Test and Tag Requirements in QLD: What Businesses Actually Have to Do

Byron Knight, Licensed Electrical Contractor

QLD Lic. 1511406 · 20+ years’ experience · Gold Coast & SEQ · Updated September 2026

Almost everything written about test and tag in Queensland is now out of date, including some of what government websites still say. The Electrical Safety Regulation 2013 expired on 1 September 2026 and was replaced by the Electrical Safety Regulation 2026, which reorganised these obligations into Part 6 and dropped the terminology a lot of older guidance was built around.

This page works from the current Regulation. It covers what actually has to be tested, how often, what the tag has to say, who is allowed to do it, and the licensing question that decides whether the provider you engage can lawfully do the work.

What the Regulation actually requires

Two definitions do all the work, and neither is intuitive.

The first is the kind of work. Part 6 sets separate requirements for amusement work, manufacturing work, service work, office work, construction work and rural industry work, and each is defined in the Regulation rather than left to ordinary meaning. “Service work” is the catch-all — work that involves providing a service and isn’t one of the others — and the Regulation’s own examples include cleaning a motel, cooking in a restaurant, providing health services, selling goods from a shop, teaching, and caring for children at a childcare centre. If you run a cafe, a shop, a clinic or a salon, that’s you.

The second is specified electrical equipment, and this is where most workplaces are narrower than they assume. It means cord extension sets and portable outlet devices rated at 20 A or less, and cord-and-plug electrical equipment rated at 20 A or less. Hard-wired equipment is outside it entirely.

But for office work and service work there’s an extra condition on that third category: the equipment only counts if it “is moved during its normal use for the purpose of its use.”

Intervals under the 2026 Regulation

The intervals are set by the Regulation itself, not only by the standard, and they’re driven by the kind of work and by whether the equipment is double insulated.

Section numbers are given so you or your provider can check them against the Regulation rather than take anyone’s word for it.

The safety switch alternative almost nobody mentions

This is the most commercially useful thing on this page, so it’s worth stating plainly.

For service work or office work, section 138 requires that specified electrical equipment not be used unless it is either inspected and tested by a competent person at the stated interval, or connected to a safety switch. It’s an alternative, not an addition.

That has a real consequence for a Gold Coast cafe, shop, clinic or office. If the circuits feeding your portable equipment are properly protected by working safety switches, the Regulation’s testing pathway isn’t the only way to satisfy section 138. Which makes the condition of your safety switches — and whether they’re actually being tested — the question worth answering first.

Two caveats, and they matter:

• The safety switches themselves must be tested. Section 139 requires each non-portable safety switch to be tested by a competent person immediately after connection and then at the intervals in AS/NZS 3760, and each portable one to be test-button tested on connection and then per the standard. Relying on the safety switch pathway without testing the safety switches leaves you worse off than before.
• It doesn’t displace your general duty. The Electrical Safety Act 2002 duty to ensure electrical equipment is safe applies regardless of which pathway you use. If a lead with damaged insulation injures someone, “we chose the safety switch option” is not an answer to a frayed lead nobody looked at.

For most operators the sensible position is a mix: test the leads, boards and portable appliances that actually get handled and dragged around, and make sure the protection on the circuits is sound and tested. Our guide on RCDs versus RCBOs covers what should be protecting each circuit, and if switches are dropping out during trading, why a safety switch keeps tripping explains what that’s telling you.

Safety switch classes are now defined by residual current

Worth knowing because it appears on quotes and in the Regulation’s wording. Part 6 defines a type 1 safety switch as a residual current device with a rated residual current of not more than 10 mA, and a type 2 safety switch as one rated above 10 mA but not more than 30 mA. Where the Regulation says “safety switch” it means either.

For manufacturing workplaces there’s a further requirement. Where manufacturing work is the primary work at the workplace and a socket-outlet rated at 20 A or less supplies it, section 134 requires a non-portable safety switch to be installed for that socket-outlet before the work is performed — maximum penalty 15 penalty units. There are carve-outs for outlets more than 2.3 m above the floor serving a luminaire or equipment rated at 150 W or less, and an exemption in section 135 where the business can’t get permission from the person in control of the equipment to install one. If your workshop or light-industrial tenancy has unprotected outlets, that’s a switchboard question rather than a test and tag one.

What the tag has to say

Here’s a distinction worth getting right, because providers vary on it.

The Regulation requires that when a competent person tests the equipment and decides it’s safe, a durable tag is immediately attached stating the prescribed details. Those details are defined in section 123 and are less than most people assume — at least one of the test date or the date the equipment must be retested, plus at least one identifier for who did it: the individual’s name, their electrical contractor licence number, the corporation’s name or its licence number, or the individual’s electrical worker licence number.

