Emergency Lighting Testing (AS 2293)

Everything an electrical contractor or building owner needs to know about testing emergency and exit lighting in Australia: the AS/NZS 2293 framework, the six-monthly discharge test and what it actually involves, the annual extras, manual vs self-test vs monitored architectures, record-keeping obligations, state enforcement, and the failures that show up in every audit.

Why emergency lighting testing exists

Emergency lighting is the building service designed for one moment: the instant normal power fails during an emergency. Batten by batten, the fittings must light the escape routes, and the exit signs must stay legible, for long enough to get every occupant out — with no mains supply, on batteries that have been sitting on charge, untouched, since the last test. Exit signs and emergency luminaires are required in class 2–9 buildings by Section E4 of the National Construction Code, and like every battery-backed system, they degrade silently: a fitting can look perfect and fail in the first minute of an outage.

That is the entire logic of the testing regime. AS/NZS 2293.2 exists to prove, twice a year, that every fitting in the building will actually run for its rated duration on battery — and to leave a written trail demonstrating it. Emergency lighting is also an essential safety measure (or essential fire safety measure) in every state’s building compliance framework, which means the test records are not optional paperwork: they are the evidence behind the building’s annual compliance statement.

The AS 2293 framework

Three parts of one standard govern the lifecycle of every emergency lighting installation in Australia and New Zealand:

Around the standard sit the NCC (Section E4 makes emergency lighting and exit signage mandatory in class 2–9 buildings and calls up AS 2293), AS/NZS 3000 for the wiring installation, and each state’s essential-safety-measures regime, which turns AS 2293.2 maintenance into an enforceable annual obligation.

What’s actually in the building: fitting types and configurations

Before testing anything, it pays to know what you’re looking at. The vocabulary that matters on site:

• Emergency luminaires — battery-backed fittings that light the egress path on power failure: spitfire-style downlights, battens, oysters, weatherproof fittings and high-bays.
• Exit signs — the illuminated “running man” pictograph signs above exits and along egress routes, kept illuminated at all times and battery-backed for outages.
• Maintained vs non-maintained — a maintained fitting operates as normal lighting and switches to battery on failure; a non-maintained fitting sits dark until power fails. Exit signs are maintained by definition; most emergency luminaires are non-maintained.
• Self-contained (single-point) vs central battery — almost all modern Australian installations are self-contained: each fitting carries its own battery, charger and (in newer gear) test electronics. Central battery systems power many fittings from one battery bank and remain in some older or specialised buildings.
• Classification — AS 2293.1 assigns luminaires photometric classifications that drive spacing design; the practical takeaway for servicing is that fittings must be replaced like-for-like (or the design re-checked) so coverage isn’t silently degraded.

The testing architectures: manual, self-test and monitored

The compliance obligation is identical for every building; what differs is how much labour the hardware removes. Three tiers exist:

A point that surprises many owners: self-test and monitored systems do not remove the AS 2293.2 obligations — they automate the discharge and (for monitored) the recording, but results must still be reviewed, failures rectified, fittings physically inspected, and records maintained. What they remove is labour, not responsibility.

The six-monthly service: the 90-minute discharge test

The heart of AS/NZS 2293.2 is the six-monthly procedure, and its centrepiece is the full-duration discharge test: the normal supply to the fittings is interrupted (via the emergency lighting test switches) and every emergency luminaire and exit sign must operate on battery for the system’s rated duration — 90 minutes being the standard design duration under AS 2293.1. A fitting that goes dark at minute 60 has failed, full stop: in a real event it would have abandoned occupants mid-evacuation.

Around the discharge test, the six-monthly service includes the practical checks a technician works through on the walk:

• Confirm every fitting and exit sign operates when supply is interrupted, and remains operating for the full rated duration
• Inspect fittings for physical condition — damage, discolouration, insect ingress, failed LEDs/lamps
• Confirm exit signs are illuminated, legible and unobstructed (stock, signage and fit-outs love to creep in front of them)
• Check charging indicators show fittings back on charge after supply is restored
• Record the result for every individual fitting, and list every failure for rectification
• Replace failed batteries and lamps/fittings, or schedule the rectification with dates

Timing discipline matters: run the test cycle in the same months each year, and be conscious that immediately after a discharge test the building’s emergency lighting has depleted batteries for several hours of recharge — sensible practice is to test areas in stages and outside high-occupancy periods where practicable.

The yearly service and longer-interval realities

Once a year, the six-monthly procedure is extended into a fuller maintenance service. In addition to the full-duration discharge test, the yearly visit typically includes cleaning fittings and diffusers so output isn’t degraded by dust build-up, closer inspection of battery condition and charging circuitry, verification that any test facilities and indicators operate correctly, and a review of the records for repeat-failure fittings that need replacement rather than another battery.

