Australia is one of the easier markets to enter and one of the easier ones to get wrong. There is no pre-market approval queue, no ministry that reviews your file before the container leaves, and no application fee payable to a regulator. What exists instead is a mark on the product and a legal person inside Australia or New Zealand who signs for it. Do the testing, skip the second half, and the money you spent on a test report buys you nothing you can legally put on a label.
The question "what certifications do I need for Australia?" is usually answered badly because it starts from the wrong word. Australia does not issue an "RCM certificate" the way some other markets issue a certificate. It issues obligations, and the mark is simply how you tell the market you have met them.
One mark, three regulators
The RCM (Regulatory Compliance Mark) is a single symbol that shows a product has been assessed against the regulatory arrangements that apply to it. Those arrangements sit under different bodies:
| Framework | Covers | Main instruments |
|---|---|---|
| ACMA (Australia) | Radiocommunications, telecommunications, EMC | Radiocommunications Act 1992, Telecommunications Act 1997, Radiocommunications Equipment (General) Rules 2021 |
| EESS and the participating state and territory regulators (Australia) | Electrical safety of in-scope low-voltage equipment | State and territory electrical safety legislation, Equipment Safety Rules |
| RSM - Radio Spectrum Management (New Zealand) | EMC and radio in New Zealand | Radiocommunications Act 1989 and associated notices |
| WorkSafe New Zealand | Electrical safety in New Zealand | New Zealand electrical safety regulations |
The RCM trade mark is jointly owned by the ACMA and the EESS participating jurisdictions, and it replaced the older C-Tick (EMC) and A-Tick (telecommunications) marks. From 1 March 2016 the RCM is the only compliance mark that may be applied to products in scope of those arrangements. If a label template in your artwork folder still carries a C-Tick, that is not a cosmetic detail.
Nobody issues the mark - a registered supplier applies it
Four things exist in an Australian compliance file, and none of them is a government-issued certificate:
- A test report. ACMA expects the report to say what the product is (type, model and batch number), who tested it, how it was tested, what the results mean and which standards it complies with. Where the testing body is accredited, the report normally shows the NATA logo, the mark of a NATA mutual recognition partner, or IANZ.
- A declaration of conformity. You may not supply the product without one, it must contain all the information in the ACMA's current declaration form, and the person who signs it must have seen the evidence.
- Compliance records. Records in English, available on request, retained for the period the applicable labelling rules set after you stop supplying the product. ACMA runs audits and investigations, so this is not an archive exercise.
- A label. The RCM must be at least 3 mm high, placed where the user can reach it without a specialised tool, and where marking the product itself is not practicable the rules allow alternatives such as the packaging or the instructions.
This is why an offer to sell you an "RCM certificate" should be read carefully. The mark belongs to a registered supplier, not to a product. If the supplier behind the paperwork is not registered, you have bought a document, not market access.
The responsible supplier is the part a factory cannot outsource
To register on the EESS database as a responsible supplier, the entity must be a legally identifiable Australian or New Zealand company or person holding an Australian Business Number, or a New Zealand IRD number. An overseas-based company cannot be registered as a responsible supplier. The product must travel through an Australian or New Zealand legal entity - an importer, a subsidiary, or a local business that registers in its own name.
Two consequences catch exporters repeatedly:
- If three different Australian companies import the same model, each of them has to be a registered responsible supplier and register that equipment. A certificate issued to one distributor does not cover the others, and factories are often surprised when a second distributor asks for the whole file again.
- An "agent" arrangement is not a universal substitute. ACMA allows a supplier to appoint an agent under a written agency agreement, but agents are not permitted under the EESS, where the responsibility has to sit with a registered supplier. The two arrangements are not interchangeable, and neither one removes the underlying duty from the entity supplying the product.
Is your product even in scope of the electrical safety system?
The EESS covers low-voltage electrical equipment rated between 50 V and 1000 V AC, or 120 V and 1500 V DC, designed or marketed for household, personal or similar use. A 5 V USB gadget is not "Level 1 low risk" - it is simply outside the EESS safety regime, and the fact that it is out of scope does not remove its EMC and radio obligations.
Inside the scope, the level decides what evidence and registration you need:
| Level | Registration | Evidence held by the responsible supplier |
|---|---|---|
| Level 1 - low risk | Voluntary (recommended) | Evidence of compliance with the relevant standard, produced on request |
| Level 2 - medium risk | Mandatory | Compliance folder, kept current and produced to a regulator within 10 business days of a request |
| Level 3 - high risk | Mandatory | Certificate of Conformity from a recognised certifier before registration; certificates carry a 5-year expiry |
Equipment registration runs for a period the supplier selects - 1, 2 or 5 years - and a Level 3 registration cannot outlast the certificate it is based on. Registering a Level 2 or Level 3 product as Level 1 is not permitted.
What actually gets tested: EMC and radio
EMC sits under the Radiocommunications Act and the ACMA's EMC standard, which sorts products into G1 (residential, commercial and light industrial environments) and G2 (industrial environments). Which standard applies depends on what the product is, not on what it is called:
- AS/NZS CISPR 32 - information technology, audio, video and multimedia equipment
- AS/NZS CISPR 14-1 and 14-2 - household appliances, electric tools and similar apparatus
- AS/NZS CISPR 15 - lighting equipment
- AS/NZS CISPR 11 - industrial, scientific and medical equipment
- AS/NZS 61000-4 series - immunity tests such as ESD, fast transients, surges and radiated immunity
- AS/NZS 4268 - short range radio devices, alongside the general standards listed in the Radiocommunications Equipment (General) Rules 2021 and the low interference potential devices class licence
Getting this list right is the part clients most often get wrong before they contact a laboratory, and it is worth ten minutes of checking, because the wrong standard produces a report that nobody can use.
