Myers Plumbing & Heating, Inc. SUBMITTAL
Myers Plumbing & Heating, Inc.
SUBMITTAL
16825 Industrial Parkway
Phone: (517) 886-2255
Lansing, MI 48906
Fax: (517) 886-7854
No.
233600_01
TO:
The CSM Group 444 W Michigan Ave Kalamazoo, MI 49007 (Submitted via Procore Website)
ATTN:
Lisa Ruthruff
DATE:
06/29/16
PROJECT:
12-146 – Saint Jons Providence Medical Center Livingston
JOB NUMBER:
953194
Description Specification Name Specification Section Revision No. Manufacturer / Supplier / Sub Est. Lead Time Once Ordered
Air Terminal Units Air Terminal Units 233600 0 Price / S&Z Sheetmetal 4-5 Weeks
Item Description Air Terminal Units – Product Data Air Terminal Units – Shop Drawings Terminal Units: TU-101, TU-201, TU-202, TU-301 Fan Powered Terminal Units: FTU-101, FTU-102, FTU-201
Myers Plumbing & Heating, Inc. Mechanical Contractors Lansing, MI
REVIEWED As to the general layout only. This review subject to approval by Architect and/or Engineer
By Jarrod Clark
Date 06/29/16
Type of Submittal Shop Drawing Product Data LEED Color Selection Close-Out Document
Spec. Sub Section 1.2.A 1.2.B
CSM Reference # 14146-347 14146-348
P.O. Box 1155 Troy, MI 48099-1155 (248) 837-7000 FAX: (248) 837-7004
Livingston Ambulatory Facility Genoa Twp, MI Engineer: Diekema Hamann Customer: S&Z Sheet Metal, Inc. 5237 Commerce Road Flint, MI 48507 P.O. No.: 16131-01
Manufacturer
MAP Ref: PTR1601726 Salesman: Kevin McGuire Engineer Sales: Phil Long Project Management: Ian Smith Date: June 22, 2016
Estimated Lead Time
Material
Specification Section
(from receipt of approved submittal drawings or written release for fabrication)
Air Terminal Units
233600
4-5 Weeks
Terminal units shall be Price SDV5000 series with ARI certified performance data. Terminals shall be pressure independent and shall reset to any air flow between zero and the maximum cataloged air volume. The assembly casing shall be constructed of 22 gauge zinc coated steel, internally lined with 5/8” thick foil-board (FB) liner which complies with UL-181, UL723, ASTM E84, and ASTM C 665. The primary air valve damper shall be heavy gauge metal with peripheral gasket, pivoted in self-lubricating bearings. In the full closed position, air leakage shall not exceed 2% of the nominal catalog rating at 3” inlet static pressure, as rated by ARI Standard 800. Electric Reheat Coil: Electric reheat shall be slip-in type, open coil design, with integral control enclosure. Coil elements shall be fabricated of 80/20 Nickel/Chromium. Safety controls shall include de-energizing magnetic contactor per stage, automatic reset thermal cutout, secondary manual reset thermal cutout, door interlocked disconnect switch and positive pressure airflow switch. Coils shall be UL labeled. Controls: Coil Voltage: Options:
DDC, supplied by others, factory mounted by Price 277/1 SCRV Controls (0-10 VDC signal, verify prior to release for fabrication) Door interlocked disconnect switch Controls enclosures
Date Printed: 6/21/2016
All‐In‐One Terminals
Engineer DH Sales Person Kevin McGuire Date June 21 2016
Rep Job No PTR1601726 Location Genoa Twp Customer S & Z Sheet Metal
* Max Discharge NC 2008
* Max Radiated NC 2008
Discharge Height (in)
Discharge Width (in)
TU‐101
8
525
160
210
1.00
0.75
‐‐
‐‐
3.00
55.00
100.10
277‐1
SCRV
10.83
15
14.76
10.00
12.00
TU‐201
Tag
Inlet Dia 8
Max Primary (CFM) 550
Min Primary (CFM) 165
Reheat ( CFM) 210
Inlet SP (in. w.g.) 1.00
Differential PD (in. w.g.) 0.75
20 (3)
‐‐
3.00
55.00
100.10
277‐1
SCRV
10.83
15
14.76
10.00
12.00
TU‐202
8
400
132
210
1.00
0.75
‐‐
‐‐
3.00
55.00
100.10
277‐1
SCRV
10.83
15
14.76
10.00
12.00
TU‐301
10
675
221
330
1.00
0.75
‐‐
‐‐
4.50
55.00
98.10
277‐1
SCRV
16.25
25
22.14
12.50
14.00
1. Dashes (‐‐) indicate NC values less than 20. 2. Sound power levels are given in decibels (dB). 3. "** Discharge sound power levels 2008" do not include duct end reflection. For the most current data based on ASHRAE Standard 130‐2008 and AHRI Standard 880‐2011 reference "Discharge sound power levels." 4. Dashes (‐‐) indicate sound power levels below 36‐29‐26‐22‐19‐17 for each octave band; values below these sound power levels are considered below significance per AHRI 880. 5. Minimum operating pressure is the minimum static pressure required to operate the terminal unit assembly at maximum primary flow with a wide open damper. 6. Airflow is given in cubic feet per minute (cfm). 7. Air pressure drop is given in inches water gauge (in. w.g.), and water pressure drop is given in feet of water gauge (ft. w.g.). 8. * NC values are derived from sound power levels obtained in accordance with ASHRAE Standard 130‐2008 and AHRI Standard 880‐2008. These values are NOT the most current method for estimating NC values because AHRI 880‐2008 does not include duct end reflection corrections. 9. Terminal unit assembly is ETL certified in accordance with UL1995 and CSA 22.2.236.
