Electricity Meter Replacement SWMS
Replacement of single-phase and three-phase electricity meters at switchboards on the customer side of the network point of supply. Includes Level 2 / authorised supply-side work, fuse pull, meter swap and re-energisation.
SWMS variants reference your state’s WHS legislation. Instant download after payment.
Electricity meter replacement at customer switchboards involves Level 2 Authorised Service Provider (ASP) or equivalent licensed work on the supply side of the point of attachment, including service fuse withdrawal, neutral link removal, meter exchange and re-energisation of single-phase or three-phase installations. The task exposes workers to live conductors at network voltages (230/400 V AC), prospective fault currents frequently exceeding 10 kA at the service position, and confined working spaces inside meter panels and switchboard cubicles. Under WHS Regulation 2025 Part 4.4, work on or near energised electrical installations is High Risk Construction Work (section 291, Category 9) and a Safe Work Method Statement must be prepared, consulted on with workers, signed before commencement, and held on site for the duration of the work. The SWMS must identify hazards, document hierarchy-based controls, name the PCBU, and be reviewed if controls fail or conditions change. Re-energisation without a compliant SWMS exposes the PCBU and individual electrical worker to enforceable undertakings, improvement notices and prosecution.
Hazards identified
7 hazards covered, sorted by priority.
Electrocution, cardiac arrest, severe internal burns, fatality and Category 1 WHS prosecution of the PCBU and worker
Third-degree burns, blast injury, permanent vision loss, fatality and notifiable incident under WHS Act s38
Unexpected re-energisation causing electric shock to worker assumed to be isolated, leading to electrocution and serious injury
Inhalation of asbestos fibres causing mesothelioma, asbestosis and lung cancer with long-latency occupational disease liability
Falls from ladder or platform causing fractures, head injury, spinal damage and notifiable incident reporting obligation
Damage to customer equipment, dangerous touch voltages on exposed metalwork, electric shock to occupants and consequential property claims
Inadvertent tool or finger contact causing phase-to-phase or phase-to-earth fault, arc burns and hospitalisation
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Elimination — Where network operator permits, request supply-side isolation at the pillar or pole fuse via the DNSP outage process to fully de-energise the meter position before work commences.
- 2Elimination — Disconnect and lock off all customer-side embedded generation (solar PV DC isolator, battery AC isolator, generator changeover) and verify zero backfeed before approaching meter terminals.
- 3Substitution — Replace traditional bolted fuse-pull procedure with insulated fuse-pulling tool rated to the prospective fault current and IEC 60900 1000 V class where supply-side isolation is unavailable.
- 4Engineering — Install temporary insulating shrouds, phase barriers and arc-rated blankets over adjacent live busbars and incoming service cables in accordance with AS/NZS 4836 before commencing meter exchange.
- 5Engineering — Use approved test-before-touch sequence with a two-pole voltage tester proven on a known live source immediately before and after testing the dead conductors at the meter base.
- 6Administrative — Confirm Level 2 ASP authorisation, network operator notification, and complete the Service & Installation Rules (SIR) Notice of Service Work prior to attending site and re-energisation.
- 7Administrative — Conduct pre-start SWMS briefing at the switchboard, sign on all workers, identify the nominated rescuer trained in low-voltage rescue and CPR, and post emergency contact details.
- 8Administrative — Implement an exclusion zone of minimum 1.5 m around the open switchboard with barriers and signage to prevent public or other trades approach during live work.
- 9PPE — Wear arc-rated coveralls minimum ATPV 8 cal/cm² to AS/NZS 4836, Class 0 insulating gloves with leather overgloves tested within 6 months, arc-rated face shield, and safety glasses.
- 10PPE — Use insulated, non-conductive footwear, hearing protection during fuse operation, and a P2 respirator where pre-1990 bakelite or fibre-cement meter panel material may be disturbed.
Applicable Codes of Practice
Mandates risk assessment, test-before-touch, PPE selection and live work justification — directly governs meter exchange where supply-side isolation is unavailable.
Clause 2.3 and Section 8 verification requirements apply to reconnection, polarity, earth continuity and insulation resistance testing before re-energisation of the installation.
Defines Level 2 ASP authorisation scope, metering work categories, notification obligations and acceptable practices at the network point of supply.
Sets the regulator's expected standard for de-energisation, testing, isolation, lock-out and competent person requirements under WHS Regulation 2025 Chapter 4 Part 4.7.
High-Risk Construction Work triggered
Meter exchange routinely occurs with the supply-side service fuse live and customer mains energised, placing workers within unsafe approach distances of exposed conductors.
PCBU must prepare, consult, sign and retain the SWMS for the duration of the work and for at least 2 years after a notifiable incident; non-compliance penalties are substantial and indexed, with current maximums following the prevailing WHS schedule.
