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[Page Too Large for OCR Processing]
FP52o10- -
. I o320 5W 72mod. A -ve a3 .
I
Hydraulics Summary Sheet
FIRESTOP COMPANY Designer: RD_.GREEN
3203 NE 65TH STREET SPACE 2 Calc By: RD GREEN .
VANCOUVER, WA. 98663 Date: 10/12/10
• 360 - 718 -8604
Project Information Hydraulics
Information
1, SERVICE PARTNERS BLDG. #3
I 16320 SW 72ND AVE. Demand...
TIGARD, OR. Spr Req'd Pres: 81.02 PSI
Spr Req'd Flow: 2089.44 GPM
1
Add'I Flows: 500.00 GPM
Hose at Srce: 0.00 GPM
Contract No:
Total Flow: 2589.44 GPM
Building: ROOF PIPING Total Pres: 85.77 PSI
System ID: SERVICE PARTNERS BLDG. #3 Static Elev: 0.00 Ft
Ref. Drawing No: FP -2 - •
Construction: WOOD PURLINS @8' Supply...
Occupancy: WAREHOUSE Water Flow Test
r Static: 100.00 PSI
Authority: CITY OF TIGARD Residual: 90.00 PSI
:, •? Qty Flowing: 2548.00 GPM
Elevation: 0.00 Ft
System Information System Type: WET Date: Time:
By:
Hydraulics Design Criteria • Pump Data
Density: .80 GPM /SqFt Rated: 0.0 PSI@ 0.0 GPM
Remote Area: 2,548 SqFt Boost Pres: (NA) PSI
Sprinkler Coverage: 98 SqFt Discharge Pres: (NA) PSI
Design Standard: NFPA #13 (2007) Discharge Flow: (NA) GPM
Hazard: GROUP A PLASTIC
Figure: 15.2.5(a) Curve: CO ' -
Combined
pPRo� Static: <NA) PSI
Sprinklers /Nozzles �" GIN. Residual: (NA) PSI
Manufacturer: TYCO �e17623'9 29 Qty Flowing: (NA) GPM
Model: K17 -231
lir -� �' ' Available...
Size: 3/4" NPT OREGON h/ P) 89.70 PSI@ 2589.44 GPM
K — Factor: 16.8 #, 1 v4 /1/ 1°�
e �. F) 85.77 PSI @ 3083.13 GPM
Temp. Rating: 200E
el
D.
Commodity Storage EXPIRES:1%4U
Margin...
Commodity: PLASTIC A Strg Meth: STABLE SOLID PILED
' Class: 3 84 Location: N/A Pressure: 3.93 PSI
Area: 2500 + /- Aisle Wid: N/A Flow: 493.69 GPM
Storage Ht: 16' -6" Solid Piled% 100 Palletized% 0
Sigma Dynamics Corporation
Racks 7700 Summary Sheet
Rack Type: N/A Encapsulation? N/A
Horizontal Barriers: N/A
Flue Spacing Longitudinal: N/A Transverse: N/A
SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 1
SERVICE PARTNERS BLDG. #3
•.8/2548 WET SYSTEM
SOLID PILED POLYSTYRENE
FLOW TEST RESULTS
- Water Supply
STATIC 100.00 PSI
RESIDUAL 90.00 PSI @ 2548.00 GPM
CITY PRESSURE AVAILABLE AT 2589.4 GPM 89.70 PSI
SUMMARY OF SPRINKLER OUTFLOWS
ACTUAL MINIMUM
SPR FLOW FLOW K- FACTOR PRESSURE
301 80.95 78.40 16.80 23.22
302 79.42 78.40 16.80 22.35
303 78.78 78.40 16.80 21.99
304 78.72 78.40 16.80 21.95
305 78.85 78.40 16.80 22.03
306 79.24 78.40 16.80 22.25
- 307 80.27 78.40 16.80 22.83
308 82.24 78.40 16.80 23.96
309 80.73 78.40 16.80 23.09
• 310 79.21 78.40 16.80 22.23
311 78.57 78.40 16.80 21.87
312 78.50 78.40 16.80 21.84
313 78.63 78.40. 16.80 21.91
314 79.03 78.40 16.80 22.13
315 80.06 78.40 16.80 22.71
316 82.01 78.40 16.80 23.83
317 80.61 78.40 16.80 23.02
318 79.09 78.40 16.80 22.17
319 78.46 78.40 16.80 21.81
320 78.40 78.40 16.80 21.78
321 78.53 78.40 16.80 21.85
322 78.93 78.40 16.80 22.07
323 79.96. 78.40 16.80 22.65
324 81.93 78.40 16.80 23.78
325 89.08 78.40 16.80 28.12
326 89.21 78.40 16.80 28.20
•
i
•
SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 2
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
' SOLID PILED- POLYSTYRENE
TOTAL WATER REQUIRED FOR SYSTEM 2089.44 GPM
OUTFLOWS AT 4 500.00 GPM
TOTAL WATER REQUIREMENT 2589.44 GPM
PRESSURE REQUIRED AT 0 85.77 PSI
MAXIMUM PRESSURE UNBALANCE IN LOOPS 0.00 PSI
MAXIMUM VELOCITY FROM 7 TO 8 23.20 FPS
• SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 3
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM •
• SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
321 320 2.709 L 8.00 C =120 PT 21.78 (320)
Q 7.60 F =0 F. 0.00 PE 0.07
BL1 T 8.00 0.0002 PF 0.00
322 321DQ 78.53 2.709 L 8.00 C =120 PT 21.85 (321)
Q 86.13 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.0191 PF 0.15
323 322DQ 78.93 2.709 L 8.00 C =120 PT 22.07 (322)
Q 165.06 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.0636 PF 0.51
324 323DQ 79.96 2.709 L 8.00 C =120 PT 22.65 (323)
Q 245.02 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.1321 PF 1.06
142 324DQ 81.93 2.709 L 3.70 C =120 PT 23.78 (324)
• Q 326.95 F =0 /T F 10.80 PE 0.03
BL1 T 14.50 0.2253 PF 3.27
42 142 3.320 L 1.60 C =120 PT 27.08 (142)
Q 326.95 F =T F 13.00 PE 0.69
RN2 T 14.60 0.0837 PF 1.22
41 42 6.357 L 12.30 C =120 PT 28.99 ( 42)
Q 326.95 F =0 F 0.00 PE 0.00
CM2 T 12.30 0.0035 PF 0.04
40 41DQ 326.69 6.357 L 12.30 C =120 PT 29.03 ( 41)
Q 653.64 F =0 F 0.00 PE 0.00
CM2 T 12.30 0.0127 PF 0.16
39 40DQ 327.76 6.357 L 12.30 C =120 PT 29.19 ( 40)
Q 981.40 F =0 F 0.00 PE 0.00
CM2 T 12.30 0.0270 PF 0.33
38 39DQ 111.14 6.357 L 12.30 C =120 PT 29.52 ( 39)
• Q 1092.55 F =0 F 0.00 PE 0.00
CM2 T 12.30 0.0330 PF 0.41
• 37 38DQ -35.67 6.357 L 12.30 C =120 PT 29.93 ( 38)
Q 1056.88 F =0 F 0.00 PE 0.00
CM2 T 12.30 0.0310 PF 0.38
36 37DQ -28.88 6.357 L 12.30 C =120 PT 30.31 ( 37)
Q 1028.00 F =0 F 0.00 PE 0.00
CM2 T 12.30 0.0294 PF 0.36
• SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 4
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
. • SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
35 36DQ -24.83 6.357 L 12.30 C =120 PT 30.67 ( 36)
Q 1003.17 F =0 F 0.00 PE 0.00
CM2 T 12.30 0.0281 PF 0.35
34 35DQ -24.38 6.357 L 12.30 C =120 PT 31.02 ( 35)
Q 978.78 F =0 F 0.00 PE 0.00
CM2 T 12.30 0.0269 PF 0.33
33 34DQ -56.64 6.357 L 12.30 C =120 PT 31.35 ( 34)
Q 922.15 F =0 F 0.00 PE 0.00
CM2 T 12.30 0.0241 PF 0.30
30 33DQ -64.83 6.357 L 6.30 C =120 PT 31.65 ( 33)
Q 857.32 F =0 F 0.00 PE 0.00
CM2 T 6.30 0.0210 PF 0.13
PT 31.78 ( 30)
319 320 2.709 L 8.00 C =120 PT 21.78 (320)
Q 70.80 F =0 F 0.00 PE -0.07
BL1 T 8.00 0.0133 PF 0.11
318 319DQ 78.46 2.709 L 8.00 C =120 PT 21.82 (319)
Q 149.27 F =0 F 0.00 PE -0.07
BL1 T 8.00 0.0528 PF 0.42
317 318DQ 79.09 2.709 L 8.00 C =120 PT 22.17 (318)
Q 228.36 F =0 F 0.00 PE -0.07
BL1 T 8.00 0.1160 PF 0.93
122 317DQ 80.61 2.709 L 3.80 C =120 PT 23.03 (317)
Q 308.97 F =T F 10.80 PE -0.03
BL1 T 14.60 0.2029 PF 2.96
22 122DQ -97.41 2.469 L 1.60 C =120 PT 25.96 (122)
Q 211.56 F =T F 12.00 PE 0.69
RN1 T 13.60 0.1582 PF 2.15
21 22DQ -19.76 4.026 L 12.30 C =120 PT 28.80 ( 22)
Q 191.80 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0122 PF 0.15
20 21DQ 214.70 5.047 L 12.30 C =120 PT 28.95 ( 21)
Q 406.50 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0163 PF 0.20
SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 5
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
19 20DQ 218.16 5.047 L 12.30 C=120 PT 29.15 ( 20)
Q 624.65 F =0 F . 0.00 PE 0.00
CM1 T 12.30 0.0360 PF 0.44
18 19DQ 94.22 5.047 L 12.30 C =120 PT 29.59 ( 19)
Q 718.88 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0467 PF 0.57
17 18DQ 91.23 6.065 L 12.30 C =120 PT 30.16 ( 18)
Q 810.11 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0238 PF 0.29
16 17DQ 9 6.065 L 12.30 C =120 PT 30.45 ( 17)
Q 903.61 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0292 PF 0.36
15 16DQ 98.92 6.065 L 12.30 C =120 PT 30.81 ( 16)
Q 1002.52 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0353 PF 0.43
14 15DQ 108.13 6.065 L 12.30 C =120 PT 31.24 ( 15)
Q 1110.65 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0427 PF 0.53
13 14DQ 56.64 6.065 L 12.30 C =120 PT 31.77 ( 14)
Q 1167.29 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0468 PF 0.58
29 13DQ 64.83 6.065 L 6.30 C =120 PT 32.35 ( 13)
Q 1232.12 F =0 F 0.00 PE 0.00
CM1 T 6.30 0.0518 PF 0.33
PT 32.68 ( 29)
313 312 2.709 L 8.00 C =120 PT 21.84 (312)
Q 6.95 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.0002 PF 0.00
314 313DQ 78.63 2.709 L 8.00 C =120 PT 21.91 (313)
Q 85.58 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.0189 PF 0.15
315 314DQ 79.03 2.709 L 8.00 C =120 PT 22.13 (314)
Q 164.62 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.0633 PF 0.51
•
• SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 6
•
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
' SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
316 315DQ 80.06 2.709 L 8.00 C =120 PT 22.71 (315)
Q 244.67 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.1318 PF 1.05
141 316DQ 82.01 2.709 L 3.70 C =120 PT 23.83 (316)
Q 326.69 F =0 /T F 10.80 PE 0.03
BL1 T 14.50 0.2249 PF 3.26
41 141 3.320 L 1.60 C =120 PT 27.12 (141)
Q 326.69 F =T F 13.00 PE 0.69
RN2 T 14.60 0.0835 PF 1.22
PT 29.03 ( 41)
311 312 2.709 L 8.00 C =120 PT 21.84 (312)
Q 71.55 F =0 F 0.00 PE -0.07
BL1 T 8.00 0.0135 PF 0.11
- 310 311DQ 78.57 2.709 L 8.00 C =120 PT 21.88 (311)
Q 150.12 F =0 F 0.00 PE -0.07
BL1 T 8.00 0.0534 PF 0.43
309 310DQ 79.21 2.709 L 8.00 C =120 PT 22.24 (310)
Q 229.33 F =0 F 0.00 PE -0.07
BL1 T 8.00 0.1169 PF 0.94
121 309DQ 80.73 2.709 L 3.80 C =120 PT 23.11 (309)
Q 310.07 F =T F 10.80 PE -0.03
BL1 T 14.60 0.2042 PF 2.98
PT 26.06 (121)
305 304 2.709 L 8.00 C =120 PT 21.95 (304)
Q 7.16 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.0002 PF 0.00
306 305DQ 78.85 2.709 L 8.00 C =120 PT 22.02 (305)
Q 86.01 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.0190 PF 0.15
307 306DQ 79.24 2.709 L 8.00 C =120 PT 22.24 (306)
Q 165.25 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.0637 PF 0.51
308 307DQ 80.27 2.709 L 8.00 C =120 PT 22.82 (307)
Q 245.52 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.1326 PF 1.06
SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 7
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM .
' SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
140 308DQ 82.24 2.709 L 3.70 C =120 PT 23.95 (308)
Q 327.76 F =0 /T F 10.80 PE 0.03
BL1 T 14.50 0.2263 PF 3.28
40 140 3.320 L 1.60 C =120 PT 27.26 (140)
Q 327.76 F =T F 13.00 PE 0.69
RN2 T 14.60 0.0840 PF 1.23
PT 29.18 ( 40)
303 304 2.709 L 8.00 C =120 PT 21.95 (304)
Q 71.55 F =0 F 0.00 PE -0.07
BL1 T 8.00 0.0136 PF 0.11
302 303DQ 78.78 2.709 L 8.00 C =120 PT 21.99 (303)
Q 150.34 F =0 F 0.00 PE -0.07
BL1 T 8.00 0.0535 PF 0.43
301 302DQ 79.42 2.709 L 8.00 C =120 PT 22.35 (302)
Q 229.76 F =0 F 0.00 PE -0.07
BL1 T 8.00 0.1173 PF 0.94
•
120 301DQ 80.95 2.709 L 3.80 C =120 PT 23.22 (301)
Q 310.70 F =T F 10.80 PE -0.03
BL1 T 14.60 0.2050 PF 2.99
PT 26.18 (120)
326 325 2.709 L 8.00 C =120 PT 28.12 (325)
Q 21.93 F =0 F 0.00 PE 0.07
BL1 T 8.00 0.0015 PF 0.01
139 326DQ 89.21 2.709 L 3.50 C =120 PT 28.20 (326)
Q 111.14 F =0 /T F 10.80 PE 0.03
BL1 T 14.30 0.0306 PF 0.44
39 139 3.320 L 1.60 C =120 PT 28.67 (139)
Q 111.14 F =T F 13.00 PE 0.69
RN2 T 14.60 0.0114 PF 0.17
PT 29.53 ( 39)
29 30 6.357 L 63.50 C =120 PT 31.78 ( 30)
Q 656.25 F =T /T F 50.00 PE -0.56
BL3 T 113.50 0.0128 PF 1.45
12 29DQ 1232.12 6.065 L 6.00 C =120 PT 32.67 ( 29)
Q 1888.37 F =0 F 0.00 PE 0.00
CM1 T 6.00 0.1140 PF 0.68
PT 33.35 ( 12)
SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 8
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
23 22 4.026 L 12.30 C =120 PT 28.79 ( 22)
Q 19.76 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0002 PF 0.00
24 23DQ -9.92 4.026 L 12.30 C =120 PT 28.79 ( 23)
Q 9.84 F =0 F 0.00 PE 0.00
CM1 T 12.30 0.0001 PF 0.00
124 24 2.469 L 1.60 C =120 PT 28.79 ( 24)
Q 9.84 F =T F 12.00 PE -0.69
RN1 T 13.60 0.0005 PF 0.01
164 124 2.709 L 48.50 C =120 PT 28.11 (124)
Q 9.84 F =T /T F 21.60 PE -0.43
BL2 T 70.10 0.0003 PF 0.02
64 164 2.469 L 1.60 C =120 PT 27.70 (164)
Q 9.84 F =T F 12.00 PE 0.69
RN3 T 13.60 0.0005 PF 0.01
63 64 6.357 L 12.30 C =120 PT 28.40 ( 64)
Q 9.84 F =0 F 0.00 PE 0.00
CM3 T 12.30 0.0000 PF 0.00
PT 28.40 ( 63)
123 23 2.469 L 1.60 C =120 PT 28.80 ( 23)
Q 9.92 F =T F 12.00 PE -0.69
RN1 T 13.60 0.0006 PF 0.01
163 123 2.709 L 48.50 C =120 PT 28.12 (123)
Q 9.92 F =T /T F 21.60 PE -0.43
BL2 T 70.10 0.0004 PF 0.03
63 163 2.469 L 1.60 C =120 PT 27.72 (163)
Q 9.92 F =T F 12.00 PE 0.69
RN3 T 13.60 0.0006 PF 0.01
62 63DQ 9.84 6.357 L 12.30 C =120 PT 28.42 ( 63) .
Q 19.76 F =0 F 0.00 PE 0.00
CM3 T 12.30 0.0000 PF 0.00
PT 28.42 ( 62)
162 122 2.709 L 48.50 C =120 PT 25.95 (122)
Q 97.41 F =T /T F 21.60 PE -0.43
BL2 T 70.10 0.0240 PF 1.68
• SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 9
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
- - SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
62 162 2.469 L 1.60 C =120 PT 27.20 (162)
Q 97.41 F =T F 12.00 PE 0.69
RN3 T 13.60 0.0377 PF 0.51
61 62DQ 19.76 6.357 L 12.30 C =120 PT 28.40 ( 62)
Q 117.17 F =0 F 0.00 PE 0.00
CM3 T 12.30 0.0005 PF 0.01
* PT 28.41 ( 61)
161 121 2.709 L 48.50 C =120 PT 26.04 (121)
Q 95.37 F =T /T F 21.60 PE -0.43
BL2 T 70.10 0.0231 PF 1.62
61 161 2.469 L 1.60 C =120 PT 27.23 (161)
Q 95.37 F =T F 12.00 PE 0.69
RN3 T 13.60 0.0362 PF 0.49
60 61DQ 117.17 6.357 L 12.30 C =120 PT 28.41 ( 61)
Q 212.54 F =0 F 0.00 PE 0.00
CM3 T 12.30 0.0016 PF 0.02
PT 28.43 ( 60)
160 120 2.709 L 48.50 C =120 PT 26.17 (120)
Q 92.55 F =T /T F 21.60 PE -0.43
BL2 T 70.10 0.0218 PF 1.53
60 160 2.469 L 1.60 C =120 PT 27.27 (160)
Q 92.55 F =T F 12.00 PE 0.69
RN3 T 13.60 0.0343 PF 0.47
59 60DQ 212.54 6.357 L 12.30 C =120 PT 28.43 ( 60)
Q 305.09 F =0 F 0.00 PE 0.00
CM3 T 12.30 0.0031 PF 0.04
159 59DQ - 278.01 2.469 L 1.60 C =120 PT 28.47 ( 59)
Q 27.07 F =T F 12.00 PE -0.69
RN3 T 13.60 0.0035 PF 0.05
119 159 2.709 L 48.50 C =120 PT 27.83 (159)
Q 27.07 F =T /T F 21.60 PE 0.43
BL2 T 70.10 0.0022 PF 0.15
PT 28.41 (119)
58 59 6.357 L 12.30 C =120 PT 28.47 ( 59)
Q 278.01 F =0 F 0.00 PE 0.00
CM3 T 12.30 0.0026 PF 0.03
. SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 10
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
• SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
158 58DQ - 222.45 2.469 L 1.60 C =120 PT 28.50 ( 58)
Q 55.56 F =T F 12.00 PE -0.69
RN3 T 13.60 0.0133 PF 0.18
118 158 2.709 L 48.50 C =120 PT 27.99 (158)
Q 55.56 F =T /T F 21.60 PE 0.43
BL2 T 70.10 0.0085 PF 0.60
PT 29.02 (118)
57 58 6.357 L 12.30 ..0 =120 PT 28.50 ( 58)
Q 222.45 F =0 F 0.00 PE 0.00
CM3 T 12.30 0.0017 PF 0.02
157 57DQ -157.83 2.469 L 1.60 C =120 PT 28.52 ( 57)
Q 64.62 F =T F 12.00 PE -0.69
RN3 T 13.60 0.0176 PF 0.24
117 157 2.709 L 48.50 C =120 PT 28.07 (157)
Q 64.62 F =T /T F 21.60 PE 0.43
BL2 T 70.10 0.0112 PF 0.79
PT 29.29 (117)
56 57 6.357 L 12.30 C =120 PT 28.52 ( 57)
Q 157.83 F =0 F 0.00 PE 0.00
CM3 T 12.30 0.0009 PF 0.01
156 56DQ -83.75 2.469 L 1.60 C =120 PT 28.53 ( 56)
Q 74.08 F =T F 12.00 PE -0.69
RN3 T 13.60 0.0227 PF 0.31
116 156 2.709 L 48.50 C =120 PT 28.15 (156)
Q 74.08 F =T /T F 21.60 PE 0.43
BL2 T 70.10 0.0144 PF 1.01
PT 29.59 (116)
55 56 6.357 L 12.30 C =120 PT 28.53 ( 56)
Q 83.75 F =0 F 0.00 PE 0.00
CM3 T 12.30 0.0003 PF 0.00
155 55 2.469 L 1.60 C =120 PT 28.53 ( 55)
Q 83.75 F =T F 12.00 PE -0.69
RN3 T 13.60 0.0285 PF 0.39
115 155 2.709 L 48.50 C =120 PT 28.23 (155)
Q 83.75 F =T /T F 21.60 PE 0.43
BL2 T 70.10 0.0181 PF 1.27
PT 29.93 (115)
' - SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 11
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
119 325 2.709 L 52.00 C =120 PT 28.12 (325)
Q 67.15 F =T F 10.80 PE -0.46
BL1 T 62.80 0.0120 PF 0.75
19 119DQ 27.07 2.469 L 1.60 C =120 PT 28.41 (119)
Q 94.22 F =T F 12.00 PE 0.69
RN1 T 13.60 0.0354 PF 0.48
PT 29.58 ( 19)
138 38 3.320 L 1.60 C =120 PT 29.93 ( 38)
Q 35.67 F =T F 13.00 PE -0.69
RN2 T 14.60 0.0014 PF 0.02
118 138 2.709 L 63.50 C =120 PT 29.26 (138)
Q 35.67 F =T /T F 21.60 PE -0.56
BL1 T 85.10 0.0037 PF 0.31
18 118DQ 55.56 2.469 L 1.60 C =120 PT 29.01 (118)
Q 91.23 F =T F 12.00 PE 0.69
RN1 T 13.60 0.0334 PF 0.45
PT 30.15 ( 18)
137 37 3.320 L 1.60 C =120 PT 30.31 ( 37)
Q 28.88 F =T F 13.00 PE -0.69
RN2 T 14.60 0.0009 PF 0.01
117 137 2.709 L 63.50 C =120 PT 29.63 (137)
Q 28.88 F =T /T F 21.60 PE -0.56
BL1 T 85.10 0.0025 PF 0.21
17 117DQ 64.62 2.469 L 1.60 C =120 PT 29.28 (117)
Q 93.50 F =T F 12.00 PE 0.69
RN1 T 13.60 0.0349 PF 0.47
PT 30.44 ( 17)
136 36 3.320 L 1.60 C =120 PT 30.68 ( 36)
Q 24.83 F =T F 13.00 PE -0.69
RN2 T 14.60 0.0007 PF 0.01
116 136 2.709 L 63.50 C =120 PT 30.00 (136)
Q 24.83 F =T /T F 21.60 PE -0.56
BL1 T 85.10 0.0019 PF 0.16
16 116DQ 74.08 2.469 L 1.60 C =120 PT 29.60 (116)
Q 98.92 F =T F 12.00 PE 0.69
RN1 T 13.60 0.0388 PF 0.53
PT 30.82 ( 16)
. SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 12.
