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HomeMy WebLinkAbout2012-08-13 Ahern Fire Protection Annual Fire Protection Systems Inspection Report ANERN FIRE PROTECTION Sprinkler System RECEIVED 13705 26th Avenue, Suite 110 Minneapolis, MN 55441 Annual Inspeetio OCT (763) 268 -0515 p • (763) 268 -0516 f HERN _ �vww.aherntire.com Work Order : 2896 1 8 2012 Agreement : 7540 of Oak Park Heights Inspection Date : 08/1 /2012 ity C Inspection Location AM PM Contact: Craig Lowe's #2315 Cell #: 0 5888 Nova Scotia Ave N Phone #: (402) 420 -3660 Oak Park Heights MN 55082 E -Mail: Cust ID: 101107 Loc ID: 005 Auxiliary Drain System Id: AXD00014 Qty: 1 Inspection Status: Complete Auxiliary Drain ID #: 1 Auxiliary Drain Type: Drum Drip Location In Building: garden center front Question Result 10 Was the auxiliary valve drained? Yes 20 Was water flow observed? No Auxiliary Drain System Id: AXD00015 Qty: 1 Inspection Status: Complete Auxiliary Drain ID #: 2 Auxiliary Drain Type: Drum Drip Location In Building: garden center west Question Result 10 Was the auxiliary valve drained? Yes 20 Was water flow observed? No Auxiliary Drain System Id: AXD00016 Qty: 1 Inspection Status: Complete Auxiliary Drain ID #: 3 Auxiliary Drain Type: Drum Drip Location In Building: car port north Question Result 10 Was the auxiliary valve drained? Yes 20 Was water flow observed? No Auxiliary Drain System Id: AXD00017 Qty: 1 Inspection Status: Complete Auxiliary Drain ID #: 4 Auxiliary Drain Type: Drum Drip Location In Building: car port south Question Result 10 Was the auxiliary valve drained? Yes 20 Was water flow observed? No System Id: AF- 321294 Auxiliary Drain Q ty: Inspection Status: Complete Auxiliary Drain ID #: 5 Auxiliary Drain Type: Drum Drip Location In Building: garden center south Question Result 10 Was the auxiliary valve drained? Yes 20 Was water flow observed? No Inspection Date : 08/13/2012 Page 1 of 11 Andrew L Zarbok System Id: AF- 321293 Auxiliary Drain Qty: Inspection Status: Complete Auxiliary Drain ID #: 6 Auxiliary Drain Type: Drum Drip Location In B uilding: garden center east Question Result 10 Was the auxiliary valve drained? Yes 20 Was water flow observed? No Building /Owner Questions -FP System Id: BLDGOWN SP00005 Qty: 1 Inspection Status: Complete Question Result 10 Has the occupancy and hazard of contents remained the same since the last inspection? Yes 20 Has the system remained in service without modification since the last inspection? Yes 30 Was the system free of actuation of devices, alarms, or fires since the last inspection? Yes Check Valve System Id: CHV00011 Qty: 1 Inspection Status: Complete Manufacturer ID: Ames Model ID: 3000ss Size: 8" Location In Building: pump room Question Result 10 What date was the last internal inspection performed on the check valve? Unknown D FF' Check Valve System Id: CHV00012 Qty: 1 Inspection Status: Complete Manufacturer ID: Reliable Model ID: 0 Size: 8" Location In Building: pump room Question Result 10 What date was the last internal inspection performed on the check valve? Unknown !WE' Check Valve System Id: CHV00013 Qty: 1 Inspection Status: Complete Manufacturer ID: Nibco Model ID: KW 900W Size: 8" Location In Building: pump room Question Result 10 What date was the last internal inspection performed on the check valve? Unknown DFF Check Valve System Id: AF- 321304 Qty: Inspection Status: Complete Manufacturer ID: Reliable Model ID: E Size: 6" Location In Building: pump room Question Result 10 What date was the last internal inspection performed on the check valve? Unknown DEF Check Valve System Id: AF- 321298 Qty: Inspection Status: Complete Manufacturer ID: Reliable Model 1D: E Size: 6" Location In Building: pump room Question Result 10 What date was the last internal inspection performed on the check valve? Unknown DE F Inspection Date : 08/13/2012 Page 2 of 11 Andrew L Zarbok Check Valve System Id: AF- 321300 Qty: Inspection Status: Complete Manufacturer ID: Reliable Model ID: E Size: 6" Location In Building: pump room Question Result 10 What date was the last internal inspection performed on the check valve? Unknown DFF Check Valve System Id: AF- 321299 Qty: Inspection Status: Complete Manufacturer ID: Reliable Model ID: E Size: 6" Location In Building: pump room Question Result 10 What date was the last internal inspection performed on the check