Does AS/NZS 3000 apply to LED mirrors?

Yes — AS/NZS 3000 applies to all electrical installations in bathrooms, including LED mirror circuits. The wiring rules define bathroom zone classification, RCD (residual current device) requirements, and the electrician licensing obligation for all electrical work in bathrooms. LED mirrors are tested to a different standard — AS/NZS 60598, the luminaire standard — but the electrical installation that connects the mirror to the circuit is governed by AS/NZS 3000. Both standards apply; they cover different aspects of the same installation.

What AS/NZS 3000 actually covers for LED mirrors

AS/NZS 3000 is the electrical installation standard, not the product standard. It covers the circuit that supplies the mirror, not the mirror itself. Specifically relevant to LED mirror installations:

• Zone classification: AS/NZS 3000 divides the bathroom into Zone 0 (inside bath/shower), Zone 1 (above bath/shower up to 2250mm), and Zone 2 (600mm horizontal from Zone 1 boundary). The zone determines the minimum IP rating required for any electrical fitting installed in that zone.
• IP rating minimums by zone: Zone 2 requires IP44 minimum. Zone 1 requires IP55 minimum. Zone 0 requires IP67 minimum. Bathroom mirrors are almost always in Zone 2 or outside zones, making IP44 the applicable minimum.
• RCD requirement: AS/NZS 3000 requires RCD protection for all circuits in bathrooms. The LED mirror circuit must be on an RCD-protected circuit. This is an electrician’s circuit design responsibility, not a mirror product feature.
• Licensing requirement: all electrical work in a bathroom must be performed by a licensed electrical contractor. This is stated in AS/NZS 3000 and reinforced by state electrical safety legislation.

What AS/NZS 60598 covers — the luminaire standard

AS/NZS 60598 is the product standard for luminaires. It covers the safety of the luminaire itself — independently of how it is installed. AS/NZS 60598 testing covers: insulation resistance, creepage distances, thermal limits, mechanical strength, and IP rating performance. An LED bathroom mirror is classified as a fixed luminaire and must meet AS/NZS 60598 requirements to carry the RCM mark.

The distinction between AS/NZS 3000 (installation standard) and AS/NZS 60598 (product standard) is important for specification and compliance documentation. When a builder submits compliance documentation for a bathroom fit-out, they need to demonstrate both: that the product is certified to the luminaire standard (AS/NZS 60598 via the RCM mark) and that the installation meets the wiring rules (AS/NZS 3000 via the electrician’s compliance certificate).

The RCD requirement in practice

Residual current device (RCD) protection is mandatory for all circuits in bathrooms under AS/NZS 3000. An RCD detects current leakage to earth — the type of current flow that occurs if water ingresses a fitting or if a person comes into contact with a live conductor. The RCD trips the circuit within milliseconds, before a lethal dose of current can pass through the body.

For LED mirror installations, the RCD is typically installed at the switchboard as part of the circuit protection for the bathroom lighting circuit. It is not a component of the mirror itself. The electrician is responsible for confirming RCD protection on the circuit before issuing the compliance certificate. A mirror installed on a circuit without RCD protection is a non-compliant installation under AS/NZS 3000 regardless of the mirror’s own IP rating.

Zone map and LED mirror placement

The Zone 2 boundary extends 600mm horizontally from the Zone 1 boundary (the outer edge of the bath or shower). A mirror hung on the wall directly opposite the shower or bath is almost always outside Zone 2. A mirror hung on the wall adjacent to the shower — common in ensuites where the shower wall and the mirror wall share a corner — may have its lower portion inside Zone 2 if the shower is within 600mm of the mirror position.

In practice, the IP44 requirement applies to all LED mirrors in bathrooms regardless of exact zone position — no building certifier will accept a lower IP rating in a bathroom environment. IP44 is the safe specification for any bathroom mirror location. The zone map matters more for unusual installations, such as a mirror positioned very close to a shower screen on a wall that is within 600mm of the shower zone boundary.

How these standards interact for the builder

From a builder’s practical standpoint, the responsibility split is: the builder specifies and procures a mirror with a valid RCM certification and IP44 rating (satisfying the product standard). The licensed electrician installs the mirror to AS/NZS 3000 requirements — correct zone placement, RCD-protected circuit, and appropriate installation method. The electrician then issues a compliance certificate that covers the installation. Together, these two elements — compliant product and compliant installation — satisfy both standards.

If either element is missing — non-compliant product or non-compliant installation — the combined installation is not code-compliant. A genuinely RCM-certified mirror installed on a non-RCD circuit is non-compliant. A non-certified mirror installed perfectly by a licensed electrician is also non-compliant. Both the product and the installation must meet their respective standards.

For the full compliance framework covering both product and installation standards, visit the AS/NZS 3000 wiring rules page. For an overview of all applicable standards, visit the compliance hub. For electrician licensing and compliance certificate requirements by state, visit the electrician requirements page. For a plain-language explanation of IP ratings, visit the IP rating explained page.