SERVICE PARTNERS BLDG. #3
.8 /2548 WET SYSTEM
SOLID PILED POLYSTYRENE .
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
135 35 3.320 L 1.60 C =120 PT 31.02 ( 35)
Q 24.38 F =T F 13.00 PE -0.69
RN2 T 14.60 0.0007 PF 0.01
115 135 2.709 L 63.50 C =120 PT 30.34 (135)
Q 24.38 F =T /T F 21.60 PE -0.56
BL1 T 85.10 0.0018 PF 0.15
15 115DQ 83.75 2.469 L 1.60 C =120 PT 29.93 (115)
Q 108.13 F =T F 12.00 PE 0.69
RN1 T 13.60 0.0457 PF 0.62
PT 31.24 ( 15)
134 34 3.320 L 1.60 C =120 PT 31.35 ( 34)
Q 56.64 F =T F 13.00 PE -0.69
RN2 T 14.60 0.0033 PF 0.05
114 134 2.709 L 63.50 C =120 PT 30.71 (134)
Q 56.64 F =T /T F 21.60 PE -0.56
BL1 T 85.10 0.0088 PF 0.75
14 114 2.469 L 1.60 C =120 PT 30.90 (114)
Q 56.64 F =T F 12.00 PE 0.69
RN1 T 13.60 0.0138 PF 0.19
PT 31.78. ( 14)
133 33 3.320 L 1.60 C =120 PT 31.65 ( 33)
Q 64.83 F =T F 13.00 PE -0.69
RN2 T 14.60 0.0042 PF 0.06
113 133 2.709 L 63.50 C =120 PT 31.02 (133)
Q 64.83 F =T /T F 21.60 PE -0.56
BL1 T 85.10 0.0113 PF 0.96
13 113 2.469 L 1.60 C =120 PT 31.42 (113)
Q 64.83 F =T F 12.00 PE 0.69
RN1 T 13.60 0.0177 PF 0.24
PT 32.35 ( 13)
32 30 6.357 L 6.00 C =120 PT 31.78 ( 30)
Q 201.07 F =0 F 0.00 PE 0.00
CM2 T 6.00 0.0014 PF 0.01
132 32DQ - 115.03 3.320 L 1.60 C =120 PT 31.79 ( 32)
Q 86.04 F =T F 13.00 PE -0.69
RN2 T 14.60 0.0071 PF 0.10
SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 13
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
. SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI
112 132 2.709 L 63.50 C =120 PT 31.20 (132)
Q 86.04 F =T /T F 21.60 PE -0.56
BL1 T 85.10 0.0191 PF 1.63
12 112 2.469 L • 1.60 C =120 PT 32.27 (112)
Q 86.04 F =T F 12.00 PE 0.69
RN1 T 13.60 0.0299 PF 0.41
11 12DQ 1888.37 6.065 L 12.30 C =120 PT 33.37 ( 12)
Q 1974.41 F =0 F ..0.00 PE 0.00
CM1 T 12.30 0.1238 PF 1.52
PT 34.89 ( 11)
31 32 6.357 L 12.30 C =120 PT 31.79 ( 32)
Q 115.03 F =0 F 0.00 PE 0.00
CM2. T 12.30 0.0005 PF 0.01
131 31 3.320 L 1.60 C =120 PT 31.80 ( 31)
Q 115.03 F =T F 13.00 PE -0.69
RN2 T 14.60 0.0121 PF 0.18
111 131 2.709 L 63.50 C =120 PT 31.29 (131)
Q 115.03 F =T /T F 21.60 PE -0.56
BL1 T 85.10 0.0326 PF 2.77
11 111 2.469 L 1.60 C =120 PT 33.50 (111)
Q 115.03 .F =T F 12.00 PE 0.69
RN1 T 13.60 0.0512 PF 0.70
PT 34.89 ( 11)
21 121 2.469 L 1.60 C =120 PT 26.04 (121)
Q 214.70 F =T F 12.00 PE 0.69
RN1 T 13.60 0.1625 PF 2.21
PT 28.94 ( 21)
20 120 2.469 L 1.60 C =120 PT 26.17 (120)
Q 218.16 F =T F 12.00 PE 0.69
RN1 T 13.60 0.1674 PF 2.28
PT 29.14 ( 20)
9 11 6.065 L 5.00 C =120 PT 34.88 ( 11)
Q 2089.44 F =T F 30.00 PE 0.00
FM6 T 35.00 0.1375 PF 4.81
8 9 6.065 L 58.50 C =120 PT 39.69 ( 9)
Q 2089.44 F =E F 14.00 PE 0.09
FM5 T 72.50 0.1375 PF 9.97
SUBMITTAL SERIAL NO:4126HY1 10 -12 -2010 PAGE 14
SERVICE PARTNERS BLDG. #3
.8/2548 WET SYSTEM
• SOLID PILED POLYSTYRENE
Location Flow Pipe Fittings Equiv Friction Pressure
in Size & Length Loss Summary
From To GPM IN Devices Ft PSI /Ft PSI -
7 8 6.065 L 28.00 C =120 PT 49.75 ( 8)
Q 2089.44 F =E F 14.00 PE 0.09
FM4 T 42.00 0.1375 PF 5.78
6 7 6.357 L 18.60 C =120 PT 55.62 ( 7)
Q 2089.44 F =T,GV F 28.00 PE 8.06
FR1 T 46.60 0.1094 PF 5.10
5 6 7.981 L 1.50 C =120 PT 68.78 ( 6)
Q 2089.44 F =T F 35.00 PE 0.00
FM3 T 36.50 0.0361 PF 1.32
4 5 10.100 L 1.00 C =120 PT 70.10 ( 5)
Q 2089.44 F =0 F 0.00 PE 0.43
FM2 T 1.00 0.0115 PF 0.01
3 4DQ 500.00 10.280 L 325.00 C =140 PT 70.54 ( 4)
Q 2589.44 F =154/0 F 154.00 PE 0.00
UN3 T 479.00 0.0118 PF 5.65
2 3 12.340 L 560.00 C =140 PT 76.19 ( 3)
Q 2589.44 F =0 F 0.00 PE 0.00
UN2 T 560.00 0.0048 PF 2.69
1 2 7.981 L 10.00 C =120 PT 78.88 ( 2)
Q 2589.44 F =DDC F 0.00 PE 0.00
FM1 T 10.00 0.0537 PF 0.54
8" AMES 3000SS DOUBLE CHECK DETECTOR ASSEMBLY 5.54
COMMENT: INCLUDES FRICTION LOSS FOR 8 INCH DDCVA
0 1 12.340 L 80.00 C =140 PT 84.96 ( 1)
Q 2589.44 F =88/0 F 88.00 PE 0.00
UN1 T 168.00 0.0048 PF 0.81
PT 85.77 ( 0)
•
SERVICE PARTNERS BLDG. #3 Sigma Supply / ca Corporation
7700 Supply /Demand Graph
125 I - - -
120
115 Margin
Pressure 3.93 PSI _
110 Flow 493.69 GPM
105
100.E
95
90 -Ma
•
85 _ Hoses- - -0
80 e
75
i 70
a
a) 65
c 60
0 . 55
50
45
40 wt`5
35 5 • *•C
30
25
20 D i
15
10
5� N 1.85
0 300 600 900 1200 1500 1800 2100 2400 2700 3000
Water Flow (GPM)
System Demand.. Water Supply..
Sprinkler Demand 81.02 PSI @ 2089.44 GPM Static 100.00 PSI
Additional Flows 500.00 GPM Residual 90.00 PSI @ 2548.00 GPM •
Hose at Source 0.00 GPM Elevation 0.00 PSI
Total Demand 85.77 PSI @ 2589.44 GPM
'i . ..
•
2010 -10 -20 16:05 F FIRESTOP COMPANY ': . 3607188603» 5035981950
• F� 5 2 4 Ia — Ce l I 13 P 2/4 •
i i R_ullet 011 Rev. C co
• Reliabid. liar � Model J168 Fii
Standard Response o •
Upright Sprinkler -
(SIN RA1124) 0
Note: This sprinkler i5 a Ill I isted Control Mode Density Area sprinkler.
kSI
Features: it /' . 777, i • ` i
1 . Utilizes Standard Response center strut solder sen- '
sor.
r
2. 165 °F (74 °C), 2121( (100 "C) and 286 °F (141 °C) tern- /. ( .:
perature ratings. .`�' ` '
rr
3. Available in brass, lead coaled, wax coated and wax
over lead coated' finishes. _
.. 4. Provides higher flows at much lower pressures for all r • Oiler occupancies, especially in high density applications, ..`.
such as the protection of high -piled storage. =�
5. I irnits density increases for plastic: pallet applica- =; E.
lions per NFPA 13. _•
Listings & Approvals Sprinkler Identification Number
1. Listed by Underwriters Laboratories Inc. and UL cer- RA1124
tified for Canada (cULus) to include storage applica- Product Description
lions. The Reliable Model J168 Automatic sprinkler utilizes
2. NYC MEA 258.93 -F
3. FM Approved as a Storage Sprinkler. the center strut solder in compression principle of con-
struction. The fusible alloy is captured in the cylinder
' Technical Data of the solder capsule by a stainless steel ball. When
Applications the fusible alloy melts, the ball moves into the cylinder
Wet, Dry and Pre - Action Sprinkler Systems allowing the cylinder to separate from the center strut.
