Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Specifications
7371 s vv/ ► e �� f e-r- > s za ► z.- ©oo�,( Bulletin 011 Rev D Model J168 Do Reliable® Standard Response Upright Sprinkler (SIN RA1124) o Note: This sprinkler is a UL Listed Control Mode Density re I r. - r � o Features: APR 1 9 201 , 1. Utilizes Standard Response center strut solder senCITY OFTIGARD sor. BUILDING DIVISION • '. . 2. 165 °F (74 °C), 212 °F (100 °C) and 286 °F (141°C) tern- perature ratings. Available in brass, lead coated, wax coated and wax over lead coated finishes. 4. Provides higher flows at much lower pressures for all k occupancies, especially in high density applications, such as the protection of high -piled storage. 5. Limits density increases for plastic pallet applica- tions per NFPA 13. & Approvals Sprinkler Identification Number 1. Listed by Underwriters Laboratories Inc. and UL cer- RA1124 tified for Canada (cULus) to include storage applica- Product Description tions. The Reliable Model J168 Automatic sprinkler utilizes 2. NYC MEA 258 -93 -E p 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 Spacing, 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 addi- Discharge Coefficients (K Factor) tional information. K =16.8 GPM /psih (241,9 LPm /bar)h Ordering Information Pipe Thread Connection Specify: 3/4 NPT (R3/4) 1. Model J168 Upright 2. Temperature rating (see page 2) Overall Length 3. Finish (see page 2) 3 inch (79,4 mm) 4. Model J1 Installation Wrench Refer to CA -167 Model J1 Sprinkler Wrench The Reliable Automatic Sprinkler Co., Inc., 103 Fairview Park Drive, Elmsford, New York 10523 Design Criteria cULus Listing Requirements The Reliable Standard Response J168 Upright Sprinkler 2. NFPA 13 (2010 edition, Fig 17.2.1.2.1(f)) provides is cULus Listed for use in occupancy classifications up ceiling -only protection (no in -rack sprinklers) criteria to and including Extra - Hazard, for hydraulically calculated using open frame (no solid shelves) single, double, wet or dry systems per NFPA 13, with a minimum operat- multiple -row, or portable rack storage (without the ing pressure of 7 psi (48,3 kPa) in wet or dry systems. Use need for in -rack sprinkler protection) of cartoned un- I the standard sprinkler positioning requirements and den- expanded 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 ft (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 /ft (32,6 kler may be used for the protection of .solid piled, pallet- mm /min) ized, rack storage (single, double, multiple -row and por- • 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 ft (186 m for to: encapsuled or unencapsulated Class I - and Group wet systems or 4,500 ft (418 m for dry sys- A or B plastics, cartoned, expanded or unexpanded, as tems well as exposed unexpanded. 