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Fire Hydrant Flow Test Report

Document flow and pressure tests of fire hydrants to verify water supply adequacy. Record static pressure, residual pressure, flow rate, and equipment used.

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3

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Fire Hydrant Flow Test Report

No.FHF-2026-07-14-001

1. General Information

The inspection was conducted in accordance with applicable fire safety regulations and standards, including NFPA and local codes.

Inspection date7/14/2026 Address1500 River Road, Water Tower Site, Elk Grove, CA 95624
Basis for inspection5-year flow test per AWWA M17
Expert Kevin Brown , Fire Protection Engineer

The overall condition of the fire water supply system was assessed as satisfactory, with no critical deficiencies noted.

2. Object of Inspection

The object of inspection is the fire water supply system, including its sources, pumps, piping, and hydrants.

Object nameHYD-107 Technical conditionnot filled in

The system is identified and its components have been inventoried for this inspection.

3. Flow Test Results

Main parameters such as water pressure, flow rate, and storage capacity were measured and compared with design specifications.

Static Pressure72 Residual Pressure60
Flow Rate1100 Test Duration5
Pressure Drop12

All measured parameters were within acceptable ranges, with no significant deviations from design values.

4. Inspection Conditions

The operational condition of all components was visually inspected and functionally tested where possible.

Inspection conditions are not selected.

All components are in good working condition, with no signs of wear or malfunction.

5. Additional Information

Provide any remarks or additional observations about the test.

Identification was carried outHydrant ID: HYD-107, Location: River Road
There are remarksFlow test completed. Static pressure 72 psi, residual 60 psi, flow 1100 GPM. Test duration 5 minutes. Equipment calibrated.

6. Inspection Participants

List the individuals involved, such as the tester and witness.

No.Full namePosition / statusComment
1Kevin BrownFire Protection EngineerConducted test
2Laura AdamsWitnessObserved test

Signatures

Capture signatures of the tester and witness to validate the report.

______________________________
Kevin Brown, Fire Protection Engineer
______________________________
Kevin Brown
______________________________
Laura Adams

Report

Purpose and Procedure for Drafting the Document

What Is a Fire Hydrant Flow Test Report?

This report documents the flow and pressure testing of fire hydrants, recording static pressure, residual pressure, flow rate, and test conditions. It verifies that the water supply meets requirements.

Who Uses This Report?

Fire protection engineers, water utility staff, and inspectors use this report to document hydrant performance and water supply capacity.

Key Features of the Template

The template includes sections for test information, flow test results, equipment used, remarks, photos, and signatures.

Hydrant Performance Verification

Flow tests verify that hydrants provide adequate flow and pressure for firefighting.

Water System Planning

Engineers use flow test data to model water distribution system capacity.

Regulatory Compliance

Some jurisdictions require periodic flow testing of hydrants. This report serves as documentation.

Insurance Risk Assessment

Insurers may request flow test results to evaluate fire protection capabilities.

New Development Approval

Flow tests may be required to confirm adequate water supply for new construction.

  1. 1

    Set Up Test Equipment

    Attach a flow meter and pressure gauge to the hydrant. Record equipment serial numbers and calibration dates.

  2. 2

    Conduct the Flow Test

    Open the hydrant valve and measure static pressure, residual pressure, and flow rate. Record test duration and pressure drop.

  3. 3

    Complete and Sign

    Add any remarks, attach photos of the test setup and gauge readings, and obtain signatures from the tester and witness.

Photo Report Generator

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Document Sections

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General Information

The inspection was conducted in accordance with applicable fire safety regulations and standards, including NFPA and local codes.

Object of Inspection

The object of inspection is the fire water supply system, including its sources, pumps, piping, and hydrants.

Flow Test Results

Main parameters such as water pressure, flow rate, and storage capacity were measured and compared with design specifications.

Inspection Conditions

The operational condition of all components was visually inspected and functionally tested where possible.

Additional Information

Provide any remarks or additional observations about the test.

Inspection Participants

List the individuals involved, such as the tester and witness.

Signatures

Capture signatures of the tester and witness to validate the report.

Document Fields and Columns

General Information

Inspection date
Date when the flow test was performed.
Address
Location of the fire hydrant.
Basis for inspection
Reason or authority for the test.
Expert
Name or qualification of the specialist conducting the test.

Object of Inspection

Object name
Identifier or tag number of the fire hydrant.
Technical condition
Overall condition of the hydrant (e.g., operational, needs maintenance).

Inspection Participants

No.
Sequential number of the participant.
Full name
Full name of the participant.
Position / status
Role or title of the participant.
Comment
Additional notes about the participant.

Frequently Asked Questions about Photo Reports and Photo Tables

What measurements are required in this report?

Static pressure, residual pressure, and flow rate are required. Test duration and pressure drop are optional.

Can I record equipment details?

Yes, the template includes optional fields for flow meter type, serial numbers, and calibration dates.

Who should sign the report?

The report may be signed by the tester and a witness, if applicable.

Is photo evidence required?

Photos are optional but recommended. The template includes fields for test setup and gauge readings.

How often should flow tests be performed?

Flow tests are typically performed every 5 years or as required by local regulations or insurance requirements.

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