Hazards When this happens, the lever is released to spring free
Ordinary, Extra Hazard and Storage from the sprinkler so that all operating parts clear the
Occupancies per NFPA 13 waterway allowing the deflector to distribute the dis-
For Sprinkler Spoc. :irlg, Positioning. and Density /Area charging water in a hemispherical pattern.
Flow Calculations: refer to NFPA 13 The Reliable Model J168. 16.8 K- factor sprinklers
were tested in full scale fire tests to qualify them for the
Minimum Working Pressure protection of rack and high piled storage.
7 psi (0,5 bar) residual (flowing) Availability & Service
Maximum Working Pressure • Reliable products are available through an extensive
Rated 175 psi (12,1 bar) network of domestic and international distributors. See the
Factory tested to 500 psi (34, 5 bar) Reliable Web site at www.reliablesprinkler.com for add-
Discharge Coefficients (K Factor) tional information.
K =16.8 GPM /psi" (241,9 LPm /bar)" Ordering Information
Pipe Thread Connection Specify:
'1/4 NPT (R' /,) 1. Model J168 Upright
2. temperature rating (see page 2)
Overall Length • 3. Finish (see page 2)
2' /e inch (73 mm) 4. Model J1 Installation Wrench
Refer to CA -167 ```' = �
• Model it Sprinkler Wrench
The Reliable Automatic Sprinkler Co., Inc., 103 Fairview Park Drive, Elmsford, New York 10523
•
2010 -10 -20 16:05 FIRESTOP COMPANY 3607188603 » 5035981960 P 3/4
Design Criteria . -
gULus Listing Requirements .
The Reliable Standard Response J168 Upright Sprinkler 2. NFPA 13 provides ceiling -only protection (no in- .
is earls Listed for use in occupancy classifications up rack sprinklers) criteria using open frame (no solid
to and including Extra- Hazard, for hydraulically calculated shelves) single, double, multiple -row, or portable
- wet or dry systems per NFPA 13, with a minimum operat- rack storage (without the need for in -rack sprinkler
ing pressure of 7 psi (48,3 kPa) in wet or dry systems. Use protection) of cartoned or uncartoned unexpanded
the standard sprinkler positioning requirements and den - Group A or B plastics, with:
sity /area sprinkler protection criteria provided in NFPA 13. • A storage height of up to 25 ft (7,6 m)
• A maximum ceiling height of 30 tt (9,1 m)
Also: - • A minimum deflector to top of storage clearance
The J168 Sprinkler is cULus Listed for use in High -Piled of 18" (457 mm)
storage Occupancies as defined in NFPA 13. This sprin- • A minimum design density of .80 gpm /f1 (32.6
kler may be used for the protection of solid piled, pallet- mm /min)
ized, rack storage (single, double. multiple -row and par- • A minimum operating pressure of 7 psi (0,5 bar)
table), bin box, and shelf storage including, but not limited • A minimum design area of 2,000 it= (186 m for
to: encapsuled or unoncapsulated Class I -IV and Group wet systems or 4,500 ft= (418 m for dry sys-
A or B plastics, cartoned, expanded or unexpended, as tems
well as exposed unexpended. For hydraulically calculated Refer to NFPA 13 for specific requirements for various
wet or dry systems per NFPA 13 with a minimum operat- combinations of building heights, storage heights, sprin-
ing pressure of 7 psi (0,5 bar). Use the standard sprinkler kler- to- commodity clearance, storage arrangements.
positioning requirements and density/area sprinkler pro-
commodity classifications, and lesser or greater required
tection criteria provided in NFPA 13 for High -Piled Storage design densities.
Occupancies.
FM Approval Requirements Note: This sprinkler is a Control Mode Sprinkler.
The Reliable Standard Response standard spray J168,
K -16.8 Upright Sprinkler is approved to be installed in ac- Temperature Ratings
cordance with FM Data Sheets 8-9 and 2-0. (FM guide- Maximum
lines may be different from UL and C -UL Listing criteria). Sprinkler Ambient
C lassification Rating Frame
Examples of High Piled Storage without in rack sprinklers: Temperature Color
1. NFPA 13 provides ceiling -only protection (no in- °F °C °F - °C
rack sprinklers) criteria using open frame (no solid
shelves) single, double, multiple -row, or portable Ordinary 165 74 100 38 Uncolored
a (without the need for in -rack sprinkler intermediate 212 14 2 2 5 1 White
rack store ue
9 ( High 286 141 225 107 Blue
protection) of cartoned or uncartoned unexpended
Group A or B plastics, or, cartoned expanded Group _
A or 13 plastics, with: Special Application Finishes
• A storage height of up to 20 tt (6,1 m) Lead Plated 165 1 - (74 °C), 212 °F (100 °C) and 286 °F (141 "C)
• A maximum ceiling height of 27 ft (8,2 m) rem. Ratings
• A minimum deflector to top of storage clearance Wax-Coated '' .165°F (74 "C) Clear Wax, 212"F (100 °C)
of 18" (457 mm) NOM Wax.
• A minimum design density of .60 gpm /ft (24,4 Wax- Coatod Over 165 ° - (74 °C) Clear Wax, 2I2 °- (100°C)
Lead Plated '1r brown Wax.
rnm /mm) 212 °F (100 °C) brown wax may bo used on 286 ° - (141 °C) sprinklers
• A minimum operating pressure of 7 psi (0,5 bar) when maximum ambient temperatures do not exceed 150 (66 "C:).
• A minimum design area of 2,000 It' (186 m=) for
wet systems or 2,600 tt' (242 m for dry sys- 1-M Approved.
tems
Note: The J168 Sprinkler can be used in any application Caution: The Reliable Standard Response J168 Upright
or building height as allowed by NFPA13 or FM guide- Sprinkler must be installed and maintained per the appli-
lines. The J168 is a standard response standard spray cation NFPA standards, as well as the standards of other
sprinkler with a larger K factor to provide greater water authorities having jurisdiction.
flows at lower pressures.
2.
2010 -10 -20 16:05 FIRESTOP CdMPANY 3607188603 » 5035981960' P 4/4
Installation Engineering Specification
The Model J 168 Upright Sprinklers are to be installed as MixigU168..Standard Responie
follows: Upright _Sprinkler • •
• Install in upright position only. Sprinklers shall be standard response upright spray sprin-
• Apply pipe thread sealant to NPT, threads, hand klers cULus Listed for use in occupancy classitications up
tighten into the sprinkler fitting. to and including extra hazard. and for storage occupancies
• Install sprinkler by wrench boss only. in accordance with NI 13. Sprinkler construction shall
• Wrench tighten with the dedicated J1 Sprinkler be a bronze, die -cast frame with grooved wrench flat and
Wrench. copper- alloy deflector. Water seal assembly shall consist
• A leak tight % NPT (R=%) sprinkler joint can be of a fusible solder thermal element utilizing a center strut
obtained with a torque of 14 - 20 ft. lbs. solder -in- compression principle of construction with metal
• Higher torques may compromise the seal or tune- Belleville spring washer, coated on both sides with Teflon
Lion integrity of the sprinkler. film. Sprinkler temperature rating shall be [165 °F (74 °C)]
[212°F (100 `C)] [286 'F (141 °C)]. Sprinklers shall have
a nominal K- factor of 16.8 (241.9) and have a NPT (R)
Maintenance thread. The rated workirt
Model J 168 Sprinklers should be inspected quarterly and working be b ro n e .rill ri 175 r psi shall b
bar). Standard finish shall be bronze. Sprinklers shall be
the sprinkler system maintained in accordance with NFPA Reliable Model J168 standard response upright sprinklers,
25. Do not clean sprinklers with soap and water, ammonia Bulletin 011 (SIN RA 1124).
or any other cleaning fluids. Remove dust by using a soft
brush or gentle vacuuming. Remove arty sprinkler that had Suecjal Application Finishes Option:
been painted (other than factory applied) or damaged in Exposed sprinklers subject to corrosive atmospheres shall
any way. A stock of spare sprinklers should be maintained have a factory - applied 1165 'F (74 'C) clear wax - coated]
to allow quick replacement of damaged or operated spin- [212 `F (100 °C) brown wax- coated] [lead plated for 165 °F
klers. Prior to installation. sprinklers should be maintained (74 °C), 212 °F (100 °C), or 286 °F (141 ° C)] [wax - coated
in the original cartons and packaging until used to minimize over lead plated] corrosion resistant coating.
the potential for damage to sprinklers that would cause im-
proper operation or non-activation.
•
0 1'1. 1 1 Model .11 Wrenr.h
c -. Grooved wrench boss -
(79,4 mm) ~t -•~ --- use Model J1 wrench only
rte ..
A. •
( nominal makeup
Now I. Grooved sprinkler boss provided In insure that the Sprinkler wrench does not slip during installation.
2. A light iv' NWT sprinkler joint should he obtained with a torque of 14 to 'l( ft. lbs. I Iigher levels of torque may distort the sprinkler inlet
cause leakage or impairment.
3.
•
( ���! -Fp 5 a.o 10 — c7 0 I( 1
•
I.
. ` J T Fire . & Building
r
. Products
Technical Services: Tel: (800) 381 -9312 / Fax: (800) 791 -5500
Motel K17-231 —16.8 , -factor
L,. and . -'endent Sprinklers
St:; ndard : esponse Standard Coverage
�a
right and Pendent Sprinklers de-
G eneral scribed herein must be installed and
maintained in compliance with this s. ''T :,
Description document, as well as with the applica `` `= , - - - 54 '" 1 ""`'� .
ble standards of the National Fire Pro - '-t! r
The 16.8 K- factor, Model K17 -231, tection Association, in addition to the •' 4
Standard Response, Standard Cover- standards of any other authorities hav- ` .
age, Upright and Pendent Sprinklers ing jurisdiction. Failure to do so may - ' v If
Ref. Figure 1) are automatic s rin " � - i
( 9 ) P impair the performance of these de- .L. - 1 `r-- _ -._-. 1 .
klers of the frangible bulb type. They vices. �
$1 '` y
are "standard response - spray sprin
�
klers" which produce a hemispherical The owner is responsible for maintain = -. „, .•—
water distribution pattern below the de ing their fire protection system and de �,,
•
(lector. vices in proper operating condition '°��
The installing contractor or manufac-
The 16.8 K- factor, K17 -231 Sprinklers turer should be contacted with any -
were subjected to full scale, high -piled questions.
storage, fire tests to qualify their use in ,
• lieu of 8.0 or 11.2 K- Factor standard � ��������
spray sprinklers for the protection of
high -piled storage.