F:\Apps\Price All In One\Jobs\Frauenshuh Livingston Ambulatory.aio‐projx Page 1 of 1
EC Capacity (kW) EAT (°F) LAT (°F) Volts Steps Coil Amps MOP MCA
SDV5
Single Duct Terminal Unit
Submittal Sheet SDV5
Item Tag:
TU-101,TU-201,TU-202,TU-301
Single Duct w/ Electric Coil
Unit Size
Max Airflow
8 10
1100 1800
Outlet B 12 14
Inlet A 8 10
C 10 12 1/2
Length L 40 1/4 40 1/4
Digital Controls
Controls are supplied by controls contractor and field installed Controls Enclosure will be supplied as illustrated on right hand side unless specified otherwise Multi-point Primary Airflow Sensor supplied by Price
Notes
Liner FB
22 Ga. zinc coated terminal and 20 Ga. heater, mechanically sealed, leak resistant construction Rectangular discharge opening with slip and drive cleat duct connection
Internal Insulation – Foil Faced Rigid Fiberglass Board 5/8" (16mm) thick, min. 4# density, meets requirements of NFPA90A and UL 181. R-Value = 2.6
Assembly UL1995 & CSA236 certified
PROJECT: Frauenshuh Livingston Ambulatory SUBMITTAL NO: 258148-E ENGINEER: CUSTOMER: DESCRIPTION: Single Duct - DDC By Others SDV5//I/2000/8,10/FLD/CFM//EC/3.0,4.5/277-1/SCRV/FUS/IDSW////////FB//PS//////////////////////SCR-109/ © Copyright Price Industries 2016 Marketing Release version: 2.16.6.1, All In One version: 3.16.6
SUBMITTAL DATE: 6/21/2016
All metric dimensions () are soft converted. Imperial dimensions are converted to metric and rounded to the nearest millimeter.
Page 1 of 2
SDV5
Single Duct Terminal Unit
Submittal Sheet
Item Tag:
TU-101,TU-201,TU-202,TU-301
Electric Coil Standard Coil Notes Automatic reset thermal cutout Manual reset thermal cutout Hinged access door Refer to submitted control diagrams for standard control components to be supplied 24 VAC / 50 VAC Class 2 Transformer
Low watt density elements, high grade nickel-chrome alloy Air flow switch Single point electrical connection Magnetic Contactors
Selected Coil Features
Electrical Configuration Unit Size 8 10
B 12 14
C 10 12 1/2
H 12 12
FUS - Main line fusing IDSW - Door Interlock Disconnect
Supply Voltage: 277/1ø (2 Wire) Stages/Control:
SCRV
SCR voltage control with 0-10 VDC control signal SCR-109 (1 Phase SCR, 45 Amps Max / 480 volts Max)
PROJECT: Frauenshuh Livingston Ambulatory SUBMITTAL NO: 258148-E ENGINEER: CUSTOMER: DESCRIPTION: Single Duct - DDC By Others SDV5//I/2000/8,10/FLD/CFM//EC/3.0,4.5/277-1/SCRV/FUS/IDSW////////FB//PS//////////////////////SCR-109/ © Copyright Price Industries 2016 Marketing Release version: 2.16.6.1, All In One version: 3.16.6
SUBMITTAL DATE: 6/21/2016
All metric dimensions () are soft converted. Imperial dimensions are converted to metric and rounded to the nearest millimeter.
Page 2 of 2
P.O. Box 1155 Troy, MI 48099-1155 (248) 837-7000 FAX: (248) 837-7004
Livingston Ambulatory Facility Genoa Twp, MI Engineer: Diekema Hamann Customer: S&Z Sheet Metal, Inc. 5237 Commerce Road Flint, MI 48507 P.O. No.: 16131-01
Manufacturer
MAP Ref: PTR1601726 Salesman: Kevin McGuire Engineer Sales: Phil Long Project Management: Ian Smith Date: June 22, 2016
Estimated Lead Time
Material
Specification Section
(from receipt of approved submittal drawings or written release for fabrication)
Air Terminal Units
233600
4-5 Weeks
Terminal Unit Installation Considerations 1.
Straight run connections: a. The nominal size of both the duct and the terminal collar should be the same. b. The duct should always fit over the collar, never in the collar. c. Fasten and seal according to job specifications. d. There should be at least 3 ½ diameters of duct before any obstructions in flow (e.g. elbows, tees or large transitions).
2.
Flex elbow connections: a. An elbow of flex duct is not recommended with a bend radius of 1 ½ times the diameter and should be 3 ½ diameters away from the inlet of the terminal unit. b. Straight sections of flex duct before the inlet of the terminal should be drawn as taut as possible to minimize the folding of the duct. c. Elbows should not have any sharp bends; a long gradual bend is desired. d. Fasten and seal according to job specifications.
3.
Hard elbow connections: a. Hard elbows should be used as specified or when the available distance for a straight run before the terminal inlet is less and 1½ diameter. b. A hard elbow connection should be used for all applications where obstructions are a concern for turbulent flow. c. Fasten and seal according to the job.