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: 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 (2010 edition, section 17.2.5.1.2) provides °F °C °F °C ceiling -only protection (no in -rack sprinklers) crite- ria using open frame (no solid shelves) single, dou- Ordinary 165 74 100 38 Uncolored multiple-row, or portable rack storage (without intermediate 212 14 150 107 White ble, multi p P g ( High 286 141 225 107 Blue the need for in -rack sprinkler protection) of Class I - - through Class IV Comodities, cartoned (expanded and unexpanded) Group A plastics, exposed (unex- Special Application Finishes panded). Group A plastics, and Group B or Group Lead Plated 165 °F (74 °C), 212 °F (100 °C) and 286 °F (141 °C) • C plastics where all of the following conditions are Temp. Ratings met: Wax Coated (1)(2) 165 °F (74 °C) Clear Wax, 212 °F (100 °C) • A storage height of up to 20 ft (6,1 m) Brown Wax • A maximum ceiling height of 27 ft (8,2 m) Wax Coated Over 165 °F (74 °C) Clear Wax, 212 °F (.100 °C) • A minimum deflector to top of storage clearance Lead Plated (10) Brown Wax of 18" (457 mm) ") 212 °F (100 °C) brown wax may be used on 286 °F (141 °C) sprinklers when maximum ambient temperatures do not exceed 150 °F (66 °C). • A minimum design density of .60 gpm /ft (24,4 (2) Not FM Approved. mm /min) • A minimum operating pressure of 7 psi (0,5 bar) • A minimum design area of 2,000 ft2 (186 m for Caution: The Reliable Standard Response J168 Upright wet systems or 2,600 ft (242 m for dry sys- Sprinkler must be installed and maintained per the appli- tems cation NFPA standards, as well as the standards of other Note: The J168 Sprinkler can be used in any application authorities having jurisdiction. or building height as allowed by NFPA13 or FM guide- lines. The J168 is a standard response standard spray sprinkler with a larger K factor to provide greater water flows at lower pressures. 2. • • Installation Engineering Specification The Model J168 Upright Sprinklers are to be installed as Model J168 Standard Response 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 classifications up tighten into the sprinkler fitting. to and including extra hazard, and for storage occupancies • Install sprinkler by wrench boss only. in accordance with NFPA 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 3/4 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 func- Belleville spring washer, coated on both sides with Teflon tion 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 Maintenance a nominal K- factor of 16.8 (241.9) and have a 3 /4" NPT (R) thread. The rated working pressure shall be 175 psi (12.1 Model J168 Sprinklers should be inspected quarterly and 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 RA1124). or any other cleaning fluids. Remove dust by using a soft brush or gentle vacuuming. Remove any sprinkler that had Special 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 [165 °F (74 °C) clear wax- coated] to allow quick replacement of damaged or operated sprin- [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. A ¢ " . i• �' ` Model J t Wrench (79,4 mm) :�.(i i a GroNed wrench boss - use Model J1 wrench only A �.. Ty nominal makeup V Note; 1. Grooved sprinkler boss provided to insure that the Sprinkler wrench does not slip during installation. 2. A tight 3/4" NPT sprinkler joint should be obtained with a torque of 14 to 20 ft. lbs. Higher levels of torque may distort the sprinkler inlet cause leakage or impairment. 