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Pressure test report template
A pressure test report for pipework, filled in on a phone at the test. Record the section tested, the test medium (water, air or nitrogen) and the test your specification, code or water company requires: pressure, time and allowable drop, all entered by you. Scan the gauge label, record its calibration, check the safety precautions, then log the start and end readings with times and any readings in between. The form works out the drop and compares it with your allowable drop. A failed test and its retest are separate entries, so both stay on the record. For the plan of hold and witness points, use the inspection and test plan template.
For mechanical and plumbing contractors, pipefitters, site and project managers, clerks of works and engineers who test or witness pressure tests on heating, water, fire and process pipework.
- Each test attempt with section, medium, required pressure, time and allowable drop from your specification
- Gauge ID, range and calibration date, with a label scan
- Start and end readings with times, readings in between, the calculated drop and a pass or fail against your figures
- 10 safety checks before pressurising, with extra controls for pneumatic tests
- Leaks, repairs and retests, gauge photos, witnesses and signatures
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What should a hydrostatic test report include?
A pressure test report is useful when anyone can see what was tested and to what: the section between named valves or points, the medium, the required pressure, time and allowable drop with the clause they come from, and a calibrated gauge. Start and end readings with times, and photos of the gauge, let the result be checked later. A failed test stays on the record next to its retest.
Last updated . Facts checked by the SiteSurvey team on 27 October 2026 against HSE Guidance Note GS4, Safety requirements for pressure testing, Water Supply (Water Fittings) Regulations 1999, Schedule 2 paragraph 12 (legislation.gov.uk), Water Supply (Water Fittings) Regulations 1999, Schedule 2 paragraph 13 (legislation.gov.uk) and Provision and Use of Work Equipment Regulations 1998 (legislation.gov.uk).
How to record a pressure test
Have the specification clause or code requirement to hand before you start: the form does not supply test values.
Set up the record
Enter the site, the system, the specification or drawings the test is to, the testing contractor and who is testing.
Check the precautions
Work through the safety checks: written method, blanks and isolation, relief valve, rated hoses and fittings, hose restraints, gauge position, barriers, venting, raising pressure in stages and a safe way to release it.
Enter the required test
For each test, enter the section, the medium, and the required pressure, time and allowable drop from the specification. Scan the gauge label and record its calibration.
Log the readings
Record the start pressure and time, any readings in between, and the end pressure and time. Note and photograph any leak. The form calculates the drop and compares it with your figures.
Retest if it fails
If a test fails, record the cause and the repair, then add the retest as a new entry and link it to the first.
Close out and sign
Release the pressure safely, record how the system was left, and sign with the witness.
What makes a pressure test report useful
Each test: required pressure, time and allowable drop, then start and end readings with times
PT-01, LTHW flow and return, ground floor, V12 to V18: water, 6 bar for 60 minutes, no drop allowed (spec M-230 clause 4.2). Started 09:10 at 6.0 bar, 5.6 bar at 10:10, weep at a compression tee above the corridor ceiling. Fail. Olive replaced and joint remade; PT-02 retest held 6.0 bar from 13:30 to 14:30 with no leaks. Pass.
Fictional example. Record the actual evidence and approved arrangements for your job.
A common recording mistake
Writing only "tested OK" with no section, gauge or times, so nobody can show which pipework was tested, to what pressure, or that the failed joint was retested.
What happens next
Mark the tested sections on the drawings, release the pressure safely, and flush and disinfect water systems before they are first used.
Try the pressure test report form live
Answer a few questions and watch it adapt. Your answers are not saved, and any photos you add are deleted within the hour.
This is the real form as your team would use it: questions appear as you answer, scores work themselves out and you can add photos and signatures. No sign-up needed. Or open a completed example to see every answer, photo and score filled in.
Want to see one filled in? See a completed pressure test report report (PDF), made by SiteSurvey from a fictional site visit.
