
Sub -total
22,615
11,250
4,626
Safety factors:
+0%
+0%
+0%
Total w/ safety factors:
---------
22,615
---------
11,250
---------
4,626
Zone 3-Exercise peaks (sensible) in August at 2pm, Air Handler 3 (Exercise), Group 3, 44.0 x 25.0,
Construction Type: 7
(Medium)
Wall-1 -SE-C-D
262
1
19.8
0.050
258
2.350
615
GIs-SE-1-90-Tran
228.0
1.000
5
0.400
456
18.800
4,286
O%S-1 -NS-Solar
228.0
0.400
209
0.400
7,624
Lights-Prof=O
990
1.000
3,378
Equipment-Prof=O
1,100
1 MO
3,753
0
People-Prof=O
23.0
1.000
8,050
5,175
Sub -total
23,520
5,175
4,901
Safety factors:
+0%
+0%
+0%
Total w/ safety factors:
---------
23,520
----- ---
5,175
---------
4,901
\\G bs-server\g bs\Drawi ngs\Westg ate Edmonds\GBS Engineering\Westgate Loads.CHV Wednesday, February 14, 2018, 09:57 AM
1945 Yale Place E.
W.G.CLARK Seattle, WA 98102
CONSTRUCTION CO. (206) 624-5244
Date: 5/23/2018 Submittal Number: 37.1
To: Quantum Engineering F First Submittal Fv Resubmittal Previous#: 37
Seattle, WA 98101 Copy sent to:
Attn: Sandro Kodama
Studio Meng Strazzara
Project: 785 The Village at Westgate 2001 Western Avenue, Suite 200
Seattle, WA 98121
Title: HVAC Rooftop Equipment —Acoustical Report
Section/ City. to City. to Action
Subsection Description Su bm ittal Type Arch. Other Items Being Submitted Taken
23 0000 Design -Build
Placement Plans
1
HVAC Equipment Roof Plan
Product Data
2
1
MUA1&2
Product Data
3
RTU 1 & 2
Please return this submittal to the address below by: 6/6/2018 [—] No return requested By:
W.G. Clark/Jobsite Ph: EMail: sortega(a),wqclark.com Sergio Ortega
10032 Edmonds Way Fax: Project Engineer
Edmonds, WA 98020
Review Comments:
The above items are to be returned with
action as designated above in
accordance with the following legend:
A: Approved
B: Approved as Corrected
C: Revise and Resubmit
D: Not Approved
............... . - - — - — __ . . . . .... .......
..........
. ..... .. . .....
rJ
V
M
/'7)] 7 SEE ATTACHED SSA REVIEW
DATED 6-7-2018
AZ/SMS
Or Copy :
JUN 28 201U
W.G. Clark Construction Co.
Date 5/23/18
Submittal # 37.1
Reviewed by SO
Specification 23 00 00
Proiect Westgate
REVIE�� —DOES NOT RELIEVE
SUBCONTRACTORS OR
SUPPLIERS FROM
REQUIREMENTS OF CONTRACT
DOCUMENTS OR CONTRACT
SSA acoustics
SUBMITTAL REVIEW
Review has been completed for general
conformance and acoustic design
reqirements, Elements of the drawings and
contract docments confirming material
performance and seleciion will achieve the
requirements ofthe project.
x Reviewed and Approved
Reviewed —Comments provided
Revise and Resubmit
Rejected
I _0171 05131flB
A
William Stewart date
SSA Acoustics
DEVELOPMEN1 SHVICLS C7h-
CRY OF EDMONDS
5- acoustics
June 7, 2018
Chris Davidson, AIA, Director
Studio Meng Strazzara
2001 Western Avenue, Suite 200
Seattle, WA 98121
RE.- Property Line Noise Report — Westgate Apartments Project
Site: Edmonds, WA
Dear Chris,
This letter presents the results of a property line noise analysis conducted for the major noise -
generating equipment serving the apartments planned for 10032 Edmonds Way in Edmonds, Wa.
The purpose of the analysis is to document the impact of the noise from the major noise
generating equipment to the nearest receiving properties. Noise levels generated by the
equipment are predicted to receiving properties and compared to the maximum permissible noise
limits established by Seattle Municipal Code.
Project Site and Zoning
The project site is zoned residential, as well as the properties on all sides. The most sensitive
receiver properties are to the southwest of the site and are zoned residential. Sites to the west,
north and east are commercial. Edmonds City Code Section 5.30.040, Maximum Permissible
Sound Levels are established as follows:
Residential Receiver from a Residential Source: Noise is limited to 55 dBA during daytime hours.
During nighttime, defined as the hours between 10 p.m. and 7 a.m. on weekdays and 10 p.m. and
9 a.m. on weekends, exterior sound level limits are reduced by 10 dBA where the receiving
property lies within a residential district of the City. This limits the noise levels at receiver property
lines to 45 dBA.
The mechanical equipment will operate during daytime and nighttime hours a day, and therefore
cannot exceed the 45 dBA nighttime limit at the residential zoned receiving properties. Noise
levels to commercial properties are limited to 57 dBA.
Figure 1 provides the site location in red, along Edmonds Way. The structures indicated in blue
are commercial receivers, the structures indicated in green are residential receivers.
222 Etruria Street, Suite 100 Seattle, WA 98109 20&839.0819 P // 206.839.0824 F
101 Broadway Page 2
Figure 1: Site Plan for building location.
EXISTING NOISE LEVELS
Existing ambient noise levels were measured on site with a Svantek 971 sound level meter on
June 4, 2018. Measurements were conducted as close to the proposed location as possible and
the property lines in accordance with WAC 173-60-020. The average ambient noise level was 67
dB(A), primarily due to traffic along Edmonds Way.
MAJOR NOISE -GENERATING EQUIPMENT
The major noise -generating equipment for this project includes HVAC equipment mounted on the
building roof. The rooftop equipment consists of makeup air units, condensing units and an
exhaust fan. The following table presents the rooftop equipment and sound levels:
Tag
Equipment
Model
Sound Level
MUA-1,2
Makeup Air Unit
Trane 4YCY4024C
73 LwA
RTU-1,2
Air -Handling Unit
Trane 4Y/CY4048B
67 LwA
HP-1
Heat Pump (in garage)
Mitsubishi PUZ-A24NHA7
48 dBA @ 3'
HP-2
Heat Pump (in garage)
Trane 4T SS
64 dBA @ 3'
GEF
Exhaust Fan (in garage)
CoolAir CBC
64 dBA @ 5'
PREDICTED NOISE LEVELS
Equipment noise was predicted to the nearest receiving property lines based on noise
propagation over distance. Methods employed followed those described by the ASHRAE and
Air -Conditioning, Heating & Refrigeration Institute (AHRI) Standard 275. The nearest sensitive
residential property lines was to the southwest. Heat Pumps 1 & 2 will be located within the
building and mitigated by the building structure. The garage exhaust fan is located on the a face
101 Broadway Page 3
of the building facing east and is mitigated by the building structure. MUA 1 & 2 and RTU 1 & 2
are located on the roof and are shown in the predictions presented in the following table:
Receivers: Southwest Pro erty Lines (Residential):
Source
Sound Level
Distance
(feet)
Distance
Reduction
Barrier Correction
dBA
MUA-1,2
68 dBA @ 3'
130+
-32
-0
36
RTU-1,2
62 dBA @ 3'
130+
-32
-0
30
HP-1
48 dBA @ 3'
130+
-32
-0
16
HP-2
64 dBA a 3'
130+
-32
-0
32
GEF
64 dBA @ 5'
130+
-32
-0
32
Total — Southwest Property
38
As shown in the table above, the combined sound pressure level from the equipment is 38 dBA
to the nearest residential property line. This is consideration of all equipment in operation and
running continuously over an hourly average. This is the maximum exposure the receiver
property will receive. A level of 38 dBA is well below the ambient level of sound at the site and
meets the 45 dB(A) code limit for all residential receiving property lines.
