EMC China Lab

RCM Certification for Automotive and Household Appliances

Views :
Update time : 2025-07-25

Electrical products exported to Australia mainly include household appliances and automotive electronics. If your electrical product is to be exported to Australia, it must undergo rcm certification.

 

RCM certification involves several regulatory frameworks, such as electrical safety, telecommunications safety, EMC safety, electromagnetic energy (EME) safety, and radio frequency (RF) safety. This article provides a detailed analysis of how a household or automotive electrical product can meet RCM requirements.

 

How Electrical Products Meet RCM Requirements

1. Determine the Regulatory Frameworks Based on Product Function

For example, a Bluetooth headset:

 

Its voltage does not meet the threshold of 50V AC or 120V DC required for electrical safety regulations, so electrical safety requirements do not apply.

However, it involves electromagnetic compatibility, so it must meet EMC safety requirements.

Although the device is used close to the human body, its frequency is around 20kHz, which is below the 100kHz–300GHz rangerequired under the electromagnetic energy framework. Therefore, EME safety requirements are not applicable.

Since the headset involves wireless transmission, it must comply with RF safety regulations.

 

2. Confirm Whether Existing Test Reports Can Be Referenced

Most products exported to Australia have already been certified in other markets and may have test reports or certificates that meet local requirements. Many countries and regions adopt or reference IEC (International Electrotechnical Commission)or EN (European Standards), and Australia is no exception.

 

For example, the EMC and RF regulatory frameworks in Australiaare largely based on EN and IEC standards, which means related existing reports can often be directly referenced.

 

3. Confirm Which Test Reports Still Need to Be Supplemented

Regulations under electrical safety, electromagnetic energy, and telecommunications frameworksare mostly based on Australian/New Zealand standards, meaning new testing and reports are often required. However, some standards allow gap testingor differential analysisbased on existing IEC test results.

 

For example, an automotive millimeter-wave radarthat has already obtained a CE-RED certificatebefore export to Australia complies with the following regulations:

 

EMC:EN 301 489-1 V2.2.3, EN 301 489-51 V2.1.1

Health (EME):en iec 62311:2020

RF:EN 301 091-1 V2.1.1

Safety:EN iec 62368-1:2020 + A11:2020

 

In this case:

EMC and RF requirements are metunder Australian regulations.

Safety requirements are exemptdue to the product's low voltage.

The only additional requirement is an EME reportbased on the AS/NZS 2772.2 standardto meet RCM certification.

 

4. Arrange Sample Testing to Obtain the Supplementary Test Reports

If additional test reports are required, arrange testing for product samples according to the applicable Australian standards.

 

5. If the Product Falls Under Level 3 Electrical Safety, Submit Documentation for Approval

Products that are categorized under Level 3 of electrical safetymust have their documentation submitted to an officially authorized agencyfor approval in order to obtain an electrical safety certificate.

 

6. Compile All Documentation and Complete Product Registration or Issue an sdoc

According to RCM regulations, RCM Registration must be conducted by a local Australian agent. Gather all existing and supplementary test reports and product documentation. The Australian agent must use their account to log in to the EESS Registration Databaseto complete the registration process or issue a Supplier Declaration of Conformity (SDoC).

 

Special Notes on Automotive Electrical Products

All vehicles exported to Australia, whether or not they include spare parts, must undergo ECE R10 testing. Any radio communication transmitters onboardmust also comply with corresponding RF, EME, and telecommunications regulatory testing.


Email:hello@jjrlab.com


Leave Your Message


Write your message here and send it to us


Related News
Read More >>
What is Toy ASTM F963-23 Testing What is Toy ASTM F963-23 Testing
09 .08.2026
Ensure Amazon US toy compliance with ASTM F963-23 testing at JJR Lab. We provide CPSC-accepted lab r...
EN 71-8 Testing Standard for Swings, Slides, and S EN 71-8 Testing Standard for Swings, Slides, and S
09 .08.2026
JJR Lab provides reliable EN 71-8 testing standard services for domestic swings and slides, ensuring...
EN 71-14 Safety Standard for Trampolines for Domes EN 71-14 Safety Standard for Trampolines for Domes
09 .08.2026
Ensure product safety with EN 71-14 testing standards for domestic trampolines. JJR Lab provides exp...
What are the EN 71-13 Toy Safety Requirements? What are the EN 71-13 Toy Safety Requirements?
09 .08.2026
Learn EN 71-13 toy safety requirements for olfactory, cosmetic & gustative toys. JJR LAB provide...
EN 71-12 Safety of N-Nitrosamines and N-Nitrosatab EN 71-12 Safety of N-Nitrosamines and N-Nitrosatab
09 .08.2026
JJR Lab offers expert EN 71-12 testing for N-nitrosamines and N-nitrosatable substances in toys. Ens...
What is the US Toy Standard ASTM F963-17 What is the US Toy Standard ASTM F963-17
09 .07.2026
Ensure US and EU market compliance with ASTM F963-17 and EN 71-11 toy safety testing standards. JJR ...
CPSC Phthalate Testing for Children's Products CPSC Phthalate Testing for Children's Products
09 .07.2026
Ensure US market access with JJR Lab‘s expert CPSC phthalate testing. We apply standard CPSC-CH-C100...
EN 71-3: Safety Standard for Migration of Certain EN 71-3: Safety Standard for Migration of Certain
09 .07.2026
Ensure EU toy safety with expert EN 71-3 testing at JJR LAB. We analyze the migration of 19 heavy me...

Leave Your Message