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AWWA C600 Water Main Hydrostatic Test Report

Document a water main hydrostatic test with the fields needed to record segment details, test pressure, two-hour hold results, leakage calculation, and acceptance sign-off.

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Built for: Municipal Water Utilities · Civil Construction · Water Infrastructure Contractors · Engineering And Inspection Firms

Overview

This template documents a water main hydrostatic test for acceptance of a new or repaired pressure segment. It is built to capture the information an inspector needs to verify the test setup, record the hold period, calculate allowable leakage, note observed leakage, and document the final accept or reject decision.

Use it when a project requires a formal hydrostatic test record for a water main section that has been isolated and restrained for pressure testing. The form fits field conditions where the inspector, contractor representative, and utility or owner witness need a single record tied to one test segment. It is especially useful when the project file must show the pipe material, diameter, length, appurtenances included in the test, gauge readings, and any deficiencies or corrective actions.

Do not use this as a generic construction daily log or as a substitute for a leak repair report. If the segment was not properly isolated, if the gauge was not suitable for the test pressure, or if the hold period was interrupted, the report should reflect that the test was invalid or incomplete rather than forcing a pass/fail result. The template is also not a design document; it records what was tested and what was observed, not how the main was engineered. When completed accurately, it gives the reviewer a clear audit trail from test identification through sign-off.

Standards & compliance context

  • This template supports acceptance documentation commonly expected under AWWA C600 and related utility specifications for water main testing.
  • The safety and work-control fields help document field conditions that should be managed under OSHA general industry or construction requirements, depending on the jobsite.
  • If the project includes confined spaces, excavation, or traffic control, the report should be used alongside the applicable OSHA, ANSI, and local utility procedures.
  • When the test is part of a municipal or public water system project, the record may also support owner, engineer, or AHJ review requirements.
  • If the project specification references disinfection, flushing, or bacteriological clearance, those steps should be tracked in separate records unless your workflow combines them by design.

General regulatory context for orientation only — verify current requirements with counsel or the relevant agency before relying on this template for compliance.

What's inside this template

Test Identification

This section ties the report to one specific project, segment, date, and set of witnesses so the test record is traceable.

  • Project name and test segment identified (weight 1.0)

    Record the project name, test location, pipe segment limits, and stationing or drawing reference.

  • Test date and start time recorded (critical · weight 1.0)

    Document when the hydrostatic test began.

  • Inspector and contractor representatives identified (weight 1.0)

    Record names and roles of the inspector, contractor representative, and any witnessing authority.

Main and Test Segment Details

This section defines exactly what was included in the pressure test, which is essential for a valid acceptance decision.

  • Pipe material, diameter, and length recorded (critical · weight 1.0)

    Document pipe material, nominal diameter, and total test length for the segment.

  • Appurtenances and fittings included in test segment (weight 1.0)

    Select all items included in the test section.

  • Test section isolated and restrained (critical · weight 1.0)

    Verify the main is isolated, restrained, and ready for pressure testing without unintended movement.

Pre-Test Readiness and Safety

This section confirms the equipment and work area were ready before pressure was applied, reducing disputes and unsafe test conditions.

  • Test equipment calibrated and suitable for test pressure (critical · weight 1.0)

    Verify gauges, pumps, hoses, and fittings are in serviceable condition and appropriate for the required pressure range.

  • Test pressure gauge reading recorded (critical · weight 1.0)

    Record the stabilized gauge reading used for the test.

  • Work area controlled and safe for inspection (critical · weight 1.0)

    Verify access control, traffic control, and PPE are in place; no unsafe conditions are present during pressurization.

Hydrostatic Test Execution

This section records the actual pressure hold and observed leakage, which is the core evidence for the test result.

  • Test pressure maintained for required two-hour hold (critical · weight 1.0)

    Confirm the main was held at the specified test pressure for a continuous two-hour period in accordance with the acceptance procedure.

  • Start and end pressure recorded (critical · weight 1.0)

    Document the pressure at the start and end of the hold period, including any observed fluctuations.

  • Observed leakage during hold (critical · weight 1.0)

    Record the measured leakage observed during the test hold period.

Leakage Calculation and Acceptance

This section shows how the allowable leakage was determined and whether the measured leakage met the acceptance limit.

  • Allowable leakage calculated and documented (critical · weight 1.0)

    Record the allowable leakage calculation used for the test, including the basis and any formula inputs.

  • Observed leakage within allowable limit (critical · weight 1.0)

    Confirm the measured leakage did not exceed the allowable leakage for the test segment.

  • Test result accepted (critical · weight 1.0)

    Mark whether the water main hydrostatic test is accepted based on pressure hold and leakage criteria.

Deficiencies, Corrective Actions, and Sign-Off

This section captures non-conformances, follow-up actions, and final approval so the report closes the loop.

  • Deficiencies or non-conformances documented (weight 1.0)

    Record any leaks, pressure loss, equipment issues, or other non-conformances observed during the test.

  • Corrective actions completed or scheduled (weight 1.0)

    Describe repairs, retesting requirements, or follow-up actions needed before acceptance.

  • Inspector signature (critical · weight 1.0)

    Inspector signs to confirm the record is complete and accurate.