To the east and west of the building are commercial receivers. From the location of RTU-2 and
MUA-2 to the nearest commercial property line is 81 feet. All other commercial properties to the
east are further away. Based on attenuation distance with no other mitigating factors the receiver
noise level will be 39 dBA. This is consideration of all equipment in operation and running
continuously over an hourly average. This is the maximum exposure the receiver property will
receive. A level of 39 dBA is well below the ambient level of sound at the site and meets the 57
dB(A) code limit for all residential receiving property lines.
Based on the site development for this building, equipment sound levels, and the site conditions
for distance and attenuation, noise levels generated by equipment at the property lines adjacent
will be well within the requirements of the City of Edmonds.
Please contact us if you have questions or need further information.
Sincerely,
SSA Acoustics, LLP
William Stewart, INCE
MANAGING PARTNER
This report has been prepared for the tiled project or named part thereof and should not be used in whole or part and relied upon
for any other project without the wdften authorization of SSA Acoustics, LLP. SSA Acoustics, LLP accepts no responsibility or
liability for the consequences of this document if it is used for a purpose other than that for which it was commissioned. Persons
wishing to use or rely upon this report for other purposes must seek written authority to do so from the owner of this report and/or
SSA Acoustics, LLP and agree to indemnify SSA Acoustics, LLP for any and all resulting loss or damage. SSA Acoustics, LLP
accepts no responsibility or liability for this document to any other party other than the person by whom it was commissioned. The
findings and opinions expressed are relevant to the dates of the works and should not be relied upon to represent conditions at
substantially later dates. Opinions included therein are based on information gathered during the study and from our experience.
If additional information becomes available which may affect our comments, conclusions or recommendations SSA Acoustics,
LLP reserves the dght to review the information, reassess any new potential concerns and modify our opinions accordingly.
Cl. 1�3
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Cl.
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K ------- ------ -------------------------
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(L2)
]ROOF PLAN RVA-a
5F,�,x -,- NOT FOR CONSTRUCTION M1.5
MUA 1 &2
PRODUCT DATA
4YCY4024C-SUB-1 A -EN
2 Ton Convertible Gas/Electric Packaged Units
PRODUCT SPECIFICATIONS
MODEL
4YCY4024C1060A
RATED Volts/PH/Hz
208-230/1/60
Performance Cooling BTUH(D
23400
Indoor Airflow (CFM)
790
Power Input (KW)
2.162
EER/SEER(BTU/Watt-Hr.)0
12/14.0
Sound Power Ratino [dB(A)1(D
68
Performance Heafing(Z)
Input BTLIH - 1 st Stage (Natural Gas)
48000
Input BTUH - 2nd Stage (Natural Gas)
60000
AFUE
81
Temp. Rise — Min/Max (GF)
40/70
Orif cp. 01y / Droll Sm7p (Natural Gas)Q)
2 /#37
POWER CONN.—V/PH/HZ
208-230/1/60
Min. Brch. Cir. Ampacity@
16.5
Fuse Size —Max. (amps)
25
Fuse Size — Recmd, (amps)
25
COMPRESSOR
RECIPROCATING
Volts/Ph/Hz
208-230/1/60
R.L. Amps — L.R. Amps
8.3/57.8
OUTDOOR COIL —TYPE
SPINE -FIN
Rows/F.P.I.
2/24
Face Area (scl.ft.)
13.32
Tube Size hn-)
3/8
INDOOR COIL —TYPE
PLATE FIN
Rows/F.P.I.
3/15
Face Area (sq.ft.)
3.54
Tube Size (in.)
3/8
Refrigerant Control
EXPANSION VALVE
Drain Conn. Size (in.)
3/4 FEMALE NPT
OUTDOOR FAN —TYPE
PROPELLER
Dia. (in.)
23.4
Drive/No. Speeds
DIRECT / 1
CFM @ 0.0 in. w.g.
2570
Motor — HP/R.P.M.
1/12/810
Volts/Ph/Hz
208-230/1/60
EL. Amps/L.R- Amn,
0.54/0.95
INDOOR FAN —TYPE
CENTRIFUGAL
Dia x Width (in.)
10X10
Drive/No. Speeds
DIRECT / VARIABLE
CFM @ 0.0 in. w.g.0 SEE FAN PERFORMANCE TABLE
Motor — HP/R.P.M.
1/2 / VARIABLE
Volts/Ph/Hz
200-230/1/60
F.L. Amps/L.R. Am s
4.3/4.3
COMBUSTION FAN —TYPE
CENTRIFUGAL
Drive/No. Speeds
DIRECT / 2
Motor — HP/R.P.M.
1/20 / 3350/2600
Volts/Ph/Hz
FI A
208-230/l/60
0.34
FILTER / FURNISHED
NO
Type Recommended
THROWAWAY
Recmd. Face Area (sq. ft.)G)
4.0
REFRIGERANT
R410A
Charae (lbs.)(D
6.0
GAS PIPE SIZE (in.)
1/2
DIMENSIONS
HXWXL
Grated (in.)
45.86 / 44.5 / 52.03
WEIGHT
Shipping (lbs.) / Net (lbs.)
481/385
4YCY4024C1 060A
(D Certified in accordance with the Unitary Air -Conditioner Equipment certification
program, which is based on AHRI Standard 210/240. Sound Power values are
not adjusted for AHRI 270-95 tonal corrections.
All models are certified to LIL 1995. Ratings shown are for elevations up to 2000
ft. For higher elevations reduce ratings at a rate of 4% per 1000 ft. elevation.
(�D Convertible to LPG.
0 This value is approximate. For more precise value, see Unit Nameplate.
(D Based on U.S. Government Standard Tests.
Filters must be installed in return air stream. Square footages listed are based
on 300 f.p.m. face velocity. If permanent filters are used size per manufacturer's
recommendation with a clean resistance of 0.05" W.C.
(D Standard Air - Dry Coil - Outdoor.
C 2014 Trane
a
JUOMMM
LEFT SIDE
�'M/'321
IM1,32 I J
1 4 22
19il6l
SECTION Y-Y
TYPICAL (8) SIDES OF DOWNFLOW DUCT OPENIN0
Dimensional Data
OUTLET
FRONT SIDE
BOTTOM SIDE
4YCY4024 through 4YCY4036 (1 of 3)
LUE HOOD
Dimensional Data
304 . 80
1 12 1
1 NS I DE
RECOMMENDED SERVICE CLEARANCE MM/IN.
WITH ECONOMIZER
BACK SIDE
304.8 t121
762.0 (301
LEFT SIDE
762.0 [30)
914.4 (361
RIGHT SIDE
914.4 [361
FRONT SIDE
1066.8 (4?1
CLEARANCE TO COMBUSTIBLE
MATERIAL MM/IN.
