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HomeMy WebLinkAbout1969 PALOMAR OAKS WAY; ; AS010087; PermitCity of.Carlsbad Sprinkler Permit Permit No: AS010087 1969 PALOMAROAKS Job Address: . . . Status: ISSUED wy Permit Type: SPRINK . Applied 4/27/2001 Parcel No: 2130922000 Approved: 5/11/2001 Lot #: .0 Reference No.: . . Issued: 5/11/2001 PC #: . Inspector: . Project Title: SCHUMACHER Applicant: Owner: .. AIR PRODUCTS&CHEMICALS INC. C/OJCSCHUMACHERCO 1969 PALOMAR OAKS WY CARLSBAD CA Fees ($) Add'I Fees ($) Total ($) Balance ($) 100 • 0 • . 100 .0 mnvhm a. F Schmidt Fire Protection Co., Inc. 4760 MURPHY CANYON ROAD. SAN DIEGO, CALIFORNIA 92123- (619) 279.6122 SCHMIDT FIRE PROTECTION 4760 Murphy Canyon Rd. San Diego CA 92123 858-279-6122 Job Name : Building : 2 Location : 1969 PALOMAR OAKS WAY System : RACKS Contract : M-4250 Data File : 4250.WX1 ('nmnhitr PrnaramR liv T-Tvt1rMr mr.. wnutp 111 Windham KT.l-T. TTA 010R7 SCHMIDT FIRE PROTECTION Page 2 Date Hydraulic Design Information Sheet Name - SCHUMACHER Date - 4-26-01 Location - 1969 PALOMAR OAKS WAY Building - 2 System No. - RACKS Contractor - Contract No. - M-4250 Calculated By - CEB Drawing No. - Construction: (X) Combustible ( ) Non-Combustible Ceiling Height - Occupancy - EXTRA HAZARD S (X) NFPA 13 ( ) Lt. Haz. Ord.Haz.Gp. C ) 1 C ) 2 C ) 3 (X) Ex.Haz. Y ( ) NFPA 231 C ) NFPA 231C C ) Figure Curve S Other T Specific Ruling Made By Date E M Area of Sprinkler Operation - AREA System Type Sprinkler/Nozzle Density - 0.6 (X) Wet Make CENTRAL D Area Per Sprinkler - 80 ( ) Dry Model EL0231 E Elevation at Highest Outlet - 23 ( ) Deluge Size 5/8" S Hose Allowance - Inside - ( ) Preaction K-Factor 11.4 I Rack Sprinkler Allowance - 272.74 C ) Other Temp.Rat.286 G Hose Allowance - Outside - 1000 N Note Calculation Flow Required - Summary C-Factor Used: 2026.9 Press Required 120 Overhead - 61.84 At Test 150 Underground W Water Flow Test: Pump Data: Tank or Reservoir: A Date of Test - 2-28-96 Cap. - T Time of Test - Rated Cap.- Elev. - E Static Press - 90 @ Press - R Residual Press - 81 Elev. - -3 Well Flow - 1278 Proof Flow S Elevation - -3 U P Location - 1969 PALOMAR OAKS WAY P L Source of Information - CARLSBAD FIRE DEPT. Y C Commodity FLAMMABLE LIQUID Class 1 Location RM 330A 0 Storage Ht. 15' - Area Aisle W. N/A M Storage Method: Solid Piled Palletized Rack M I a SR TA CC R K A G E (X) Single Row (X) Conven. Pallet Double Row C ) Slave Pallet MuLt. Row Flue Spacing N/A Longitudinal Horizontal Barriers Provided: Auto. Storage C ) Encap. C ) Solid Shelf (X) Non (X) Open Shelf Clearance: Storage to Ceiling 4 1-51 Transverse Cnmnitr Prnarims hv Hvrtr Trir.. PnuPp 111 Windham W.R. TTSA O1OR7 SCHMIDT FIRE PROTECTION Page 3 Date City Water Supply: Pump Data: Cl-Static Pressure: 90 PSI C2-Residual Pressure: 81 PSI C2-Residual Flow: 1278 GPM 150 140 130 P 120 R 110 E 100 S 90 S 80 U 70 R 60 E 50 40 30 20 10 300 600 900 1200 1500 1800 2100 2400 2700 FLOW (NA 1.85) Crmrnitpr PrnczrlmR by vt1rtr. Tnr'.. Pnnte 111 Windham 1.T.14. TTSA flflR7 Dl-Elevation: 3.248 PSI 02-System Flow:1026.9 GPM D2-System Pressure: 61.839 PSI Hose ( Adj City ):0 GPM Hose ( Demand ) :1000 GPM 03-System Demand:2026.9 GPM Safety Margin: 7.035 PSI - - D2 SCHMIDT FIRE PROTECTION Page 4 Date Node Elevation K-Fact Pt Pa Flow Density Area Press No. Actual Actual •Added Req. Req. 1 19 11.4 27.6 na 59.89 .6 80 7 2 19 11.4 26.33 na 58.5 .6 80 7 3 19 11.4 25.83 na 57.94 .6 80 7 4 19 11.4 25.76 na 57.85 .6 80 7 5 19 11.4 25.81 na 57.91 .6 80 7 6 19 11.4 26.25 na 58.4 .6 80 7 7 19 11.4 27.42 na 59.69 .6 80 7 8 19 11.4 25.14 na 57.16 .6 80 7 9 19 11.4 24.79 na 56.76 .6 80 7 10 19 11.4 24.76 na 56.73 .6 80 7 11 19 11.4 24.87 na 56.85 .6 80 7 12 19 11.4 25.43 na 57.49 .6 80 7 13 19 11.4 26.78 na 58.99 .6 80 7 35 19 39.92 na 14 19 41.29 na 15 19 41.29 na 31 19 41.6 na 16 19 41.29 na 17 19 41.29 na 17A 19 31.76 na 17A 19 31.76 na 18 19 41.3 na 19 19 41.41 na 20 19 41.5 na 20A 19 41.71 na 20A 19 41.71 na 21 19 41.59 na 22 19 41.66 na 23 19 41.73 na 24 19 41.81 na 24A 19 42.18 na 33A 18 42.04 na 35 19 39.92 na 36 19 41.68 na 37 19 41.72 na 38 19 41.75 na 39 19 41.76 na 41 19 41.77 na 43 19 41.78 na 44 19 41.79 na 46 19 41.79 na 24A 19 42.18 na 25 19 41.86 na 26 19 41.89 na 27 19 41.91 na 28 19 41.92 na 29 19 41.92 na 74 18 44.25 na 75 18 44.38 na 76 18 44.44 na 66 18 44.11 na 67 18 44.11 na 14 18 41.29 na 15 18 41.29 na 16 18 41.29 na 17 18 41.29 na 18 18 41.3 na 19 18 41.41 na 20 18 41.5 na 21 18 41.59 na 22 18 41.66 na 23 18 41.73 na 24 18 41.81 na 25 18 41.86 na 26 18 41.89 na CnmniiIer Prnarms liv T4v8rMpr Tnr.. Pnutp 111 Winr1hm N.W. TTA (110R7 4 4 SCHMIDT FIRE PROTECTION Page 5 Date Node Elevation K-Fact Pt Pn Flow Density Area Press No. Actual Added Req. Req. 27 18 41.91 na 28 18 41.92 na 30 18 42.04 na 30A 18 42.04 na 32 18 42.04 na 33 18 42.04 na 33A 18 42.04 na 34 18 42.04 na 35A 18 42.07 na 36 18 41.68 na 37 18 41.72 na 38 18 41.75 na 39 18 41.76 na 40 18 42.2 na 41 18 41.77 na 42 18 42.21 na 43 18 41.78 na 44 18 41.79 na 45 18 42.22 na 46 18 41.79 na 48 18 43.94 na 49 18 43.94 na SO 18 43.95 na 51 18 43.96 na 52 18 43.98 na 53 18 43.99 na 54 18 44.02 na 55 18 44.06 na 56 18 44.11 na 57 18 44.19 na 64 18.5 43.94 na 63 18.5 43.94 na 62 15 45.46 na 61 15 45.47 na 60 18.5 43.95 na 59 18 44.18 na 76 21 44.44 na 75 18 44.38 na 73 16 45 na 72 16 44.99 na 71 21 42.81 na 70 22 42.29 na 68 22 42.29 na 65 22 42.35 na 67 23 44.11 na 66 23 44.11 na 58 18 44.21 na 76 18 44.44 na 76A 3 51.33 na 101 4.5 8.1 30 na 44.37 .45 40 30 102 4.5 8.1 30.17 na 44.49 .45 40 30 103 4.5 8.1 30.77 na 44.93 .45 40 30 104 4.5 8.1 32.06 na 45.86 .45 40 30 105 4.5 8.1 32.94 na 46.49 .45 40 30 106 4.5 8.1 33.1 na 46.6 .45 40 30 107 4.5 34 na 108 18 35.4 na 109 3 50.79 na 76B 0.5 52.44 na 77 -3 54.26 na 78 -3 56.12 na 1000 79 -3 59.07 na 80 -3 60.94 na 81 -3 61.84 na ip8H4Q4t urs ir pijç ,betwe q1 1 $ SCHMIDT FIRE PROTECTION Page 6 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. 