Durability testing evaluates whether a product maintains structure and function under repeated use, opening/closing, pressing, plugging, loading, or environmental stress. Companies should define test conditions, sample status, cycles, criteria, and report scope.
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Protection against electric shock and energy hazards evaluates shock, energy release, overheating, arc, and mechanical-injury risks under normal and single-fault conditions. The review should cover insulation, grounding, clearance, creepage, protective devices, and warning labels.
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Grounding conductor and bonding resistance testing evaluates continuity and connection reliability of the protective earth path. The review should cover test current, measuring points, conductor size, connection structure, terminal condition, criteria, and report scope.
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Edge and corner testing evaluates whether accessible edges, corners, openings, burrs, and cutouts may cause scratches, cuts, or pinching. Companies should define users, accessible parts, test tools, criteria, and corrective records.
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An inspection report records sample information, test items, methods, results, and acceptance criteria. Companies should check whether the report matches the current model, batch, material, standard version, and customer use scenario, instead of using it beyond its stated scope.
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General safety testing should be selected by product category, target market, and current standards. Companies should review electrical safety, mechanical safety, material chemistry, environmental reliability, labels, manuals, and report scope, and avoid inapplicable standards or mismatched test items.
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