BOTTOM
0
BACK SIDE
25.4
[11
LEFT SIDE
152�4
(6)
RIGHT SIDE
304.8
(121
FRONT SIDE
304.8
(121
TOP
914.4
1361
359.80
[ 14 - 5 / 32 1
4VV . 4V
1161
I INS I DE I
24V ENTRY
294. 02
11 1 -9/ 16 1 178. 66
1 ( 7- 1 /321
106. 68
( 4-3/ 16 1
149. 56
15-7/81
406 . 40
161
I NS I DE
37 , 89
5-5/81
BOTTOM DUCT OPENINGS
POWER ENTRY
27.78 DIA. HOLE
( 1-3/321
AS LINE ENTRY
FOR 12.70 [1121 N.P.T.
120�37 GAS CONNECTION
RIGHT SIDE
4YCY4024 through 4YCY4036 (2 of 3)
'cl
I 4J- I I/ R I
ISU RFACE AREA)
BACK SIDE
(161
DE )
321
[15-11/161
(OUTS I DE BACK DUCT OPENINGS
f -
78
SECTION X-X
TYPICAL (8) SIDES OF SIDEFLOW DUCT OPENINGS
mmmmmmmm
4DCY4030 (070)
4YCY4024 through 4YCY4036 (3 ot 3)
a
Unit Performance Data
Indoor Fan Performance 4YCY4024
Horizontal Airflow
4YCY4024-HOR
External Static Pressure (in. wg)
Motor Speed
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
LOW
Watts
52
66
89
115
140
164
186
206
229
259
300
CFM
706
716
727
733
731
719
700
679
662
659
682
MED*
Watts
-
94
120
148
177
207
233
254
267
290
320,
CFM
793
1 805,
81 3,
813
, 806
, 793
780
778
799
8001
HIGH
Watts
1
1 125
1153_[��243
284
342
426
551
CFM
1
1877
1892
19031904
1897
, 884
, 869
863
877
Down Airflow
4YCY4024-DOWN
External Static Pressure (in. wg)
Motor Speed
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
LOW
Wafts
35
70
90
108
131
160
188
204
240
270
320
CFM
695
729
734
728
721
715
705
679
675
680
685
MED*
Wafts
79
87
105
129
155
180
206
232
264
306
364,
CFM
, 846,
807
1 802,
810,816,
813,
803.
794.
800.
820
810
HIGH
Wafts
1 86
11021
1271
1561
185
1213
1242
2751
319
345
385
CFM
18841870
1882
1899
19091
90718951
88618981
910
900
*Factory Default Setting
Heating Airflow, horizontal or downflow from .2 to.6"wg.
4YCY4024C1060
Switch Settings
Selection
Nominal Airflow
Low Stage
High Stage
7-OFF
8-OFF
A
600
850
!M
7-ON
8-OFF
B
625
900
7-OFF
8-ON
C
650
925
7-ON
8-ON
D
700
975
Mechanical Specifications
General
All units shall be factory assembled,
piped, internally wired and fully charged
with refrigerant. All units shall be de-
signed to operate at outdoor ambient
temperatures as high as 11 5'F. Cooling
capacities shall be rated in accordance
with A.H.R.I. standards. The unit design
is certified to ANSI 221.47/CSA 2.3
specifically for outdoor applications
using natural gas or propane. All units
shall be designed for outdoor rooftop or
ground level installation. Unit casing is
constructed of heavy gauge, galvanized
steel and painted with a weather -resistant
powder paint.
Shipped for horizontal application,
convertible to downflow.
Casings
All panels shall be heavy gauge steel,
gasketed and insulated. Foil -faced
insulation shall be in the heat exchanger
section. Foil -faced insulation shall be in
the evaporator section. Base pan shall be
heavy gauge steel. WEATHERGUARDII
exterior corrosion resistant screws shall
be used for added resistance to rust and
corrosion.
Controls
Refrigeration cycle controls shall include
condenser fan, evaporator fan and com-
pressor contactors. Compressors shall
be equipped with a combination internal
winding thermostatIcurrent overload.
Internal high pressure relief shall also be
provided.
Refrigeration System
Compressors —
The reciprocating compressor features
internal over temperature and pressure
protector, total dipped hermetic motor.
Other features include: centrifugal oil
pump, and low vibration and noise.
Evaporator Coil — Internally enhanced
3/8-inch OD seamless copper tubing
mechanically bonded to aluminum fins,
factory pressure and leak tested at 250
to 300 psig. All units have TXV to control
refrigeration flow.
6200 Troup Highway
Tyler, TX 75707-9010
Condenser Coil —
The Spine Fin TM condenser coil shall be
continuously wrapped, corrosion resistant
all aluminum with minimum brazed joints.
This coil is 3/8 inch OD seamless alumi-
nurn tubing glued to a continuous alumi-
num fin. Coils are lab tested to withstand
2,000 pounds of pressure per square
inch. The outdoor coil provides low airf low
resistance and efficient heat transfer.
The coil is protected on all four sides by
louvered panels.
Indoor Air Fan — Direct -drive, forward -
curved, centrifugal wheel in a Composite
Vortica* Blower housing. Motor shall
have thermal overload protection. Perma-
nently lubricated motor bearings. Motor/
blower assembly isolated from unit with
rubber mounts.
Condenser Fan — Direct -drive, draw
through propeller type. Weather -proofed
permanent split capacitor fan motor shall
have built-in thermal overload and perma-
nently lubricated motor bearings.
Low Ambient — Standard refrigerant
system operation down to 55'F. Low am-
bient accessory required for operation to
01F ambient condition.
Gas -Fired Heating System — Models
shall provide completely assembled,
wired and piped gas fired heating systems
within unit. Design certified by UL, specifi-
cally for outdoor application. Threaded
gas connection on the unit.
Electronic Ignition System — Main
burner is lit each time thermostat calls for
gas heat. Flame sensor proves flame and
keeps the main burners on. Should a loss
of flame occur, the main valve closes and
the spark recurs within 0.8 second. When
thermostat is satisfied, main burner i's
extinguished.
Forced Combustion Blower — Insures
flame stability under varying wind condi-
tions. Gives higher combustion efficiency
and location flexibility.
Heat Exchanger — stainless steel
tubes. Free floating design.
Burners — stainless steel. Multi -
port inshot.
Accessories
(U.S. Domestic Models)
Roof Curb — The roof curb shall
be designed to mate with the unit
and provide support and complete
weather -tight installation when
properly installed. Curb shall ship
knocked down for field assembly,
and include wood nailer strips.
Modulating Economizer — This
accessory shall be field installed
and be composed of the following
items: 0-100% fresh air damper,
damper drive motor fixed dry bulb
enthalpy control, and low voltage
polarized plug for electrical con-
nections. Solid state enthalpy or
differential enthalpy control is op-
tional. Economizer operations shall
be controlled by the preset position
of the enthalpy control. A barometic
relief damper shall be standard
with the economizer and provide
a pressure operated damper that
shall be gravity closing and prohibit
entrance of outside air on equip-
ment "off " cycle.
Manual Fresh Air Hood
Manual outside air provides a
fixed outside air quantity from 0
to 25 percent. Includes hood and
birdscreen.
Low Ambient Control
Control allows cycling of compres-
sor under low ambient cooling
conditions. Required for cooling
operation to WE
Propane Gas
Conversion Kit — For conversion
from natural gas to LP gas.
C T us
Intertek
The manufacturer has a policy of continuous product and product data improvement and it reserves the right
Lo-change-cIpsian And specifications wathoirt notice.
