A new edition of AS/NZS 60598.2.2 has been released, bringing systematic changes to the structural design, electrical safety, performance testing and marking requirements for recessed luminaires. Manufacturers and exporters targeting the Australian market need to re-map their production and certification workflows against the new edition.
One point on timing first: Standards Australia has not yet announced a firm transition deadline, and the previous edition — AS/NZS 60598.2.2:2016 (including its amendments) — remains in force alongside it. The right framing for now is therefore not "the new edition is already mandatory across the board", but rather "we are in the transition-preparation phase": confirm the applicable edition first, then schedule testing and certificate conversion. That is safer than jumping the gun.
The title has changed from Recessed Luminaires to Recessed Luminaires and Recessed Air-Handling Luminaires, bringing recessed luminaires with ventilation / air-handling functions — common in commercial ceiling systems — under the same safety framework, in line with the fourth edition of IEC 60598-2-2.
The new edition aligns overall with the technical framework of IEC 60598-2-2:2023, including updated definitions and classification of recessed luminaires, dedicated requirements for recessed air-handling luminaires, strengthened mechanical-strength and installation-safety test clauses, revised heat-resistance and fire test requirements, and more complete marking and instruction provisions.
At product level, the changes cluster in three areas:
The standard is adopted with modifications (MOD), retaining Australia/New Zealand national deviations covering additional electrical-safety requirements and regulatory alignment. This is why an IEC-based CB certificate cannot be treated as automatic ANZ compliance.
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Area |
|
|---|---|
| Certification route | Recessed downlights, panel luminaires and air-handling luminaires entering the Australian market follow the SAA / RCM conformity route; the technical basis cited in test reports and certificates will shift from the 2016 edition to the new edition. |
| E-commerce compliance | Compliance reviews on Amazon Australia and similar platforms will likewise require the new edition as the cited basis. Complete documentation updates before platform reviews are triggered. |
| Transition period | No explicit cut-off date has been published by Standards Australia in public channels. Refer to the Standards Australia website and the latest notices from Australian electrical safety regulators, and confirm certificate-conversion deadlines with your accredited laboratory. |
| CB certificate conversion | Where a CB certificate based on IEC 60598-2-2:2023 already exists, conversion to AS/NZS 60598.2.2 still requires supplementary assessment of the ANZ deviations; the CB report cannot be carried over wholesale. |
Non-compliant products may face exclusion from the Australian market, delisting, recall or penalties, directly affecting overseas rollout schedules. Building compliance readiness early is the first priority for companies entering this market.
Technical documentation package
Sample requirements
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|
Test item |
Requirement |
|---|---|---|
| Electrical safety | Insulation resistance | ≥2 MΩ at ambient temperature, and still satisfied after the damp-heat test |
| Electrical safety | Dielectric strength test | 2U + 1000 V applied (U = rated voltage) for 1 min with no breakdown |
| Electrical safety | Earth continuity | For Class I luminaires, resistance between the earthing terminal and accessible metal parts ≤0.5 Ω |
| Fire & mechanical | Glow-wire test (GWT) | Internal materials shall not ignite at 850 °C (ref. AS/NZS 60695.11.3) |
| Fire & mechanical | Enclosure impact test | Withstand 10 J impact energy |
| Fire & mechanical | Mounting clip fatigue test | 10 installation / removal cycles |
| Thermal safety | Temperature-rise test | After 4 hours of normal operation: light-source chamber surface ≤90 °C (metal) / ≤130 °C (non-metal); controlgear terminals ≤100 °C |
| Thermal safety | Abnormal operation test | Simulated controlgear short circuit or sudden load change; temperature rise shall not exceed the limits |
| EMC (AS/NZS CISPR 15) | Conducted disturbances | 150 kHz–30 MHz |
| EMC (AS/NZS CISPR 15) | Radiated disturbances | 30 MHz–1 GHz |
| Photobiological safety (IEC 62471) | Blue-light hazard assessment | Shall achieve RG0 (no risk) or RG1 (low risk) |
| IP rating | Outdoor recessed luminaires | IP44 or higher |
| IP rating | Bathrooms and similar damp locations | IP65 |
The laboratory issues a Test Report → an Australian certification body (e.g. SAI Global or another SAA-approved body) reviews conformity → on approval, an SAA safety certificate is issued.
Once SAA certification is obtained, complete registration in the RCM database (covering safety + EMC + importer declaration) and register an account under the EESS (electrical safety portion). Then affix the RCM mark to the product itself; where this is not practicable, it may be placed on the packaging or in the instructions.
Polishing did not alter any technical values. The following points were inconsistent in the source or need a citation; please confirm before sign-off:
image.png with the final artwork.