IS/IEC 62368-1
IS/IEC 62368-1 represents a fundamental shift from prescriptive rules to Hazard-Based Safety Engineering (HBSE). It unifies the safety requirements for ICT and Audio/Video equipment into a single, comprehensive framework.
- Unified Standard: Merges legacy standards (IS 616 and IS 13252) into one.
- Proactive Safety: Focuses on identifying energy hazards (thermal, electrical, mechanical) rather than just “box-checking.”
- Future-Ready: Designed to cover evolving technologies like IoT, AI-integrated hardware, and high-density power systems.
- Global Harmony: Aligns Indian manufacturing with international IEC benchmarks.
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Product Portfolio: What Falls Under the Lens?
The scope is broad, covering virtually any device that processes data or media. Key categories include:
- Computing: Laptops, Desktops, Servers, and Tablets.
- Media & AV: Digital Cameras, Smart TVs, Sound Systems, and Amplifiers.
- Telecom: Mobile Phones, Modems, and Routers.
- Office Infrastructure: Printers, Scanners, and Multi-function Devices.
- Power Components: External Power Adapters and UPS systems.
Technical Assessment: Scope of Testing
Testing is exhaustive and focuses on how the device behaves under normal, abnormal, and single-fault conditions.
- Electric Shock Hazards: Insulation, clearance, and creepage distances.
- Fire Hazards: Material flammability and power limiting circuits.
- Mechanical Safety: Stability, sharp edges, and structural integrity.
- Thermal Safety: Temperature rise limits for internal components and external enclosures.
- Radiation: Protection against acoustic (audio) and laser hazards.
Trust Factor: Required Accreditations
Compliance Roadmap: Estimated Timeline
- Testing Phase: 10 to 15 working days (subject to sample performance).
- BIS Review & Processing: 15 to 20 working days.
- Total Turnaround: Approximately 4 to 6 weeks from the date of sample arrival and document submission.
Logistics: Sample Requirements
Typically, 1 to 2 units of the final product are required.
- Main Unit: One fully functional sample for non-destructive and destructive testing.
- Critical Components: In some cases, additional components (like transformers or power cords) may be required if they do not carry independent BIS or IEC certifications.
Investment: Cost Structure
Compliance costs are categorized into two segments:
- Testing Fees: Charged by the lab based on the complexity and number of models (Series guidelines apply).
- Statutory Fees: Official BIS application and processing fees, plus any applicable Brand/Model inclusion charges. For a customized quote based on your specific SKU count, please contact our advisory team.
Paper Trail: Required Documentation
To ensure a seamless filing, the following must be provided:
- Technical Specs: User manuals, block diagrams, and circuit schematics.
- CDF & CCL: Critical Component List and Component Data Form.
- Business Proof: Incorporation Certificate, Trademark Registration (Brand Authorization), and ID Proof of the Authorized Indian Representative (AIR).
- ISO Certificate: Valid ISO certification for the manufacturing unit.
Frequently Asked Questions
Manufacturers can currently choose either standard, but full migration becomes mandatory by November 2028. We recommend early adoption to avoid supply chain disruptions during the final transition phase.
Yes, valid IEC 62368-1 CB reports accelerate the process. However, a BIS-recognized lab in India must still conduct physical testing to verify compliance with specific Indian national deviations.
Instead of following rigid design rules, HBSE identifies potential energy hazards and verifies that effective safeguards are in place. This allows for more flexibility in modern, innovative product designs.
Under the 2023 revision, the removal of "legacy component" clauses means adapters must eventually be re-certified to IS 62368-1 to maintain the main product’s overall compliance status.
It covers a vast range of ICT and AV equipment, including professional servers, telecommunication hardware, and household electronics, provided they operate at rated voltages not exceeding 600V.
Yes, products with similar designs and safety-critical components can be grouped into a "Series." This significantly reduces testing costs and administrative overhead for large product portfolios.
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