Identification --
Higher flow rates can be achieved at `
much lower pressures with the 16.8 Number v :-
K- factor, K17 -231 Sprinklers — mak- OK:'-t'-'-z � - y;3�
,
ing their use highly advantageous in TY7151 - Upright, 16.8K -=: .z. - r
tie r
high density applications, such as the TY7251 - Pendent; 16.8K .. 11, protection of high -piled storage. !
TY7151 is a redesignation for C7151, i • <<_,
Applications for the 16.8 K- factor, G1888, and S8040. ” ''
Model K17 -231 Pendent and Upright
Sprinklers are expanding beyond the TY7251 is a redesignation for C7251, r+ "': r
current listings/approvals. For informa- G1889, and S8041. =
tion regarding research fire tests which
may be acceptable to an Authority Technical
Having Jurisdiction, please contact the T erature Rating s
.Technical Services Department. P 9 •
®��� Refer to Table A
WARNING approvals Finish
The 16.8 K = factor, Model K17 -231 Up UL and C UL Listed. FM and NYC Ap Natural Brass
. • proved. (Specific details for laboratory ph steal Characteristics
listings and approvals given in Table A. y
• IMPORTANT The approvals apply to the service Frame Bronze
Always refer to Technical Data conditions indicated in the Design Cri- Button Bronze
Sheet TFP700 for the 'INSTALLER feria section.) Sealing Assembly
WARNING" that provides cautions Beryllium Nickel w/Teflont
-
•
with respect to handling and instal- Maximum Working Pressure Bulb Glass (5 mm dia.)
ration of sprinkler systems and com 175 psi (12,1 bar) Compression Screw
ponents. Improper handling and in- Pipe Thread Connection Brass
. srallalion can permanently damage 3/4 inch NPT or ISO 7 -R3/4 Deflector Brass •
a sprinkler system or its compo-
nents and cause the sprinkler to fail Discharge Coefficients tRegistered trademark of DuPont.
- to operate in a fire situation or cause K = 16.8 GPM /psi v2
it to operate prematurely. (241,9 LPMlbar'rz)
Page 1 of 4 JANUARY, 2005 TFP332
•
•
•
' • Page 2 of 4 TFP332
•
•
• SPRINKLER FINISH
TYPE TEMPS BULB NATURAL
LIQUID BRASS
• 155"F/68°C Red
• UPRIGHT 200 °F /93 °C Green 1, 2, 3, 4
K=16.8 (TY7151) -
286 °F /141 °C Blue
155 °F /68 °C Red
PENDENT 200 °F /93 °C Green 1. 2, 4
K =16.8 (TY7251)
286 °F /141 °C Blue
NOTES:
1. Listed by Underwriters Laboratories, Inc. (UL Listed).
2. Listed by by Underwriters Laboratories. Inc. for use in Canada (C -UL Listed).
3. Approved by Factory Mutual Research Corporation (FM Approved).
4. Approved by the City of New York under MEA 177 -03 -E.
TABLE A
LABORATORY LISTINGS AND APPROVALS
(Refer to the Design Criteria Section)
r • toned expanded Group A or B plastics, a minimum design area" of 2000 1t
�!f esign Criteria with: (186 rn for wet systems or 4500 ft
° 'stora a height of u P to 20 feet 6 1 (418 m for dry pipe systems
UL and C - Listing a' 9 9
Requirements m); FM Approval
The 16.8 K- factor, Model K17 -231 • a maximum ceiling height of 27 feet Requirements
(TY7151 & TY7251) Sprinklers may be (8.2 m); The 16.8 K-factor, Model K17-231
installed in accordance with NFPA 13 ° a minimum deflector to top of stor- (TY7151) Upright Sprinklers may be
standard sprinkler position and age clearance of 18 inches (457 installed in accordance with the appli-
- area /density flow calculation require- mm); cable "control mode density /area"
ments for light, ordinary, or extra haz- a minimum design density of 0.60 guidelines provided by Factory Mutual.
and occupancies with a minimum re- m / (24,4 mm / min y (FM guidelines may differ from UL and
sidual (flowing) pressure of 7 psi (0,5 gP ( ); C -UL Listing criteria.)
• bar) in wet or dry pipe sprinkler sys- ° a minimum residual (flowing) pres-
tems, or they may be installed in ac- sure of 7 psi (0,5 bar);
cordance with NFPA 13 standard a m inimum design area of 2000 ft Operation
sprinkler position and area /density 9
flow calculation requirements for high. (186 m for wet systems or 2600 ft The glass bulb• contains a fluid that
piled storage occupancies (solid piled, (242 m for dry pipe systems expands when exposed to heat. When
palletized, rack storage, bin box, and Example 2: NFPA 13 provides ceiling the rated temperature is reached, the
shelf storage including but not limited only protection (i.e., no in -rack sprin- fluid expands sufficiently to shatter the
to Class I -IV and Group A plastics) with klers) criteria using open frame (i.e. no glass bulb, allowing the sprinkler to
a minimum residual (flowing) pressure solid shelves) single, double, multiple- activate and flow water.
of 7 psi (0,5 bar) for wet or dry pipe row, or portable rack storage (without
• systems. the need for in -rack sprinkler protec-
The following two examples are typical Lion) of cartoned or uncartoned unex-
of the types of arrangements permitted panded Group A or B plastics, or, car
by NFPA 13. For all combinations of toned expanded Group A-orB plastics,
lesser and greater building heights, with:
lesser and greater storage heights, • a storage height of up to 25 feet (7,6
storage arrangements, commodity m);
classifications. and lesser or greater a maximum ceiling height 0130 feet
required design densities, refer to 9 9
NFPA 13 for specifics. (9,1 m);
Example 1: NFPA 13 provides ceiling • a minimum deflector to top of stir
only protection (i.e., no in -rack sprin- age clearance of 18 inches (457
klers) criteria using open frame (i.e. no mm);
solid shelves) single. double. multiple- ° a minimum design density of 0.80
row. or portable rack storage (without gpm /ft (32.6 rrtm /min);
the need for in -rack sprinkler protec a minimum residual llowin
lion) of cartoned or uncartoned unex- ( g) ores-
panded Group A or B plastics. or, car- sure of 7 psi (0,5 bar);
•
•
•
TFP332 Page 3 of 4
4 3/4' NPT �����
6 5
2 -3/8 ■e —, / I I 3 4
WRENCH 2 -3 8'
(60.3 mm) FLAT (60,3 mm) !%
11111=1.1 j /� — 2
Y
I III ,/2" (12,7 mm) 1
� N OMINAL MAKE –IN 1 h
— 6
PENDENT UPRIGHT CROSS SECTION
1 - Frame 4 - Bulb ' Temperature rating is -- Pipe thread
2 - Button 5 - Compression Screw indicated on deflector. connections per ISO
3 - Sealing Assembly 6 - Deflector 7/1 can be provided
on special request.
- FIGURE 1
MODEL K17 -231 UPRIGHT (TY7151) AND PENDENT (TY7251) SPRINKLERS
finstalllation Care and
®UN
NOTE gqa ®n ten a x nc e 1
Do not install any bulb type sprinkler if \ N {� I
the bulb is cracked or there is a loss of The Model K17-231 Sprinklers must \ I'
liquid from the bulb. With the sprinkler be maintained and serviced in accord-
\.
\
- held horizontal, a small air bubble ance with the following instructions:
WRENCH
• should be present. The diameter of the RECESS
air bubble is approximately 1/16 inch NOTE I
(1,6 mm) for the 155T/68°C to 3/32 Before closing a fire protection system N
inch (2,4 mm) for the 286 °F /141 °C rat- main control valve for maintenance \
ing. work on the fire protection system that l
it controls, permission to shut down the fi r.
The Model K17 -231 Sprinklers must affected fire protection systems. must
be installed in accordance with the fol- be obtained from the proper authori- •
lowing instructions. lies and all personnel who may -be FIGURE 2
1. With pipe thread sealant applied to
affected by this action must be notified. W -TYPE 8 SPRINKLER
the pipe threads, hand tighten the Sprinklers that are found to be leaking WRENCH
Model K17 -231 Sprinkler into the or exhibiting visible signs of corrosion
sprinkler fining. must be replaced. The owner is responsible for the in-
2. Using the W-Type 8 Sprinkler Automatic sprinklers must never be spection, testing, and maintenance of
Wrench (Ref. Fig. i the painted, plated, coated, or otherwise their fire protection system and de-
• Wrench
Flats (Ref. . p) applied Fig. 1 the altered after leaving the factory. Modi- vices in compliance with this docu-
sprinkler (Ref. er Model Kats (Ref. f. F i 1), lied sprinklers must be replaced. ment, as well as with the applicable
t iprigh the sprinkler fitting. Sprinklers that have been exposed to standards of the National Fire Protec-
corrosive products of combustion, but tion Association (e.g., NFPA 25), in
• NOTE have not operated, should be replaced addition to the standards of any other
if they cannot be completely cleaned authorities having jurisdiction. The in-
A leak tight 3/4 inch NPT sprinkler joint by wiping the sprinkler with a cloth or stalling contractor or sprinkler menu -
should be obtained with a torque of 10 by brushing it with a soft bristle brush. facturer should be contacted relative to
io 20 ft.lbs. (13,4 to 26,8 Nm). Highe
levels of torque may distort the sprin- Care must be exercised to avoid dam- any questions.
kler inlet with consequent leakage or age to the sprinklers - before, during, It is recommended that automatic
impairment of the sprinkler. and after installation. Sprinklers dam- sprinkler systems be inspected,
aged by dropping, striking, wrench tested, and maintained by a qualified
twist/slippage, or the like, must be re- Inspection Service in accordance with
placed. Also, replace any sprinkler that local requirements and /or national
has a cracked bulb or that has lost codes.
liquid from its bulb. (Ref. Installation
Section).