11C" or Ftng's Pe Pv ******* Notes Point Qt Pf/UL Eqv. Ln. Total Pf Pn 1 -148.38 2.157 8.000 27.598 K Factor = 11.4 to 120 2 -148.38 -0.1584 8.000 -1.267 Vel = -13.028 2 58.50 2.157 8.000 26.331 K Factor = 11.4 to 120 3 -89.88 -0.0626 8.000 -0.501 Vel = -7.891 3 57.94 2.157 8.000 25.829 K Factor = 11.4 to 120 4 -31.94 -0.0093 8.000 -0.074 Vel = -2.804 4 57.85 2.157 8.000 25.755 K Factor = 11.4 to 120 5 25.91 0.0063 8.000 0.050 Vel = 2.275 5 57.91 2.157 8.000 25.805 K Factor = 11.4 to 120 6 83.82 0.0551 8.000 0.441 Vel = 7.359 6 58.41 2.157 8.000 26.246 K Factor = 11.4 to 120 7 142.23 0.1465 8.000 1.172 Vel = 12.488 7 59.69 2.157 2L 3.692 18.667 27.418 K Factor = 11.4 to 120 2T 12.307 31.997 0.433 34 201.92 0.2801 50.664 14.193 Vel = 17.728 201.92 42.044 K Factor = 31.14 8 -74.53 2.157 8.000 25.141 K Factor = 11.4 to 120 9 -74.53 -0.0444 8.000 -0.355 Vel = -6.544 9 56.75 2.157 8.000 24.786 K Factor = 11.4 to 120 10 -17.78 -0.0031 8.000 -0.025 Vel = -1.561 10 56.73 2.157 8.000 24.761 K Factor = 11:4 to 120 11 38.95 0.0.134 8.000 0.107 Vel = 3.420 11 56.85 2.157 8.000 24.868 K Factor = 11.4 to 120 12 95.80 0.0705 8.000 0.564 Vel = 8.411 12 57.49 2.157 8.000 25.432 K Factor = 11.4 to 120 13 153.29 0.1683 8.000 1.346 Vel = 13.459 13 58.99 2.157 2L 3.692 23.083 26.778 K Factor = 11.4 to 120 iT 12.307 19.691 35 212.28 0.3073 42.774 13.145 Vel = 18.638 35 -78.89 2.157 iT 12.307 0.833 39.923 to 120 12.307 0.433 35A 133.39 0.1301 13.140 1.710 Vel = 11.712 133.39 42.066 K Factor = 20.57 ('tmniiIer Prnarms by Tvrfr.Ppr. Tnr. Rniltp 111 Windham N.W. T1A fllflR7 SCHMIDT FIRE PROTECTION Page 7 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. 11C11 or Ftng's Pe Pv ******* Notes ****** Point Qt Pf/UL Eqv. Ln. Total Pf Pn 14 11.51 2.157 2L 3.692 177.583 41.294 to 120 3T 12.307 44.304 0.433 30 11.51 0.0014 221.887 0.310 Vel = 1.011 11.51 42.037 K Factor = 1.78 15 14.80 2.157 2T 12.307 114.333 41.294 to 120 24.613 31 14.80 0.0022 138.946 0.309 Vel = 1.299 31 6.357 1L 11.316 65.000 41.603 to 120 iT 37.720 49.036 0.433 30A 14.80 114.036 0.001 Vel = 0.150 14.80 42.037 K Factor = 2.28 16 11.97 2.157 3L 3.692 171.833 41.293 to 120 2T 12.307 35.689 0.433 32 11.97 0.0015 207.522 0.312 Vel = 1.051 11.97 42.038 K Factor = 1.85 17 -100.52 2.157 2T 12.307 99.000 41.288 to 120 24.613 17A -100.52 -0.0771 123.613 -9.529 Vel = -8.826 17A 208.26 2.157 3L 3.692 76.667 31.758 to 120 2T 12.307 35.689 0.433 33 107.74 0.0876 112.356 9.847 Vel = 9.459 107.74 42.038 K Factor = 16.62 17A -208.27 2.157 1L 3.692 10.333 31.758 to 120 3.692 1 -208.27 -0.2967 14.025 -4.161 Vel = -18.286 -208.27 . 27.597 K Factor = -39.65 18 -131.69 2.157 21, 3.692 107.500 41.301 to 120 iT 12.307 19.691 8 -131.69 -0.1271 127.191 -16.160 Vel = -11.562 -131.69 25.141 K Factor = -26.26 19 11.14 2.157 2L 3.692 160.997 41.405 to 120 3T 12.307 44.304 36 11.14 0.0013 205.301 0.270 Vel = 0.978 11.14 41.675 K Factor = 1.73 20 10.89 2.157 2T 12.307 140.250 41.502 to 120 24.613 20A 10.89 0.0013 164.863 0.208 Vel = 0.956 20A -7.05 2.157 1L 3.692 35.167 41.711 to 120 2T 12.307 28.305 37 3.84 0.0002 63.472 0.012 Vel = 0.337 Cnmniiter Prrarms by T4v8rirr. Tnr. Pniil 111 Windham N.W. TTA O1flR7 SCHMIDT FIRE PROTECTION Page 8 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Notes Point Qt Pf/UL Eqv. Ln. Total Pf Pn 3.84 41.723 K Factor = 0.59 20A 7.05 2.157 1L 3.692 34.667 41.711 to 120 2T 12.307 28.305 38 7.05 0.0006 62.972 0.036 Vel = 0.619 7.05 41.747 K Factor = 1.09 21 9.01 2.157 1L 3.692 170.167 41.586 to 120 2T 12.307 28.305 0.433 40 9.01 0.0009 198.472 0.176 Vel = 0.791 9.01 42.195 K Factor 1.39 22 7.12 2.157 1L 3.692 172.500 41.664 to 120 2T 12.307 28.305 0.433 42 7.12 0.0006 200.805 0.116 Vel = 0.625 7.12 42.213 K Factor = 1.10 23 4.72 2.157 1L 3.692 171.000 41.734 to 120 2T 12.307 28.305 0.433 45 4.72 0.0003 199.305 0.054 Vel = 0.414 4.72 42.221 K Factor = 0.73 24 14.25 2.157 3L 3.692 134.083 41.805 to 120 3T 12.307 47.996 24A 14.25 0.0021 182.079 0.378 Vel = 1.251 24A -40.56 2.157 2L 3.692 41.333 42.183 to 120 iT 12.307 19.691 8.229 47 -26.31 -0.0065 61.024 -0.394 Vel = -2.310 -26.31 50.018 K Factor = -3.72 33A 57.36 2.157 2T 12.307 44.917 42.044 to 120 24.613 48 57.36 0.0273 69.530 1.898 Vel = 5.036 57.36 43.942 K Factor = 8.65 35 78.89 2.157 2T 12.307 48.250 39.923 to 120 24.613 0.433 49 78.89 0.0492 72.863 3.588 Vel = 6.926 78.89 43.944 K Factor = 11.90 36 55.00 2.157 2T 12.307 48.250 41.675 to 120 24.613 0.433 50 55.00 0.0253 72.863 1.841 Vel = 4.829 55.00 43.949 K Factor = 8.30 Cc,mniiter Prrormc by T4ydrMer'. mr.. Priite 111 Windham N.W. tTA O1OR7 SCHMIDT FIRE PROTECTION Page 9 4 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv ******* Notes Point Qt Pf/UL Eqv. Ln. Total Pf Pn 37 54.45 2.157 2T 12.307 48.250 41.722 to 120 24.613 0.433 51 54.45 0.0248 72.863 1.807 Vel = 4.781 54.45 43.962 K Factor = 8.21 38 54.29 2.157 2T 12.307 48.250 41.746 to 120 24.613 0.433 52 54.29 0.0247 72.863 1.797 Vel = 4.767 54.29 43.976 K Factor = 8.19 39 54.31 2.157 2T 12.307 48.250 41.757 to 120 24.613 0.433 53 54.31 0.0247 72.863 1.798 Vel = 4.768 54.31 43.988 K Factor = 8.19 41 54.60 2.157 2T 12.307 48.250 41.772 to 120 24.613 0.433 54 54.60 0.0249 72.863 1.816 . Vel = 4.794 54.60 44.021 K Factor = 8.