valve? Unknown DF Check Valve System Id: AF- 321297 , Qty: , inspection Status: Complete Manufacturer ID: Reliable Model ID: G Size: 4" Location In Building: pump room Question Result 10 I What date was the last internal inspection performed on the check valve? Unknown DE F Check Valve System Id: AF- 321295 Qty: Inspection Status: Complete Manufacturer ID: Reliable Model ID: E Size: 6" Location In Building: pump room Question Result 10 What date was the last internal inspection performed on the check valve? , Unknown DE F System Id: DRV00008 Dry valve Qty: 1 Inspection Status: Complete Customer System ID: system 5 dry Manufacturer ID: Tyco Model ID: DPV -1 Size: 6" Question Result 10 On freezer applications, is gauge near air compressor reading the same as the gauge NA near the dry valve? 20 Dry valve free from physical damage, trim valves in appropriate open or closed Yes position, and no leakage from intermediate chamber? 30 Is priming water level correct? Yes 35 Did low air pressure alarm pass functional test? Yes 40 Number of low point valves drained. 2 50 Are any low point drains located in areas subject to freezing? Yes 60 Did the Quick Opening Device pass it's operational test? Yes 80 Per owner, is low temperature alarm operational? Yes 110 Date of last successful system air leakage test? 2012 -08 -13 130 Date of last full flow trip test? 2012 -08 -13 Inspection Date : 08/13/2012 Page 3 of 11 Andrew L Zarbok Dry valve System Id: DRV00009 Qty: 1 Inspection Status: Complete Customer System ID: system 6 dry Manufacturer ID: Tyco Model ID: DPV -1 Size: 4" Question Result 10 On freezer applications, is gauge near air compressor reading the same as the gauge NA near the dry valve? 20 Dry valve free from physical damage, trim valves in appropriate open or closed yes position, and no leakage from intermediate chamber? 30 Is priming water level correct? Yes 35 Did low air pressure alarm pass functional test? Yes 40 Number of low point valves drained. 4 50 Are any low point drains located in areas subject to freezing? Yes 60 Did the Quick Opening Device pass it's operational test? Yes 80 Per owner, is low temperature alarm operational? Yes 110 Date of last successful system air leakage test? 2012 -08 -13 130 Date of last full flow trip test? 2012 -08 -13 Inspection Date : 08/13/2012 Page 4 of 11 Andrew L Zarbok Electric Fire Pump System Id: EFP00005 Qty: 1 Inspection Status: Complete Manufacturer ID: Patterson Model ID: 8X6M1 Pump Flow Rate: 1500 Pump Rated Pressure: 80 Pump Rated Voltage: 440 Pump Horsepower: 100 Serial #: FP- CO58084 Question Result 10 Is the enclosure 40 °F min.? Yes 20 Ventilation louvers free to operate? NA 30 Suction, discharge, and bypass (if provided) valves open? Yes 40 Piping free of leaks? Yes 50 Suction and system pressure gauges reading normal? Yes 60 Suction reservoir is full? NA 80 Controller indicating power on and phase normal? Yes 90 Transfer switch indicating normal condition and isolation switch closed? Yes 100 Oil level in vertical motor sight glass normal? NA 110 Pump started automatically and ran without flowing water for at least 10 min.? Yes 120 Pump packing gland showing slight discharge? (Adjust if necessary). Yes 130 Pump system free from unusual noise or vibration? Yes 140 Packing boxes, bearings, and pump casing free from overheating? Yes 150 Time for motor to accelerate to full speed normal? Yes 160 For reduced voltage or reduced current starting, record time controller is on first step. NA 170 For automatic stop controllers, record time (in minutes) pump runs after starting. NA 180 Record starting pressure. 125 190 Record suction pressure while pump running. 45 200 Record discharge pressure while pump running. 155 210 Isolation switch and circuit breakers exercised? Yes 220 Circuit breakers or fuses appear clean and normal? Yes 230 Visible electrical system free of wire chafing? Yes 240 Manual starting means operated and panels, boxes, and cabinets cleaned? Yes 250 Pump bearing lubrication changed? Yes 260 Pump shaft end play acceptable? Yes 270 Circuit breakers passed trip test (if test mechanism is provided) and electrical NA connections secure? 