•
Page 4 of 4 TFP332
•
Limited Orderin R�
Procedure
Products manufactured by Tyco Fire When placing an order, indicate the full
Products are warranted solely to the product name. Please specify the
original Buyer for ten (10) years Sprinkler Identification Number (SIN),
against defects in material and work- quantity, and temperature rating. Refer
manship when paid for and properly to the Price List for complete listing of
installed and maintained under normal Part Numbers.
use and service. This warranty will ex- Contact your local distributor for avail -
pire ten (10) years from date of ship- ability.
ment by Tyco Fire Products. No war -
ranty is given for products or Sprinkler Assemblies with NPT
components manufactured by compa- Thread Connections:
Hies not affiliated by ownership with
Tyco Fire Products or for products and Specify: (specify SIN), 16.8 K- factor,
components which have been subject Model K pecif ,(specify temperature
s
to misuse, improper installation, corro- rating), (specify Pendent or Upright)
sion, or which have not been installed, Sprinkler, P/N (specify).
maintained, modified or repaired in ac- Upright (SIN TY7151)
cordance with applicable Standards of 155 °F /68 °C PSN 51- 888 -1 -155
the National Fire 'Protection Associa- 200 °F /93 °C PSN 51 -888 -1 -200
lion, and /or the standards of any other 286 °F /141 °C PSN 51.888 -1.286
Authorities Having Jurisdiction. Mate -
rials found by Tyco Fire Products•to be Pendent (SIN 7Y7251)
• F /93 °C PSN 51-889-1-155
defective shall be either repaired or 255 200 °F /93 °C PSN 51- 889 -1-200
replaced, at Tyco Fire Products' sole 286 °F /141 °C PSN 51- 889 -1 -286
option. Tyco Fire Products neither as-
sumes, nor authorizes any person to Sprinkler Wrench:
assume for it, any other obligation in Specify: W -Type 8 Sprinkler Wrench,
connection with the sale of products or P/N 56- 892 -1 -001.
parts of products. Tyco Fire Products
shall not be responsible for sprinkler
system design errors or inaccurate or
incomplete information supplied by
Buyer or Buyer's representatives.
IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE, IN CON-
TRACT, TORT. STRICT LIABILITY OR
UNDER ANY OTHER LEGAL THE -
ORY, FOR INCIDENTAL, INDIRECT, •
SPECIAL OR CONSEQUENTIAL
DAMAGES,. INCLUDING BUT NOT •
LIMITED TO LABOR CHARGES. RE-
GARDLESS OF WHETHER TYCO
FIRE PRODUCTS WAS INFORMED
ABOUT THE POSSIBILITY OF SUCH
DAMAGES, AND IN NO EVENT
• SHALL TYCO FIRE PRODUCTS' LI-
ABILITY EXCEED AN AMOUNT
EQUAL TO THE SALES PRICE.
THE FOREGOING WARRANTY IS
MADE IN LIEU OF ANY AND ALL
OTHER WARRANTIES EXPRESS OR
IMPLIED. INCLUDING WARRANTIES
OF MERCHANTABILITY AND FIT-
NESS FOR A PARTICULAR PUR-
POSE.
TYCO FIRE PRODUCTS. 451 North Cannon Avenue. Lansdale, Pennsylvania 19446
•
• PROTECTION OF PLASTIC AND RUBBER COMMODITIES 13-131
•
•
Plastics
. Group A (See Note) • Group B • Group C
Class IV Class III •
I I I
Expanded Nonexpanded Free - flowing
Class IV
I
Cartoned Exposed Unstable Stable
I I Table 15.2.5(a) or
(b) Column A
I I I I I
Stable Unstable Stable Unstable Solid Unit Load Cartoned Exposed
Table 15.2.5(a) Table 15.2.5(a) Table 15.2.5(a) Table 15.2.5(9 Table 15.2.5(a) . Table 15.2.5(a) Table 15.2.5(a)
or (b) Column E or (b) Column D or (b) Column B or (b) Column C or (b) Column A or (b) Column C or (b) Column E
Note: Cartons that contain Group A plastic material shall be permitted to be treated as Class IV commodities
under the following conditions:
• (1) There shall be multiple layers of corrugation or equivalent outer material that would significantly delay fire
involvement of the Group A plastic.
(2) The amount and arrangement of Group A plastic material within an ordinary carton would not be expected
to significantly increase the fire hazard.
FIGURE 15.2.1 Decision Tree.
Table 15.2.5(a) Design Densities for Palletized. Solid - Piled, Bin Box, or Shelf Storage of
Plastic and Rubber Commodities (U.S. Units)
Density (gpm /ft
. ' Storage Height Roof/Ceiling
(ft) t C D E
5 up to 25 I OH2 I OH2 • OH2 OH2
up to 15 0.2 EH2 0.3 EH] EH2
5 12 >15 to 20 0.3 0.6 0.5 EH2 EH2
>20 to 32 • : 0.4 I 0.8 0.6 0.45 0.7
up to 20 0.3 0.6 0.5 0.4 0.45
15 >20 to 25 0.4 0.8 . I i 0.45 0.7
>25 to 35 0.45 0.9 0.7 0.55 . 0.85
up to 25 0.4 0.8 (726 0.45 0.7
20 >25 to 30 0.45 0.9 ID 0.55 . 0.85
>30 to 35 - 0.6 1.2 0.85 0.7 1.1
25 up to 30 0.45 0.9 0.7 0.55 0.85
>30 to 35 0.6 - 1.2 0.85 0.7 1.1
•
Notes:
(1) Minimum clearance between sprinkler deflector and top of storage shall he maintained as required.
(2) Column designations correspond to the configuration of plastics storage as follows:
A. (1) Nonexpanded, unstable
(2) Nonexpanded, stable, solid unit load
B: Expanded, exposed, stable
C: (1) Expanded, exposed, unstable
(2) Nonexpanded, stable, cartoned
D: Expanded, cartoned, unstable
E: (1) Expanded, cartoned, stable
•
- (2) Nonexpanded, stable, exposed
(3) OH2 = Density required by Figure 13.2.1 for Curve OH2
EHI = Density required by Figure 13.2.1 for Curve EH] -
EH2 = Density required by Figure 13.2.1 for Curve EH2 -
•
(4) Hose streams and durations shall be as follows: 55 ft 250 gpm (946 L /min) and 90 minutes; >5 ft to 5520 ft
500 gpm (1900 L /min) and 120 minutes; >20 ft to 525 ft 500 gpm (1900 L /min) and 150 minutes.
2007 Edition
.
•
•
. 13–] 30 INSTALLATION OF SPRINKLER SYSTEMS
• 14.6 High Expansion Foam — Reduction to Ceiling Density. wholly Group A plastics but contain such quantities and ar-
• A reduction in ceiling density to one -half that required for rangements of the same that they are deemed more hazard -
Class 1 through Class IV commodities, idle pallets, or plastics otus than Class IV commodities.
shall be permitted without revising the design area, but the
density shall be no less than 0.15 gptn /ft (6.1 mm /min). 15.2.3 Group B plastics and free - flowing Group A plastics
shall be protected in the same manner as a Class N commod-
ity. (See Chapter 14 for protection of these storage commodities with
Chapter 15 Protection of Plastic and Rubber spray sprinklers.)
Commodities That Are Stored Palletized, 15.2.4 Group C plastics shall be protected in the same man -
Solid Piled, Bin Boxes, or Shelf Storage ner as a Class III commodity. (See Chapter 14 for protection of these
storage commodities with spray sprinklers.)
15.1 General. This chapter shall apply to plastic and rubber 15.2.5* Design areas and densities for the appropriate storage
commodities that are stored palletized, solid pile, bin boxes, configuration shall be selected from Table 15.2.5(a) or Table
or shelf storage, The requirements of Chapter 12 shall apply 15.2.5(b) as appropriate. Columns A, B, C, D, and E corre-
unless modified by this chapter. spond to the protection required by the decision tree shown
15.1.1 The minimum water supply requirements for a hy- in Figure 15.2.1.
draulically designed occupancy hazard fire control sprinkler 15.2.6 The ceiling only protection criteria specified in Chap -
system shall he determined by adding the hose stream allow- ter 17 for rack storage of plastic and rubber commodities shall
ante from Table 15.1.1 to the water supply for sprinklers. This be permitted to be used for solid piled palletized storage of
supply shall be available for the minimum duration specified the same commodity, at the same height and clearance.
in Table 15.1.1. (See Section C.8.)
15.2.7 For Table 15.2.5(a) and Table 15.2.5(b), the design
15.1.2* Storage Conditions. • arcas•shall be as follows:
15.1.2.1 The design of the sprinkler system shall be based on (1) The area shall be a minimum of 2500 ft (232 m
those conditions that routinely or periodically exist in a build- (2) Where Table 15.2.5(a) and Table 15.2.5(b) allow densities
ing and create the greatest water demand. These conditions and areas to be selected in accordance with Figure 13.2.1,
include the follouning: Curve OH2, Curve EH1, and Curve EH2, any density area
•
(1) Pile height from the curves in Figure 13.2.] shall be permitted.
(2) Clearance (3) For closed arrays, the area shall be permitted to be re-
(3) Pile stability duced to 2000 ft (186 m
(4) Array
15.2.8 Interpolation of densities between storage heights
15.2: Control Mode Density–Area Sprinkler Protection Crite- shall be required. Densities shall be based on the 2500 ft
ria for Palletized, Solid Piled, Bin Box, or Shelf Storage of (232 m design area. The "up to" in Table 15.2.5(a) and
Plastic and Rubber Commodities. Table 15.2.5(b) is intended to aid in the interpolation of den-
s sities between storage heights. interpolation of ceiling /roof
15.2.1* Protection for plastic and rubber commodities shall heights shall not be permitted.
be in accordance with Section 15.2. The decision tree shown
in Figure 15.2.1 shall be used to determine the protection in 15.3 Large Drop Sprinklers and Specific Application Control
• each specific situation, subject to the following limitations: Mode Sprinklers for Palletized or Solid -Piled of Plastic and
•
Rubber Commodities.
(1) Commodities that are stored palletized, solid piled, or in
bin boxes up to 25 ft (7.62 m) in height 15.3.1 Protection of palletized and solid -piled storage of un-
(2) Commodities that are stored in shelf storage up to 15 ft expanded plastic and expanded plastic commodities shall he
(4.6 m) in height in accordance with Table 15.3.1(a) or Table 15.3.1(h).
15.2.2= Factors affecting protection requirements such as 15.3.2 Protection shall be provided as specified in Table
closed /open array, clearance between storage and sprin- 15.3.1 (a) and Table 15.3.1(b) or appropriate NFPA standards
tilers. and stable /unstable piles shall be applicable only to in terms of minimum operating pressure and the number of
storage of Group A plastics. This decision tree also shall be sprinklers to be included in the design area.
used to determine protection for commodities that are not °
Table 15.1.1 Hose Stream Allowance and Water Supply Duration Requirements
Total Combined Inside
Storage Height • Inside Hose and Outside Hose
Duration
Commodity Classification ft m gpm L /min gpm L /min (minutes)
< 5 <1.5 0, 50, or 100 0, 190, 380 500 1900 90
•
Over 5 up Over 1.5 up to 6.] 0, 50. or 100 0, 190, 380 500 1900 120
Group A plastic tr' 20
Over 20 , Over 6.1 up to 7.6 0. 50, or 100 0, 190. 380 500 - 1900 150
up to 25
2007 Edition
•
•
VSR
POTf R VANE TYPE WATERFLOW
The Symbol of Protection ALARM SWITCH WITH RETARD
UL, CUL and CSFM Listed, FM A pproved, LPCBApproved, For
CE Marked (EN12259- 5) /VdSApproved model use VSR -EU
Service Pressure: 450 PSI (31 BAR) - UL
Flow Sensitivity Range for Signal:
4- IO GPM (15- 38LPM) -UL
. Maximum Surge: 18 FPS (5.5 m /s)
- Contact Ratings: Two sets of SPDT (Form C)
• 10.0 Amps at 125/250VAC
2.0 Amps at 30VDC Resistive
} ''* d• ' I 0mAmps min. at24VDC
,; ;�:� Conduit Entrances: Two knockouts provided for 1/2" conduit.