3. Reliable... For Corn p lete Protection • - Reliable offers a wide selection of sprinkler components. Following are some of the many precision =made Reliable products that life and "property from fire around the - - - • Automatic sprinklers • Deluge valves • Flush automatic sprinklers • Detector check valves • Recessed automatic sprinklers • Check valves • Concealed automatic sprinklers • Electrical system • Adjustable automatic sprinklers • Sprinkler emergency cabinets • Dry automatic sprinklers • Sprinkler wrenches • Intermediate level sprinklers • Sprinkler escutcheons and guards • Open sprinklers • Inspectors test connections • Spray nozzles • Sight drains • Alarm valves • Ball drips and drum drips - • Retarding chambers • Control valve seals • Dry pipe valves • Air maintenance devices • Accelerators for dry pipe valves • Air compressors • Mechanical sprinkler alarms • Pressure gaugesldentification signs • Electrical sprinkler alarm switches • Fire department connection - • Water flow detectors The equipment presented in this bulletin is to be installed in accordance with the latest published Standards of the National Fire Protection Association, Factory Mutual Research Corporation, or other similar organizations and also with the provisions of governmental codes or ordinances whenever applicable. Productsmanufactured and distributed by Reliable have been protecting life and property for over 90 years, and are installed and serviced by the most highly qualified and reputable sprinkler contractors located throughout the United States, Canada and foreign countries. Manufactured by The Reliable Automatic Sprinkler Co., Inc ® Recycled ® (800 431 -1588 Sales Offices Paper i i (800 848 -6051 Sales Fax Revision lines indicate updated or new data (914) 829 -2042 Corporate Offices www reliablesprinkler.com Internet Address EG. Printed in U S A 12/10 P/N 9999970290 • Hydraulics Summary Sheet • Y Y PATRIOT FIRE PROTECTION Designer: Collins - "' 4708 NE MINNEHAHA ST. " - — " "- Cal e: C 1 i n VANCOUVER, WA 98661 Dote: 4 -12 -12 Project Information Hydraulics Information Spectra Flooring Tech Center Properties Demand... Tigard, OR Spr Req'd Pres: 63.27 PSI Spr Req'd Flow: 1428.33 GPM Add'I Flows: 500.00 GPM Hose at Srce: 0.00 GPM Contract No: 32 -10600 Total Flow: 1928.33 GPM Building: Existing System ID: • .Total Pres: 65.09 PSI Static Elev: 0.00 Ft • Ref. Drawing No: FP1 Construction: Combustible Supply... Occupancy: Storage Water Flow Test Static: 98.00 PSI Authority: Tigard Residual: 80.00 PSI Qty Flowing: 1453.00 GPM Elevation: 0.00 Ft System Information System Type: Wet Date: Time: By: Hydraulics Design Criteria Pump Data Density: .6 GPM /SgFt Rated: 0.0 PSI@ 0.0 GPM Remote .Area: 2000 SaFt Boost Pres: (NA) PSI Sprinkler Coverage: 100 SgFt • Discharge Pres: (NA) PSI • Design Standard: NFPA 13 Discharge Flow: (NA) GPM • Hazard: Extra Combined Figure: NA Curve: Static: (NA) PSI Sprinklers / Nozzles Residual: (NA) PSI Qty Flowing: (NA) GPM Manufacturer: Rasco Model: J168 Available... Size: 3/4 K— Factor: 16.8 P) 67.61 PSI@ 1928.33 GPM Temp. Rating: 286 F) 65.09 PSI@ 2012.59 GPM Commodity Storage Commodity: Plastics Strg Meth: Rack Margin... Class: A Location: Pressure: 2.52 PSI Area: Aisle Wid: Flow: 84.26 GPM Storage Ht: 20'max Solid Piled% Palletized% Sigma Dynamics Corporation Racks 7700 Summary Sheet Rack Type: Encapsulation? Horizontal Barriers: Flue Spacing Longitudinal: Transverse: Sigma Dynamics Corporation 7700 Supply / Demand Graph 125 120 ' 115 Margin Pressure 2.52 PSI 110 Flow 84.26 GPM I 105 100 95 90 . 