Four situations we see every month
A US or EU version relabelled for Australia
Frequency plans are not harmonised. Australia's low interference potential devices class licence permits certain low-power devices in the 915-928 MHz range, while the same product built for the North American market is typically designed around 902-928 MHz. If nothing limits the channel plan, part of the band a unit actually transmits in may sit outside what is permitted here. This is not fixable with a label. It has to be handled in firmware or hardware before submission - and it is exactly the kind of difference that a "we already have FCC and CE" answer hides.
Reusing an existing CE test file
Where the underlying test methods align - EN 55032 against AS/NZS CISPR 32, for example - existing data can often be reused as evidence, and reports issued by a laboratory accredited under the ILAC mutual recognition arrangement are normally accepted as evidence. What does not transfer automatically is the decision. The declaration has to be made against the Australian standards, by the responsible supplier, and safety evidence has to line up with the Australian and New Zealand safety standards for the product family. A CE mark has no standing in Australia. There is more on what does and does not carry across markets in our comparison of report reuse between markets.
A change made after the test
A radio module swapped for a cheaper pin-compatible part, an antenna moved, a power supply replaced, firmware that opens an extra channel. Each of these makes the configuration in the report stop describing the product being sold. ACMA's record-keeping expectations include a statement about product changes precisely because this happens so often, and the fix is a reassessment rather than a new file. Where a change is small and the evidence still covers it, the record is updated; where it is not, targeted re-testing is cheaper than starting over.
"Our supplier already put the RCM on it"
A factory applying the RCM to goods it exports to Australia, with no registered responsible supplier behind the mark, is not compliant - and the problem surfaces at the distributor, not at the factory. If you are the importer, the obligation lands on you the moment you supply the product. The same logic applies to the New Zealand label being copied onto an Australian version, which we cover below.
New Zealand is a related market, not an automatic one
The requirements overlap heavily, which is why they are usually handled together. RSM administers EMC and radio in New Zealand, and the RCM is used for the conformity levels covering EMC products and the radio products harmonised with Australia. Two differences matter:
- The R-NZ mark. Radio transmitters in the classes where the level of conformity is A1, A2 or A3 must be labelled with R-NZ rather than the RCM. It is a New Zealand-only radio label for radio products that are not harmonised with Australia. For wireless products, copying the Australian label onto the New Zealand version is the wrong answer.
- Two regulators, not one. Radio and EMC sit with RSM; electrical safety sits with WorkSafe New Zealand. A supplier registered for the ACMA and EESS side of things still has to satisfy the New Zealand electrical safety requirements for the products they cover.
Australian test evidence very often supports a New Zealand declaration, and vice versa, but each market has its own declaration and its own registered supplier. Nothing is automatic by virtue of the marks looking similar.
When we tell clients to wait before testing
The most useful thing a laboratory can do is occasionally slow a project down. Cases where we suggest holding off:
- Nobody has agreed who the responsible supplier will be. Testing can proceed, but the mark cannot be applied until a registered Australian or New Zealand entity exists. Settle that question while samples are being prepared, not after the report lands.
- The design is still moving. If the radio module, antenna or power supply is not frozen, the report describes a configuration that will not ship.
- The product may be outside EESS scope. Buying a Certificate of Conformity for a battery-powered device below the voltage thresholds is money spent on nothing - but checking the EMC and radio position is not optional.
- A standard edition transition is imminent. If the applicable standard has an amendment in transition, the honest answer may be a short wait rather than a report that ages out of acceptance. Timelines and how they are built are set out in how long certification testing actually takes.
- The buyer wants a certificate, not compliance evidence. The RCM route is a supplier declaration. Where a customer or marketplace is asking for a third-party certificate - or the product falls into the Level 3 categories that require a Certificate of Conformity - say so at the start, because it changes the plan, the sequence and the cost.
The short answer
Australia has no single "RCM certificate" to buy. Compliance means the RCM mark - or the R-NZ mark for certain New Zealand radio transmitters - applied by a registered Australian or New Zealand responsible supplier, backed by a test report from an accredited laboratory and a signed declaration of conformity; and where the product is in-scope low-voltage household equipment, registration and the applicable evidence requirements under the EESS as well. If no entity in your supply chain is a registered Australian or New Zealand legal person, the testing can still be done, but the product cannot legally carry the mark.
What to have ready
- What the product is, and how it is intended to be used
- Power source and ratings - mains voltage range, or battery type and voltage
- Every radio mode, frequency band, output power and antenna, including modes you do not intend to advertise
- The power supply or adapter part number, and whether it is supplied in the box
- Current label artwork, so we can check the mark's size, position and durability route
- Target markets, and who will hold the responsible supplier role in each
That list is also the fastest way to get a useful answer rather than a generic one. Describing the product, the market and the legal entity in the same message removes the two rounds of email that usually sit between a question and a scope.
We test and document products against the Australian and New Zealand requirements that apply to them - EMC to the relevant AS/NZS CISPR standard, radio to AS/NZS 4268 and the general standards where the device transmits, and safety to the AS/NZS 62368.1 or AS/NZS 60335 series where the product connects to mains. Where the same product is also going to Europe, the UK or North America, the programme is planned so that one round of testing supports as many declarations as the evidence genuinely allows. Details are on our testing and certification services page.
If an Australian or New Zealand launch is on the calendar, send us the product description, every radio mode and frequency band it uses, how it is powered and who in your supply chain will hold the responsible supplier role. We will come back with which obligations apply to the product, what test evidence is needed, and what has to be registered before the mark can legally go on it.