P.O. Box 1155 Troy, MI 48099-1155 (248) 837-7000 FAX: (248) 837-7004
Livingston Ambulatory Facility Genoa Twp, MI Engineer: Diekema Hamann Customer: S&Z Sheet Metal, Inc. 5237 Commerce Road Flint, MI 48507 P.O. No.: 16131-01
Manufacturer
MAP Ref: PTR1601726 Salesman: Kevin McGuire Engineer Sales: Phil Long Project Management: Ian Smith Date: June 22, 2016
Estimated Lead Time
Material
Specification Section
(from receipt of approved submittal drawings or written release for fabrication)
Fan Powered Terminal Units
233600
4-5 Weeks
Fan powered induction terminal shall be completely factory assembled and wired, with blower, blower motor, mixing plenums, and primary air damper contained in a single housing. Unit casing shall be constructed of 20 and 22 gauge galvanized steel, internally lined with 5/8” thick foil-board dual density insulation which complies with UL-181 and NFPA-90A. Any exposed insulation shall be coated with NFPA-90A approved sealant. Unit casing shall have bottom access to allow for removable of fan and servicing of unit. The air flow sensor shall be a cross flow configuration with a center averaging chamber and shall accurately measure airflow within 5% with a 90 degree sheet metal elbow at the terminal inlet. Primary air valve shall be heavy gauge metal with peripheral gasket pivoted in self-lubricating nylon bearings. In full closed position, air leakage shall not exceed 2% of nominal catalog ratings at 3.0” inlet static pressure as rated by ARI Standard 880. Fan blower shall be heavy gauge steel with forward curved blades, dynamically balanced with direct drive motor. Motor shall be permanent split capacitor type with lubricated bearings and thermal overload protection, and shall be fully isolated from blower assembly. Unit shall incorporate a backdraft damper at the fan section to prevent cold primary air from flowing through the fan into the ceiling cavity or return air plenum. Units shall incorporate a single point electrical and control connection for the entire unit. All electrical components shall be enclosed in a single control enclosure, sealed from the primary airflow. Units shall be ETL listed to meet UL1995 and CSA No. 236 and ARI certified. Electric Reheat Coil: Electric reheat shall be slip-in type, open coil design, with integral control enclosure. Coil elements shall be fabricated of 80/20 Nickel/Chromium. Safety controls shall include de-energizing magnetic contactor per stage, automatic reset thermal cutout, secondary manual reset thermal cutout, door interlocked disconnect switch and positive pressure air flow switch. Coils shall be UL labeled. Controls: Fan and Coil Voltage: Options:
DDC, supplied by others, factory mounted by Price 277/1 (fan) / 480/3 (heater) SCRV control (0-10 VDC signal) Return air filter Door interlocked disconnect switch Motor fusing Hanging brackets Controls enclosures
Date Printed: 6/21/2016
All‐In‐One Terminals
Rep Job No PTR1601726 Location Genoa Twp Customer S & Z Sheet Metal
Engineer DH Sales Person Kevin McGuire Date June 21 2016
Tag
Inlet Dia
Max Primary (CFM)
Min Primary (CFM)
Fan Flow (CFM)
Inlet SP (in. w.g.)
Differential PD (in. w.g.)
Discharge Height (in)
Discharge Width (in)
* Max Discharge NC 2008
FTU‐101
6
250
60
160
1.00
0.75
12.50
14.00
‐‐
‐‐
277
1.10
1/8
2.00
71.10
91.50
277‐1
SCRV
7.22
15
10.40
FTU‐102
8
600
130
420
1.00
0.75
12.50
14.00
‐‐
21 (2)
277
1.70
1/4
4.00
71.20
89.80
277‐1
SCRV
14.44
25
20.18
FTU‐201
14
1500
320
560
1.00
0.75
15.00
16.00
‐‐
27 (3)
277
3.20
1/2
5.50
69.30
84.80
277‐1
SCRV
19.86
30
28.83
1. Dashes (‐‐) indicate NC values less than 20. 2. Sound power levels are given in decibels (dB). 3. "** Discharge sound power levels 2008" do not include duct end reflection. For the most current data based on ASHRAE Standard 130‐2008 and AHRI Standard 880‐2011 reference "Discharge sound power levels." 4. Dashes (‐‐) indicate sound power levels below 36‐29‐26‐22‐19‐17 for each octave band; values below these sound power levels are considered below significance per AHRI 880. 5. Minimum operating pressure is the minimum static pressure required to operate the terminal unit assembly at maximum primary flow with a wide open damper. 6. Airflow is given in cubic feet per minute (cfm). 7. Air pressure drop is given in inches water gauge (in. w.g.), and water pressure drop is given in feet of water gauge (ft. w.g.). 8. * NC values are derived from sound power levels obtained in accordance with ASHRAE Standard 130‐2008 and AHRI Standard 880‐2008. These values are NOT the most current method for estimating NC values because AHRI 880‐2008 does not include duct end reflection corrections. 9. Terminal unit assembly is ETL certified in accordance with UL1995 and CSA 22.2.236.