85 . 80 - • 75 70 85 Hose 8- - - ' 80 0 55 50 • 45 40 35 - 30 �∎ . 25 20 • 15 O 10 5 . o 250 500 750 1000 1250 150 1750 2000 2250 • 2600 Water Flow (GPM) • System Demand.. Water Supply.. Sprinkler Demand 63.27 PSI @ 1428.33 GPM Static 98.00 PSI Additional Flows 500.00 GPM Residual 80.00 PSI @ 1453.00 GPM Hose at Source 0.00 GPM Elevation 0.00 PSI Total Demand 65.09 PSI @ 1928.33 GPM SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 1 FLOW TEST RESULTS _water_ Supply STATIC 98.00 PSI RESIDUAL 80.00 PSI @ 1453.00 GPM CITY PRESSURE AVAILABLE AT 1928.3 GPM 67.61 PSI SUMMARY OF SPRINKLER OUTFLOWS ACTUAL MINIMUM SPR FLOW FLOW K- FACTOR PRESSURE 100 64.98 57.00 16.80 14.96 101 65.44 57.00 16.80 15.17 102 65.46 57.00 16.80 15.18 103 60.44 57.00 16.80 12.94 104 60.80 57.00 16.80 13.10 105 60.86 57.00 16.80 13.13 106 57.99 57.00 16.80 11.92 107 58.29 57.00 16.80 12.04 108 58.38 57.00 16.80 12.07 109 57.09 57.00 16.80 11.55 110 57.33 57.00 16.80 11.65 111 57.44 57.00 16.80 11.69 112 57.00 57.00 16.80 11.51 113 57.23 57.00 16.80 11.61 114 57.35 57.00 16.80 11.65 115 57.21 57.0 16.80 11.59 116 57.42 57.00 16.80 11.68 117 57.55 57.00 16.80 11.7 118 58.42 57.00 16.80 12.09 119 58.58 57.00 16.80 12.16 120 58.74 57.00 16.80 12.23 121 61.31 57.00 16.80 13.32 122 61.41 57.00 16.80 13.36 123 61.61 57.00 16.80 13.45 TOTAL WATER REQUIRED FOR SYSTEM 1428.33 GPM OUTFLOWS AT 1 500.00 GPM TOTAL WATER REQUIREMENT 1928.33 GPM PRESSURE REQUIRED AT 0 65.09 PSI MAXIMUM PRESSURE UNBALANCE IN LOOPS 0.00 PSI MAXIMUM VELOCITY FROM 27 TO 47 25.41 FPS SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 2 Location Flow Pipe Fittings Equiv Friction Pressure - in Size - -- & -- _ - Length. _ - _Loss_. __Summary _ _ From To GPM IN Devices Ft PSI /Ft PSI • 116 113 2.185 L 8.00 C =120 PT 11.61 (113) Q 33.30 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0094 PF 0.08 119 116DQ 57.42 2.185 L 8.00 C =120 PT 11.69 (116) Q 90.72 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0599 PF 0.48 122 119DQ 58.58 2.185 L 8.00 C =120 PT 12.17 (119) Q 149.30 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.1505 PF 1.20 87 122DQ 61.41 2.185 L 12.00 C =120 PT 13.37 (122) Q 210.71 F =0 F 0.00 PF 0.00 BL1 T 12.00 0.2847 PF. 3.42 67 87 2.185 L 0.75 C =120 PT 16.79 ( 87) Q 210.71 F =T /T F 17.00 PE 0.32 LR T 17.75 0.2847 PF 5.05 68 67DQ -69.74 3.320 L 11.83 C =120 PT 22.16 ( 67) Q 140.98 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0176 PF 0.21 69 68DQ 212.34 3.320 L 11.83 C =120 PT 22.37 ( 68) Q 353.32 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0966 PF 1.14 70 69DQ -49.14 3.320 L 11.83 C =120 PT 23.51 ( 69) Q 304.18 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0732 PF 0.87 71 70DQ -46.76 3.320 L 11.83 C =120 PT 24.38 ( 70) Q 257.42 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0538 PF 0.64 72 71DQ -44.94 3.320 L 11.83 C =120 PT 25.02 ( 71) Q 212.48 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0377 PF 0.45 73 72DQ -43.62 3.320 L 11.83 C =120 PT 25.47 ( 72) Q 168.86 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0246 PF 0.29 74 73DQ -42.74 3.320 L 11.83 C =120 PT 25.76 ( 73) Q 126.12 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0144 PF 0.17 • SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 3 . Location Flow Pipe Fittings Equiv Friction Pressure in__ Size _ __. &-___ _ _ .Length -- - Loss Summary- - -- From To GPM IN Devices Ft PSI /Ft PSI 75 74DQ -42.23 3.320 L 11.83 C =120 PT 25.93 ( 74) Q 83.89 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0068 PF 0.08 76 75DQ -41.98 3.320 L 11.83 C =120 PT 26.01 ( 75) Q 41.91 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0019 PF 0.02 96 76 1.610 L 0.75 C =120 PT 26.03 ( 76) Q 41.91 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0635 PF 1.06 56 96 1.494 L 87.00 C =120 PT 26.77 ( 96) Q 41.91 F =0 F 0.00 PE 0.00 BL T 87.00 0.0914 PF 7.95 36 56 2.067 L 1.50 C =120 PT 34.72 ( 56) Q 41.91 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0188 PF 0.40 35 36 4.298 L 11.83 C =120 PT 35.77 ( 36) Q 41.91 F =0 F 0.00 PE 0.00 CM T 11.83 0.0005 PF 0.01 34 35DQ 41.98 4.298 L 11.83 C =120 PT 35.78 ( 35) Q 83.89 F =0 F 0.00 PE 0.00 CM T 11.83 0.0019 PF 0.02 33 34DQ 42.23 4.298 L 11.83 C =120 PT 35.80 ( 34) Q 126.12 F =0 F 0.00 PE 0.00 CM T 11.83 0.0041 PF 0.05 32 33DQ 42.74 4.298 L 11.83 C =120 PT 35.85 ( 33) Q 168.86 F =0 F 0.00 PE 0.00 CM T 11.83 0.0070 PF 0.08 31 32DQ 43.62 4.298 L 11.83 C =120 PT 35.93 ( 32) Q 212.48 F =0 F 0.00 PE 0.00 CM T 11.83 0.0107 PF 0.13 30 31DQ 44.94 4.298 L 11.83 C =120 PT 36.06 ( 31) Q 257.42 F =0 F 0.00 PE 0.00 CM T 11.83 0.0153 PF 0.18 29 30DQ 46.76 4.298 L 11.83 C =120 PT 36.24 ( 30) Q 304.18 F =0 F 0.00 PE 0.00 CM T 11.83 0.0208 PF 0.25 SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 4 Location Flow Pipe Fittings Equiv Friction Pressure ._ in. Size _ . _ . __& . _ _ Length Loss Summary From To GPM IN Devices Ft PSI /Ft PSI • 28 29DQ 49.14 4.298 L 11.83 C =120 PT 36.49 ( 29) Q 353.32 F =0 F 0.00 PE 0.00 CM T 11.83 0.0275 PF 0.33 10 28DQ 265.06 4.298 L 7.83 C =120 PT 36.82 ( 28) Q 618.38 F =0 F 0.00 PE 0.00 CM T 7.83 0.0774 PF 0.61 PT 37.43 ( 10) 117 1 2.185 L 8.00 C =120 PT 11.65 (114) Q 34.44 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0100 PF 0.08 120 117DQ 57.55 2.185 L 8'.00 C =120 PT 11.73 (117) Q 91.99 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0614 PF 0.49 123 120DQ 58.74 2.185 L 8.00 C =120 PT 12.22 (120) Q 150.73 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.1532 PF 1.23 88 123DQ 61.61 2.185 L 12.00 C =120 PT 13.45 (123) Q 212.34 F =0 F 0.00 PE 0.00 BL1 T 12.00 0.2888 PF 3.47 68 88 2.185 L 0.75 C =120 PT 16.92 ( 88) Q 212.34 F =T /T F 17.00 PE 0.32 LR T ' 17.75 0.2888 PF 5.13 PT 22.37 ( 68) 115 112 2.185 L 8.00 C =120 PT 11.51 (112) Q 35.18 . F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0104 PF 0.08 118 115DQ 57.21 2.185 L 8.00 C =120 PT 11.59 (115) Q 92.38 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0619 PF 0.50 121 118DQ 58.41 2.185 L 8.00 C =120 PT 12.09 (118) Q 150.80 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.1533 PF 1.23 86 121DQ 61.31 2.185 L 12.00 C =120 PT 13.32 (121) Q 212.10 F =0 F 0.00 PE 0.00 BL1 T 12.00 0.2882 PF 3.46 66 86 2.185 L 0.75 C =120 PT 16.78 ( 86) Q 212.10 F =TIT F 17.00 PE 0.32 LR T 17.75 0.2882 PF 5.12 PT 22.22 ( 66) SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 5 • Location Flow Pipe Fittings Equiv Friction Pressure _ _. _ ._ .. _ _.in_. _Size_. ___&_ _. _. Length _ Summary_ _ From To GPM IN Devices Ft PSI /Ft PSI • 111 114 2.185 L 8.00 C =120 PT 11.65 (114) Q 22.91 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0047 PF 0.04 108 111DQ 57.44 2.185 L 8.00 C =120 PT 11.69 (111) Q 80.35 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0478 PF 0.38 105 108DQ 58.38 2.185 L 8.00 C =120 PT 12.07 (108) Q 138.73 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.1314 PF 1.05 102 105DQ 60".86 2'.185 L 8:00 C =120 PT 13.12 (105) Q 199.60 F. =0 F 0.00 PE 0.00 BL1 T 8.00 0.2575 PF 2.06 48 102DQ 65.46 2.185 L 20.00 C =120 PT 15.18 (102) Q 265.06 F =0 F 0.00' PE 0.00 BL1 T 20.00 0.4352 PF 8.70 28 48 2.067 L 1.50 C =120 PT 23.88 ( 48) Q 265.06 F =T /T F 20.00 PE 0.65 LR T 21.50 0.5703 PF 12.26 PT 36.79 ( 28) 110 113 2.185 L 8.00 C =120 PT 11.61 (113) Q 23.93 F =0 F 0.00 PE 0.00 BL1 T 8.00'0.0051 PF 0.04 107 110DQ 57.33 2.185 L 8.00 C =120 PT 11.65 (110) Q 81.26 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0488 PF 0.39 104 107DQ 58.29 2.185 L 8.00 C =120 PT 12.04 (107) Q 139.55 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.1328 PF 1.06 101 104DQ 60.80 2.185 L 8.00 C =120 PT 13.10 (104) Q 200.35 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.2593 PF 2.07 47 101DQ 65.44 2.185 L 20.00 C =120 PT 15.17 (101) Q 265.79 F =0 F 0.00 PE 0.00 BL1 T 20.00 0.4374 PF 8.75 27 47 2.067 L 1.50 C =120 PT 23.92 ( 47) Q 265.79 F =T /T F 20.00 PE 0.65 LR T 21.50 0.5733 PF 12.33 PT 36.90 ( 27) • • SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 6 • Location Flow Pipe Fittings Equiv Friction Pressure -- in Size - - & - -- __Length - _Loss - -.- Summary- - From To GPM IN Devices Ft PSI /Ft PSI • 109 112 2.185 L 8.00 C =120 PT 11.51 (112) Q 21.82 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0043 PF 0.03 106 109DQ 57.09 2.185 L 8.00 C =120 PT 11.54 (109) Q 78.91 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.0463 PF 0.37 103 106DQ 57.99 2.185 L 8.00 C =120 PT 11.91 (106) Q 136.90 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.1282 PF 1.03 100 103DQ 60.44 2.185 L 8.00 C =120 PT 12.94 (103) Q 197.34 F =0 F 0.00 PE 0.00 BL1 T 8.00 0.2522 PF 2.02 46 100DQ 64.98 2.185 L 20.00 C =120 PT 14.96 (100) Q 262.32 F =0 F 0.00 PE 0.00 BL1 T 20.00 0.4269 PF 8.54 26 46 2.067 L 1.50 C =120 PT 23.50 ( 46) Q 262.32 F =T /T F 20.00 PE 0.65 LR T 21.50 0.5595 PF 12.03 PT 36.18 ( 26) 95 75 1.610 L 0.75 C =120 PT 26.00 ( 75) Q 41.98 F =T /T. F 16.00 PE -0.32 LR - T 16.75 '0.0637 PF 1.07 55 95 • 1.494 L 87.00 C =120 PT 26.75 ( 95) Q 41.98 F =0 F 0.00 PE 0.00 BL T 87.00 0.0917 PF 7.98 35 55 2.067 L 1.50 C =120 PT 34.73 ( 55) Q 41.98 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0189 PF 0.41 PT 35.79 ( 35) 94 74 1.610 L 0.75 C =120 PT 25.92 ( 74) Q 42.23 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0644 PF 1.08 54 94 1.494 L 87.00 C =120 PT 26.68 ( 94) Q 42.23 F =0 F 0.00 PE 0.00 BL T 87.00 0.0927 PF 8.06 34 54 2.067 L 1.50 C =120 PT 34.74 ( 54) Q 42.23 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0191 PF 0.41 PT 35.80 ( 34) SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 7 Location Flow Pipe Fittings Equiv Friction Pressure _ . in __. Size ... & _. _ . _.Length _ Loss.