High-Power Lamp tube （1500W~12000W)

Applicable Standards

High-power lamp tubes adhere to global safety and performance benchmarks, including:

IEC 60598-1(Luminaires – General Requirements and Tests)

ASTM G155(Standard Practice for Operating Xenon Arc Light Apparatus for Exposure of Non-Metallic Materials)

ISO 4892-2(Plastics – Methods of Exposure to Laboratory Light Sources – Part 2: Xenon-Arc Lamps)

SAE J2527(Automotive Exterior Weathering Test for Coatings)

CIE 85:1989(Solar Spectral Irradiance)

These standards ensure uniformity in light output, spectral distribution, and safety protocols.

Working Principle

High-power lamp tubes operate viaelectrical discharge in gas-filled envelopes:

Ionization: An electric arc ionizes xenon gas (or metal halides), emitting broadband light.

Spectral Control: Optical filters and reflectors shape the output to mimic natural sunlight (e.g., D65. AM1.5G) or custom spectra.

Thermal Regulation: Integrated cooling systems prevent overheating, ensuring stable performance.

Test Principle & Applications

These lamps are used inaccelerated aging chambersto simulate environmental stressors:

Weathering Testing: Evaluating material degradation under UV, heat, and moisture (ASTM G155. ISO 4892).

Automotive Validation: Assessing paint, trim, and interior component durability (SAE J2527).

Photovoltaic Research: Testing solar cell efficiency under standardized irradiance (IEC 60904).

Textile/Coating Analysis: Measuring colorfastness and adhesion after prolonged exposure.

Key Advantages

High-Intensity Output: Enables rapid testing cycles (e.g., 1000 hours of exposure in weeks).

Spectral Customization: Mimics sunlight, window glass filtration, or UV-only conditions.

Industrial Scalability: Modular designs accommodate multi-lamp setups for large-scale testing.

High-power lamp tubes are indispensable for industries demanding rigorous product validation, offering a controlled, efficient, and replicable approach to environmental simulation.

Main Parameters