F:\Apps\Price All In One\Jobs\Frauenshuh Livingston Ambulatory.aio‐projx Page 1 of 1
* Max Radiated NC 2008
Fan Motor Voltage Motor FLA Motor HP EC Capacity (kW) EAT (°F) LAT (°F) Volts Steps Coil Amps MOP MCA
Submittal Sheet FDV5
FDV5
Fan Powered, VAV - DDC By Others
Item Tag:
FTU-101,FTU-102,FTU-201,FTU-202,FTU-203,FTU-204,FTU-205
Fan Powered Variable Volume, Digital Controls by Others
Dimensions - IMPERIAL UNITS (inches) Unit Maximum Fan Primary Air Return Air Inlet Outlet Duct W H L K Gauge Size CFM Inlet D E B C 2006 750 6 12 15 ½ 14 12 ½ 31 17 ½ 36 ⅛ 16 ¼ 22 3008 1350 8 12 15 ½ 14 12 ½ 31 17 ½ 36 ⅛ 16 ¼ 22 4014 2000 14 16 15 ½ 16 15 35 17 ½ 40 ⅛ 18 ¼ 20
Unit Size 2006 3008 4014
Standard Motor Motor Full Load Amps H.P. 115V 208V 240V 277V 1/8 2.9 0.9 0.8 1.1 1/4 4.7 0.8 0.7 1.7 1/2 9.8 3.8 3.8 3.2
Controls Pressure independent Controls are supplied by controls contractor and field installed Controls mounted on left hand side of unit PS - Controls enclosure included Multi-point primary airflow sensor supplied by Price
Notes 20 Ga. zinc coated steel casing. Mechanically sealed and gasketed, leak resistant construction 22 Ga. zinc coated steel casing. Mechanically sealed and gasketed, leak resistant construction Primary damper blade constructed of two layers of heavy gauge galvanized steel with a sandwiched peripheral gasket 1/2" (13) dia. plated solid steel shaft with end indicator mark showing damper position Damper leakage rated below 2% of nominal flow at 3" w.g. (747Pa). Damper closing direction CCW Units not to be used for temporary heat or ventilation during construction Minimum 0.2" w.g. (50 Pa) external static pressure to operate Refer to submitted box schedule for air volumes and inlet sizes
Assembly UL1995 & CSA236 listed
Motor PSC Electric Motor 1 phase, 60 cycle. Speed controller included
PROJECT: Frauenshuh Livingston Ambulatory SUBMITTAL NO: 258514-A SUBMITTAL DATE: 6/21/2016 ENGINEER: CUSTOMER: DESCRIPTION: Fan Powered, VAV - DDC By Others FDV5//I/8001/2006,3008,4014/FLD/CFM/277/250,550,800,1500//EC/2.0,4.0,5.5,18.0/277-1,480-3/SCRV/AFS/FUS/IDSW////FB/PS//////////////////////SC R-111,SCR-109,SCR-108 © Copyright Price Industries 2016 Marketing Release version: 2.16.6.1, All In One version: 3.16.6
All metric dimensions () are soft converted. Imperial dimensions are converted to metric and rounded to the nearest millimeter.
Page 1 of 2
Submittal Sheet
FDV5
Fan Powered, VAV - DDC By Others
Item Tag:
FTU-101,FTU-102,FTU-201,FTU-202,FTU-203,FTU-204,FTU-205
Liner FB 5/8" Foil Faced Fiberglass Board Insulation Internal Insulation – Foil Faced Rigid Fiberglass Board 5/8" (16mm) thick, min. 4# density, meets requirements of NFPA90A and UL181. R-value = 2.6
Electric Coil Standard Coil Notes Automatic reset thermal cutout Manual reset thermal cutout Refer to submitted control diagrams for standard control components to be supplied Hinged access door Minimum 0.2" w.g. (50 Pa) external static pressure to operate Slip and drive discharge connection Heater section not insulated
Unit Size 2006 3008 4014
IMPERIAL UNITS (inches) Outlet Duct M BxC 14 x 12 ½ 15 14 x 12 ½ 15 16 x 15 15
Electrical Configuration Supply Voltage: 277/1ø (2 Wire) 480/3ø (4 Wire) Stages/Control:
SCRV
20 Ga. galvanized steel construction Fan interlocked with heating elements Low watt density elements, high grade nickel-chrome alloy 70 CFM per kW minimum air flow across heater coils Assembly ETL certified to UL1995 & CSA236 Single point electrical connection Magnetic contactors where required
Selected Coil Features AFS - Air flow switch FUS - Main supply fuses IDSW - Door Interlock Disconnect Switch
SCR voltage control with 0-10 VDC control signal SCR-108 (3 Phase SCR, 25 Amps Max / 480 Volts Max) SCR-109 (1 Phase SCR, 45 Amps Max / 480 volts Max) SCR-111 (1 Phase SCR, 10 Amps Max / 480 Volts Max)
PROJECT: Frauenshuh Livingston Ambulatory SUBMITTAL NO: 258514-A SUBMITTAL DATE: 6/21/2016 ENGINEER: CUSTOMER: DESCRIPTION: Fan Powered, VAV - DDC By Others FDV5//I/8001/2006,3008,4014/FLD/CFM/277/250,550,800,1500//EC/2.0,4.0,5.5,18.0/277-1,480-3/SCRV/AFS/FUS/IDSW////FB/PS//////////////////////SC R-111,SCR-109,SCR-108 © Copyright Price Industries 2016 Marketing Release version: 2.16.6.1, All In One version: 3.16.6
All metric dimensions () are soft converted. Imperial dimensions are converted to metric and rounded to the nearest millimeter.
Page 2 of 2
P.O. Box 1155 Troy, MI 48099-1155 (248) 837-7000 FAX: (248) 837-7004
Livingston Ambulatory Facility Genoa Twp, MI Engineer: Diekema Hamann Customer: S&Z Sheet Metal, Inc. 5237 Commerce Road Flint, MI 48507 P.O. No.: 16131-01
Manufacturer
MAP Ref: PTR1601726 Salesman: Kevin McGuire Engineer Sales: Phil Long Project Management: Ian Smith Date: June 22, 2016
Estimated Lead Time
Material
Specification Section
(from receipt of approved submittal drawings or written release for fabrication)
Fan Powered Terminal Units
233600
4-5 Weeks
Terminal Unit Installation Considerations 1.
Straight run connections: a. The nominal size of both the duct and the terminal collar should be the same. b. The duct should always fit over the collar, never in the collar. c. Fasten and seal according to job specifications. d. There should be at least 3 ½ diameters of duct before any obstructions in flow (e.g. elbows, tees or large transitions).
2.
Flex elbow connections: a. An elbow of flex duct is not recommended with a bend radius of 1 ½ times the diameter and should be 3 ½ diameters away from the inlet of the terminal unit. b. Straight sections of flex duct before the inlet of the terminal should be drawn as taut as possible to minimize the folding of the duct. c. Elbows should not have any sharp bends; a long gradual bend is desired. d. Fasten and seal according to job specifications.
3.
Hard elbow connections: a. Hard elbows should be used as specified or when the available distance for a straight run before the terminal inlet is less and 1½ diameter. b. A hard elbow connection should be used for all applications where obstructions are a concern for turbulent flow. c. Fasten and seal according to the job.