10
RTU 1 & 2
PRODUCT DATA
0 Z�E@ 4YCY4048B-SUB-3
TAG: _RTU-1
4 Ton Convertible Gas/Electric Packaged Units
4YCY4048B309613120A
PRODUCT SPECIFICATION-5
MODEL
4YCY4048B3096A
4YCY4048B3120A
RATED Volls/PH/Ift
208-230/3/60
208-230/3/60
Performance Cooling BTUH(D
48500
48500
Indoor Airflow (CFM)
1605
1605
Power Input (KW)
4.041
4.041
EER/SEER(BTU/Watt-Hr.)0
12.0/14.2
12.0/14.2
Sound Power Rating [dB(A)I(D
73
73
Performance Heallingo
Input BTUH - 1 st Stage (Natural Gas)
72000
90000
Input BTUH - 2nd Stage (Natural Gas)
96000
120000
AFUE
80.0
80.0
Temp. Rise — Min/Max (F)
30/60
40/70
Orifice Oty / Drill Size (Natural Gas)G
3 / #37
3 / #32
POWER CONN.—V/PH/HZ
208-230/3/60
208-230/3/60
Min. Brch. Cir. Ampacity@
25.3
25.3
Fuse Size — Max. (amps)
35
35
Fuse Size — Recmd. (amps)
35
35
UMMME90V
SCROLL
SCROLL
Volts/Ph/Hz
208-230/3/60
208-230/3/60
R.L. Amps — L.R. Amps
13.7/83.1
13.7/83.1
DO I UUUM L;UIL — I YFL
Rows/F.P.I.
SPINE -FIN
2/24
3FM77R___
2/24
Face Area (sci.ft.)
18.01
18.01
Tube Size (in.)
3/8
3/8
INDIJUH GUIL — TYPE
PLATE FIN
PLATE FIN
Rows/F.P.I.
3/15
3/15
Face Area (sclft)
5.0
5.0
Tube Size (in.)
3/8
3/8
Refrigerant Control
EXPANSION VALVE
EXPANSION VALVE
Drain Conn. Size (in.)
3/4 FEMALE NPT
3/4 FEMALE NPT
OUTDOOR FAN —TYPE
PROPELLER
PROPELLER
Dia. (in.)
28.2
28.2
Drive/No. Speeds
DIRECT/ 1
DIRECT/ 1
CFM @ 0.0 in. w.g.
4470
4470
Motor — HP/R.P.M.
1/4/825
1/4/825
Volts/Ph/Hz
208-230/11/60
208-230/11/60
FL. Amps/L.R. Amps
1.4/3.5
1.4/3.37
INDOOR FAN —TYPE
CENTRIFUGAL
CENTRIFUGAL
Dia x Width (in.)
11 X 10
11 X 10
Drive/No. Speeds
DIRECT / VARIABLE
DIRECT / VARIABLE
CFM @ 0.0 in. w.g.0 SEE
FAN PERFORMANCE TABLE
SEE FAN PERFORMANCE TABLE
Motor — HP/R.P.M.
3/4 / VARIABLE
3/4 / VARIABLE
Volts/Ph/Hz
200-230/1/60
200-230/11/60
F.L. Amps/L.R. Amps
1
6.8/6.8
UUMUS I ION FAN — TYPE
Drive/No. Speeds
CENTRIFUGAL
DIRECT / 2
CMTMF=
DIRECT / 2
Motor — HP/R.P.M.
1/45 / 2800/1500
1/45 / 2800/1500
Volts/Ph/Hz
208-230/1/60
208-230/11/60
FLA
0.34
0.34
FILTER / FURNISHED
NO
NO
Type Recommended
THROWAWAY
THROWAWAY
Recmd. Face Area (sq. ft.)a
5.3
5.3
REFRtGERA1q7--
Charge (lbs.)(D
K410A
8.30
=77977—
8.30
UAb PIPE SIZE (in.)
1/2
1/2
WFUMNS'_
HXWXL
HXWXL
Crated (in.)
47.86 / 47.4 / 61.75
47.86 / 47.4 / 61.75
Shipping (lbs.) / Net (lbs.) 653/525 1 659/531
(D Certified in accordance with the Unitary Air -Condition-
er Equipment certification program, which is based
on AHRI Standard 210/240. Sound Power values
are not adjusted for AFIRI 270-95 tonal corrections.
All models are certified to UL 1995. Ratings shown
are for elevations up to 2000 ft. For higher elevations
reduce ratings at a rate of 4% per 1000 ft. elevation.
Convertible to LPG.
This value is approximate. For more precise value,
see Unit Nameplate.
Based on U.S. Government Standard Tests.
Filters must be installed in return airstream. Square
footages listed are based on 300 f.p.m. face velocity.
If permanent filters are used size per manufacturer's
recommendation with a clean resistance of 0.05"
W.C.
(D Standard Air - Dry Coil - Outdoor
@ 2011 Trane
a
Dimensional Data
v
tze.�/6j iv.v tjiqj rILMAILL Nri
LEFT SIDE
18. 29
1231321 123/321
W03
SECTION Y-y
TYPICAL (8) SIDES Of DOWNFLOW DUCT OPENINGS
FRONT SIDE
BOTTOM SIDE
4YCY4042 through 4YCY4060 (1 of 3)
M
LUE HOOD
457.20
[ 181
(INS I DE
85.60
[ 3 - 3 / 8
Dimensional Data
L 1 � I
I N S I DE
BOTTOM DUCT OPENINGS
RECOMMENDED SERVICE CLEARANCE MMIIN.
WITH O.A. DAMPER/IECON.
BACK SIDE
304.8 1121
762.0 (301
LEFT SIDE
914.4 (361
1066.8 (421
RIGHT SIDE
914.4 1361
FRONT SIDE
1066.8 (421
CLEARANCE TO COMBUSTIBLE
MATERIAL MM/IM.
BOTTOM
0
BACK SIDE
25.4
(11
LEFT SIDE
152.4
161
RIGHT SIDE
304.8
[121
FRONT SIDE
304.8
1121
TOP
914.4
[361
24V ENTRY
359.80 1 T
14 - 5 / 3 2 1 294 . 02
(11-9/161 178,66
1 1 [7-1/321
106 . 05
[ 4 - 3 / 16 1
119. 74
[ 4 - 2 3 / 32 1
148. 92
15- 7/81
4YCY4042 through 4YCY4060 (2 of 3)
POWER ENTRY
27-78 DIA. HOLE
[1-3/321
GAS LINE ENTRY
FOR 12.70 [1121 N.P.T.
GAS CONNECTION
RIGHT SIDE
38 1 . 00
1151
( I NS I DE
32 1
3
BACK DUCT OPENINGS
SECTION X-X
TYPICAL (8) SIDES OFSSIDEFLOW DUCT OPENING
Dimensional Data
L" �/8j
�SURFACE AREA)
BACK SIDE
�81
MODEL
HEIGHT
MM/IN,
APPROX. CORNER
WEIGHT - KG/LBS
SHIPPING
WE IG HT
KG/LBS
TOTAL URI T
WEIGHT
KG/LBS
CENTER OF GRAVITY
MM/IN.
A
W1
W2
W3
W4
B
C
4YCY40421048A (096)
949.33
137-3/8)
75.3
11661
50.3
( 1111
45. 4
1001
67.6
( 1491
296.5
(6531
238.1
[SZ51
444.
5 ( 17,51
698.
5 (27.51
4VCY4048A (120)
75.7 11671
50.8 1 1121
45.8 1011
68.5 [1511
299.2 16591
240.9 [5311
444. 5 1 17.51
698.5 (27.51
4YCY4048B (096)
949.33
137-3/8)
77.1
[1701
52.2
11151
47.2
1041
69.4
(1531
303.4
16691
245.9
[5411
444.