__ _ Summary From To GPM IN Devices Ft PSI /Ft PSI • 93 73 1.610 L 0.75 C =120 PT 25.75 ( 73) Q 42.74 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0658 PF 1.10 53 93 1.494 L 87.00 C =120 PT 26.53 ( 93) Q 42.74 F =0 F 0.00 PE 0.00 BL T 87.00 0.0948 PF 8.25 33 53 2.067 L 1.50 C =120 PT 34.78 ( 53) Q 42.74 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0195 PF 0.42 PT 35.85 ( 33) 92 72 1.610 L 0.75 C =120 PT 25.46 ( 72) Q 43.62 F =T /T F 16.00 PE -0.32 LR • T 16.75 0.0684 PF 1.15 52 92 1.494 L 87.00 C =120 PT 26.29 ( 92) Q 43.62 F =0 F 0.00 PE 0.00 BL T 87.00 0.0984 PF 8.56 32 52 2.067 L 1.50 C =120 PT 34.85 ( 52) Q 43.62 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0202 PF 0.43 PT 35.93 ( 32) 91 71 1.610 L 0.75 C=120 PT 25.01 ( 71) Q 44.94 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0722 PF 1.21 51 91 1.494 L 87.00 C =120 PT 25.90 ( 91) Q 44.94 F =0 F 0.00 PE 0.00 BL T 87.00 0.1040 PF 9.05 31 51 2.067 L 1.50 C =120 PT 34.95 ( 51) Q 44.94 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0214 PF 0.46 PT 36.06 ( 31) 90 70 1.610 L 0.75 C =120 PT 24.38 ( 70) Q 46.76 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0777 PF 1.30 50 90 1.494 L 87.00 C =120 PT 25.36 ( 90) Q 46.76 F =0 F 0.00 PE 0.00 BL T 87.00 0.1119 PF 9.74 SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 8 Location Flow Pipe Fittings Equiv Friction Pressure _- . -. -__ - _ in . _._ .. Size - -- -- .. & -- _ -._ -. _Length __ Loss . _ Summary _ From To GPM IN Devices Ft PSI /Ft PSI • 30 50 2.067 L 1.50 C =120 PT 35.10 ( 50) Q 46.76 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0230 PF 0.49 PT 36.24 ( 30) 89 69 1.610 L 0.75 C =120 PT 23.51 ( 69) Q 49.14 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0852 PF 1.43 49 89 1.494 L 87.00 C =120 PT 24.62 ( 89) Q 49.14 F =0 F 0.00 PE 0.00 BL T 87.00 0.1227 PF 10.67 29 49 2.067 L 1.50 C =120 PT 35.29 ( 49) Q 49.14 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0252 PF 0.54 PT 36.48 ( 29) 66 67 3.320 L 11.83 C =120 PT 22.16 ( 67) Q 69.74 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0048 PF 0.06 65 66DQ 212.10 3.320 L 11.83 C =120 PT 22.22 ( 66) Q 281.84 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0636 PF 0.75 85 65DQ - 232.64 1.610 L 0.75 C =120 PT 22.97 ( 65) Q 49.20 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0854 PF 1.43 45 85 1.494 L 87.00 C =120 PT 24.08 ( 85) Q 49.20 F =0 F 0.00 PE 0.00 BL T 87.00 0.1229 PF 10.69 25 45 2.067 L 1.50 C =120 PT 34.77 ( 45) Q 49.20 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0253 PF 0.54 PT 35.96 ( 25) 64 65 3.320 L 11.83 C =120 PT 22.97 ( 65) Q 232.64 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0446 PF 0.53 84 64DQ - 184.88 1.610 L 0.75 C =120 PT 23.50 ( 64) Q 47.76 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0809 PF 1.36 44 84 1.494 L 87.00 C =120 PT 24.54 ( 84) Q 47.76 F =0 F 0.00 PE 0.00 BL T 87.00 0.1164 PF 10.13 SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 9 . Location Flow Pipe Fittings Equiv Friction Pressure _ in __Size _ &_ __Length_ __Loss_ Summary. From To GPM IN Devices Ft PSI /Ft PSI • 24 44 2.067 L 1.50 C =120 PT 34.67 ( 44) Q 47.76 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0239 PF 0.51 PT 35.83 ( 24) 63 64 3.320 L 11.83 C =120 PT 23.49 ( 64) Q 184.88 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0291 PF 0.34 83 63DQ - 138.08 1.610 