Individual switch compartments suitable
L'• for dissimilar voltages.
l ' r Environmental Specifications:
�F « • .rµ • NEMA 4/IP54 Rated Enclosure suitable for indoor or
t • ' outdoor use with factory installed gasket and die -cast housing
when used with appropriate conduit fitting.
• Temperature Range: 40 °F - 120 °F. (4.5 °C - 49 °C) - UL
• Non - corrosive sleeve factory installed in saddle.
Service Use:
Automatic Sprinkler NFPA -13
Specifications subject to change without notice. One or two family dwelling NFPA -13D
Ordering Information Residential occupancy up to four stories NFPA- I 3R
Nominal Pipe Size Model Pan Number National Fire Alarm Code NFPA -
2" DN50 VSR -2 1144402 s...-
2 I/2" DN65 VSR -2 1/2 1144425 WAR NIN :y -'s:.;•+' '::: . ° r,''
3" DN80 VSR - 1144403 • Installation must be performed by qualified personnel and in
• 3 I/2" - VSR - 1/2 1 144435 accordance with all national and local codes and ordinances.
• Shock hazard. Disconnect power source before servicing. Serious
4" DN100 VSR - 1144404 injury or death could result.
5" - VSR - 1144405 • Risk of explosion. Not for use in hazardous locations. Serious
6" DN 150 VSR - 1144406 injury or death could result.
8" DN200 VSR - 8 1144408
Optional: Cover Tamper Switch Kit, stock no. 0090148 CAUTION
Replaceable Components: Retard/Switch Assembly stock no. 1029030 Waterflow switches that are monitoring wet pipe sprinkler systems shall
not be used as the sole initiating device to discharge AFFF deluge,
or chemical suppression systems. Waterflow switches used for this
application may result in unintended discharges caused by surges,
trapped air, or short retard times.
General Information Enclosure
The Model VSR is a vane type waterflow switch for use on wet sprinkler The VSR switches and retard device are enclosed in a general purpose,
systems. It is UL Listed and FM Approved for use on steel pipe; die -cast housing. The cover is held in place with two tamper resistant
schedules 10 through 40, sizes 2" thru 8" (50 mm thru 200 mm). LPC screws which require a special key for removal. A field installable
approved sizes are 2" thru 8" (50 mm thru 200 nun). See Ordering cover tamper switch is available as an option which may be used
Information chart. to indicate unauthorized removal of the cover. See bulletin number
The VSR may also be used as a sectional waterflow detector on large 5401103 for installation instructions of this switch.
systems. The VSR contains two single pole, double throw, snap action
switches and an adjustable, instantly recycling pneumatic retard. The
switches are actuated when a flow of 10 GPM (38 LPM) or more occurs
downstream of the device. The flow condition must exist for a period
of time necessary to overcome the selected retard period.
Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 866- 956 -1211 /Canada 888 - 882 -1833 • www.pottersignal.com
PRINTED IN USA MFG. 5 5401140 - REV L PAGE 1 OF 4
3i09
VSR
I.
,' POTTER VANE TYPE WATERFLOW
r `' ''g The Symbol of Protection
Y ALARM SWITCH WITH RETARD
Installation (see Fig. I)
These devices may be mounted on horizontal or vertical pipe. On horizontal pipe they shall be installed on the top side of the pipe where they
will be accessible. The device should not be installed within 6" (15 cm) of a fitting which changes the direction of the waterflow or within 24"
(60 cm) of a valve or drain.
NOTE: Do not leave cover off for an extended period of time. -
Drain the system and drill a hole in the pipe using a hole saw in a slow speed drill (see Fig. I). Clean the inside pipe of all growth or other
material for a distance equal to the pipe diameter on either side of the hole. Roll the vane so that it may be inserted into the hole; do not bend
or crease it. Insert the vane so that the arrow on the saddle points in the direction of the waterflow. Take care not to damage the non - corrosive
bushing in the saddle. The bushing should fit inside the hole in the pipe. Install the saddle strap and tighten nuts alternately to required torque
(see the chart in Fig. I). The vane must not rub the inside of the pipe or bind in any way.
A CAUTION
Do not trim the paddle. Failure to follow these instructions may prevent the
device from operating and will void the warranty.
Fig. I I Retard Adjustment
DO NOT LLAPL: CO OFF FOR
./ J AN EXTENDED PERIOD or Mg; The delay can be adjusted by rotating the retard adjustment knob from
� t � � 0 to the max setting (60 -90 seconds). The time delay should be set at
to P
'ms . �' I the minimum required prevent false alarms
l
/\ 1
` 7
',•\ �1. Y •,MI , TIGHALTERNATELTEN NUTS
) «iii 4I u I�'- .
• �, ,4 l �. / CAUTION
�,�1 I ' Hole must be drilled perpendicular to the pipe and vertically centered.
Refer to the Compatible Pipe/Installation Requirements chart for size.
\
/�` Correct Incorrect
i MOUNT ON PIPE SO
/ IL .� OF W ���� ARROW ON SADDLE
IN N DIRECTION + -C3 ( \`J
V OF ATERFLOW 1
�� -
1o1 = 1i1
ROLL PADDLE IN '
OPPOSITE DIRECTION ADAPTER ��, � 1 ADAPTER , i i i . DIRECTION OF OF WATERFLOW \ \� \ti %//
WATERFL0W
� (Fln water nc•rit ores
derive In one cloven., nnh:J DN50 ONLY
r 1 USE 12) 5180162 ADAPTERS AS SHOWN .ABOVE
V / Dy4 II16 - 11
vrca. uwu
Compatible Pipe / Installation Requirements
Model Nominal Pipe Nominal Pipe Pipe Wall Thickness Hole Size U -Bolt Nuts
Size O.D. Schedule 10 (UL) Schedule 40 (UL) 135 -1387 (LPC) DN (VDS) Torque
inch mm inch mm inch mm inch mm inch mm inch mm inch mm fr - lb n - m
VSR -2 2 DN50 2.375 60.3 0.109 2.77 0.154 3.91 0.142 3.6 0.091 2.3
VSR -21/2 2.5 - 2.875 73.0 0.120 3.05 0.203 5.16 - - - - 125 +.125/ -.062 33.0'2.0
VSR -21/2 - DN65 3.000 76.1 - - - - 0.142 3.6 0.102 2.6
VSR -3 3 DN80 3.500 88.9 0.120 3.05 0.216 5.49 0.157 4.0 0.114 2.9
VSR-3 1/2 3.5 - 4.000 101.6 0.120 3.05 0.226 5.74 - - - - 20 27
VSR -4 4 DNI00 4.500 114.3 0.120 3.05 0.237 6.02 0.177 4.5 0.126 3.2
2.00 4 .125 50.8 4 2.0
VSR -5 5 - 5.563 141.3 0.134 3.40 0.258 6.55 - - - -
' VSR -6 6 DN150 6.625 168.3 0.134 3.40 0.280 7.11 . 0.197 5.0 0.157 4.0
VSR -8 8 DN200 8.625 219.1 0.148 3.76 0.322 8.18 0.248 6.3 0.177 4.5
NOTE: For copper or plastic pipe use Model VSR - CF.
PRINTED IN USA MFG. #5401146 - REV L PAGE 2 OF 4
3/09
•
• 7` ♦ I _ _ Y_ -. ,F -- VSR
i fl ~ } L. . \ VANE TYPE WATERFLOW
e The Symbol of Protection ALARM SWITCH .WITH RETARD
Fig. 2 Fig. 3 Fig. 4 Switch Terminal Connections Clamping
To remove knockouts: Place screwdriver at Break out thin section of cover when Plate Terminal,
inside edge of knockouts. not in the center. wiring both switches from one conduit
• entrance. 1 0
lir • , .,,,.., .0
ye
p• �' S.Ni.A ia. +•r% t.4 5 ' � ^ ., < a • ' Lt i :c r .
�� I" An uninsulated section of a single conductor should not be looped
• � \ :_ 111 W . around the terminal and serve as two separate connections. The
°^° 4 -jtfa ; wire must be severed, thereby providing supervision of the
A
-,, v " '"
:` �' ' , P , 1 • connection in the event that the wire become dislodged from under
NO'TICEI' : �t the terminal. Failure to sever the wire may render the device
Do not drill into the base as this creates ' n4 11.6 inoperable risking severe property damage and loss of life.
metal shavings which can create ipso Du not strip wire beyond 3/8" of length or expose an uninsulated
electrical hazards and damage the conductor beyond the edge of the terminal block. When using
device. Drilling voids the warranty. stranded wire, capture all strands under the clamping plate.
Fig. 5 Typical Electrical Connections BELL)
Notes: � @ P OWER SOURCE
SUITABLE FOR BELL
I. The Model VSR has two switches one can be used to operate a central 1
a a! 1
. - station, proprietary or remote signaling unit, while the other contact
is used to operate a local audible or visual annunciator. , - C�II t n n n
"tin.: rat. n
2. A condition of LPC Approval of this product is that the electrical q_ M ' ...
- entry must be sealed to exclude moisture. - L w — 1
1 � WATERFLO ZONE
3. For supervised circuits, see "Switch Terminal Connections' g :±' a! EOLR ON FIRE PA
1`EL
drawing and warning note (Fie- 4). Q �I ii _J t! "�
Testing .
The frequency of inspection and testing for the Model VSR and its associated protective monitoring system shall be in accordance with applicable
• NFPA Codes and Standards and/or the authority having jurisdiction (manufacturer recommends quarterly or more frequently).
I f provided, the inspector's test valve shall always be used for test purposes. I f there are no provisions for testing the operation of the flow detection
device on the system, application of the VSR is not recommended or advisable.
A minitnuni flow of 10 GPM (38 LPM) is required to activate this device.
,NOJI
' ' "T"' CE
c.t'.,;" Advise the person responsible for testing of the fire protection system that this system must be tested in accordance
1 ; 7= with the testing instructions.