•23 43 55.13 2.157 2T 12.307 48.250 41.782 to 120 24.613 0.433 55 55.13 0.0254 72.863 1.849 Vel = 4.840 55.13 44.064 K Factor = 8.31 44 55.81 2.157 2T 12.307 48.250 41.787 to 120 24.613 0.433 56 55.81 0.0260 72.863 1.891 Vel = 4.900 55.81 44.111 K Factor = 8.40 46 56.96 2.157 2T 12.307 48.250 41.789 to 120 24.613 0.433 57 56.96 0.0270 72.863 1.964 Vel = 5.001 56.96 44.186 K Factor = 8.57 24A 40.55 2.157 2T 12.307 84.500 42.183 to 120 24.613 0.433 59 40.55 0.0144 109.113 1.568 Vel = 3.560 40.55 44.184 K Factor = 6.10 25 30.02 2.157 4L 3.692 201.167 41.857 to 120 iT 12.307 27.075 0.217 60 30.02 0.0082 228.242 1.881 Vel = 2.636 rnmnit-er Prt,arms by Wvrirt-pr Tnr. Prii -.p 111 Windham N.W. TTA 01OR7 I SCHMIDT FIRE PROTECTION Page 10 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv **** Notes ****** Point Qt Pf/UL Eqv. Ln. Total Pf Pn 30.02 43.955 K Factor = 4.53 26 27.81 2.157 3T 12.307 205.417 41.893 to 120 4L 3.692 51.688 1.732 61 27.81 0.0072 257.105 1.839 Vel = 2.442 27.81 45.464 K Factor = 4.12 27 31.89 2.157 3T 12.307 145.167 41.913 to 120 36.920 -1.299 68 31.89 0.0092 182.087 1.678 Vel = 2.800 31.89 42.292 K Factor = 4.90 28 32.05 2.157 2L 3.692 135.333 41.921 to 120 3T 12.307 44.304 -1.299 70 32.05 0.0093 179.637 1.671 Vel = 2.814 32.05 42.293 K Factor = 4.93 29 15.03 1.38 1L 2.000 86.000 41.923 to 120 IT 6.000 8.000 0.433 74 15.03 0.0202 94.000 1.896 Vel = 3.224 74 -36.71 2.635 1L 5.491 63.000 44.254 to 120 IT 16.474 21.965 -1.299 71 -21.68 -0.0017 84.965 -0.145 Vel = -1.276 -21.68 42.810 K Factor = -3.31 75 -6.17 1.38 IT 6.000 58.667 44.380 to 120 6.000 0.866 72 -6.17 -0.0039 64.667 -0.251 Vel = -1.323 -6.17 44.995 K Factor = -0.92 76 -6.96 1.38 IT 6.000 57.583 44.440 to 120 6.000 0.866 73 -6.96 -0.0049 63.583 -0.309 Vel = -1.493 -6.96 44.997 K Factor = -1.04 66 9.55 2.157 IT 12.307 41.667 44.108 to 120 12.307 -0.217 63 9.55 0.0010 53.974 0.053 Vel = 0.838 9.55 43.944 K Factor = 1.44 67 3.13 1.38 IT 6.000 41.917 44.108 to 120 6.000 -0.217 64 3.13 0.0011 47.917 0.053 Vel = 0.671 3.13 43.944 K Factor = 0.47 Crmniiter PrnaramR by Hvrirer. Tnr. Rniltp 111 Windhm N.M. TTA 01flR7 SCHMIDT FIRE PROTECTION Page 11 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv ******* Notes ****** Point Qt Pf/UL Eqv. Ln. Total Pf Pn 14 -11.51 4.26 7.500 41.294 to 120 15 -11.51 7.500 Vel = -0.259 15 -14.80 4.26 4.000 41.294 to 120 16 -26.31 -0.0003 4.000 -0.001 Vel = -0.592 16 -11.97 4.26 11.000 41.293 to 120 17 -38.28 -0.0005 11.000 -0.005 Vel = -0.862 17 100.53 4.26 11.500 41.288 to 120 18 62.25 0.0011 11.500 0.013 Vel = 1.401 18 131.69 4.26 11.000 41.301 to 120 19 193.94 0.0095 11.000 0.104 Vel = 4.366 19 -11.14 4.26 11.500 41.405 to 120 20 182.80 0.0084 11.500 0.097 Vel = 4.115 20 -10.89 4.26 11.000 41.502 to 120 21 171.91 0.0075 11.000 0.083 Vel = 3.870 21 -9.01 4.26 11.500 41.586 to 120 22 162.90 0.0069 11.500 0.079 Vel = 3.667 22 -7.12 4.26 11.000 41.664 to 120 23 155.78 0.0063 11.000 0.069 Vel = 3.507 23 -4.73 4.26 12.000 41.734 to 120 24 151.05 0.0059 12.000 0.071 Vel = 3.400 24 -14.25 4.26 10.500 41.805 to 120. 25 136.80 0.0050 10.500 0.052 Vel = 3.079 25 -30.01 4.26 11.500 41.857 to 120 26 106.79 0.0031 11.500 0.036 Vel = 2.404 26 -27.81 4.26 11.000 41.893 to 120 27 78.98 0.0018 11.000 0.020 Vel = 1.778 27 -31.90 4.26 11.750 41.913 to 120 28 47.08 0.0007 11.750 0.008 Vel = 1.060 28 -32.05 4.26 2L 7.900 9.000 41.921 to 120 15.800 29 15.03 0.0001 24.800 0.002 Vel = 0.338 15.03 41.923 K Factor = 2.32 ('nmriftpr Prnczrms hv Rvdrter. Tnr. Pnute 111 Windham M.H. TTA fl1OR7 SCHMIDT FIRE PROTECTION Page 12 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv ******* Notes Point Qt Pf/UL Eqv. Ln. Total Pf Pn 30 11.51 6.357 2.000 42.038 to 120 30A 11.51 2.000 Vel = 0.116 30A 14.80 6.357 12.000 42.038 to 120 32 26.31 12.000 Vel = 0.266 32 11.97 6.357 7.500 42.038 to 120 33 38.28 0.0001 7.500 0.001 Vel = 0.387 33 107.74 6.357 7.000 42.039 to 120 33A 146.02 0.0009 7.000 0.006 Vel = 1.476 33A -57.36 6.357 0.500 42.044 to 120 34 88.66 0.500 Vel = 0.896 34 201.92 6.357 7.500 42.044 to 120 35A 290.58 0.0028 7.500 0.021 Vel = 2.937 35A 133.39 6.357 7.500 42.066 to 120 -0.433 36 423.97 0.0057 7.500 0.043 Vel = 4.286 36 -43.86 6.357 10.000 41.675 to 120 37 380.11 0.0047 10.000 0.047 Vel = 3.842 37 -50.61 6.357 6.667 41.722 to 120 38 329.50 0.0036 6.667 0.024 Vel = 3.331 38 -47.24 6.357 4.000 41.746 to 120 - 39 282.26 0.0028 4.000 0.011 Vel = 2.853 39 -54.31 6.3.57 3.000 41.757 to 120' 0.433 40 227.95 0.0017 3.000 0.005 Vel = 2.304 40 9.01 6.357 5.083 42.195 to 120 -0.433 41 236.96 0.0020 5.083 0.010 Vel = 2.395 41 -54.60 6.357 6.417 41.772 to 120 0.433 42 182.36 0.0012 6.417 0.008 Vel = 1.843 42 7.13 6.357 1.583 42.213 to 120 -0.433 43 189.49 0.0013 1.583 0.002 Vel = 1.915 43 -55.13 6.357 7.000 41.782 to 120 44 134.36 0.0007 7.000 0.005 Vel = 1.358 44 -55.82 6.357 2.500 41.787 to 120 0.433 45 78.54 0.0004 2.500 0.001 Vel = 0.794 Cnmniitpr Prncrms liv gvtrt-pr Tnr. Rmit-p. 111 Windham N.W. TT!A ()1flR7 SCHMIDT FIRE PROTECTION Page 13 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv Notes Point Qt .Pf/UL Eqv. Ln. Total Pf Pn 45 4.73 6.357 6.500 42.221 to 120 -0.433 46 83.27 0.0003 6.500 0.002 Vel = 0.842 46 -56.96 6.357 2.000 41.789 to 120 8.229 47 26.31 2.000 Vel = 0.266 26.31 50.018 K Factor = 3.72 48 57.36 6.357 7.500 43.943 to 120 49 57.36 0.0001 7.500 0.001 Vel = 0.580 49 78.89 6.357 8.000 43.944 to 120 50 136.25 0.0008 8.000 0.006 Vel = 1.377 50 55.00 6.357 10.000 43.949 to 120 51 191.25 0.0013 10.000 0.013 Vel = 1.933 51 54.45 6.357 6.667 43.962 to 120 52 245.70 0.0021 6.667 0.014 Vel = 2.484 52 54.29 6.357 4.000 43.976 to 120 53 299.99 0.0030 4.000 0.012 Vel = 3.032 53 54.31 6.357 8.000 43.988 to 120 54 354.30 0.0041 8.000 0.033 Vel = 3.581 54 54.60 6.357 8.000 