L 0.75 C =120 PT 23.83 ( 63) Q 46.80 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0779 PF 1.30 43 83 1.494 L 87.00 C =120 PT 24.81 ( 83) Q. 46.80 F =0 F 0.00 PE 0.00 BL T 87.00 0.1121 PF 9.75 23 43 2.067 L 1.50 C =120 PT 34.56 ( 43) Q 46.80 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0231 PF 0.50 PT 35.71 ( 23) 62 63 3.320 L 11.83 C =120 PT 23.84 ( 63) Q 138.08 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0170 PF 0.20 82 62DQ -91.85 1.610 L 0.75 C =120 PT 24.04 ( 62) Q 46.23 F =T /T F. 16.00 PE -0.32 LR T 16.75 0.0761 PF 1.27 42 82 1.494 L 87.00 C =120 PT 24.99 ( 82) Q 46.23 F =0 F 0.00 PE 0.00 BL T 87.00 0.1096 PF 9.54 22 42 2.067 L 1.50 C =120 PT 34.53 ( 42) Q 46.23 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0225 PF 0.48 PT 35.66 ( 22) 61 62 3.320 L 11.83 C =120 PT 24.04 ( 62) Q 91.85 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0080 PF 0.09 81 61DQ -45.89 1.610 L 0.75 C =120 PT 24.13 ( 61) Q 45.96 F =T /T F 16.00 PE -0.32 LR T 16.75 0.0753 PF 1.26 41 81 1.494 L 87.00 C =120 PT 25.07 ( 81) Q 45.96 F =0 F 0.00 PE 0.00 BL T 87.00 0.1084 PF 9.43 SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 10 Location Flow Pipe Fittings Equiv Friction Pressure in -- . - Size - - -. -. - - - &- - - - -- Length - -- -Loss . - Summa -ry- -- - From To GPM IN Devices Ft PSI /Ft PSI 21 41 2.067 L 1.50 C =120 PT 34.50 ( 41) Q 45.96 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0223 PF 0.48 PT 35.63 ( 21) 60 61 3.320 L 11.83 C =120 PT 24.13 ( 61) Q 45.89 F =0 F 0.00 PE 0.00 CM2 T 11.83 0.0022 PF 0.03 80 60 1.610 L 0.75 C =120 PT 24.16 ( 60) Q 45.89 F =T /T F 16.00 PE -0.32 LR T 16.75. 0.0751 PF 1.26 40 80 1.494 L 87.00 C =120 PT 25.10 ( 80) Q 45.89 F =0 F 0.00 PE 0.00 BL T 87.00 0.1081 PF 9.40 20 40 2.067 L 1.50 C =120 PT 34.50 ( 40) Q 45.89 F =T /T F 20.00 PE 0.65 LR T 21.50 0.0222 PF 0.48 21 20 4.298 L 11.83 C =120 PT 35.63 ( 20) Q 45.89 F =0 F 0.00 PE 0.00 CM T 11.83 0.0006 PF 0.01 i 22 21DQ 45.96 4.298 L 11.83 C =120 PT 35.64 ( 21) Q 91.85 F =0 F 0.00 PE 0.00 CM T 11.83 0.0023 PF 0.03 23 22DQ 46.23 4.298 L 11.83 C =120 PT 35.67 ( 22) Q 138.08 F =0 F 0.00 PE 0.00 CM T 11.83 0.0048 PF 0.06 24 23DQ 46.80 4.298 L 11.83 C =120 PT 35.73 ( 23) Q 184.88 F =0 F 0.00 PE 0.00 CM T 11.83 0.0083 PF 0.10 25 24DQ 47.76 4.298 L 11.83 C =120 PT 35.83 ( 24) Q 232.64 F =0 F 0.00 PE 0.00 CM T 11.83 0.0127 PF 0.15 26 25DQ 49.20 4.298 L 11.83 C =120 PT 35.98 ( 25) Q 281.84 F =0 F 0.00 PE 0.00 CM T 11.83 0.0181 PF 0.21 27 26DQ 262.32 4.298 L 11.83 C =120 PT 36.19 ( 26) Q 544.16 F =0 F 0.00 PE 0.00 CM T 11.83 0.0611 PF 0.72 SUBMITTAL SERIAL NO:3090HY10 04 -16 -2012 PAGE 11 • Location Flow Pipe Fittings Equiv Friction Pressure __ . . . _ in_. Size ___ . . _ & _ .Length__ .Loss__ Summary__ _ _ __ From To GPM IN Devices Ft PSI /Ft PSI • 10 27DQ 265.79 4.298 L 4.00 C =120 PT 36.91 ( 27) Q 809.95 F =0 F 0.00 PE 0.00 CM T 4.00 0.1274 PF 0.51 2 10DQ 618.38 6.357 L 45.00 C =120 PT 37.42 ( 10) Q 1428.33 F =T,3E F 55.00 PE 13.87 FR T 100.00 0.0541 PF 5.41 1 2 6.340 L 56.00 C =140 PT 56.70 ( 2) Q 1428.33 F =T,GV F 44.00 PE 0.00 UN T 100.00 0.0412 PF 4.12 0 1DQ 500.0 8.450 L 190.00 C =140 PT 60.82 ( 1) Q 1928.33 F =T,GV F 51.90 PE 0.00 UN T 241.90 0.0177 PF 4.28 PT 65.10 ( 0) • • [Page Too Large for OCR Processing]