ERAC/EESS in Australia

AS/NZS 3820:

This standard outlines the essential safety requirements for electrical equipment. It serves as a base standard that many specific product standards refer to.

Key Aspects:

• General Safety Principles: AS/NZS 3820 ensures that electrical equipment is designed and manufactured to prevent electric shock, fire hazards, and other risks associated with the use of electrical devices.
• Universal Application: The standard applies to both household and commercial electrical equipment, covering everything from simple household appliances to complex industrial machinery.
• Reference Standard: Many specific product standards refer back to AS/NZS 3820 as their base standard, meaning that compliance with AS/NZS 3820 is often the first step in ensuring a product meets the broader range of safety requirements.

AS/NZS 4417:

This series of standards provides a framework for the classification of electrical equipment and details marking requirements.

Key Aspects:

• Classification System: AS/NZS 4417 establishes a risk-based classification system (Levels 1, 2, and 3) that determines the level of regulatory oversight required for different types of electrical equipment.
• Regulatory Compliance Mark (RCM): This standard details the requirements for the Regulatory Compliance Mark (RCM), which must be displayed on products that comply with relevant safety and electromagnetic compatibility (EMC) standards.
  The RCM is a crucial mark that signifies the product has met all necessary regulatory requirements and can be legally sold in Australia and New Zealand.
• Supplier Obligations: AS/NZS 4417 also outlines the responsibilities of suppliers, including maintaining compliance documentation, ensuring accurate marking, and registering high-risk products in the EESS.

AS/NZS 3000 (Wiring Rules):

Applicable to the installation of electrical wiring, it ensures safety in the design, selection, and installation of electrical installations.

Key Aspects: 

• Safety Guidelines: AS/NZS 3000 provides detailed safety guidelines for the installation of electrical wiring, covering aspects such as insulation, earthing, circuit protection, and safe working practices.
• Design Standards: The standard specifies the design criteria for electrical installations, ensuring that they are capable of handling the electrical load safely and efficiently without causing hazards like overloading or short circuits.
• Selection of Equipment: It also outlines the criteria for selecting appropriate electrical equipment and materials that are compliant with safety standards, ensuring they are suitable for the intended use and environment.

IEC/ISO Standards:

Many international standards, particularly those from the IEC and ISO, are adopted or referenced in Australia and New Zealand to ensure global compliance.

Key Aspects:

• Global Benchmark: IEC/ISO standards set the global benchmark for safety, performance, and compatibility, providing a common framework that manufacturers can use to ensure their products are accepted in multiple markets.
• Adoption in Australia and New Zealand: Australia and New Zealand often adopt these international standards, sometimes with modifications, to meet specific local conditions or regulatory requirements.
  For example, an IEC standard might be directly adopted as an AS/NZS standard, or it might be referenced within a broader local standard that includes additional requirements relevant to the Australian and New Zealand markets.
• Harmonization: The adoption of IEC/ISO standards helps harmonize regulations, reducing the need for duplicative testing and certification when products are sold in multiple countries.