The longer-interval reality isn’t written as a service line in the standard, but every contractor budgets for it: batteries are consumables. Traditional nickel-cadmium cells have a practical service life of a few years inside a warm luminaire, which is exactly why they fail discharge tests and why lithium-based platforms (such as Clevertronics’ L10 program) built their pitch on ten-year design life. A fleet-wide view of battery age — not just this cycle’s pass/fail — is what separates a managed installation from a perpetual whack-a-mole rectification list.

Records: the logbook is the compliance

AS/NZS 2293.2 requires the results of inspections and tests to be recorded and kept — historically in the site logbook, increasingly in electronic systems, and always available for inspection. A compliant record set covers: an inventory of every emergency luminaire and exit sign (location, type), the date and result of each test per fitting, failures identified, and the rectification performed with dates.

This is where emergency lighting meets the building’s wider compliance machinery. Emergency lighting appears on essential-safety-measure schedules nationally — and the annual statement (AFSS in NSW, AESMR in Victoria, occupier’s statement in Queensland) is signed on the strength of these records. An important NSW nuance: emergency and exit lighting is a measure typically maintained to AS 2293.2 as nominated on the Fire Safety Schedule — it is not covered by AS 1851-2012 — and its assessment for the AFSS must be performed by an accredited practitioner (fire safety). If the per-fitting test records don’t exist, the practitioner has nothing to assess against, and the statement stalls.

The practical failure mode is always the same: the tests were (probably) done, but the records are a shoebox of punched tags, a lost logbook, or a spreadsheet on an ex-employee’s laptop. From an auditor’s perspective, an unrecorded test never happened.

Who can do the work

The routine inspection and testing itself must be performed by a competent person — someone with the training and experience for the task — and any repair work on the fixed wiring (replacing fittings, working on circuits) is electrical work requiring a licensed electrician in every state. In practice, emergency lighting testing is overwhelmingly performed by electrical contractors, often bundled into broader essential-safety-measure servicing.

Two jurisdictional notes worth flagging. In NSW, the annual assessment of emergency lighting as an essential fire safety measure for the AFSS must be carried out by an accredited practitioner (fire safety) — distinct from the person doing the six-monthly servicing. And everywhere, the building owner (not the contractor) carries the legal obligation that the maintenance happens; engaging a contractor delegates the work, not the responsibility.

The failures every audit finds

• Fittings that fail the duration — batteries past end-of-life that die at minute 20 of a 90-minute test
• No per-fitting records — a signature saying “tested OK” with no inventory, no individual results, no history
• Exit signs obstructed or dark — stock, new partitions or dead LEDs in front of the one sign that matters
• Fittings missing after fit-outs — ceilings replaced, spitfires never reinstated, coverage silently degraded
• Wrong replacement fittings — like-for-like ignored, classifications mismatched to the original spacing design
• Self-test fleets on autopilot — fittings dutifully self-testing and flashing fault LEDs at a ceiling nobody reads
• Test switches unlabelled or inaccessible — nobody can isolate the emergency circuits without tripping the whole floor
• Battery age unknown — no install or replacement dates recorded, so failures can’t be predicted, only discovered

Getting the regime right: a contractor’s checklist

• Build a complete fitting register first — every luminaire and exit sign, location, type, battery date; you cannot test what you haven’t counted
• Lock the six-monthly cycle into the same months each year, staged by area
• Run the full rated duration — a 30-minute flick test is not a discharge test
• Record per fitting, not per building — individual results are what the standard, the auditor and the AFSS practitioner need
• Classify and chase failures — battery, lamp or charger; rectified or scheduled with a date
• Track battery age fleet-wide and quote proactive replacement instead of reactive call-backs
• Read the self-test fleet — walk it, log the indicators, or put an app/monitored layer over it
• Hand the owner audit-ready evidence — exportable service history per site, mapped to the essential-safety-measures schedule

How traqR fits

traqR is built for exactly this shape of work: recurring, asset-based compliance servicing. Electrical contractors run emergency lighting contracts in traqR with a QR-coded register of every fitting (type, location, classification, battery date), service contracts that generate the six-monthly and yearly visits automatically, per-fitting test results captured in the field — time-stamped, photo-evidenced, pass/fail with duration — defect tracking from failure to rectification, battery replacement history per asset, and audit-ready exports that give the building owner (and their AFSS assessor) the evidence trail in minutes.

The same platform handles the quoting, scheduling, timesheets and invoicing around the contract — so the compliance data and the commercial workflow live in one place instead of a logbook, a spreadsheet and an accounts package that never agree.

Standards & further reading

Frequently asked