280 Emergency manual starting means operated without power? Yes 290 Pressure switch settings calibrated? Yes 300 Motor bearings greased? Yes 1510 Are the values recorded during the pump test acceptable? Yes 1520 No flow (churn) test run for 30 minutes? Yes 1530 Circulation relief and pressure relief valves operated properly during test? Yes 1540 Suction screens cleaned after test? NA 1550 All alarm conditions simulated and operated properly? Yes 1560 Is there an automatic transfer switch present? Yes 1570 Power failure simulated during peak flow? Yes 1580 Power transferred to alternate power source during simulated power failure and pump Yes continued to perform at peak flow? 1590 Normal power source reconnected after simulated power failure was terminated? Yes Inspection Date : 08/13/2012 Page 5 of 11 Andrew L Zarbok FDC System Id: FDC00008 Qty: 1 Inspection Status: Complete FDC Type: Storz Size: 6x4 Storz Location In Building: outside pump room Question Result 10 Is the F.D.C. Visible and Accessible? Yes 20 Are the plugs and caps in place and undamaged? Yes 30 Are couplings and swivels free of damage and rotate smoothly, are gaskets in place yes and in good condition, are identification signs in place? 40 Is the F.D.C. Check Valve free of Leaks, is the automatic drain valve in place and yes operating properly, are the clappers in place and operating properly? Sprinkler System - General System Id: SPRKR QUES00005 Qty: 1 Inspection Status: Complete Question Result 10 Gauges in good condition and showing normal water or air pressure? Yes 20 Adequate heat (40 °F min. or 70 °F min. for diesel pumps without engine heater) in all NA valve and pump houses? 50 Hydraulic nameplate (calculated systems only) securely attached to riser and legible? Yes 60 Alarm devices free from mechanical damage? Yes 70 All alarm signals received by alarm monitoring station and reset after operation? Yes 100 Date gauges were last tested with calibrated gauge or replaced? Unknown DEF 110 System information sign legible and securely attached to riser supplying an antifreeze Yes loop, dry system, preaction system, or auxiliary system control valve? 120 Adequate heat (40 °F min.) at time of inspection in all areas with visible wet piping? Yes 130 Visible pipe hangers and seismic braces free from damage and securely attached? Yes 140 Visible pipe and fittings free from mechanical damage, leakage, and external Yes corrosion? 150 Visible piping free from external loads? Yes 160 Date of last internal inspection of the piping? Unknown DEF 170 Visible sprinklers free from leakage, corrosion, foreign materials, paint, and physical Yes damage? 180 Visible sprinklers installed in the proper orientation? Yes 190 Liquid in all visible glass bulb sprinklers? Yes 200 Minimum clearance being maintained below all sprinklers? Yes 210 Visible sprinklers not subject to recall? Yes 220 Proper number and type of spare sprinklers and wrenches? Yes 230 Visible sprinklers dated 1920 or later? Yes 240 Fast response sprinklers 20 or more years old replaced or successfully sample tested NA within last 10 years? 250 Standard response sprinklers 50 or more years old replaced or successfully sample NA tested within last 10 years? 260 Standard response sprinklers 75 or more years old replaced or successfully sample NA tested within last 5 years? 270 Extra high temperature solder -type sprinklers or sprinklers in corrosive environments NA replaced or successfully sample tested within last 5 years? 280 Dry sprinklers replaced or successfully sample tested within last 10 years? NA Inspection Date : 08/13/2012 Page 6 of 11 Andrew L Zarbok Valve Inspection Record © . -* as 0 .4 y 'a u m ° u a ° u un c a.) Z o, t u •L rif Valve ID p 3 a d F a od w a Number Valve Type Size Secured main control OS &Y 8" Supervised Yes Yes N/A Yes Yes Yes Yes before check main control OS &Y 8" Supervised Yes Yes N/A Yes Yes Yes Yes after check bypass before Butterfly 8" Supervised Yes Yes N/A Yes Yes Yes N/A check main control OS &Y 8" Supervised Yes Yes N/A Yes Yes Yes Yes before pump test header 8" Supervised Yes Yes N/A Yes Yes Yes N /A valve main control Butterfly 8" Supervised Yes Yes N/A Yes Yes Yes N/A after pump , bypass after Butterfly 8" Supervised Yes Yes N/A Yes Yes Yes N/A check system 5 dry Butterfly 6" Supervised Yes Yes N/A Yes Yes Yes N/A system 3 wet Butterfly 6" Supervised Yes Yes N/A Yes Yes Yes N/A system 4 wet Butterfly 6" Supervised Yes Yes N/A Yes Yes Yes N/A system 6 dry Butterfly 4" Supervised Yes Yes N/A Yes Yes Yes N/A system 1 wet Butterfly 6" Supervised