44.021 to 120 55 408.90 0.0054 8.000 0.043 Vel = 4.133 55 55.13 6.357 7.000 44.064 to 120 56 464.03 0.0067 7.000 0.047 Vel = 4.691 56 55.81 6.357 9.000 44.111 to 120 57 519.84 0.0083 9.000 0.075 Vel = 5.255 57 56.96 6.357 2.333 44.186 to 120 58 576.80 0.0103 2.333 0.024 Vel = 5.831 576.80 44.210 K Factor = 86.75 64 3.13 4.26 8.500 43.945 to 120 63 3.13 8.500 Vel = 0.070 63 9.55 4.26 3L 7.900 11.000 43.945 to 120 23.701 1.516 62 12.68 0.0001 34.701 0.002 Vel = 0.285 ('nmnii -er Prrarms 1w Mvrter mc'.. Rnijtp 111 Windham N.M. 1TA fl1OR7 SCHMIDT FIRE PROTECTION Page 14 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv ******* Notes **** Point Qt Pf/UL Eqv. Ln. Total Pf Pn 62 16.46 4.26 9.500 45.463 to 120 61 29.14 0.0003 9.500 0.003 Vel = 0.656 61 27.81 6.357 2L 11.316 13.250 45.465 to 120 22.632 -1.516 60 56.95 0.0001 35.882 0.005 Vel = 0.576 60 30.01 6.357 2L 11.316 23.250 43.954 to 120 22.632 0.217 59 86.96 0.0003 45.882 0.014 Vel = 0.879 59 40.56 6.357 iT 37.720 2.500 44.185 to 120 37.720 58 127.52 0.0006 40.220 0.025 Vel = 1.289 127.52 44.210 K Factor = 19.18 76 -42.88 2.635 10.000 44.440 to 120 75 -42.88 -0.0060 10.000 -0.060 Vel = -2.523 75 6.17 2.635 3L 5.491 11.500 44.380 to 120 16.474 74 -36.71 -0.0045 27.974 -0.126 Vel = -2.160 -36.71 44.254 K Factor = -5.52 73 -6.96 2.635 10.000 44.997 to 120 72 -6.96 -0.0002 10.000 -0.002 Vel = -0.409 72 -6.17 2.635 3L 5.491 12.833 44.995 to 120 16.474 -2.166 71 -13.13 -0.0007 29.307 -0.020 Vel = -0.772 71 -21.68 2.635 2L 5.491 9.500 42.810 to 120 10.983 -0.433 70 -34.81 -0.0041 20.483 -0.084 Vel = -2.048 70 32.05 2.635 11.500 42.293 to 120 68 -2.76 11.500 Vel = -0.162 68 31.90 2.635 1L 5.491 13.500 42.292 to 120 5.491 65 29.14 0.0029 18.991 0.056 Vel = 1.714 65 -12.68 2.635 2T 16.474 47.833 42.348 to 120 32.948 3.032 62 16.46 0.0010 80.781 0.083 Vel = 0.968 16.46 45.463 K Factor = 2.44 67 -3.13 2.635 8.500 44.108 to 120 66 -3.13 8.500 Vel = -0.184 66 -9.55 2.635 3L 5.491 10.000 44.108 to 120 iT 16.474 32.948 -1.732 65 -12.68 -0.0006 42.948 -0.027 Vel = -0.746 CnmniiPr Prnarms 1w T-ivdrRter. Tnt'.. Rolit.p. 111 Windham N.W. TT5A (YflR7 SCHMIDT FIRE PROTECTION Page 15 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe Pv ******* Notes Point Qt Pf/UL Eqv. Ln. Total Pf Pn -12.68 42.349 K Factor = -1.95 58 704.32 8.249 iT 38.923 17.000 44.210 to 120 38.923 76 704.32 0.0041 55.923 0.230 Vel = 4.228 76 49.84 8.249 1Z 20.018 15.000 44.440 to 120 1Q 70.062 6.497 76A 754.16 0.0047 is 50.044 85.062 0.397 Vel = 4.527 76A 272.74 8.249 2.500 51.333 to 120 1.083 76B 1026.90 0.0084 2.500 0.021 Vel = 6.165 1026.90 52.437 K Factor = 141.81 101 44.37 2.067 8.000 30.000 K Factor = 8.1 to 120 102 44.37 0.0209 8.000 0.167 Vel = 4.242 102 44.48 2.067 8.000 30.167 K Factor = 8.1 to 120 103 88.85 0.0755 8.000 0.604 Vel = 8.495 103 44.94 2.067 8.000 30.771 K Factor = 8.1 to 120 104 133.79 0.1610 8.000 1.288 Vel = 12.792 104 45.86 2.067 7.000 32.059 K Factor = 8.1 to 120 107 179.65 0.2777 7.000 1.944 Vel = 17.177 179.65 34.003 K Factor = 30.81 105 46.49 2.067 7.000 32.939 K Factor = 8.1 to 120 106 46.49 0.0227 7.000 0.159 Vel = 4.445 106 46.60 2.067 iT 10.000 1.000 33.098 K Factor = 8.1 to 120 10.000 107 93.09 0.0823 11.000 0.905 Vel = 8.900 107 179.65 3.314 5L 7.279 61.750 34.003 to 120 iT 21.838 58.235 -5.847 108 272.74 0.0603 119.985 7.241 Vel = 10.145 108 3.314 4L 7.279 118.333 35.397 to 120 29.118 6.497 109 272.74 0.0604 147.451 8.899 Vel = 10.145 109 4.26 1Y 28.968 1.500 50.792 to 120 28.968 76A 272.74 0.0178 30.468 0.541 Vel = 6.139 272.74 51.333 K Factor = 38.07 76B 1026.90 8.27 21, 19.468 11.000 52.437 to 140 38.935 1.516 77 1026.90 0.0061 49.935 0.306 Vel = 6.133 Cnmniitr Prnaramq hv Rvdrqter mr.. Rniitp 111 Windham N.H. T75A OIOR7 SCHMIDT FIRE PROTECTION Page 16 Date Hyd. Qa Dia. Fitting Pipe Pt Pt Ref. "C" or Ftng's Pe PV Notes Point Qt Pf/UL Eqv. Ln. Total Pf Pn 77 7.98 4L 18.589 216.000 54.259 to 150 74.351 78 1026.90 0.0064 290.351 1.866 Vel = 6.587 78 999.99 8.27 1K 82.363 15.000 56.125 Qa = 1000 to 140 2L 19.468 121.298 79 2026.89 0.021 136.298 2.942 Vel = 12.106 79 7.98 1L 18.589 14.000 59.067 to 150 iT 50.046 68.632 80 2026.89 0.0226 82.632 1.868 Vel = 13.002 80 0.01 7.98 40.000 60.935 to 150 - 81 2026.90 0.0226 40.000 0.904 Vel = 13.002 2026.90 61.839 K Factor = 257.75 Cnmniitr PrnaramR by T-Tvcirqter Tnr.. Rniltp. 111 Windham N.W. TT!A fl1flR7 .. ELOm23.1 Specific Appli cation .6 GPM/2,000 sq. ft.. Manufactured by: Central Sprinkler Company 451 North Cannon Avenue, Lansdale, Pennsylvania 19446 Product Description The Central Model ELO-231 Automatic Sprinkler is an Extra Large Orifice Sprinkler that has been proven for storage occupan- cies by full-scale fire testing at Factory Mutual and designed to control high challenge fires in storage occupancies with relatively low required operating pressures. It is available in the standard 3%' thread in upright and pendent, and for retrofit use a '/2' thread is available for upright only. Through additional full-scale fire tests at Factory Mutual, the ELO-231 has been U.L. Listed and Factory Mutual Approved to reduce the required remote area for Class I through IV commodities and Group A Plastics (see table) to 2,000 sq. ft. This represents up to a 50% decrease in area when using Centrals ELO-231 sprinkler. Never has a 5/8' orifice standard spray sprinkler received such recognition for its performance in full-scale fire testing. The decrease in remote area, results in a dramatic reduction of the required water flow demand. This, combined with the low operating pressure requirements, results in: The ability to store higher when com- pared to '/2 ' and '/32' standard