Every question in the pressure test report template
A pressure test report for pipework, hydrostatic or pneumatic: the section tested, the test medium, the required pressure, time and allowable drop from the specification, the gauge and its calibration, safety precautions, start and end readings with times, the calculated drop and result, leaks, repairs and retests, gauge photos, witnesses and sign-off. 5 sections and 110 questions. Follow-up questions and guidance appear only when an answer calls for them, so the person on site never sees the ones that do not apply.
Make it your own: every question is editable
This is a starting point, not a fixed form. Once it is in your SiteSurvey account you can reword any question, add or remove questions, sections and answer options, and add your own logo, so it fits the way your team works and the jobs you do.
Details you only enter once
Add this form to a project in SiteSurvey and it fills in what the project already knows, so nobody on site retypes it and every form on the job uses the same names. Anything filled in can still be changed.
- Project: the project name
- Site address: the site address, from the space or the project
- Client or owner: the project's customer
Test details
Fill in before the test.
- ProjectShort answer
Filled in from the project in SiteSurvey.
Fills in from the project name - Site addressShort answerFills in from the site address, from the space or the project
- Client or ownerShort answerFills in from the project's customer
- Location (GPS)Short answer
- Test date*Date
- Tested by*Short answer
- Building, floor or areaShort answer
- Where is the job?Choose one
- England
- Wales
- Scotland or Northern Ireland
- US
- Other country
- System*Choose one
- Heating (LTHW) pipework
- Chilled or condenser water
- Domestic cold water
- Domestic hot water
- Water main or service pipe
- Fire main, sprinkler or riser
- Process or industrial pipework
- Compressed air
- Other
- Specification, drawings or standard the test is toShort answer
For example Spec section 23 21 13, drawing M-201 rev C.
- Testing contractorShort answer
- Tester's qualification or cardShort answer
- CheckWater Supply (Water Fittings) Regulations 1999, Schedule 2 paragraph 13 (England and Wales): every water system shall be tested, flushed and where necessary disinfected before it is first used. Paragraph 12 sets the test pressure and tests for water systems. Enter the test that applies to each section below.Shown only when the answers above make it relevant
- CheckThis is a test record. It is not a certificate of compliance. Test pressures, times and allowable drops come from the specification, the code or the water company; the form supplies none.
- Weather on siteAnswer
Safety before pressurising
- CheckHSE guidance GS4 (Safety requirements for pressure testing) says pressure testing is a high-risk activity covered by PUWER 1998. It advises testing with water rather than a gas wherever possible to reduce the stored energy, and says leaks are harder to find in a pneumatic test, so it needs physical safeguarding as well as procedures.
- Is any test on this record pneumatic (air or nitrogen)?*Yes or No
- Extra controls for the pneumatic testNotes
For example exclusion zone size, remote gauge, test in stages, no one in the area while under pressure.
Shown when “Is any test on this record pneumatic (air or nitrogen)?” is Yes - Written safe system of work or method statement for this test, briefed to the teamChoose one
HSE GS4: a written safe system of work for pressure testing must be in place.
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Ends blanked or capped, and equipment not rated for the test pressure isolated or removedChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Pressure relief valve or other over-pressure protection fittedChoose one
HSE GS4: prevent over-pressurising, normally with a pressure relief valve on the assembly under test.
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Test pump, hoses and fittings rated for the test pressure and the test mediumChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Hoses restrained or shielded (for example whip-check cables)Choose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Gauge and control valves placed away from the section under pressureChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Area barriered with warning notices; only people needed for the test insideChoose one
HSE GS4: where a test enclosure cannot be used, provide temporary barriers, shielding and warning notices.
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Liquid-filled sections vented of air before pressurisingChoose one
Water tests only.
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Pressure raised in stages, starting low, and held to check before going higherChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- A way to release the pressure from a safe place, with a gauge to show it is at zeroChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Precautions not in placeWorked out by the form
- Not checkedWorked out by the form
- WarningDo not pressurise until the precautions marked Action needed are in place.Shown only when the answers above make it relevant
- Photos of the barriers, relief valve and test set-upPhotos
Tests and readings
- GuidanceAdd one entry per test attempt. If a test fails, record the cause and repair, then add the retest as a new entry so both stay on the record.