Yes Yes N/A Yes Yes Yes N/A in rack system Butterfly 4" Supervised Yes Yes N/A Yes Yes Yes N/A jp control OS &Y 1 1/4" Locked Yes Yes N/A Yes Yes Yes Yes before pump jp control valve OS &Y 1 1/4" Locked Yes Yes N/A Yes NA Yes Yes after pump system 2 wet Butterfly 6" Supervised Yes Yes N/A Yes Yes Yes N/A UG PIV UG PIV 10" Supervised Yes Yes Yes Yes Yes Yes N/A Alarm Tests System Number Time to Alarm (sec.) Results acceptable? system 4 53 Yes in rack 31 Yes system 6 dry 0 Yes system 5 dry 0 Yes system 2 _ 35 Yes system 1 37 Yes system 3 29 Yes Dry Valve Trip Tests Control Air Water Trip Point Time to Time Water Air Dry Valve Valve Open Pressure Pressure Air Pressure Trip Reached Maintenance Passed (p.s.i.) (p.s.i.) (p.s.i.) (sec.) Test Outlet Device OK Internal (sec.) Inspection Full 40 155 37 22 60 No Yes Full 35 160 32 12 55 Yes Yes Inspection Date : 08/13/2012 Page 7 of 11 Andrew L Zarbok I Main Drain Tests System Number Static Pressure Residual Pressure Time for Pressure Size of Drain Are test results Before Test (P.S.I.) (P.S.I.) to return to acceptable? original (sec) system 5 dry 65 60 2 2 Yes system 3 63 53 2 2 Yes system 4 55 48 2 2 Yes system 6 dry 65 60 3 2 Yes system 1 65 60 2 2 Yes in rack 60 50 4 2 Yes system 2 65 55 3 2 Yes ii Electric Fire Pump Churn RPM = 1794 Volts = NA Amps = NA Flow = 0 Suction = 45 Discharge = 155 Net =110 100% RPM = 1789 Volts = NA Amps = NA Flow= 1512 P Suction = 40 j r Discharge = 126 j e Net = 86 150% s RPM = 1785 s Volts = NA u Amps = NA r Flow = 2252 e Suction = 36 Flow Discharge = 100 Net = 64 Streams 1 2 3 4 5 1 6 7 8 Flow Total Size 1 3/4" 1 3/4" 1 3/4" Pitot PSI 32 32 32 100% Flow 504 504 504 1512 Size 1 3/4" 1 3/4" 1 3/4" 1 3/4" Pitot PSI 40 40 40 40 150% I Flow 563 563 563 563 2252 Inspection Date : 08/13/2012 Page 8 of 11 Andrew L Zarbok 1 Deficiency Recap: Check Valve - CHV00011 System Id: main check System Location: 005 Question ID: 10 Task: Annual Inspection Question: What date was the last internal inspection performed on the check valve? I Unknown Tech Notes: customer may have records, may need to be done Deficiency NFPA 25 - 2008 Edition Section: 13.4.2.1 Authority Valves shall be inspected internally every 5 years to verify that all components operate correctly, move freely, and are in good condition. Check Valve - CHV00012 System Id: bypass check System Location: 005 Question ID: 10 Task: Annual Inspection Question: What date was the last internal inspection performed on the check valve? I Unknow n Tech Notes: customer may have records, may need to be done Deficiency NFPA 25 - 2008 Edition Section: 13.4.2.1 Authority Valves shall be inspected internally every 5 years to verify that all components operate correctly, move freely, and are in good condition. Check Valve - CHV00013 System Id: discharge check System Location: 005 Question ID: 10 Task: Annual Inspection Question: What date was the last internal inspection performed on the check valve? I Unknown Tech Notes: customer may have records, may need to be done Deficiency NFPA 25 - 2008 Edition Section: 13.4.2.1 Authority Valves shall be inspected internally every 5 years to verify that all components operate correctly, move freely, and are in good condition. Dry Valve - DRV00008 System Id: system 5 dry System Location: 005 Question ID: 100 Task: Annual Inspection Question: Is the Air Maintenance Device in good condition and operating properly? I No Tech Notes: Deficiency NFPA 25 - 2008 Edition Section: 13.4.4.2.8 Authori Automatic air pressure maintenance devices, if provided, shall be tested annually during the dry pipe valve trip tY test in accordance with the manufacturer's instructions. Sprinkler Questions - SPRKR QUES00005 System Id: System Location: 005 Question ID: 100 Task: Annual Inspection Question: Date gauges were last tested with calibrated gauge or replaced? I Unknown Tech Notes: customer may have records, may need to be done Deficiency NFPA 25 - 2008 Edition Section: 5.3.2 Authority Gauges shall be replaced every 5 years or tested every 5 years by comparison with a calibrated gauge. Gauges not accurate to within 3 percent of the full scale shall be recalibrated or replaced. Sprinkler Questions - SPRKR QUES00005 System Id: System Location: 005 Question ID: 160 Task: Annual Inspection Question: Date of last internal inspection of the piping? I Unknown Tech Notes: customer