Title Page
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Client/Site Name
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CLIENT/SITE ADDRESS
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Location
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CUSTOMER POINT OF CONTACT
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Service Trade #
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NELBUD SERVICES
51 KOWEBA LANE
INDIANAPOLIS, IN 46201
855-NELBUD-9
NELBUD.com -
Inspector
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Date & Time of Inspection
FIRE SPRINKLER INSPECTION REPORT
1. GENERAL
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a. Have there been any changes in the occupancy classification, machinery or operations since the last inspection?
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b. Have there been any changes or repairs to the fire protection systems since the last inspection? <br>(If answered “Yes” to questions 1 or 2, list changes in comments)
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c. If a fire has occurred since the last inspection, have all damaged sprinkler system components been replaced?
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d. Has the piping in all dry systems been checked for proper pitch within the past five years?
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e. Has the piping in all systems been checked for obstructive materials? (Recommended every 5 years)
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e1. Date piping in all systems was checked for obstructive materials?
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f. Have Fire Pump(s) been tested to their full capacity through hose streams or flow meters, within the last 12 months?
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g. Are gravity, surface or pressure tanks protected from freezing?
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h. Standard sprinklers 50 years or older? QR Heads: 20 years, Dry Pendents: 10 years, Extra High Temperature: 5 years<br>(Testing or replacement is recommended for such sprinklers)
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i. Are any extra high temperature solder Sprinklers regularly exposed to temperatures near 300F?
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j. Have Gauges been tested or replaced in the last 5 years?
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k. Have check valves been internally inspected in the last 5 years?
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l. Has the Private Main (Hydrant) been flow tested in the last 5 years?
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B. (To be answered by the Inspector)
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a. Have the sprinkler systems been extended to all visible areas of the building?
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b. Is there proper clearance between the top of all storage and the sprinkler heads?
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c. Are areas which are protected by a wet system, heated, including blind attics and perimeter areas?
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d. Are all exterior openings protected against the entrance of cold air?
2. CONTROL VALVES
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City connection valve type
- PIV
- OSY
- Butterfly
- City street valve
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City connection valve(s)
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Backflow Model(s) And Size(s) on Fire Line
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Fire Pump Valve Manufacturer, Model, GPM
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Sectional Valve Type(s)
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System Valve Type(s)
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Alarm Line Valve Type(s)
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Where in the building are inspectors test valves and low point valves located?
3. WATER SUPPLIES
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a. What is the water supply source?
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What is the Static Water Pressure?
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What is the Residual Water Pressure?
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After water flow, what is the Static Water Pressure?
4. TANKS, PUMPS, FIRE DEPT. CONNECTIONS
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a. Do fire pumps, gravity, surface or pressure tanks appear to be in good external condition?
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b. Are gravity, surface and pressure tanks at proper pressure and/or water levels?
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c. Has the storage tank been internally inspected in the last 5 years?
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d. Are the fire dept. connections in satisfactory conditions, couplings free, caps or plugs in place and check valves tight?
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e. Are fire dept. connections visible and accessible?
5. WET SYSTEMS
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Wet System Make & Model
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Wet systems
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b. Are cold weather valves in appropriate open or closed position?
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c. Has the owner or owners representative been advised that cold weather valves are not recommended by NFPA?
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d. Are any Antifreeze systems present?
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e. When were any antifreeze systems last tested?
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f. What degrees the antifreeze currently protect to?
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g. Did the alarm valves, water flow alarm indicators and retards test satisfactorily?
6. DRY SYSTEMS
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Dry System Make & Model
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Dry system(s)
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Date of last Full Dry System Trip
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Choose one below
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Today, conducted full dry system trip
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Today, conducted partial dry system trip
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a1. Dry system air pressure?
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a2. Dry system air pressure trip point?
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a3. Dry system trip time
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a4. How long did it take water to reach the inspectors test?
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a5. How many low points are on this dry system?
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b. Are air and priming water levels normal?
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c. Did the air compressor operate satisfactorily?
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d. Were air compressor oil & belt checked and tank drained?<br>
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e. Were all low points drained in preparation for cold temperatures?
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f. Is the Dry System protected from freezing with adequate heat?
7. SPECIAL SYSTEMS
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What type of special system(s) is present?
- Yes
- No
- N/A
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b. Were systems tested as required?
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c. Did all heat responsive systems operate satisfactorily?
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d. Did all supervisory features operate during testing?
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Heat Responsive Devices:
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Responsive devices used for special system(s)
- Heat Detectors
- Smoke Detectors
- Duct Detectors
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e. Do any solenoid releasing valves operate as required?
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List location of valves and valve models
8. ALARMS
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a. Did the water motors and gong operate during testing?
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b. Did electric alarms operate during testing?
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c. Did the supervisory alarms operate during testing?
9. SPRINKLERS - PIPING
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a. Do sprinklers generally appear to be in good external condition?
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b. Do sprinklers generally appear to be free of corrosion, paint, or loading and visible obstructions?
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c. Are extra sprinklers and sprinkler wrench available on the premises?
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Quantity, Size, Finish & Temperature of spare heads.
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d. Are any recalled sprinkler heads installed in visible areas of the building?
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10. THE INSPECTOR SUGGESTS THE FOLLOWING IMPROVEMENTS, HOWEVER, THESE SUGGESTIONS ARE NOT THE RESULT OF AN ENGINEERING SURVEY AND DO NOT REFLECT CONDITIONS ABOVE CEILINGS OR IN CONCEALED SPACES.
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11. ADJUSTMENTS OR CORRECTIONS MADE.
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12. LISTED CHANGES IN THE OCCUPANCY HAZARD OR FIRE PROTECTION EQUIPMENT, AS ADVISED BY THE OWNER.
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13. FURTHER EXPLANATIONS OF CERTAIN (NO OR YES) ANSWERS.
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INSPECTION AND SUGGESTED IMPROVEMENTS WERE DISCUSSED WITH THE OWNER OR OWNERS REPRESENTATIVE.
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INSPECTOR SIGNATURE
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DATE OF COMPLETED INSPECTION