Inspection, Testing & Compliance SWMS Templates

Annual thermostatic mixing valve testing is not automatically high risk construction work (HRCW) under WHS Regulation 2025 Schedule 3, so a statutory SWMS is not always mandated. However, a documented safe work procedure is still required under the general risk management duty in Part 3.1. If the TMV is located in a confined space, plant room above 2 metres, or services a healthcare facility where scald injury is foreseeable, AS 4032.3 testing controls must be integrated into a SWMS-equivalent document.

Yes. Sodium hypochlorite and chlorine gas are Schedule 11 hazardous chemicals under WHS Regulation 2025, and dosing pipework typically involves confined space entry into pits or tanks — both HRCW triggers under Schedule 3. A SWMS must be prepared before work starts, addressing SDS controls, ventilation, PPE (chemical splash protection), residual neutralisation, and emergency response. The model Code of Practice for Managing Risks of Hazardous Chemicals and AS 2865 for confined spaces both apply.

A plumbing compliance certificate is a regulatory deliverable issued to the state plumbing regulator (such as the VBA, NSW Fair Trading, or QBCC) confirming the installed work meets AS/NZS 3500 and local water authority requirements. A SWMS is a worker safety document required under WHS Regulation 2025 controlling how the testing is performed safely. Both are required: the SWMS protects the technician during testing, while the compliance certificate evidences the installation outcome.

Yes. AS/NZS 2845.3 and most state water authority by-laws require testable backflow prevention devices (RPZ, double check, pressure vacuum breaker) to be tested at commissioning and at least annually by a licensed backflow tester. Results are lodged with the water authority. A SWMS should cover isolation, water discharge control, manual handling of test kits, and live water hazards — particularly where devices are below ground in pits requiring confined space entry.

AS 1851 Section 4 requires fire hydrant systems to be visually inspected monthly, flow tested six-monthly, and full pressure and flow tested annually, with five-yearly comprehensive testing. SWMS must address high-pressure water discharge (over 700 kPa typical), traffic management around boosters located in driveways, stored energy in pressurised lines, and water damage control. Booster connection testing also requires liaison with the fire brigade and asset owner under the AS 1851 baseline data requirements.