may have records, may need to be done. NFPA 25 - 2008 Edition Section: 14.2.1 Deficiency An inspection of piping and branch line conditions shall be conducted every 5 years by opening a flushing Authority connection at the end of one main and by removing a sprinkler toward the end of one branch line for the purpose of inspecting for the presence of foreign organic and inorganic material. Inspection Date : 08/13/2012 Page 9 of 11 Andrew L Zarbok Check Valve - AF- 321304 System Id: FDC check System Location: 005 Question ID: 10 Task: Annual Inspection Question: What date was the last internal inspection performed on the check valve? I Unknown Tech Notes: customer may have records, may need to be done NFPA 25 - 2008 Edition Section: 13.4.2.1 Deficiency Valves shall be inspected internally every 5 years to verify that all components operate correctly, move freely, Authority and are in good condition. Check Valve - AF- 321298 System Id: system 3 check System Location: 005 Question ID: 10 Task: Annual Inspection Question: What date was the last internal inspection performed on the check valve? I Unknown Tech Notes: customer may have records, may need to be done Deficiency NFPA 25 - 2008 Edition Section: 13.4.2.1 Authority Valves shall be inspected internally every 5 years to verify that all components operate correctly, move freely, and are in good condition. Check Valve - AF- 321300 System Id: system 4 check System Location: 005 Question ID: 10 Task: Annual Inspection Question: What date was the last internal inspection performed on the check valve? 1 Unknown Tech Notes: customer may have records, may need to be done NFPA 25 - 2008 Edition Section: 13.4.2.1 Deficiency Valves shall be inspected internally every 5 years to verify that all components operate correctly, move freely, Authority and are in good condition. Check Valve - AF- 321299 System Id: system 1 check System Location: 005 Question ID: 10 Task: Annual Inspection Question: What date was the last internal inspection performed on the check valve? I Unknown Tech Notes: customer may have records may need to be done Deficiency NFPA 25 - 2008 Edition Section: 13.4.2.1 Authority Valves shall be inspected internally every 5 years to verify that all components operate correctly, move freely, and are in good condition. Check Valve - AF- 321297 System Id: in rack check System Location: 005 Question ID: 10 Task: Annual Inspection Question: What date was the last internal inspection performed on the check valve? 1 Unknown Tech Notes: customer may have records, may need to be done Deficiency NFPA 25 - 2008 Edition Section: 13.4.2.1 Authority Valves shall be inspected internally every 5 years to verify that all components operate correctly, move freely, and are in good condition. Check Valve - AF- 321295 System Id: system 2 check System Location: 005 Question ID: 10 Task: Annual Inspection Question: What date was the last internal inspection performed on the check valve? 1 Unknown Tech Notes: customer may have records, may need to be done Deficiency NFPA 25 - 2008 Edition Section: 13.4.2.1 Authority Valves shall be inspected internally every 5 years to verify that all components operate correctly, move freely, and are in good condition. Inspection Date : 08/13/2012 Page 10 of 11 Andrew L Zarbok NOTES: Any backflow preventers tested as part of this inspection were tested in accordance with all applicable state rules and regulations and all readings are true and accurate to the best of my knowledge. Any comments or findings in this inspection report are not in any way to be considered a Fire Protection Engineering Review. All water -based fire protection system inspection and testing performed to NFPA 25 standards. Inspection Contractor: Ahern Fire - Twin Cities 13705 26th Ave Minneapolis, MN 55441 -3635 Building Owner or Authorized Representative: Technician: Signature on file Signature: Signature: Name: Craig Name: Andrew L Zarbok Date: 08/13/2012 Date: 08/13/2012 An experienced Fire Protection professional will be contacting you shortly to discuss how we might help eliminate any deficiencies identified in this inspection. This document is the property of the inspecting entity. Copyright J. F. Ahern Co /Ahern Fire Protection/Hill -Ahern Fire Protection. REPRODUCTION IN ANY FORM VIOLATES COPYRIGHT. Inspection Date : 08/13/2012 Page 11 of 11 Andrew L Zarbok