Who this is for
- →Level 2 Authorised Service Providers on metering work
- →Licensed electrical contractors performing meter family upgrades
- →Smart meter rollout subcontractors to retail energy providers
- →Solar PV installers replacing meters for net metering
What you receive
- ✓Editable DOCX template — Microsoft Word compatible
- ✓State-specific WHS legislation schedule (NSW/VIC/QLD/SA/WA/TAS/NT/ACT)
- ✓Hazard register with risk ratings + hierarchy-of-control mapping
- ✓Worker sign-on register, pre-start checklist, and incident escalation flow
Worked example
On a Tuesday morning a Level 2 ASP crew of two arrives at a suburban single-storey dwelling to replace an ageing single-phase accumulation meter with a Type 4A smart meter for a retail energy provider. At the front lawn, the lead electrician opens the SWMS on a tablet and runs the pre-start brief at the switchboard. Working through the hazard register, the offsider identifies a rooftop solar PV array not flagged on the work order — triggering the backfeed control. Both workers walk to the rooftop DC isolator and the AC solar supply main switch, lock them off with personal danger tags, and verify zero export at the inverter display. Returning to the meter panel, they note the substrate is cream bakelite consistent with 1970s construction; the SWMS asbestos control is applied and P2 respirators are donned. Arc-rated coveralls, Class 0 gloves and face shields are fitted, the 1.5 m exclusion zone is barricaded, and the customer is asked to remain inside. The lead pulls the service fuse with an insulated fuse-puller, applies the two-pole tester to a known live point then the meter terminals to confirm dead, and proceeds with the swap. Mid-task, the offsider notices a neighbour's child approaching the barrier; work pauses, the exclusion zone is reinforced, and the SWMS is annotated. After polarity, earth continuity and insulation resistance testing per AS/NZS 3000 Section 8, the fuse is re-inserted and both workers sign off the completed SWMS.
Related legislation
- WHS Act 2011 (model)
- WHS Regulation 2025
- AS/NZS 3000 — Electrical installations
Frequently asked questions
Is replacing an electricity meter high risk construction work?
Yes. The supply-side service fuse and the customer mains are live while the meter comes out, which puts the worker inside the unsafe approach distance of exposed conductors at 230/400 V — work on or near energised electrical installations or services under section 291(k) of the WHS Regulation 2025. Section 299 then requires the SWMS to be prepared, consulted on with workers, signed before work starts and held on site for the duration. Prospective fault current at the service position frequently exceeds 10 kA, which is why a short job at a domestic switchboard is treated as seriously as work on a commercial main switchboard.
Do I need to be a Level 2 ASP to use this SWMS?
To do the work, yes — the document creates no authorisation. Metering work on the supply side of the point of attachment sits inside the Level 2 Authorised Service Provider scope defined by the Service and Installation Rules for your jurisdiction, and the network operator must be notified through the Notice of Service Work process before you attend and before re-energisation. The SWMS records that authorisation as an administrative control and gives you a sign-on register to capture it, but the accreditation itself comes from the network operator, not from a template.
How does the SWMS deal with solar backfeed at the meter position?
It treats embedded generation as a live source until proven otherwise, because the work order often does not mention it. Before anyone approaches the meter terminals, the rooftop DC isolator, the solar AC supply main switch, any battery AC isolator and any generator changeover are locked off with personal danger tags, and zero export is verified at the inverter display. That control exists because an isolation that looks complete on the supply side can still be backfed from the customer side, and the worker who assumes the terminals are dead is the one who gets hurt.
Can the meter position be de-energised first, or does this have to be live work?
De-energising is the first control and should always be requested. Where the network operator permits it, supply-side isolation at the pillar or pole fuse through the distributor's outage process removes the hazard outright. Where it is not available, the method falls back to an insulated fuse-pulling tool rated to the prospective fault current and to IEC 60900 1000 V class, with temporary insulating shrouds, phase barriers and arc-rated blankets fitted over adjacent live busbars and incoming service cables to AS/NZS 4836 before the exchange begins. Dead conductors are then confirmed with a two-pole tester proven on a known live source immediately before and after.
What do I receive, and how is it used at the switchboard?
You buy an editable Word document once — a hazard register with risk ratings mapped to the hierarchy of control, a worker sign-on register, a pre-start checklist, an incident escalation flow, and a state-specific WHS legislation schedule for NSW, VIC, QLD, SA, WA, TAS, NT and the ACT. It is briefed at the switchboard rather than in the van: workers sign on, the nominated rescuer trained in low-voltage rescue and CPR is named, and the 1.5 m exclusion zone is barricaded before the panel is opened. If a bystander reaches the barrier, or the panel substrate turns out to be pre-1990 bakelite or fibre cement calling for a P2 respirator, that is annotated in the document.
Document details
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