How to use this template

  1. Enter the project name, test segment limits, test date, start time, and the names of the inspector and contractor representatives before the test begins.
  2. Record the pipe material, diameter, length, and all fittings or appurtenances included in the isolated test section, and confirm the section is restrained and ready for pressure testing.
  3. Verify that the test equipment and gauge are calibrated or otherwise suitable for the intended test pressure, then record the initial gauge reading and site safety controls.
  4. Run the hydrostatic test for the required two-hour hold, documenting start and end pressure and any observed leakage during the hold period.
  5. Calculate the allowable leakage, compare it to the observed leakage, and mark the segment accepted only when the measured result is within the allowable limit.
  6. List any deficiencies or non-conformances, note corrective actions completed or scheduled, and obtain the required inspector sign-off after the final review.

Best practices

  • Record the exact test segment limits so the report cannot be confused with adjacent mains, valves, or service connections.
  • Use a calibrated gauge with a range appropriate to the test pressure and note the gauge ID or calibration reference in the form.
  • Photograph the gauge at the start and end of the hold period so the pressure record can be verified later.
  • Document all appurtenances inside the test section, including valves, hydrants, bends, tees, and thrust restraint points, because they affect the acceptance record.
  • Treat any interruption in the hold period as a test issue and note whether the segment was retested rather than blending multiple attempts into one record.
  • Separate true leakage from temporary seepage, drainage, or residual water from flushing so the observed leakage value is defensible.
  • Capture corrective actions in the same report when possible, but do not mark the segment accepted until the deficiency is actually resolved.

What this template typically catches

Issues teams running this template most often surface in practice:

Missing or unclear test segment boundaries, making it impossible to tell which pipe length was actually tested.
Gauge readings recorded without proof that the gauge was calibrated or suitable for the test pressure.
Appurtenances inside the test section not listed, especially valves, hydrants, tees, and restrained fittings.
Observed leakage noted without showing the allowable leakage calculation used to determine acceptance.
Hold period not maintained for the full required duration, or the test was interrupted without a retest note.
Deficiencies documented but not tied to a corrective action or follow-up status.
Final sign-off completed even though the report does not clearly show the pass/fail basis.

Common use cases

Municipal Utility Inspector
A utility inspector uses the form to witness a contractor’s hydrostatic test on a new distribution main and capture the exact segment, pressure readings, and acceptance decision for the project file.
Civil Contractor QA Lead
A contractor quality lead completes the report after installing a pressure main extension, using it to document the test setup, leakage calculation, and any punch-list items before turnover.
Engineering Consultant Closeout Review
An engineer reviewing closeout documents uses the template to verify that the test was performed on the correct segment and that the recorded leakage stayed within the allowable limit.
Retest After Leak Repair
After a failed initial test, the crew uses the same structure to document the repaired section, confirm the retest conditions, and show that the corrected segment now passes.

Frequently asked questions

What does this hydrostatic test report template cover?

It captures the information needed to document acceptance testing of a new water main, including the test segment, pipe details, test pressure, two-hour hold, leakage observations, and final result. It is designed for field use so the inspector can record what was tested, what was observed, and whether the segment met the acceptance criteria. It also leaves room for deficiencies and corrective actions when the test does not pass.

When should this template be used?

Use it after installation and before the water main is placed into service, when the segment has been isolated, restrained, and prepared for hydrostatic testing. It is appropriate for acceptance testing of new mains and extensions where the project specification or utility standard requires a documented pressure test. It is not a general maintenance checklist or a leak repair log.

Who should complete the report?

The report is typically completed by the inspector, utility representative, or contractor quality lead who is present for the test and can verify the readings firsthand. The contractor representative should be identified on the form, and the person signing off should be the one who observed the test or reviewed the documented evidence. If your utility requires witness testing, the witness should be named in the identification section.

How often is this report used?

It is usually completed for each test segment, not as a recurring calendar inspection. Every new section of water main that is isolated for acceptance testing should have its own report so the test date, pressure, leakage calculation, and result are tied to a specific segment. If a segment is retested after repairs, create a new record or clearly note the retest event.

Does this template align with AWWA C600 requirements?

Yes, it is structured around the core elements commonly documented for AWWA C600 hydrostatic acceptance testing: segment identification, test setup, pressure hold, leakage measurement, and acceptance decision. It helps you capture the evidence needed to show that the test was performed under the required conditions. If your utility, engineer, or AHJ adds stricter requirements, customize the fields to match those project specifications.

What are the most common mistakes this form helps prevent?

The most common issues are missing segment limits, incomplete pipe and fitting details, uncalibrated or unverified gauges, and unclear start/end pressure records. Another frequent problem is documenting observed leakage without showing the allowable leakage calculation used to judge acceptance. This template keeps those items together so the pass/fail decision is traceable.

Can this template be customized for different pipe materials or project specs?

Yes, and it should be. Different materials, diameters, lengths, and utility standards may change the test setup, allowable leakage calculation, or supporting notes you need to capture. Add custom fields for disinfection status, flushing, restraint verification, or witness signatures if your project requires them.

How does this fit into a digital workflow or inspection app?

It works well as a mobile field form because the sections follow the order of the actual test: identification, readiness, execution, calculation, and sign-off. You can attach gauge photos, leak photos, calibration records, and corrective action notes directly to the report. That makes it easier to review, export, and archive with the project closeout package.

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