SUBMITTAL
16825 Industrial Parkway
Phone: (517) 886-2255
Lansing, MI 48906
Fax: (517) 886-7854
No.
233600_01
TO:
The CSM Group 444 W Michigan Ave Kalamazoo, MI 49007 (Submitted via Procore Website)
ATTN:
Lisa Ruthruff
DATE:
06/29/16
PROJECT:
12-146 – Saint Jons Providence Medical Center Livingston
JOB NUMBER:
953194
Description Specification Name Specification Section Revision No. Manufacturer / Supplier / Sub Est. Lead Time Once Ordered
Air Terminal Units Air Terminal Units 233600 0 Price / S&Z Sheetmetal 4-5 Weeks
Item Description Air Terminal Units – Product Data Air Terminal Units – Shop Drawings Terminal Units: TU-101, TU-201, TU-202, TU-301 Fan Powered Terminal Units: FTU-101, FTU-102, FTU-201
Myers Plumbing & Heating, Inc. Mechanical Contractors Lansing, MI
REVIEWED As to the general layout only. This review subject to approval by Architect and/or Engineer
By Jarrod Clark
Date 06/29/16
Type of Submittal Shop Drawing Product Data LEED Color Selection Close-Out Document
Spec. Sub Section 1.2.A 1.2.B
CSM Reference # 14146-347 14146-348
P.O. Box 1155 Troy, MI 48099-1155 (248) 837-7000 FAX: (248) 837-7004
Livingston Ambulatory Facility Genoa Twp, MI Engineer: Diekema Hamann Customer: S&Z Sheet Metal, Inc. 5237 Commerce Road Flint, MI 48507 P.O. No.: 16131-01
Manufacturer
MAP Ref: PTR1601726 Salesman: Kevin McGuire Engineer Sales: Phil Long Project Management: Ian Smith Date: June 22, 2016
Estimated Lead Time
Material
Specification Section
(from receipt of approved submittal drawings or written release for fabrication)
Air Terminal Units
233600
4-5 Weeks
Terminal units shall be Price SDV5000 series with ARI certified performance data. Terminals shall be pressure independent and shall reset to any air flow between zero and the maximum cataloged air volume. The assembly casing shall be constructed of 22 gauge zinc coated steel, internally lined with 5/8” thick foil-board (FB) liner which complies with UL-181, UL723, ASTM E84, and ASTM C 665. The primary air valve damper shall be heavy gauge metal with peripheral gasket, pivoted in self-lubricating bearings. In the full closed position, air leakage shall not exceed 2% of the nominal catalog rating at 3” inlet static pressure, as rated by ARI Standard 800. Electric Reheat Coil: Electric reheat shall be slip-in type, open coil design, with integral control enclosure. Coil elements shall be fabricated of 80/20 Nickel/Chromium. Safety controls shall include de-energizing magnetic contactor per stage, automatic reset thermal cutout, secondary manual reset thermal cutout, door interlocked disconnect switch and positive pressure airflow switch. Coils shall be UL labeled. Controls: Coil Voltage: Options:
DDC, supplied by others, factory mounted by Price 277/1 SCRV Controls (0-10 VDC signal, verify prior to release for fabrication) Door interlocked disconnect switch Controls enclosures
Date Printed: 6/21/2016
All‐In‐One Terminals
Engineer DH Sales Person Kevin McGuire Date June 21 2016
Rep Job No PTR1601726 Location Genoa Twp Customer S & Z Sheet Metal
* Max Discharge NC 2008
* Max Radiated NC 2008
Discharge Height (in)
Discharge Width (in)
TU‐101
8
525
160
210
1.00
0.75
‐‐
‐‐
3.00
55.00
100.10
277‐1
SCRV
10.83
15
14.76
10.00
12.00
TU‐201
Tag
Inlet Dia 8
Max Primary (CFM) 550
Min Primary (CFM) 165
Reheat ( CFM) 210
Inlet SP (in. w.g.) 1.00
Differential PD (in. w.g.) 0.75
20 (3)
‐‐
3.00
55.00
100.10
277‐1
SCRV
10.83
15
14.76
10.00
12.00
TU‐202
8
400
132
210
1.00
0.75
‐‐
‐‐
3.00
55.00
100.10
277‐1
SCRV
10.83
15
14.76
10.00
12.00
TU‐301
10
675
221
330
1.00
0.75
‐‐
‐‐
4.50
55.00
98.10
277‐1
SCRV
16.25
25
22.14
12.50
14.00
1. Dashes (‐‐) indicate NC values less than 20. 2. Sound power levels are given in decibels (dB). 3. "** Discharge sound power levels 2008" do not include duct end reflection. For the most current data based on ASHRAE Standard 130‐2008 and AHRI Standard 880‐2011 reference "Discharge sound power levels." 4. Dashes (‐‐) indicate sound power levels below 36‐29‐26‐22‐19‐17 for each octave band; values below these sound power levels are considered below significance per AHRI 880. 5. Minimum operating pressure is the minimum static pressure required to operate the terminal unit assembly at maximum primary flow with a wide open damper. 6. Airflow is given in cubic feet per minute (cfm). 7. Air pressure drop is given in inches water gauge (in. w.g.), and water pressure drop is given in feet of water gauge (ft. w.g.). 8. * NC values are derived from sound power levels obtained in accordance with ASHRAE Standard 130‐2008 and AHRI Standard 880‐2008. These values are NOT the most current method for estimating NC values because AHRI 880‐2008 does not include duct end reflection corrections. 9. Terminal unit assembly is ETL certified in accordance with UL1995 and CSA 22.2.236.