spray sprinklers at the same flow demand. This is because standard spray sprin- klers require higher water flow demands to protect the same height of storage. More water pressure is made available. by reducing the overall water demand of - the system. For example, a .6/4000 sq. ft. demand of NFPA 231C would nor- mally require a minimum of 2,400 GPM. The ELO-231 reduces this area to a .6/ 2,000 sq. ft. demand or 1,200 GPM. The available water pressure is higher at 1,200 GPM than at 2,400 GPM. There- fore, there is higher available pressure for use in hydraulic calculations. Flexibility for spec-occupancies by allowing palletized or rack storage of Class I through IV commodities and Group A plastics up to 20' (see application chart on page 2). This provides owners and tenants great flexibility in allowable storage arrangements, heights and commodities. The low end head pressures of the 11.4 K- factor, combined with the increase of pressure available by reduced area, results in the ability to: Reduce Pipe Size Increase Spacing Eliminate Booster Pumps Upgrade Existing Densities Technical Data , Model: ELO-231 or ELO-231 x Y2" Style: Upright or Pendent (pendent not available in W thread) Orifice Size: 0.64" (16.33 mm) (E.L.O.) K-Factor: 11.4 (163.02) Nominal Thread: /4"(191 mm)Or ½" (12.7mm) N.P.T. Temp. Rating and Frame Arm Color: 1650F/740C Uncolored 212017/1000C White 286°F/141°C Blue Approvals: U.L, U.L.C., F.M. Minimum Operating Pressure: 10 PSI (68.95 kpa) Maximum Working Pressure: 175 psi (12.07 bar) Factory Hydro Test: 100% at 500 psi (34.48 bar) Standard Finish: brass Coatings: UL Listed for wax, lead, or wax-over-lead Length: 33/is" (8.1 cm) Width: 1/4" (4.5 cm) Weight: 4.8 OZ. (136 grams) z.,. (.. .. .. .# . E LO-23I . ••;.-...)t' .64Orif.cei Automat ic ..4? p. Spr.nkIeri 'p. '- No. 29.2 NOTE: The ELO-231 is a standard spray sprinkler for use with the area/density curves of the NFPA standards and a specific application sprinkler for reduced area. The following guidelines are only for reduced area applications. These guidelines do not apply if you are not using the ELO-231 for reduced area specific application. For standard applications, see the ELO- 231 data sheet not this specific application data sheet. For projects requiring Factory Mutual Guidelines, consult the Factory Mutual Loss Prevention Data Sheets. Some of their requirements are different. ELO-231 Specific Application Guidelines Type of Storage: Single, double, multiple-row and portable rack storage and solid piled or palletizied storage. Commodity: Class l-IV. Group A and B plastics - cartoned, expanded or unexpanded as well as exposed, unexpanded. Maximum Storage Height: 20' Clearance: 36" minimum from deflector to top of storage. Max. Ceiling Height in Area of Storage: 25' Construction Type: All types - deflector distances per NFPA 13. System Type: Wet or dry Sprinkler Data: K-Factor 11.4 Orifice 0.64" Thread Size 3%" or ½" (upnght only) Temperature Rating: 1650, 2120, and 2860 Hydraulic Design Criteria: End head flow to be determined based on the spacing of the sprinkler, per NFPA spacing criteria for standard spray sprinklers (see section 4-2.2.1), multiplied by the density of .6 gpm per sq. ft. This flow is then used in the formula: pressure = (flow/K-factor)2 to determine the minimum end head pressure. At least 10 psi must be used, even if the calculated pressure is less. Design Area: For wet systems 2000 square feet and for dry systems use the 30% increase for a total of 2600 square feet. Spacing: NFPA criteria for standard spray sprinklers. Maximum spacing is 100 square feet. Minimum spacing is 6' apart unless separated by baffles. Obstructions: NFPA criteria for standard sorav sorinklers. Always consult the appropriate Factory Mutual data sheets if Factory Mutual Guidelines Apply. ELO/ESLO/ESFR Combination Wrench (Part #1073) Figure 1 Figure 2 ELO-231 Upright Sprinkler ELO-231 Pendent Sprinkler 4. Minimum sprinkler discharge operating the sprinkler. Unlike most Design pressure is 10 psi (36 gpm). other sprinkler designs, the alloy is not 5• 1/211 thread must only be used exposed to atmospheric conditions Data on retrofit applications, that could affect its proper functioning. It is also less susceptible to mechani- The Model ELO-231 Extra Large Factory Mutual's Loss Preven- cal damage since there are no protrud- Orif ice Sprinkler is Listed for standard tion Data Sheets contain the ing elements, extending beyond the sprinkler placement and standard requirements for designs that sprinkler frame. flow and pressure requirements as differ from NFPA. specified in NFPA 13, 231 and 231G. The ELO-231 is not Listed for use Product Installation as a "large drop" sprinkler nor as Descri nti on rA an -ti-rr sprlrllcler. - - - - - -- -- - -- The following parameters must be incorporated into the design of automatic sprinkler systems utilizing Model ELO-231 Sprinklers for NFPA applications: Minimum sprinkler spacing is 6 feet. Maximum coverage area is 100 sq. ft. Automatic sprinkler systems must be hydraulically calculated using the area/ density curves of NFPA Standards. The Model ELO-231 Sprinkler incorporates the time-proven "center- strut' actuating assembly which provides aesthetic appeal with high dependability. The "center-strut' mechanism responds significantly faster than more traditional mecha- nisms such as the link-and-lever or most commercial glass bulbs. Operation: A fusible alloy is sealed into a bronze center strut by a stainless steel ball. When the alloy melts at its rated temperature, the ball is forced upward into the center strut, releasing the two ejectors and All Central