- TestsRepeat for each test. Each one asks:
- Test reference*Short answer
For example PT-03.
- Section tested*Short answer
Where it starts and ends, for example LTHW flow and return, ground floor, valves V12 to V18.
- Attempt*Choose one
- First test
- Retest after a repair
- Retest of which test referenceShort answerShown when “Attempt” is “Retest after a repair”
- Pipe material and sizeShort answer
For example copper 22 mm, press-fit joints.
- Length tested (approx.)Short answer
With units, for example 64 m.
- Test medium*Choose one
- Water (hydrostatic)
- Air (pneumatic)
- Nitrogen (pneumatic)
- Other
- Why a gas test and not waterNotes
HSE GS4 advises testing with water rather than a gas wherever possible, to reduce the stored energy.
Shown only when the answers above make it relevant - Test required by*Short answer
The specification clause, code or water company requirement, for example Spec 23 21 13 clause 3.8.
- Pressure units*Choose one
- bar
- psi
- kPa
- Required test pressure*Number
From the specification or code. The form does not supply a value.
- Required time at test pressure (minutes)*Number
- Allowable pressure drop*Number
From the specification. Enter 0 if no drop is allowed.
- Test gauge serial or ID*Short answer
- Gauge rangeShort answer
For example 0 to 16 bar.
- Gauge calibration dateDate
- Gauge or calibration labelScan a label: make, serial number, range, calibration date, calibration due
Optional. Scan the data plate or label to capture the numbers.
- Gauge calibration in date on the test day?*Yes or No
- Start time (at test pressure)*Time
- Start pressure*Number
- End time*Time
- End pressure*Number
- Minutes between the start and end readings*Number
- Readings in betweenRepeat for each reading. Each one asks:
- Time*Time
- Pressure*Number
- NoteShort answer
For example topped up, temperature change, leak seen.
- Pressure dropWorked out by the form
- Any visible leak or weep during the test?*Yes or No
- Where, and what was seenNotesShown when “Any visible leak or weep during the test?” is Yes
- Against the test entered aboveWorked out by the form
- Result recorded by the tester*Choose one
- Pass
- Fail
- Abandoned
- The recorded result differs from the calculated one: whyNotesShown only when the answers above make it relevant
- Cause found and repair madeNotesShown only when the answers above make it relevant
- Retested and passed (as a later test on this record)?Yes or NoShown only when the answers above make it relevant
- Photos of the gauge at the start and endPhotos
Get the gauge face and the time in the same shot where you can.
- Photos of the leak or repairPhotosShown only when the answers above make it relevant
- Witnessed byShort answer
Name and organisation, for example the client's clerk of works.
- Tests recordedWorked out by the form
- PassedWorked out by the form
- Failed or abandonedWorked out by the form
- Failed and not yet passed on retestWorked out by the form
- Tests with a gauge out of calibrationWorked out by the form
After the test
- Pressure released from a safe place and the gauge shows zero before anyone approachesChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Test medium drained or disposed of as agreedChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Blanks, caps and temporary fittings removed, isolated equipment reconnectedChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Tested sections labelled or marked on the drawingsChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Flushing and, where needed, disinfection planned for water systemsChoose one
- Acceptable
- Action needed
- Not checked
- Not applicable
- What needs doing, or why not checkedNotesShown only when the answers above make it relevant
- Items needing actionWorked out by the form
- Not checkedWorked out by the form
- System leftChoose one
- Filled and at working pressure
- Filled, isolated
- Drained
- Under test medium, isolated and labelled
- Other
- Photos after the testPhotos
Result, actions and sign-off
- Items needing actionWorked out by the form
- ResultWorked out by the form
- ActionsRepeat for each action. Each one asks:
- Action*Notes
- PriorityChoose one
- Safety: fix now
- Before retest
- Before cover-up
- Before handover
- Who will do it*Short answer
- Due byDate
- Status*Choose one
- Open
- In progress
- Done, checked
- Photo when donePhotosShown when “Status” is “Done, checked”
- Actions still openWorked out by the form
- Decision*Choose one
- Accepted: tests passed
- Accept once the listed actions are done
- Not accepted: retest
- Next check or re-inspection dateDate
- Summary for the clientNotes
- Tester nameShort answer
- Tester signature*Signature
- Witness nameShort answer
- Witness signatureSignature
See it filled in
A completed pressure test report report, made by SiteSurvey from a fictional site visit: every answer, the photos, the guidance that applied and the sign-off, ready to send as a PDF.
