Lighting fixtures are lighting devices containing electrical components designed to provide illumination. All lighting fixtures consist of a fixture body and one or more lamps. LED lighting fixtures exported to EU countries must obtain CE certification, which requires compliance with the Low Voltage Directive (LVD) and Electromagnetic Compatibility (EMC) Directive. The CE certification for LED lighting products in the EU adheres to the LVD Directive 2006/95/EEC. Key testing standards include EN 60598-1, the EN 60598-2 series, EN 61347-1, EN 61347-2-13, EN 62031, and EN 62471.
EN 60598-1 is the general safety standard for lighting fixtures. It specifies general requirements for lighting equipment operating at supply voltages up to 1000V. The standard covers all aspects of classification, marking, mechanical design, and electrical structure. It includes provisions for electrical safety, overheating, and mechanical integrity. Additionally, these requirements apply to luminaires with built-in starters and those used with separate ballasts.
The LVD-compliant standard for lighting fixtures is typically EN 60598. Different lighting fixture types have corresponding specific standards:
- EN 60598-2-1: Fixed luminaires
- EN 60598-2-2: Recessed luminaires
- EN 60598-2-3: Road and street lighting
- EN 60598-2-4: Portable general luminaires
- EN 60598-2-5: Floodlights
- EN 60598-2-6: Luminaires with built-in tungsten filament transformers or converters
- EN 60598-2-7: Portable garden luminaires
- EN 60598-2-8: Handlamps
- EN 60598-2-9: Photography and film luminaires
- EN 60598-2-10: Portable luminaires for children
- EN 60598-2-11: Aquarium luminaires
- EN 60598-2-12: Nightlights for socket-outlet mounting
- EN 60598-2-13: Ground-recessed luminaires
- EN 60598-2-14: Neon luminaires
- EN 60598-2-17: Stage and studio luminaires
- EN 60598-2-18: Pool luminaires
- EN 60598-2-19: Ventilated luminaires
- EN 60598-2-20: Lighting chains
- EN 60598-2-22: Emergency luminaires
1. Insulation Resistance Test: Verifies the resistance of insulating parts to ensure safety.
2. Leakage Current Test: Measures leakage currents on the housing or conductive parts to ensure they are within safe limits.
3. Flame Test: Assesses fire resistance to ensure the luminaire does not self-ignite or spread fire.
4. Mechanical Strength Test: Evaluates the mechanical integrity of the housing and mounting components to prevent accidents.
5. Ingress Protection (IP) Test: Tests dust and water resistance for suitability in different environments.
6. Heat Resistance Test: Examines performance and safety under specified temperature conditions.
7. Electromagnetic Compatibility Test: Checks sensitivity to electromagnetic radiation and ensures it does not interfere with other devices.
8. Optical Performance Test: Measures brightness, color temperature, and color consistency for appropriate lighting effects.
9. Electrical Performance Test: Includes power factor, operating voltage range, and switch cycles to ensure proper functionality.
10. Environmental Tests: Assesses reliability and stability under varied conditions such as high/low temperatures and humidity.
The testing period typically takes 5-7 working days and requires sample submission for evaluation.
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