5 17.51
698.5
127.51
4YCY40480 (120)
949.33
[37-3/8)
77.1
[ 1701
52.2
( 1151
47.2
1041
69.4
( 1531
303.4
(6691
245.9
1541)
444.5
17.51
698.5
127.51
4YCY4060AI/A3 (120)
1050.93
[41-3/8)
82.1
11811
46.3
11021
43.1
(951
76.7
(1691
306.9
16761
248.6
1548)
401.3
1 15.81
711.2
128.01
4DCY4042/048A (0961
949.33
137-3/8)
77.1
1 170)
51.3
1 1131
45, 4
[1001
67.6
1491
296.5
(6531
238.4
1525)
442.0
1 17.41
698.5
[27.51
4DCY40488 (096)
949.33
137-3/8)
78.9
11741
53.0
1 1173
47.2
[1041
69.4
1531
306.6
16761
248.5
15481
442.
0 ( 17.41
698.
5 (27.511
4DCY4060 (120)
1050.93
141-3/8)
83.9
1 1851
47.2
1041
43.1
(951
76.7
C 169)
306.9
16761
248.8
1548)
398.8
1 15.71
711.
2 128.01
4YC16048AI/A3/A4 (096)
1050.93
(41-3/8)
75.7
(1671
50.8
1121
45.8
11011
68.5
E 1511
299.2
(6591
240.9
15311
444.
5 1 17.51
698.
5 127.51
-
4YCZ6048AI/A3/A4 (120)
81.6 (1801
46.3 1 1021
42. 2 1931
73.5 [1621
301.6 [6651
243.6 15373
419.1 ( 16.51
706. 1 (27.81
4YCZ6060AI/A3/A4 (120)
1050.93
[41-3/8)
82.1
1 1811
46.3
1 1021
43.1
1951
76.
7 11691
306.9
[6761
1 248.6
15481
401�3
1 15.81
711.2
128.01
4DCZ6048 (096)
1050.93
141-3/8)
81.6
11801
46.3
1 1021
42.2
1931
73.5
( 1621
301.6
[6651
1 243.6
1537)
1 4�9
� 1 16.
06.�I
4DCZ6060 (120)
1050.93
141-3181
83.9
11851
47.2
( 1041
43.1
1951
75.7
1 1691
306,9.(6761
1 248.8
(548)
1 3 8
1 15 1� 1
711.
�27.81
28.01
4YCY4042 through 4YCY4060 (3 of 3)
Unit Performance Data
indoor Fan Pertormance 4
Horizontal Airflow
4YCY4048-HOR
External Static Pressure (in
)
Motor Speed
0 1
0.1
0.2 1
0.3
1 0.4
0.5
0.6
0.7
0.8
1 0.9 _
1
LOW
Watts
200
220
250
285
1 320_
354
386
417
449
487
538
CFM
1407
1394
1396
1403
1408
1408
1402
1391
1380
1377
1392
MED*
Watts
268
316
354
386
417
448
483
520
559
597
630
CFM
1584
1608
1616
1615
'
1608
1600
1593
1586
1579
1568
1550
HIGH
Watts
378
430
478
522
�63
1 (�O 2
1 640
1 679
1 717
758
-
CFM
1 17981
1821
18301
1833
1831
1 1828
1 18251
18221
1817
1807
-
ow
4YCY4048-DOWN
External Static Pressure (in. wg)
Motor Speed
0
0.1
0.2
0.3
[ 0.4
0.5
0.6
0.7
0.8
0.9
1
LOW
Watts
141
232
270
294
329
378
431
456
478
505
545
CFM
1344
1405
1414
1411
1416
1433
1425
1435
1430
1410
1400
MED�
Watts
253
332
379
412
443
480
524
570
607
619
583
CFM
1582
1614
1624
1624
1621
1618
1618
1620
1618b16
06
1574]
HIGH
I
Watts
1 364
1 461
1 518
1 558
597
, 643
, 93
739
764
785
E
CFM
1 18161
18291
18361
18391
18401
18401
18441
18351
1830
1825
dulul Y Ljuldun ataill ly
Heating Airflow, horizontal or downflow from .2 to.6" wg.
4YCY4048B*096
Switch Settings
Selection
Nominal Airflow
Low Stage
High Stage
7-OFF
8-OFF
A
1075
1375
7-ON
8-OFF
B
1100
1450
7-OFF
8-ON
C
1150
1500
7-ON
8-ON
D
1200
1575
. can be 1 or 3
4YCY4048B*120
Switch Settings
Selection
Nominal Airflow
I
Low Stage
High Stage
7-OFF
8-017F
A
1050
1500
7-ON
8-OFF
B
1100
1575
7-OFF
8-ON
C
1150
1625
7-ON
8-ON
D
1200
1700
.can be 1 or 3
Mechanical Specifications
General
All units shall be factory assembled,
piped, internally wired and fully charged
with refrigerant. All units shall be de-
signed to operate at outdoor ambient
temperatures as high as 11 5'F. Cooling
capacities shall be rated in accordance
with A.H.R.I. standards. The unit design
is certified to ANSI 221.47/CSA 2.3
specifically for outdoor applications
using natural gas or propane. All units
shall be designed for outdoor rooftop or
ground level installation. Unit casing is
constructed of heavy gauge, galvanized
steel and painted with a weather -resistant
powder paint.
Shipped for horizontal application,
convertible to downflow.
Casings
All panels shall be heavy gauge steel,
gasketed and insulated. Foil -faced
insulation shall be in the heat exchanger
section. Foil -faced insulation shall be in
the evaporator section. Base pan shall be
heavy gauge steel. WEATHERGUARD TM
exterior corrosion resistant screws shall
be used for added resistance to rust and
corrosion.
Controls
Refrigeration cycle controls shall include
condenser fan, evaporator fan and com-
pressor contactors. Compressors shall
be equipped with a combination internal
winding thermostatIcurrent overload.
Internal high pressure relief shall also be
provided.
Refrigeration System
Compressors —
The ClimatuW compressor features in-
ternal over temperature and pressure pro-
tector, total dipped hermetic motor. Other
features include: centrifugal oil pump, and
low vibration and noise.
Evaporator Coil — Internally enhanced
3/8-inch OD seamless copper tubing
mechanically bonded to aluminum fins,
factory pressure and leak tested at
to 300 psig. All units have TXV to control
refrigeration flow.
Trane
6200 Troup Highway
Tyler, TX 75707-9010
Condenser Coil —
The Spine Fin TM condenser coil shall be
continuously wrapped, corrosion resistant
all aluminum with minimum brazed joints.
This coil is 3/8 inch OD seamless alumi-
num tubing glued to a continuous alumi-
num fin. Coils are lab tested to withstand
2,000 pounds of pressure per square
inch. The outdoor coil provides low airflow
resistance and efficient heat transfer.
The coil is protected on all four sides by
louvered panels.
Indoor Air Fan — Direct -drive, forward -
curved, centrifugal wheel in a Composite
VorticaO Blower housing. Motor shall
have thermal overload protection. Perma-
nently lubricated motor bearings. Motor/
blower assembly isolated from unit with
rubber mounts.
Condenser Fan — Direct -drive, draw
through propeller type. Weather -proofed
permanent split capacitor fan motor shall
have built-in thermal overload and perma-
nently lubricated motor bearings.
Low Ambient — Standard refrigerant
system operation down to 55*17. Low am-
bient accessory required for operation to
OOF ambient condition.