F:\Apps\Price All In One\Jobs\Frauenshuh Livingston Ambulatory.aio‐projx Page 1 of 1
EC Capacity (kW) EAT (°F) LAT (°F) Volts Steps Coil Amps MOP MCA
SDV5
Single Duct Terminal Unit
Submittal Sheet SDV5
Item Tag:
TU-101,TU-201,TU-202,TU-301
Single Duct w/ Electric Coil
Unit Size
Max Airflow
8 10
1100 1800
Outlet B 12 14
Inlet A 8 10
C 10 12 1/2
Length L 40 1/4 40 1/4
Digital Controls
Controls are supplied by controls contractor and field installed Controls Enclosure will be supplied as illustrated on right hand side unless specified otherwise Multi-point Primary Airflow Sensor supplied by Price
Notes
Liner FB
22 Ga. zinc coated terminal and 20 Ga. heater, mechanically sealed, leak resistant construction Rectangular discharge opening with slip and drive cleat duct connection
Internal Insulation – Foil Faced Rigid Fiberglass Board 5/8" (16mm) thick, min. 4# density, meets requirements of NFPA90A and UL 181. R-Value = 2.6
Assembly UL1995 & CSA236 certified
PROJECT: Frauenshuh Livingston Ambulatory SUBMITTAL NO: 258148-E ENGINEER: CUSTOMER: DESCRIPTION: Single Duct - DDC By Others SDV5//I/2000/8,10/FLD/CFM//EC/3.0,4.5/277-1/SCRV/FUS/IDSW////////FB//PS//////////////////////SCR-109/ © Copyright Price Industries 2016 Marketing Release version: 2.16.6.1, All In One version: 3.16.6
SUBMITTAL DATE: 6/21/2016
All metric dimensions () are soft converted. Imperial dimensions are converted to metric and rounded to the nearest millimeter.
Page 1 of 2
SDV5
Single Duct Terminal Unit
Submittal Sheet
Item Tag:
TU-101,TU-201,TU-202,TU-301
Electric Coil Standard Coil Notes Automatic reset thermal cutout Manual reset thermal cutout Hinged access door Refer to submitted control diagrams for standard control components to be supplied 24 VAC / 50 VAC Class 2 Transformer
Low watt density elements, high grade nickel-chrome alloy Air flow switch Single point electrical connection Magnetic Contactors
Selected Coil Features
Electrical Configuration Unit Size 8 10
B 12 14
C 10 12 1/2
H 12 12
FUS - Main line fusing IDSW - Door Interlock Disconnect
Supply Voltage: 277/1ø (2 Wire) Stages/Control:
SCRV
SCR voltage control with 0-10 VDC control signal SCR-109 (1 Phase SCR, 45 Amps Max / 480 volts Max)
PROJECT: Frauenshuh Livingston Ambulatory SUBMITTAL NO: 258148-E ENGINEER: CUSTOMER: DESCRIPTION: Single Duct - DDC By Others SDV5//I/2000/8,10/FLD/CFM//EC/3.0,4.5/277-1/SCRV/FUS/IDSW////////FB//PS//////////////////////SCR-109/ © Copyright Price Industries 2016 Marketing Release version: 2.16.6.1, All In One version: 3.16.6
SUBMITTAL DATE: 6/21/2016
All metric dimensions () are soft converted. Imperial dimensions are converted to metric and rounded to the nearest millimeter.
Page 2 of 2
P.O. Box 1155 Troy, MI 48099-1155 (248) 837-7000 FAX: (248) 837-7004
Livingston Ambulatory Facility Genoa Twp, MI Engineer: Diekema Hamann Customer: S&Z Sheet Metal, Inc. 5237 Commerce Road Flint, MI 48507 P.O. No.: 16131-01
Manufacturer
MAP Ref: PTR1601726 Salesman: Kevin McGuire Engineer Sales: Phil Long Project Management: Ian Smith Date: June 22, 2016
Estimated Lead Time
Material
Specification Section
(from receipt of approved submittal drawings or written release for fabrication)
Air Terminal Units
233600
4-5 Weeks
Terminal Unit Installation Considerations 1.
Straight run connections: a. The nominal size of both the duct and the terminal collar should be the same. b. The duct should always fit over the collar, never in the collar. c. Fasten and seal according to job specifications. d. There should be at least 3 ½ diameters of duct before any obstructions in flow (e.g. elbows, tees or large transitions).
2.
Flex elbow connections: a. An elbow of flex duct is not recommended with a bend radius of 1 ½ times the diameter and should be 3 ½ diameters away from the inlet of the terminal unit. b. Straight sections of flex duct before the inlet of the terminal should be drawn as taut as possible to minimize the folding of the duct. c. Elbows should not have any sharp bends; a long gradual bend is desired. d. Fasten and seal according to job specifications.
3.
Hard elbow connections: a. Hard elbows should be used as specified or when the available distance for a straight run before the terminal inlet is less and 1½ diameter. b. A hard elbow connection should be used for all applications where obstructions are a concern for turbulent flow. c. Fasten and seal according to the job.