If the equipment is found unsafe, the obligation is firmer: a durable tag warning people not to use it must be attached immediately, and the equipment must be immediately withdrawn from use. An identified fault that’s tagged and then left plugged in is a worse position than one never found.

Who is allowed to do it

Two separate questions, and conflating them is how businesses end up with testing that doesn’t hold up.

The person doing the work must be competent

The Regulation defines a competent person as someone who has acquired, “through training, qualifications, experience or a combination of these, the knowledge and skill to carry out the task.” It’s a capability test, not a licence test, and the Electrical Safety Office’s position is that it’s the duty of the business to determine whether someone is competent.

The ESO has named a minimum reference point: the unit of competency UEERL0003 — Conduct in-service safety testing of electrical cord connected equipment and cord assemblies. That’s the thing to ask for by name.

The business doing it for you needs a contractor licence

This is the part that catches people out when choosing a provider. The Electrical Safety Office’s stated position is that businesses performing testing and tagging work as part of a business or undertaking must hold an electrical contractor licence permitting that work. For a provider whose only electrical activity is test and tag, that’s typically a restricted electrical contractor licence.

So a course certificate alone doesn’t make a provider licensed to do this commercially in Queensland. Testing your own equipment, under your own ABN, with a competent person, is a different situation — the contractor licence question arises when a business does the work for someone else as part of its business.

Repairs are a different licence question entirely

Under the Electrical Safety Act 2002 it’s an offence to repair electrical equipment without the appropriate electrical work licence. A tester can identify a faulty lead; replacing or repairing it is licensed electrical work.

This is worth understanding before you engage a test-only provider, because the practical outcome of a testing round is a pile of failed items. If your provider can’t repair them, you’re arranging a second attendance by someone who can. Testing sits alongside our appliance safety inspections and basic repairs service for exactly that reason.

What happens during a test

1. Visual inspection of the plug, lead and housing for damage. This catches the majority of real faults before any instrument is used, and it’s the step a cheap round skips.
2. Earth continuity test on earthed equipment, confirming the earth path is intact.
3. Insulation resistance test, confirming insulation hasn’t degraded to the point where current can leak.
4. Polarity check on leads and boards, confirming active and neutral haven’t been transposed.
5. Safety switch testing under AS/NZS 3760, which is a separate obligation under section 139 and often the thing that’s been missed.
6. Durable tag applied with the prescribed details, or a warning tag and immediate withdrawal if the item failed.
7. Register updated with results, so you have a documented pattern rather than a snapshot.

The other compliance cycles that run alongside it

Test and tag is one item on a list, and the list is easier to handle as a schedule than as a series of surprises.

If your premises has emergency and exit lighting, that carries its own cycle — see how often emergency lighting needs testing in QLD, and why an exit light flashes if one is already telling you something. Switchboards in commercial premises benefit from thermal scanning, which finds loose and overheating connections before they fail in trading hours. If you’re fitting out new premises, the certification you should receive at handover is covered in our commercial fit-out guide and our guide on electrical compliance certificates in QLD.

The efficient way to run all of it is a fixed-price preventative maintenance programme that schedules each cycle in advance. Where the building is strata, the common property side sits with the body corporate — our guide on body corporate versus unit owner responsibilities covers the boundary, and our strata and body corporate service handles that scope.

On the Gold Coast, specifically

Two local factors change what testing finds here.

Coastal air is hard on plugs, leads and outlets. Equipment kept in a back-of-house area open to salt air degrades at the terminals faster than the same gear inland — the same mechanism behind salt air killing outdoor power points. Corrosion at a connection raises resistance, and resistance is heat, which is why a lead that passed a year ago can fail now. It’s also why a burning smell near an outlet deserves immediate attention rather than a diary note.

The second is the local mix of tenancies. Hospitality through Broadbeach and Burleigh Heads and retail through Robina is service work under Part 6, with the annual interval and the safety switch alternative available. Office and medical suites through Southport are often office work, where the interval stretches to five years and the real obligation sits on leads and boards. Workshops and light industrial through Nerang and Molendinar is manufacturing work, where the intervals are shorter, the safety switch requirement on socket-outlets is separate and mandatory, and there’s a penalty attached.

That last distinction is the one businesses get wrong most often — a light-engineering tenancy is not on the same footing as the cafe next door, and assuming it is has a penalty attached rather than just a risk.