Gas -Fired Heating System — Models
shall provide completely assembled,
wired and piped gas fired heating systems
within unit. Design certified by UL, specifi-
cally for outdoor application. Threaded
gas connection on the unit.
Electronic Ignition System — Main
burner is lit each time thermostat calls for
gas heat. Flame sensor proves flame and
keeps the main burners on. Should a loss
of flame occur, the main valve closes and
the spark recurs within 0.8 second. When
thermostat is satisfied, main burner is
extinguished.
Forced Combustion Blower — Insures
flame stability under varying wind condi-
tions. Gives higher combustion efficiency
and location flexibility.
Heat Exchanger — stainless steel
tubes. Free floating design.
Burners — stainless steel. Multi -
port inshot.
Accessories
(U.S. Domestic Models)
Roof Curb — The roof curb shall
be designed to mate with the unit
and provide support and complete
weather -tight installation when
properly installed. Curb shall ship
knocked down for field assembly,
and include wood nailer strips.
Modulating Economizer —This
accessory shall be field installed
and be composed of the following
items: 0-100% fresh air damper,
damper drive motor fixed dry bulb
enthalpy control, and low voltage
polarized plug for electrical con-
nections. Solid state enthalpy or
differential enthalpy control is op-
tional. Economizer operations shall
be controlled by the preset position
of the enthalpy control. A barometic
relief damper shall be standard
with the economizer and provide
a pressure operated damper that
shall be gravity closing and prohibit
entrance of outside air on equip-
ment "off " cycle.
Manual Fresh Air Hood
Manual outside air provides a
fixed outside air quantity from 0
to 25 percent. Includes hood and
birdscreen.
Low Ambient Control
Control allows cycling of compres-
sor under low ambient cooling
conditions. Required for cooling
operation to OoF
Propane Gas
Conversion Kit — For conversion
from natural gas to LP gas.
�IERre/r
\vk'v
C TOUS
ISTED
The manufacturer has a policy of continuous product and product data improvement and it reserves the right
in changA dpqiqn And sparificationg without notinp
10
RK SUBJECT
0 FIELD
CT'O
-�LL Wo�
ALL WORK SUBJECT
TO FIELD
INSPECTION FOR
PL .
CODE COMPLIANCE
I MECHANICAL LEGEND 77-71
GENERAL HVAC NOTES (PERMITTED UNDER 2015 WSIVIC & WSEC)
1 THE FOLLOWING NOTES APPLY TO ALL MECHANICAL DRAWNGS. ADDITIONAL MECHANICAL NOTES MAY
BE INDICATED ON EACH MECHANICAL DRAWING. SEE SPECIFICATIONS FOR ADDITIONAL REQUIREMENTS.
2 REFER TO ARCHITECTURAL AND STRUCTURAL DRAWINGS FOR GENERAL CONSTRUCTION INCLUDING
LOUVERS. HOUSEKEEPING PADS, STRUCTURAL DETAILS, ETC.
3 REFER TO ARCHITECTURAL DRAWING FOR ROOM ELEVATIONS. LOCATE MECHANICAL DEVICES SUCH AS
TEMPERATURE SENSORS, HUMIDISTATS, PANELS. ETC. SO THAT THEY DO NOT CONFLICT WITH
GENERAL CONSTRUCTION (WAINSCOT. DOOR HARDWARE, ETC.) NOR WITH ELECTRICAL SYSTEM
(LIGHT SWITCHES, SPEAKER% OUTLETS, ETC.). MOUNT THERMOSTATS 60* AFF UNO.
4 MECHANICAL DRAWINGS SHOW APPROXIMATE LOCATIONS FOR GRILLES AND DIFFUSERS. REFER TO
ARCHITECTURAL DRAWINGS FOR LOCATIONS OF GRILLES, REGISTERS, DIFFUSERS. AND
OTHER CEIUNG OR SURFACE MOUNTED DEVICES. INSTALL EQUIPMENT IN CONFORMANCE WITH
ARCHITECTURAL FEARJRES IN THE CENTER OF CEILING TILES. IN THE CENTER OF ROOMS, OR WHERE
INDICATED ON ARCHITECTURAL DRAWINGS. WHERE EQUIPMENT IS NOT INDICATED ON ARCHITECTURAL
DRAWINGS, OBTAIN DIRECTION FROM ARCHITECT PRIOR TO INSTALLATION.
5 SEE ARCH. DRAWNGS FOR EXACT SIZE AND LOCATION OF LOUVERS. COORDINATE EXACT SIZE OF ATTACHED
DUCTWORK/PLENUM AND/OR MOTORIZED DAMPERS WITH ARCH. DRAWINGS.
6 COORDINATE MEP TRADES PRIOR TO STARTING WORK.
7 COORDINATE LOCATIONS OF MECHANICAL EQUIPMENT AND DUCTWORK TO PROVIDE CLEARANCES
OVER LIGHTING FIXTURES FOR REMOVAL AND SERVICE ACCESS DUE TO EQUIPMENT MAINTENANCE.
8 ARRANGE HVAC EQUIPMENT SO THAT ACCESS CLEARANCES INDICATED BY DRAWNGS, REQUIRED BY
CODES AND RECOMMENDED BY MANUFACTURER ARE: PROVIDED. EQUIPMENT ACCESS PER CURRENT
NEC VERSION.
9 PROVIDE ACCESS PANELS/DOORS IN DUCTWORK AS INDICATED IN DIVISION 15/23 FOR INSPECTION
AND MAINTENANCE FOR ALL SMOKE/FIRE DAMPERS.
10 GENERAL CONTRACTOR TO PROVIDE ACCESS,T0 FIRE AND/OR COMBINATION FIRE/SMOKE DAMPERS
THROUGH ACCESS DOORS IN HARD COUNGS AND WALLS. WHERE ACCESS DOORS PENETRATE FIRE RATED
SYSTEMS THEY SHALL BE RATED IN ACCORDANCE WITH IBC REQUIREMENTS.
11 REFER TO ELECTRICAL DRAWINGS FOR ADDITIONAL ELECTRICAL CHARACTERISTICS OF MECHANICAL
EQUIPMENT (VOLTAGES, ETC).
12 ELECTRICAL CHARACTERISTICS OF LISTED EQUIPMENT SHALL BE VERIFIED BY CONTRACTOR DURING
SUBMITTAL PROCESS.
13 DRAWINGS ARE SCHEMATIC IN SOME AREAS AND MAY NOT SHOW OFFSETS WHICH MAY BE REQUIRED.
PROVIDE OFFSETS AS REQUIRED.
14 REFER TO PIPING DIAGRAMS AND DETAILS FOR REQUIRED FITINGS. VALVES, ETC. FLOOR PLANS
AND SECTIONS INDICATE EQUIPMENT LOCATIONS AND GENERAL PIPE ROUTING ONLY.
15 DUCTWORK SIZES SHOWN ARE CLEAR INSIDE DIMENSION.
16 PROVIDE FABRICATED STEEL MEMBER SUPPORTS AS REQUIRED BY MANUFACTURER'S INSTALLATION
INSTRUCTIONS, AS INDICATED ON DRAWINGS, OR IN SPECIFICATIONS FOR INSTALLATION
OF EQUIPMENT. REQUIRED STRUCTURAL MEMBERS, BOLTS, AND WELDS SHALL BE IN ACCORDANCE
VATH STRUCTURAL ENGINEER.