Model ELO-231 sprin- klers must be installed according to current NFPA Standards. Deviations from these requirements and stan- dards or any alteration to the sprinkler itself will void any warranty made by Central Sprinkler Company. In addition, installation must also meet local government provisions, codes, and standards as applicable. The system piping must be properly sized to insure the minimum required flow rate at the sprinkler. Check for the proper model, style, orifice size, and temperature rating prior to installation. Install sprinklers after the piping is in place to avoid mechanical The owner is responsible for the damage; replace any damaged units. proper operating condition of all fire Wet pipe systems must be pro- protection devices and accessories. tected from freezing. The NFPA Standard 25 entitled, Upon completion of the installation, "Inspection Testing and Maintenance the system must be tested per of Water-Based Fire Protection recognized standards. Systems' contains guidelines and In the event of a thread leak, minimum maintenance requirements. remove the unit, apply new pipe joint Furthermore, the local Authority compound or tape, and reinstall. Having Jurisdiction may have addi- tional regulations and requirements Installation Sequence for maintenance, testing, and inspec- tion that must be obeyed. Step 1. The unit must be installed in It is advisable to have sprinkler the upright or pendent position. systems inspected regularly by a Step 2. Use only a non-hardening qualified inspection service. Length of pipe joint compound or Teflon* tape. time between such inspections can Apply only to the male threads. vary due to accessibility, ambient Step 3. Hand tighten the sprinkler atmosphere, water supply, and site into the fitting. Use a Central ELO activity. Sprinkler Wrench, to tighten the unit Do not attempt to reassemble or into the fitting. A leak-tight joint otherwise reuse a sprinkler that has requires only 7 to 14 ft.-lbs. of torque; operated. Replace any sprinkler a tangential force of 14 to 28 lbs. exhibiting corrosion or damage; delivered through a 6' handle will always use new sprinklers of the deliver adequate torque. Torque same type and temperature rating as levels Over 21 ft.-lbs. may distort the replacements. orifice seal, resulting in leakage. . Do not attempt to replace sprinklers The sprinkler shall, per NFPA, be without first removing the fire protec- oriented so the frame arms are tion system from service. Be certain parallel with the branch line pipe. to secure permission from all Authori- ties Having Jurisdiction, and notify all Teflon is a trademark of the DuPont Corp. personnel who may be affected during system shutdown. A fire watch during Care & maintenance periods is a recom- mended precaution. To remove the system from service IVIaintenance mode, first refer to the system operat- ing guide and valve instruction. Drain the water and relieve oressure in the Sprinklers must be handled care- fully. They should not be-transported or stored where ambient temperature may exceed 1 O0°F/380C. For best results, store them in a dry, cool location in the original shipping package. Do not install sprinklers that have been dropped or visibly damaged. Sprinklers should never be painted, coated, plated, or altered in any other way from manufactured condition or they may not function properly. Any sprinklers altered in such manner must be replaced. A fire protection system that has been shut off after an activation should be returned to service imme- diately. Inspect the entire system for damage and replace or repair as necessary. Sprinklers that did not operate but were subjected to corrosive elements of combustion or excessive temperatures should be inspected, and replaced if need be. The Authority Having Jurisdiction will detail minimum replacement require- ments and regulations. Guarantee: Central Sprinkler Company will repair and/or replace any products found to be defective in material or workmanship within a period of one year from the date of shipment. Please refer to the current Price List for further details of the warranty. fl Ordering Information Ordering Information: When placing an order, indicate the full product name. Please specify the quantity, model, style, orifice size, temperature rating, type of finish or coating, and sprinkler wrench. Availability and Service: Central sprinklers, valves, accessories, and other products are available through- out the U.S. and Canada, and internationally, through a network of Central Sprinkler distribution centers. You may write directly to Central Sprinkler Company, or call (215) 362- 0700 for the distributor nearest you. Patents: Patents are pending. Conversion Table: 1 inch = 25.400 mm 1 foot =0.3048M 1 pound = 0.4536 kg 1 foot pound = 1.36 Nm 1 psi = 6.895 kpa = 0.0689 bar = 0.0703 kg/cm2 1 U.S. gallon = 3.785 dm = 3.785 liters Conversions are approximate. pipes. Remove the existing unit and install the replacement, using only the special sprinkler wrench. Be certain to match model, style, orifice, and temperature rating. AIIII&L CENTRAL 01994 Central Sprinkler Company Printed in U.S.A. Central Sprinkler Company 451 N. Cannon Avenue, Lansdale, PA 19446 Phone (215) 362-0700 FAX (215) 362-5385 OPTIMA TM is a registered trademark of Central Sprinkler Company. ELO-231 SA. 1 Model: A Style: Upright or Pendent Orifice Size K Factormetric Thread 3/Il 95 mm) 9.7 (3a.9) '/2" (15 mm) N.P.T. /4 (11.1mm) 4.2 (6o.6) /2" (15mm) N.P.T. * /2" (12.7mm) 5.6 (80.8) /2 o5 mm) N.P.T. '7/a2" (13.5 mm) 7.8 (112.5) /2" (15mm) N.P.T. 17/Il (13.5 mm) 8.1 (116.8) 3/4li (2o mm) N.P.T. *250 psi (173 bar)rating. See maximum working pressures below. Temp. Rating and Frame Arm Color: 135017157°C Black 165017/740C Uncolored 212°F/1 00°C White 2860F/1410C Blue Approvals: U.L., U.L.C., *F.M., M.E.A., V.D.S., LPCB (see tabular information on Page 3.) Not FM Approved for 3/8'(9.5 mm) orifice @ 286°F/1410C Maximum Working Pressure: 250 psi (17.3 bar) - U.L. & U.LC., /2" Orifice Only - .. 