P.O. Box 1155 Troy, MI 48099-1155 (248) 837-7000 FAX: (248) 837-7004
Livingston Ambulatory Facility Genoa Twp, MI Engineer: Diekema Hamann Customer: S&Z Sheet Metal, Inc. 5237 Commerce Road Flint, MI 48507 P.O. No.: 16131-01
Manufacturer
MAP Ref: PTR1601726 Salesman: Kevin McGuire Engineer Sales: Phil Long Project Management: Ian Smith Date: June 22, 2016
Estimated Lead Time
Material
Specification Section
(from receipt of approved submittal drawings or written release for fabrication)
Fan Powered Terminal Units
233600
4-5 Weeks
Fan powered induction terminal shall be completely factory assembled and wired, with blower, blower motor, mixing plenums, and primary air damper contained in a single housing. Unit casing shall be constructed of 20 and 22 gauge galvanized steel, internally lined with 5/8” thick foil-board dual density insulation which complies with UL-181 and NFPA-90A. Any exposed insulation shall be coated with NFPA-90A approved sealant. Unit casing shall have bottom access to allow for removable of fan and servicing of unit. The air flow sensor shall be a cross flow configuration with a center averaging chamber and shall accurately measure airflow within 5% with a 90 degree sheet metal elbow at the terminal inlet. Primary air valve shall be heavy gauge metal with peripheral gasket pivoted in self-lubricating nylon bearings. In full closed position, air leakage shall not exceed 2% of nominal catalog ratings at 3.0” inlet static pressure as rated by ARI Standard 880. Fan blower shall be heavy gauge steel with forward curved blades, dynamically balanced with direct drive motor. Motor shall be permanent split capacitor type with lubricated bearings and thermal overload protection, and shall be fully isolated from blower assembly. Unit shall incorporate a backdraft damper at the fan section to prevent cold primary air from flowing through the fan into the ceiling cavity or return air plenum. Units shall incorporate a single point electrical and control connection for the entire unit. All electrical components shall be enclosed in a single control enclosure, sealed from the primary airflow. Units shall be ETL listed to meet UL1995 and CSA No. 236 and ARI certified. Electric Reheat Coil: Electric reheat shall be slip-in type, open coil design, with integral control enclosure. Coil elements shall be fabricated of 80/20 Nickel/Chromium. Safety controls shall include de-energizing magnetic contactor per stage, automatic reset thermal cutout, secondary manual reset thermal cutout, door interlocked disconnect switch and positive pressure air flow switch. Coils shall be UL labeled. Controls: Fan and Coil Voltage: Options:
DDC, supplied by others, factory mounted by Price 277/1 (fan) / 480/3 (heater) SCRV control (0-10 VDC signal) Return air filter Door interlocked disconnect switch Motor fusing Hanging brackets Controls enclosures
Date Printed: 6/21/2016
All‐In‐One Terminals
Rep Job No PTR1601726 Location Genoa Twp Customer S & Z Sheet Metal
Engineer DH Sales Person Kevin McGuire Date June 21 2016
Tag
Inlet Dia
Max Primary (CFM)
Min Primary (CFM)
Fan Flow (CFM)
Inlet SP (in. w.g.)
Differential PD (in. w.g.)
Discharge Height (in)
Discharge Width (in)
* Max Discharge NC 2008
FTU‐101
6
250
60
160
1.00
0.75
12.50
14.00
‐‐
‐‐
277
1.10
1/8
2.00
71.10
91.50
277‐1
SCRV
7.22
15
10.40
FTU‐102
8
600
130
420
1.00
0.75
12.50
14.00
‐‐
21 (2)
277
1.70
1/4
4.00
71.20
89.80
277‐1
SCRV
14.44
25
20.18
FTU‐201
14
1500
320
560
1.00
0.75
15.00
16.00
‐‐
27 (3)
277
3.20
1/2
5.50
69.30
84.80
277‐1
SCRV
19.86
30
28.83
1. Dashes (‐‐) indicate NC values less than 20. 2. Sound power levels are given in decibels (dB). 3. "** Discharge sound power levels 2008" do not include duct end reflection. For the most current data based on ASHRAE Standard 130‐2008 and AHRI Standard 880‐2011 reference "Discharge sound power levels." 4. Dashes (‐‐) indicate sound power levels below 36‐29‐26‐22‐19‐17 for each octave band; values below these sound power levels are considered below significance per AHRI 880. 5. Minimum operating pressure is the minimum static pressure required to operate the terminal unit assembly at maximum primary flow with a wide open damper. 6. Airflow is given in cubic feet per minute (cfm). 7. Air pressure drop is given in inches water gauge (in. w.g.), and water pressure drop is given in feet of water gauge (ft. w.g.). 8. * NC values are derived from sound power levels obtained in accordance with ASHRAE Standard 130‐2008 and AHRI Standard 880‐2008. These values are NOT the most current method for estimating NC values because AHRI 880‐2008 does not include duct end reflection corrections. 9. Terminal unit assembly is ETL certified in accordance with UL1995 and CSA 22.2.236.
F:\Apps\Price All In One\Jobs\Frauenshuh Livingston Ambulatory.aio‐projx Page 1 of 1
* Max Radiated NC 2008
Fan Motor Voltage Motor FLA Motor HP EC Capacity (kW) EAT (°F) LAT (°F) Volts Steps Coil Amps MOP MCA
Submittal Sheet FDV5
FDV5
Fan Powered, VAV - DDC By Others
Item Tag:
FTU-101,FTU-102,FTU-201,FTU-202,FTU-203,FTU-204,FTU-205
Fan Powered Variable Volume, Digital Controls by Others
Dimensions - IMPERIAL UNITS (inches) Unit Maximum Fan Primary Air Return Air Inlet Outlet Duct W H L K Gauge Size CFM Inlet D E B C 2006 750 6 12 15 ½ 14 12 ½ 31 17 ½ 36 ⅛ 16 ¼ 22 3008 1350 8 12 15 ½ 14 12 ½ 31 17 ½ 36 ⅛ 16 ¼ 22 4014 2000 14 16 15 ½ 16 15 35 17 ½ 40 ⅛ 18 ¼ 20
Unit Size 2006 3008 4014
Standard Motor Motor Full Load Amps H.P. 115V 208V 240V 277V 1/8 2.9 0.9 0.8 1.1 1/4 4.7 0.8 0.7 1.7 1/2 9.8 3.8 3.8 3.2
Controls Pressure independent Controls are supplied by controls contractor and field installed Controls mounted on left hand side of unit PS - Controls enclosure included Multi-point primary airflow sensor supplied by Price
Notes 20 Ga. zinc coated steel casing. Mechanically sealed and gasketed, leak resistant construction 22 Ga. zinc coated steel casing. Mechanically sealed and gasketed, leak resistant construction Primary damper blade constructed of two layers of heavy gauge galvanized steel with a sandwiched peripheral gasket 1/2" (13) dia. plated solid steel shaft with end indicator mark showing damper position Damper leakage rated below 2% of nominal flow at 3" w.g. (747Pa). Damper closing direction CCW Units not to be used for temporary heat or ventilation during construction Minimum 0.2" w.g. (50 Pa) external static pressure to operate Refer to submitted box schedule for air volumes and inlet sizes
Assembly UL1995 & CSA236 listed
Motor PSC Electric Motor 1 phase, 60 cycle. Speed controller included
PROJECT: Frauenshuh Livingston Ambulatory SUBMITTAL NO: 258514-A SUBMITTAL DATE: 6/21/2016 ENGINEER: CUSTOMER: DESCRIPTION: Fan Powered, VAV - DDC By Others FDV5//I/8001/2006,3008,4014/FLD/CFM/277/250,550,800,1500//EC/2.0,4.0,5.5,18.0/277-1,480-3/SCRV/AFS/FUS/IDSW////FB/PS//////////////////////SC R-111,SCR-109,SCR-108 © Copyright Price Industries 2016 Marketing Release version: 2.16.6.1, All In One version: 3.16.6
All metric dimensions () are soft converted. Imperial dimensions are converted to metric and rounded to the nearest millimeter.
