IEC 62368- For Audio/Video ICT Equipment
The hazards-based IEC 62368-1 is the current standard that is used to cover the scope of the previous standards IEC 60950-1 (IT equipment) and IEC 60065 (AV equipment).
IEC 62368 is a vital safety standard for audio, video, information, and communication technology equipment. This standard is designed to ensure that products meet rigorous safety criteria to protect users from potential hazards associated with these devices.
There are 4 editions already. The 4th edition is current while some countries still accept the 3rd edition as in transition. Manufacturers who choose Ed3 instead of Ed4, need an extensive risk analysis to be part of their compliance folder.
Key Components of IEC 62368
1. Hazard-Based Safety Engineering (HBSE):
IEC 62368 employs an HBSE approach, focusing on identifying and mitigating potential hazards rather than prescribing specific design rules. This method provides more flexibility and innovation in product design while maintaining high safety standards.
2. Comprehensive Safety Coverage:
The standard addresses multiple types of hazards, including:
- Electrical Hazards: Ensuring protection against electric shock through proper insulation, grounding, and safe electrical design.
- Thermal Hazards: Managing heat generation and dissipation to prevent burns and fire risks.
- Mechanical Hazards: Protecting users from mechanical injury through robust construction and safe design of moving parts.
- Fire Hazards: Implementing fire prevention measures to minimize risks associated with overheating and combustion.
- Chemical Hazards: Ensuring that materials used in the equipment do not pose chemical risks to users.
In Australia, the Australian Communications and Media Authority (ACMA) and Standards Australia are the primary bodies responsible for enforcing and ensuring compliance with this standard in Australia.
Products typically requiring certification under AS/NZS IEC EN 62368 include audio and video equipment, information technology hardware, communication technology devices, and various office and home electronic devices.
One important note is that while using an IEC 62368 test report, please ensure that the Australian National Differences are covered. The alternative is to have an AS/NZS 62368 test report.
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Category | Examples of Appliances | Relevant Standards |
Audio/Video Equipment | Televisions, Radios, Audio Amplifiers, DVD Players | AS/NZS IEC EN 62368-1 |
Information Technology Equipment | Computers, Servers, Printers, Network Routers, Laptops | AS/NZS IEC EN 62368-1 |
Communication Technology Equipment | Mobile Phones, Wireless Routers, Modems | AS/NZS IEC EN 62368-1 |
Business and Office Machines | Copiers, Fax Machines, Document Scanners | AS/NZS IEC EN 62368-1 |
Consumer Electronics | Digital Cameras, Smart Home Devices, Game Consoles | AS/NZS IEC EN 62368-1 |
Lighting Control Equipment | Dimmers, Smart Lighting Controllers | AS/NZS IEC EN 62368-1 |
Multimedia Devices | Projectors, Media Players, Audio/Video Streaming Devices | AS/NZS IEC EN 62368-1 |
Internet of Things (IoT) Devices | Smart Home Devices, Wearable Devices, Connected Appliances | AS/NZS IEC EN 62368-1 |
Company Strengths at a glance
Why C-PRAV?
As a NATA (National Association of Testing Authorities) accredited laboratory, we guarantee that our testing procedures meet the highest international standards for accuracy and reliability. Our state-of-the-art facilities can handle all aspects of IEC 62368 compliance, from electrical and thermal safety to mechanical and fire hazards. We provide tailored compliance solutions, working closely with your design and engineering teams to address unique challenges
For more information about IEC 62368
Quick FAQ'S
Products including audio/video equipment, information technology equipment (ITE), and communication technology equipment fall under this standard.
IEC 62368 uses a hazard-based safety engineering (HBSE) approach, focusing on identifying and mitigating specific hazards rather than prescribing detailed design rules.
The standard covers protection against electric shock, thermal hazards, mechanical hazards, fire, and chemical hazards, ensuring comprehensive safety across different aspects of product design.
Manufacturers need to design and test their products according to the standard’s hazard-based requirements and provide thorough documentation of risk assessments and safety measures.
This approach allows for more flexibility in design by focusing on the identification and mitigation of specific hazards, rather than adhering to rigid design specifications.
Yes, products must be labeled with safety information, warnings, and usage instructions as specified by the standard.
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