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TAYLOR FIRE PROTECTION ROJECT: ROSS DRESS FOR LBSS 1612 <br /> ** 4647 LOWN STREET ** LIENT: <br /> � SAINT PETERSBURG, FL 33714 ATE: 10-29-2014 <br /> FIRE SPRINKLER DESIGN PROGRAM ESIGNER: AML <br /> GENERAL PROJECT DATP,: <br /> BUILDING NAME: ROSS DRESS FOR LESS <br /> BUILDING LOCATION: TOWNVIEW SQ. ZEPHYRHILLS FLORID <br /> NAME OF OWNER: <br /> CODE REFERENC£: NFPA-13 <br /> DESCRIPTION OF HAZARD: O.H.GROUP 2 MFRCANTILE <br /> SPRINKLER SYSTEM DESCRIPTION: GRID SYSTEM SALES AREA <br /> SPRINKLER SYSTFsM TYPE: WET <br /> NAME OF P,PPROVING AGENCY: LOCAL A.H.J. <br /> DESIGN AREA OF WATER APPLICATION: 1, 500 .00 SQ.FT. <br /> MINIMUM DESIRED FLOW DENSITY: 0 .20 GPM/SQ.FT. <br /> MAXIMUM ARE3A PBR SPRINKL�R: 112 .00 SQ.FT. <br />' INSIDE HOSE STREAM ALLOWANCE: 0 .00 GPM <br /> OUTSIDE HOSE STREAI�1 ALLOWANCE: 250 . 00 GPM <br /> IN RACK SPRINKLER ALLOWANCE: 0 . 00 GPM � <br /> WATER SUPPLY TEST DATA: <br /> TEST HYllR.ANT IDENTIFICATION: <br /> SOURCE OF INFORMATION: <br /> DATE OF TEST: <br />, HYDR.AI�TT ELEVATION: 2 . 0 0 FT. <br /> STATIC PRESSURE: 54 . 00 PSI <br /> TEST FLOW R.ATE: 9 6 0 .0 0 GPNY <br /> TEST RESIDUAL PRFSSURE: 49 . 00 PSI <br /> C'AT,CULATED SYSTEM FLOW RATE: 617 .00 GPM <br /> CALCULATFD INFLOW RESIDUAL PRESSURE: 43 .00 PSI <br /> AVAILABLE INFLOW RESIDUAL PRESSURE: 51 . 00 PSI <br /> SPRINKLER SPFCIFICATIONS: <br /> MAKE: GLOBE M DEL: GL—QR <br /> SIZE: 1/2" T MPER.ATURE RATING: 155 F <br /> MISCELLANEOUS PROJECT DATA: <br /> , <br /> PROJECT DATA FILE NAME: TFPRDZO D FAULT SPRINKLER K—FACTOR: 5 .60 <br /> CALCULATION MODF: DEMAND MIN RFsSIDUAL PRESSURE: 16 .00 PSI <br /> NUM OF ACTIVE NODES : 53 OR RATFs: 0 .00 $/HR <br /> NUM OF INACTIVE NODES: 5 0 ER LABOR HOURS: 0 .00 HRS <br /> NUM OF ACTIVE PIPES: 58 O ER MATERIAL COSTS : 0 .00 $ <br /> NUM OF INACTIVE PIPES: 0 ------ PIPE SIZING PARAMETERS ------ <br /> NUM OF ACTIVE SPRINKS: 16 WATER VELOCITY: 20 .00 FT/S <br /> NUM OF INACTIVE SPRINKS: 0 FRICTIONAL LOSS/100 ' : 20 .00 PSI <br /> SP$CIFIED FIl�ID NODE NUMBFsR: 5 DIAMET$R: 12 .00 IN <br /> SYSTEM INFLOW NODE IJUMBER: 75 INFLOW RESIDUAL PRESSUR 0 .00 PSI <br />