Page 1 of 2
Submittal Sheet
FDV5
Fan Powered, VAV - DDC By Others
Item Tag:
FTU-101,FTU-102,FTU-201,FTU-202,FTU-203,FTU-204,FTU-205
Liner FB 5/8" Foil Faced Fiberglass Board Insulation Internal Insulation – Foil Faced Rigid Fiberglass Board 5/8" (16mm) thick, min. 4# density, meets requirements of NFPA90A and UL181. R-value = 2.6
Electric Coil Standard Coil Notes Automatic reset thermal cutout Manual reset thermal cutout Refer to submitted control diagrams for standard control components to be supplied Hinged access door Minimum 0.2" w.g. (50 Pa) external static pressure to operate Slip and drive discharge connection Heater section not insulated
Unit Size 2006 3008 4014
IMPERIAL UNITS (inches) Outlet Duct M BxC 14 x 12 ½ 15 14 x 12 ½ 15 16 x 15 15
Electrical Configuration Supply Voltage: 277/1ø (2 Wire) 480/3ø (4 Wire) Stages/Control:
SCRV
20 Ga. galvanized steel construction Fan interlocked with heating elements Low watt density elements, high grade nickel-chrome alloy 70 CFM per kW minimum air flow across heater coils Assembly ETL certified to UL1995 & CSA236 Single point electrical connection Magnetic contactors where required
Selected Coil Features AFS - Air flow switch FUS - Main supply fuses IDSW - Door Interlock Disconnect Switch
SCR voltage control with 0-10 VDC control signal SCR-108 (3 Phase SCR, 25 Amps Max / 480 Volts Max) SCR-109 (1 Phase SCR, 45 Amps Max / 480 volts Max) SCR-111 (1 Phase SCR, 10 Amps Max / 480 Volts Max)
PROJECT: Frauenshuh Livingston Ambulatory SUBMITTAL NO: 258514-A SUBMITTAL DATE: 6/21/2016 ENGINEER: CUSTOMER: DESCRIPTION: Fan Powered, VAV - DDC By Others FDV5//I/8001/2006,3008,4014/FLD/CFM/277/250,550,800,1500//EC/2.0,4.0,5.5,18.0/277-1,480-3/SCRV/AFS/FUS/IDSW////FB/PS//////////////////////SC R-111,SCR-109,SCR-108 © Copyright Price Industries 2016 Marketing Release version: 2.16.6.1, All In One version: 3.16.6
All metric dimensions () are soft converted. Imperial dimensions are converted to metric and rounded to the nearest millimeter.
Page 2 of 2
P.O. Box 1155 Troy, MI 48099-1155 (248) 837-7000 FAX: (248) 837-7004
Livingston Ambulatory Facility Genoa Twp, MI Engineer: Diekema Hamann Customer: S&Z Sheet Metal, Inc. 5237 Commerce Road Flint, MI 48507 P.O. No.: 16131-01
Manufacturer
MAP Ref: PTR1601726 Salesman: Kevin McGuire Engineer Sales: Phil Long Project Management: Ian Smith Date: June 22, 2016
Estimated Lead Time
Material
Specification Section
(from receipt of approved submittal drawings or written release for fabrication)
Fan Powered Terminal Units
233600
4-5 Weeks
Terminal Unit Installation Considerations 1.
Straight run connections: a. The nominal size of both the duct and the terminal collar should be the same. b. The duct should always fit over the collar, never in the collar. c. Fasten and seal according to job specifications. d. There should be at least 3 ½ diameters of duct before any obstructions in flow (e.g. elbows, tees or large transitions).
2.
Flex elbow connections: a. An elbow of flex duct is not recommended with a bend radius of 1 ½ times the diameter and should be 3 ½ diameters away from the inlet of the terminal unit. b. Straight sections of flex duct before the inlet of the terminal should be drawn as taut as possible to minimize the folding of the duct. c. Elbows should not have any sharp bends; a long gradual bend is desired. d. Fasten and seal according to job specifications.
3.
Hard elbow connections: a. Hard elbows should be used as specified or when the available distance for a straight run before the terminal inlet is less and 1½ diameter. b. A hard elbow connection should be used for all applications where obstructions are a concern for turbulent flow. c. Fasten and seal according to the job.