175 psi (12.1 bar) - all other listing agencies Factory Hydro Test: - 100% at 500 psi (34.5 bar) Standard Finishes: brass, chrome plated, painted (chrome is not V.D.S. Approved and painted is U.L. only.) Coatings: wax, lead, or wax-over-lead (see tabular information on page 3.) 'Sprinkler A Manufactured by: Central Sprinkler Company 451. North Cannon Avenue, Lansdale, Pennsylvania 19446 Product Technical DeScuiption Data Upright or Pendent Automatic Sprinkler The Central Model A Upright or Pendent Automatic Sprinklers are standard spray sprinklers with a traditional appeal. They incorporate a unique center strut design. The Model A Sprinklers are intended for installation in accordance with current NFPA 13 Standards. They are available in a wide variety of orifice sizes, temperature ratings, finishes, and corrosion resistant coatings. Operation: A fusible alloy is sealed into a bronze center strut by a stainless steel ball. When the alloy melts at its rated temperature, the ball is forced upward into the center strut, releasing the two ejectors and operating the sprinkler. Unlike most other sprinkler designs, the alloy is not exposed to atmosphric conditions that could affect its proper functioning. It is also less susceptible to mechanical damage since there are no protruding elements, extending beyond the sprinkler frame. For specific listing requirements see the appropriate information contained in this brochure. Pintle: on deflector for 7/16',and '/32" orifice by '/2"N.P.T. Length: 2/" (60.3 mm) excluding pintle Width: 1/16° (36.5 mm)frame arms Weight: 4.2 oz. (1 19 grams) A5o10-o N5?-'T- No. 1.1.0 :.. 4.tEr. : -- Cross Section Combination Sprinkler Wrench Part #1 lob) W16" 4.8mm) Cross Section Model "A" Upright Sprinkler (Small Orifice with Pintle) Design Requirements -Standard Anølications The Model A Upright and Pendent Sprinklers are intended for standard area coverages and standard flow and pressure requirements as specified in current NFPA 13 Standards. 2 U.L., *ULC and **MEA (N.Y.C.) Cal. No. 375-75-SA Listings Orifice Size and Style Temperature Rating (°F) Corrosion-Resistant Coating 3/8"(9.5mm) upright and pendent *135(57c) 165(74cc) 212(loow****286(141`c) lead, wax, wax-over-lead 7/16"(11.1mm) upright and pendent ***135(57) 165(74w 212(looc)****286(14lw lead, wax, wax-over-lead 1/2" (12.7mm) upright and pendent ***135(57t) 165(74c) 212(loow****286(141cc) lead, wax, wax-over-lead '7/32"(13.5mm) X '/2"(15mm) NPT upright and pendent - - - 165(74"C) 212(looc)****286(141c) lead, wax, wax-over-lead '7/32"(13.5mm) X /4"(20mm) NPT upright and pendent - - - 165(74'c) 212(loow****286(141c) lead, wax, wax-over-lead 2862 temperature is not U.L.C. Approved with corrosion-resistant coatings. No corrosion-resistant coatings are Approved by MEA. Lead only. Listed as high temperature, wax coated for installation where maximum ambient ceiling temperature does not exceed 150°F. F.M. Approvals Orifice Size and Style Temperature Rating (°F) Coating (9.5mm) upright 135(57w 165(74°c) 212(loo°c) .- ... lead (9.5mm) upright - - - - - - 212(loow - - - wax-over-lead (9.5mm) upright - - - - - - 212(100w - - - wax V2" (12.7mm) upright and pendent . 135(57w 165(74w 212(100°c) 286(141w lead V2° (12.7mm) upright and pendent - - - 165(74w 212(100w - - - wax-over-lead '/2° (12.7mm) upright and pendent - - - 165(74w 212(100w 286(14190 wax 17/32"(13.5mm) X '/2°(15mm) NPT upright and pendent 135(57w 165(74w 212(loow 286(141w lead '7/32"(I3.5mm) x '/2°(15mm) NPT upright and pendent ... - - - 212(loow - - - wax-over-lead '7/32°(13.5mm) x '/2"(15mm) NPT upright and pendent - - - - - - 212(100w 286(141w wax '7/32°(13.5mm) X 3/4°(20mm) NPT upright and pendent 135'57w 165(74w 212(100w 286(141w lead 'I32"(13.5mm) x 3/4°(20mm) NPT upright and pendent - - - - - - 212(100w - - - wax-over lead 17/32"(13.5mm) X 3/4"(20mm) NPT upright and pendent - - - --- 212°ioow 286(141w wax LPCB Listings Orifice Size and Style Temperature Rating (°F) Corrosion-Resistant Coating '/2"(12.7 mm) upright and pendent '/32"(13.5 mm) X /4"(20 mm) NPT upright and pendent 135'57w 165(74w 212(100w 286(141w 135(57w 165(74w 212(100w 286(141w - - - --- V.D.S. Listings Orifice Size and Style Temperature Rating (°F) Corrosion-Resistant Coating /8"(9.5 mm) pendent -- - - - - - - 165(74w ... - - - '/2°(12.7 mm) upright and pendent 135(57w 165(74w 212(100w 286(141w - - - '/32"13.5 mm) X 3/4"(20mm) NPT upright and pendent 135(57w 165(74w 212(100w 286(141w - - - Installation All Central Model A Sprinklers must be installed according to current NFPA 13 Standards. Deviations from these requirements and standards or any alteration to the sprinkler itself will void any warranty made by Central Sprinkler Company. In addition, installation must also meet local government provisions, codes and standards as applicable. The system piping must be properly sized to insure the minimum required flow rate at the sprinkler. Check for the proper model, style, orifice size, and temperature rating prior to installation. Install sprinklers after the piping is in place to avoid mechanical damage; replace any damaged units. Wet pipe systems must be protected from freezing. Refer to the Central Bulletins on the Model A-i Dry Pendent Sprinklers for use in dry pipe sprinkler installations. Upon completion of the installation, the system must be tested per recognized standards. In the event of a thread leak, remove the unit, apply new pipe joint compound or tape, and reinstall. Installation Sequence Step 1. The unit must be installed in the upright position for upright style sprinklers, and in the pendent position for pendent style sprinklers. Step 2. Use only a non-hardening pipe joint compound or Teflon* tape. Apply only to the male threads. Teflon is a trademark of the DuPont Corp. Step 3. Hand tighten the sprinkler into the fitting. For upright sprinklers use a Central Sprinkler Combination Wrench, and for pendent sprinklers use a Central Sprinkler Universal Wrench, to tighten the unit into the fitting. A leak-tight joint requires only 7 to 14 ft.