Fig. 7 Mounting Dimensions 5.56 in __ - -. - - -_- � - Fig. 8 -- -- _ - - - -- _ -- -
3.50 in (141.2 mm)
2.00 in GREEN GROUND
(89.0 mm) (50 8 nnnl _ i SCREWS
t A
2.19 in -- -- -_- - -
(59.4 min)! i. ■_
1.1-BOLT NUT • P IPE DIA. MIN
* 5.25 in ��� �'��'
i 173.4 mm �
U -BOLT WASHER
.j......- �._�1� ( ) ��I ���` �I��'II�I ■
PIPE SADDLE F I ® n.ze
i
� A
SI all
PIPE 0110 11,6-1, 0 I Y A 0. PLASTIC RIDDLE .;an „a=_ �� •
. . U -BOLT NOMINAL PIPE DIA. +1.75 in (+44.5 ALAI) FOR DN 50 - DN 65 2 -2.5 in ow' "'°
_
NOMINAL PIPE DIA. + in ( +54.0 MM) FOR DN SO - DN 200 3 -S in
PRINTED IN USA MFG. #5401146- REV L n.. PAGE 3 OF 4
3/09
It ` 3 '_.._. VANE TYPE WATERFLOW
. The Symbol of Protection ALARM SWITCH WITH RETARD
Maintenance
Inspect detectors monthly. If leaks are found, replace the detector. The VSR waterflow switch should provide years of trouble -free service.
. The retard and switch assembly are easily field replaceable. In the unlikely event that either component does not perform properly, please order
replacement retard switch assembly stock #1029030 (sec Fig. 6). There is no maintenance required, only periodic testing and inspection.
Retard /Switch Assembly Replacement (See Fig. 6)
" The Retard/Switch Assembly is field-replaceable without draining the system or removing the waterflow switch from the
�1 NO.�T.ICE� '
- �� p draining y g
pipe .
I. Make sure the fire alarm zone or circuit connected to the waterflow switch is bypassed or otherwise taken out of service.
2. Disconnect the power source' for local bell (if applicable).
3. Identify and remove all wires from the waterflow switch.
4. Remove the (2) mounting screws holding retard /switch assembly to the base. Do not remove the (2) retard housing screws.
5. Remove the retard assembly by lifting it straight up over the tripstem.
6. Install the new retard assembly. Make sure the locating pins on the retard/switch assembly fit into the locating pin bosses on the base.
7. Re- install the (2) original mounting screws. •
8. Reconnect all wires. Perform a flow test and place the system back in service. •
Fig 6 REMOVE (2) ORIGINAL MOUNTING
• SCREWS HOLDING RETARD/ SWITCH
ASSEMBLY TO BASE
, BRF.AK OUT THIN SECTION OF COVER WHEN WIRING BOTH SWITCHES
FROM ONE CONDUIT ENTRANCE. (2) ORIGINAL MOUNTING
I
• I . I RETARD /5� \'ITCH ASSEMBLY
/
i F
•
• .i.•'.:z-• - 4# 11111
1� I 1111111■ ■ �- -n:,. .rivin
I \ \ ti ! ,/ (21 LOCATING PINS' .
U
lailit
• .
I I • I I
1
/j! 12) LOCATING PIN '
DO NOT REMOVE I :- , BOSSES IN BASE
(2) RETARD HOUSING I :,I / . . I r
SCREWS t A� - =II TCZZI t1 LIM
� �; %ll BASE'
II II
w v -- -- - - - - - ---. N.III■ ---4-:
viimilk 0. 111 CD 1 i
v I DWG# 1146-10
• Removal of Waterflow Switch
• To prevent accidental water damage, all control valves should be shut tight and the system completely drained before waterflow detectors are
- removed or replaced.
• Turn off electrical power to the detector, then disconnect wiring.
• Loosen nuts and remove U- bolts.
• Gently lift the saddle far enough to get your fingers under it. With your fingers. roll the vane so it will fit through the hole while continuing
to lift the waterflow detector saddle.
• Lift detector clear of pipe.
PRINTED IN IJSA MFG. #5401146 - RE \' L PAGE 4 OF 4
3/09
•
•
° BELLS
P • P u
® PBA_ AC &PBDDC
... Potter Electric Signal Company Potter Electric Signal & Mfg. LTD
2081 Craig Rd.,/P.O. Box 28480 1967 Leslie Street
St. Louis, MO 63146 Don Mills, Ontario, Canada M3B2M3
(314)878 -4321 / (800) 325 -3936 (416) 441 -1833
. - UL LISTED, FM APPROVED
Sizes Available: 6 ", 8 ", and 10"
Voltages Available: 24VAC
^ 120VAC
� 1 12VDC (10.2 to 15.6) Polarized
.• 24VDC (20.4 to 31.2) Polarized
x p ' '� Service Use Fire Alarm
t - ar General Signaling • ' • '' Burglar Alarm
' 4'` Environment: Indoor or Outdoor Use (See Note 1)
= y -40° to 150 °F (outdoor use require
weatherproof backbox)
°f Termination: 4 No. 18 AWG stranded wires
Finish: Red powder coating
6" BELL SHOWN Optional: Model BBK -1 weatherproof backbox
These vibrating type bells are designed for use as fire, burglar, or general signaling devices. They have low power
consumption and high decibel ratings. The unit mounts on a standard 4" square electrical box for indoor use, or on a model
BBK -1 weatherproof backbox for outdoor applications.
ALL DC BELLS ARE POLARIZED AND HAVE BUILT -IN TRANSIENT PROTECTION:
SIZE VOLTAGE MODEL NO. STOCK NO. CURRENT (MAX) TYPICAL dB MINIMUM dB
®10 FT. ®10 FT. •
6 12VDC PBD126 1706012 .12A 85 75
8 12VDC PBD128 1708012 .12A 90 75
10 12VDC PBD1210 1710012 .12A 92 75
6 24VDC PBD246 1706024 .06A 87 75
8 24VDC PBD248 1708024 .06A 91 79
10 24VDC P81)2410 1710024 .06A 94 79
6 24VAC PBA246 1806024 .17A 91 75
8 24VAC PBA248 1808024 .17A 94 75
10 24VAC PBA2410 1810024 .17A 94 75
6 120VAC PBAl206 1806120 .05A 92 82
8 120VAC PBAl208 1808120 .05A 99 82
10 120VAC PBAl2010 1810120 .05A 99 85
Weatherproof backbox model BBK - Stk. No. 1500001.
Notes:
1. Minimum dB ratings are calculated from integrated sound pressure measurements made at Underwriters Laboratories es specified in UL Standard 464. UL
temperature range is -30 to 150 ° F.
2. Typical dB ratings are calculated from measurements made with a conventional sound level meter and are indicative of output levels in an actual installation.
PRINTED IN USA MKT. #8850001- REV K PAGE 1 OF 2
MFG. #5400776 -4/94
o oo�o 000�o •
9600 KLINGERMAN ST. SOUTH EL MONTE, CA 91733 • (818) 444 -0541 9600 KLINGERMAN ST. SOUTH EL MONTE, CA 91733 • (818) 444 -0541
U.L SWAY BRACE COMPONENTS U.L ATTACHMENTS U.L SWAY BRACE COMPONENTS U.L ATTACHMENTS
PART NO. 001 SWAY BRACE 1" PART•NO. 070 r 8 1y. THREADED PART NO. 001 SWAY BRACE 1" PART NO. 070 1 "8 IA" THREADED
PART NO. 020 SWAY BRACE 1W PART NO. 075 IT LOCKING PART NO. 020 SWAY BRACE 1W PART NO. 075 1" LOCKING
PART NO. 410 PIPE CLAMP /SWAY BRACE PART NO. 080 FASTENER ADAPTER PLATE PART NO 410 PIPE CLAMP /SWAY BRACE PART NO. 080 FASTENER. ADAPTER PLC'
v . •
( �. . TYPICAL ,
\\ APPLICATIONS IIfl TYPICAL
° A PPLICATIONS Ii II
.....
,. .
s
001 / 020 410 PIPE CLAMP 001 1 020 410 PIPE CLAMP
1' TO 8' LONGITUDINAL BRACE 1 TO 8' LONGITUDINAL BRACE
GAGE SPRING SHOWN FLAT CONFIGURATION GAGE SPRING SHOWN FLAT CONFIGURATION
LL
' ' ' ' ' GAGE SPRING CONFIGURATION AND • • ' //// ' GAGE SPRING CONFIGURATION AND
ORIENTATION BEFORE NUTS ARE TIGHT ORIENTATION BEFORE NUTS ARE TIGHT
OOt / 020 NOTE: TO ASSURE MINIMUM REQUIRED TORQUE 0011020 NOTE: TO ASSURE MINIMUM REQUIRED TORQUE
RISER CONFIGURATION TIGHTEN HEX NUTS UNTIL GAGE SPRING IS FLAT RISER CONFIGURATION TIGHTEN HEX NUTS UNTIL GAGE SPRING IS FLAT
GAGE SPRING SIIOWN FLAT GAGE SPRING SHOWN FLAT
OR TORQUE HEX NUTS TO 50 IN. LBS MINIMUM OR TORQUE HEX NUTS TO 50 IN. LBS MINIMUM
000000 VL 00 0
CH
• 9600 KLINGERMAN ST. SOUTH EL MONTE, CA 91733 • (818) 444.0541 '9600 KLINGERMAN ST. SOUTH EL MONTE, CA 91733 • (818) 444 -0541
U.L SWAY BRACE COMPONENTS U.L ATTACHMENTS U.L SWAY BRACE COMPONENTS • U.L ATTACHMENTS
PART NO. 001 SWAY BRACE 1" PART NO. 0701'8 1W" THREADED PART NO 001 SWAY BRACE 1" PART NO. 070 1 "8 1W' THREADED
PART NO. 020 SWAY BRACE IA" PART NO 075 1 PART NO 020 SWAY BRACE IA' PART NO 075 1' LOCKING
PART NO. 410 PIPE CLAMP/SWAY BRACE PART NO. 080 FASTENER ADAPTER PLATE PART NO. 410 PIPE CLAMP /SWAY BRACE PART NO. 080 FASTENER ADAPTER PLA'
•
4 ‹{-`,1-. . .
JTYPICAL 4 TYPICAL
� APPLICATIONS II \ � !) APPLICATIONS
001 1020 410 PIPE CLAMP 001 / 020 410 PIPE CLAMP
1' TO B LONGITUDINAL BRACE 1'TO 8' LONGITUDINAL BRACE
. GAGE SPRING SHOWN FLAT CONFIGURATION GAGE SPRING SHOWN FLAT CONFIGURATION •
•
0 WtO
i ' I • � �, �'�1' &\
' GAGE SPRING CONFIGURATION AND ' ' ' ' ' ' " '' ' GAGE SPRING CONFIGURATION AND
ORIENTATION BEFORE NUTS ARE TIGHT ORIENTATION BEFORE NUTS ARE TIGHT
am 1 020 NOTE: TO ASSURE MINIMUM REQUIRED TORQUE 001 1020 NOTE: TO ASSURE MINIMUM REQUIRED TORQUE
RISER CONFIGURATION TIGHTEN HEX NUTS UNTIL GAGE SPRING IS FLAT RISER CONFIGURATION TIGHTEN HEX NUTS UNTIL GAGE SPRING IS FLAT
GAGE SPRING SHOWN FLAT GAGE SPRING SHOWN FLAT
OR TORQUE HEX NUTS TO 50111. LBS MINIMUM CP. TORQUE HEX NUTS TO 50 IN LOS N.11/III+IUM
•