17 IF REQUIRED FOR INSTALLATION OF PIPES. DUCTS, AND EQUIPMENT, PROVIDE ADDITIONAL STRUCTURAL
MEMBERS BETWEEN COLUMNS, JOISTS, AND STRUCTURAL FRAME TO MEET SUPPORT REAC-nONS
(FORCES, MOMENTS, DEFLECTIONS). STRUCTURAL MEMBERS SHALL BE DESIGNED BY A REGISTERED
PROFESSIONAL ENGINEER.
18 DO NOT CORE DRILL OR DRILL THROUGH SEAMS, COLUMNS, AND SHEAR WALLS, UNLESS INDICATED ON
STRUCTURAL DRAWNGS OR AS APPROVED BY THE STRUCTURAL ENGINEER.
19 PROVIDE DUCT LINING FOR THE FOLLOWING:
A' ALL EXHAUST DUCTWORK WITHIN 10' OF A FAN.
B ' ALL SUPPLY AND RETURN DUCTWORK WITHIN 10' OF A FAN.
C. ALL MIXED AIR '
D. PLENUMS UPSTREAM OF RETURN FANS.
E. OTHER LOCATIONS �ERE NOTED ON DRAWINGS OR SPECIFIED.
20 PROVIDE A VOLUME DAMPER FOR EACH SUPPLY BRANCH, RETURN BRANCH (DUCTED ONLY), & EXHAUST
BRANCH, AND ELSEWHERE AS NOTED ON DRAWNGS OR IN SPECIFICATIONS.
21 DUCTWORK STATIC PRESSURE AND SEAL CLASS, BASED UPON SMACNA:
22 ECONOMIZERS SHALL MODULATE OUTSIDE AIR FROM MINIMUM TO 100% PER 2015 WSEC C403.3.1.1
23 SEAL DUCTWORK PER 2015 WSEC C403.2-8 AND PER DIVISION 15/23 SPECIFICATIONS.
24 BALANCE HVAC SYSTEM PER 2015 WSEC C408.2.2. I AND PER DIVISION 15/23 SPECIFICATIONS.
25 COMMISSION HVAC SYSTEM PER 2015 WSEC C408.2 AND PER DIVISION 15/23 SPECIFICATIONS.
26 PROVIDE COMPLETION/RECORD DRAWINGS PER 2015 WSEC C408.1.4.3 AND PER DIVISION 15/23 SPECIFICATIONS
27 THERMOSTATS SHALL BE INTERLOCKED TO PREVENT SIMULTANEOUS HEATING AND COOLING
PER 2015 WSEC C403.2.4
28 INSULATE DUCTWORK PER 2015 WSEC C403.2.8 AND PER DIVISION 15/23 SPECIFICATIONS
(WHICHEVER IS GREATER).
29 INSULATE PIPING PER 2015 WSEC C403.2.9 AND PER DIVISION 15/23 SPECIFICATIONS
(WHICHEVER IS GREATER).
30 ALL HVAC EQUIPMENT TO HAVE PHENOLIC TAGS PER IMC 304.12
ABBREVIATIONS
AC
AIR CONDITIONING
HP
HORSE POWER
QTY
QUANTITY
A13V
ABOVE
HPFS
HIGH POINT FINISHED SURFACE
AD
ACCESS DOOR
HR
HOUR
R
REUEF
AV
ACID VENT
HTG
HEATING
RA
RETURN AIR
AW
ACID WASTE
HT
HEIGHT
RED
REDUCER
AFC
ABOVE FINISHED CEILING
HVAC
HEATING. VENTILATION AND
REQD
REQUIRED
AFF
ABOVE FIN:SHED FLOOR
AIR CONDITIONING
RR
REMOVE AND RELOCATE
AFG
ABOVE FIN SHED GRADE
HW
HOT WATER
RJ
RESTRAINED JOINTS
AFUE
ANNUALIZED FUEL EFFICIENCY
HWC
HOT WATER CIRCULATING
RET
RETURN
AHU
AIR HANDLING UNIT
HWS
HOT WATER HEATING SUPPLY
RG
RETURN GRILLE
AL
ALUMINUM
HWR
HOT WATER HEATING RETURN
RPM
REVOLUTIONS PER MINUTE
APPROX
APPROXIMATELY
RWL
RAINWATER LEADER
ARCH
ARCHITECTURAL
IA
INSTRUMENT AIR
ATMOS
ATMOSPHERE
ID
INSIDE DIMENSION
SS
SANITARY SEWER OR STAINLESS
ELEVATION
STEEL
BATT
BATTERY
:E
H
NVERT
SULATION HOT
SA
SUPPLY AIR
BOO
BACK DRAFT DAMPER
IN
INCH, INCHES
SCHED
SCHEDULE
BF
BLIND FLANGE
INFO
INFORMATION
SECT
SECTION
BFc
13ELOW FINISHED CEILING
INST
INSTRUMENT
SEER
SEASONAL ENERGY EFF. RATIO
BHP
BRAKE HORSE POWER
INSUL
INSULATE, INSULATION
Svc
SERMCE
Ell
BAI CKWARDINCLINED
SHT
SHEET
BLDG
BU WIND
:NV
R R
:NVERT
IRRIGATION (NON POTABLE)
SO
SMOKE DETECTOR
BOD
BOTTOM OF DUCT
1W
INDIRECT WASTE
SL
SOUND LINING
BTU
13R THERMAL UNIT
SV
SOLE2401D VALVE
BTUH
BR:TTIISSHH THERMAL UNIT PER HOUR
JAN
JANITOR
SW
SOCKET WELD
STA
STATION
CFM
CUBIC FEET PER MINUTE
KW
KILOWATT
SID
STANDARD
CHAR
CHARACTERISTICS
KWH
KILOWATT HOUR
SF
SUPPLY FAN
CHEM
CHEMICAL INJECTION
SFD
SMOKE/FIRE DAMPER
CHWS
CH WATER SUPPLY
LAT
LEAVING AIR TEMPERATURE
CHWR
ZLLEDD WATER RETURN
L13
POUND
S.I.O.
SUPPLIED AND INSTALLED
CLG
CEILING
LC
LOCKED CLOSED
BY OWNER/ (OTHER)
CO
CLEAN OUT
LF
UNEAL FEET
SHT
SHEET
GONG
CIONC ETE
LOC
LOCATION
SP
STATIC PRESSURE
CONN
CONNECT OR CONINECTON
LVG
LEAVING
SPEC
SPECIFICATION
CPLG
COU'LIN
SR
SUPPLY REGISTER
CS
CARBON STEEL
MAR
MATERIAL
SS
STAINLESS STEEL
CSC
CARSEALED CLOSED
MAX
MAXIMUM
SYS
SYSTEM
CSO
CARSEALED OPEN
MPG
MEDIUM PRESSURE GAS
STAT
THERMOSTAT
CV
CONSTANT VOLUME
MA
MIXED AIR
CW
COLD WATER
MBH
THOUSAND BRITISH THERMAL
S.I.O.