-lbs.(9.5 to 19.0 NM) of torque; a tangential force of 14 to 28 lbs.(62.3 to 124.5 N) delivered through a 6" (150 mm) handle will deliver adequate torque. Torque levels over 21 ft.- lbs.(28.6 Nm) may distort the orifice seal, resulting in leakage. For exposed piping systems, the sprinkler should be oriented so the frame arms are parallel with the branch line pipe. Caution: Special care must be taken when installing with a CPVC piping system. Sprinklers must be installed after the CPVC manufacturer's recommended setting time for the primer and cement to ensure that no the sprinkler. Special care must be taken when installing with a copper I system. The sprinkler should be installed only after the inside of the sprinkler drops and associated fittings have been wire brushed to remove any flux. Residual flux can cause corrosion and can impair proper sprinkler operation. ] Maintenance Care & Sprinklers must be handled carefully. They must not be transported or stored where ambient temperature may exceed 100°F/380C. For best results, store them in a dry, cool location in the original shipping package. Do not install sprinklers that have been dropped or visibly damaged. Sprinklers must never be painted, coated, plated or altered in any other way from manufactured condition or they may not function properly. Any sprinklers altered in such manner must be replaced. The owner is responsible for the proper operating condition of all fire protection devices and accessories. The NFPA standard 25 entitled, "Inspection, Testing and Maintenance of Water-Based Fire Protection Systems", contains guidelines and minimum maintenance requirements. Furthermore, the local Authority Having Jurisdiction may have additional regulations and requirements for maintenance, testing, and inspection that must be obeyed. It is advisable to have sprinkler systems inspected regularly by a qualified inspection service. Length of time between such inspections can vary due to accessibility, ambient atmosphere, water supply, and site activity. Do not attempt to re-assemble or otherwise reuse a sprinkler that has operated. Replace any sprinkler exhibiting corrosion or damage; always use new sprinklers of the same type and temperature rating as replacements. © 1998 Central Sprinkler Company Printed in U.S.A. Because the discharge pattern is critical to protection of life and property, nothing should be hung or attached to the sprinkler unit that would disrupt the pattern. Such obstructions must be removed. In the event that construction has altered the original configuration, additional sprinklers should be installed to maintain the protection level. Do not attempt to replace sprinklers without first removing the fire protection system from service. Be certain to secure permission from all Authorities Having Jurisdiction, and notify all personnel who may be affected during system shutdown. A fire watch during maintenance periods is a recommended precaution. To remove the system from service mode, first refer to the system operating guide and valve instruction. Drain water and relieve pressure in the pipes. Remove the existing unit and install the replacement, using only the special sprinkler wrench. Be certain to match model, style, orifice, and temperature rating. A fire protection system that has been shut off after an activation should be returned to service immediately. Inspect the entire system for damage and replace or repair as necessary. Sprinklers that did not operate but were subjected to corrosive elements of combustion or excessive temperatures should be inspected, and replaced if need be. The Authority Having Jurisdiction will detail minimum replacement requirements and regulations. CENTRAL Guarantee: Central Sprinkler Company will repair and/or replace any products found to be defective in material or workmanship within a period of one year from the date of shipment. Please refer to the current Price List for further details of the warranty. fl Ordering Information Ordering Information: When placing an order, indicate the full product name. Please specify the quantity, model, style, orifice size, temperature rating, type of finish or coating, and sprinkler wrench. Availability and Service: Central sprinklers, valves, accessories, and other products are available throughout the U.S. and Canada, and internatibnally, through a network of Central Sprinkler distribution centers. You may write directly to Central Sprinkler Company, or call 215-362- 0700 for the distributor nearest you. Conversion Table: 1 inch 25.400 mm 1 foot = 0.4536 kg 1 foot pound = 1.36 Nm 1 psi =6.895kpa = 0.0689 bar = 0.0703 kg/cm2 1 U.S. gallon = 3.785 dm3 = 3.785 liters Conversions are approximate. Sprinkler A.5 Central Sprinkler Company 451 N. Cannon Avenue, Lansdale, PA 19446 Phone (215) 362-0700 FAX (215) 362-5385