Pressure test report FAQs
Is this a pressure test certificate?
It is a signed test record: the section tested, the required test, the gauge, the readings, the result and the witness signatures. It does not certify compliance with any standard. The test pressure, time and allowable drop come from your specification, the code that applies or the water company, and the form records them as you enter them.
What test pressure and time should I use?
The form does not say, because the right test depends on the system, the pipe material and the specification or code. In England and Wales, Schedule 2 paragraph 12 of the Water Supply (Water Fittings) Regulations 1999 sets the test pressure and tests for water systems, and paragraph 13 says every water system shall be tested, flushed and where necessary disinfected before it is first used. Heating, fire and process pipework are tested to their own specification.
Sources: Water Supply (Water Fittings) Regulations 1999, Schedule 2 paragraph 12 (legislation.gov.uk) and Water Supply (Water Fittings) Regulations 1999, Schedule 2 paragraph 13 (legislation.gov.uk).
Should I pressure test with water or air?
HSE guidance GS4 advises pressurising with water rather than a gas wherever possible, to reduce the stored energy in the system under test. It also says leaks are harder to find in a pneumatic test, so physical safeguarding is needed as well as procedures. If a test on the record is pneumatic, the form asks why water was not used and what extra controls were in place.
Source: HSE Guidance Note GS4, Safety requirements for pressure testing.
What safety precautions does HSE give for pressure testing?
HSE guidance GS4 says pressure testing is covered by the Provision and Use of Work Equipment Regulations 1998 and needs a written safe system of work. It describes a relief valve to prevent over-pressure, gauges and control valves away from the test area, hoses rated for the test and restrained, venting liquid systems before pressurising, raising the pressure in stages, barriers and warning notices, and a safe way to release the pressure. The form has a check for each.
Sources: HSE Guidance Note GS4, Safety requirements for pressure testing and Provision and Use of Work Equipment Regulations 1998 (legislation.gov.uk).
How does the form decide pass or fail?
It compares your readings with the figures you entered: the start pressure must reach the required test pressure, the time at pressure must reach the required time, the drop (start minus end) must not exceed the allowable drop, and there must be no visible leak. The tester also records the result; if the two differ, the form asks why. Water main and other tests that measure leakage by volume need the figure from your specification instead.
Can I record a water main pressure test with it?
Yes, as a record: enter the main and section, the test the water company or specification requires, the gauge, and the readings with times. The form does not hold any water company's test procedure or leakage formula, so attach the procedure or note its clause, and record any make-up water in the notes on the readings.
Related
Related templates
Templates that go with the pressure test report form
Inspection and test plan for a work package: each check with its acceptance criteria, hold and witness points, who inspects, results, records and release.
A rough-in (first fix) inspection of plumbing, drainage, electrical, HVAC, gas and data before walls and ceilings are closed: positions, supports, falls, protection plates, fire-rated penetrations, room by room photos of every wall, and a test log with readings, with actions and sign-off.
A gas boiler installation and commissioning record: boiler and flue, gas pressure and rate, tightness, combustion at maximum and minimum rate, system cleaning and inhibitor, controls, CO alarm, Gas Safe notification and Benchmark.
A pressure system examination record under PSSR: the written scheme, each item with its safe operating limit, protective devices, condition, repairs and dates, the next examination and the competent person's report.
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