SUPPLIED AND INSTALLED
ORD
CEILING RADIATION DAMPER
UNITS PER HOUR
BY OWNER/ (OTHER)
SHT
SHEET
DET
DETAIL
MCC
MOTOR CONTROL CENTER
SP
STATIC PRESSURE
DA
D AME R
MCA
MAXIMUM CIRCUIT AMPS
SPEC
SPECIFICATION
D:M
D:MENTEION
MAT
MIXED AIR TEMPERATURE
SIR
SUPPLY REGISTER
D SCH
DSCHARGE
I'
MAX
MAMMUM
ss
STAINLESS STEEL
D:
D6CTILE IRON
MECH
MECHANICAL
SYS
SYSTEM
DMPR
DAMPER
MFR
MANUFACTURER
STAT
THERMOSTAT
ON
DOWN
MED
MEDIUM
DP
DIFFERENTIAL PRESSURE
MH
MANHOLE
TEMP
TEMPERATURE
DR
DRAIN
MIN
MINIMUM, MINUTE
TO
TEMPERATURE DIFFERENTIAL
DWG
DRAWING
MISC
MISCELANEOUS
MH
TOTAL DYNAMIC HEAD
TEMP
TEMPORARY
EA
EACH
N
NORTH. NEUTRAL
THRU
THROUGH
EAT
ENTERING AIR TEMPERATURE
NA
NOT APPLICABLE
TSTAT
THERMOSTAT
EOC
ECCENTRIC
NC
NORMALLY CLOSED
TYP
TYPICAL
ECON
ECONOMIZER
Nic
NOTIN CONTRACT
TRU
TERMINAL REHEAT UNIT
DER
ENERGY EFFICIENCY RATIO
NO
NUMBER OR NORMALLY OPEN
EF
EXHAUST FAN
NG
NATURAL GAS
UL
UNDERWRITER'S LABORATORY
EFF
EFFICIENT, EFFICIENCY
NTS
NOT TO SCALE
UNO
UNLESS NOTED OTHERWISE
ED
EXHAUST GRILLE
LIV
UNIT VENTILATOR
EL
ELEVATION
OC
ON CENTER
UIVIC
UNIFORM MECHANICAL CODE
ELEC
ELECTRICAL
OSA
OUTSIDE AIR
UP
UNIFORM PLUMBING CODE
EQUIP
EQUIPMENT
OAT
OUTSIDE AIR TEMPERATURE
Jac
UNIFORM BUILDING CODE
ET
ELECTRIC TRACED
OA
OUTSIDE AIR
UPC
UNIFORM PLUMBING CODE
EXIST, (E) EXISTING
OD
OUTSIDE DIMENSION
UG
UNDERGROUND
EXH
EXHAUST
OPP
OPPOSITE
EXT
EXTERIOR
OV
OUTLET VELOCITY
V
VOLT
OCIP
OVER CURRENT PROTECTION
VAC
VOLTS AC
FH
FAHRENHEIT
VDC
VOLTS DC
FD
FIRE DAMPER OR FLOOR DRAIN
P
PUMP
VD
VOLUME DAMPER
FF
FINISHED FLOOR
PD
PRESSURE DROP
VAC
VACUUM
FLGD
FLANGED
PERF
PERFORATED
VAV
VARIABLE AIR VOLUME
FLR
FLOOR
PF
PRE FILTER
VEL
VELOCITY
FCO
FLOOR CLEAN OUT
PH
PHASE
VF
VENTILATION FAN
FPM
FEET PER MINUTE
pi
PUSH ON JOINTS
VTR
VENT THROUGH ROOF
FLTR
FILTER
PLCS
PLACES
VOL
VOLUME
FOF
FACE OF FLANGE
PNL
PANEL
V/PH/HZ
VOLTS/PHASE/HERTZ
FPI
FINS PER INCH
FOG
POINT OF CONNECTION
FSK
FOIL SKRIM KRAFT LINED
PRV
PRESSURE REDUCING VALVE
W/
WITH
DUCT (SPUN TRAND)
S
PS
IF
PPE SUPPORT
W/O
WITHOUT
FT
FEET, FOOT
PSV
PRESSURE SAFETY (RELIEF)
WE
WET BULB
FV
FACE VELOCITY
VALVE
we
WATER CLOSET
FW
FEED WATER
WOO
WALL CLEAN OUT
FPTU
FAN POWERED TERMINAL UNIT
WG
WATER GAUGE
wr
WATER TANK
G
GAS
WT
WEIGHT
GALV
GALVANIZED
WTR. W
WATER
GEN
GENERATOR
Gn
GROUND FAULT CIRCUIT INTERRUPTER
GR
GRILLE
GPM
GALLONS PER MINUTE
ov
GATE VALVE
GW
GRAY WATER (NON POTABLE)
GWR
GLYCOL WATER RETURN
GWS
GLYCOL WATER SUPPLY
SYMBOLS LEGENDS & NOTES - HVAC
CONTROLS
CARBON MONOXIDE (CO) SENSOR
CO2 SENSOR
@
OCCUPANCY (CO2) SENSOR
0
ROOM THERMOSTAT (T)
SHEET INDEX
SHEET
TITLE
No.
MO.0
SYMBOLS ' LEGEND, & NOTES
MO.1
MAPS & NOTES
MO.2
EQUIPMENT SCHEDULES
MO.3
EQUIPMENT SCHEDULES
MOA
RESIDENTIAL VENTILATION
M
LEVEL P1 PLAN - HVAC
M�.O
.1
LEVEL I RETAIL PLAN - HVAC
M1.2
LEVEL 1 PLAN - HVAC
M1.3
LEVEL 2 PLAN - HVAC
MIA
LEVEL 3 PLAN - HVAC
MI.5
ROOF PLAN - HVAC
M1.5a
ROOF PLAN PENETRATON/CURB LAYOUT
H
M2.1
CORRIDOR RISER - HtVAC
All 0.'� m I— '�Oj
M3!21
RAL LAT'o
RES.DEN�R- VENTILATION - HVAC
M,
RES TAL 7
ESIDENT'AL VENTILATION - HVAC
TILA RON _ HVAC
:RESIDENTIAL
M3.3
EN , ON
VENTILATION - HVAC
`9-4��
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CONTROLS DIAGRAMS
4.
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HVAC STRUCTURAL CALCULATIONS
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HVAC STRUCTURAL CALCULATIONS
A P J-PROWD
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CITY OF EDIVION S
WORK BUILDING DEPART ENT
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APPROVED DATE: (7-- I!T-18
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WESTGATE PARK DPA ON NO. 2, ACCORDING TO
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OF PLATS. PAGES 40 AND 41. RECORDS OF
S140HOMISH COUNTY. W�HINGTON.
LOTS I D 2. CITY OF EMONDS SHORT PLAT
NO. S-3-85. RECORDED U DO RECORDING
NO. MOS 30344. BEING A PORVON OF LOT S.
RMIK 2, WESTGATE P� DMON NO. 2
ACCORDING TO THE PLAT TiEREO RECORDED
IN VOWM 13 OF PUTS. PAGES 40 AND 41,
RECORDS OF 940MMISH COUNTY.
WASHINGTON.
SYMBOLS LEGENDS & NOTES - HVAC
SCALE: NTS
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INSPECTION FOR
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MAPS & NOTES
HVAC
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OCT 0 1 2 118
m 0—Tt NDS
OSA VENTILATION
CALCULATIONS
AREA
ZONESQ
occuP T
DENSITf PER IM
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219
220
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236
240
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161
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31
35
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146
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242
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234
240
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loss
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241
246
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410
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398
410
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313
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NUMBEIROF
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0.06
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171
0.06
10
150
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150
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345
350
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489
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w
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100
TRAS AND RECYCLE 235
LEVELl
32
1
32
35
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32
1
32
35
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71
1
71
75
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50
100
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18
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10
0.21
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m (T. f
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32
1
32
35
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as
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71
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50
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100
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200
0.15
120
1 -b
0.66
15
0.09
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18
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10
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15
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208
10
19
25
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26,000
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24,000
18,480
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14.2
37.1
153
3.4
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208
30
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Wheless Adeple,
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snap into place as shown.
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• Remove jumper(s) If using separate transformers.
• See Economizer wiring section.
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