Automotive Parts Xenon Lamp Weather Resistance Test Chamber, also known as xenon lamp aging test chamber, is referred to by this name because the equipment includes functions such as rain simulation (simulating rainfall), condensation (simulating humidity), and light exposure (simulating sunlight). Of course, it can also be called xenon lamp condensation weather resistance test chamber, among other names.

Technical Parameters:

1. Model: AP-XD-252 (Air-cooled type) (Simulates light passing through a glass window)

2. Power Supply: AC 380V/50Hz, Total Power 5KW 

3. Xenon Lamp Power: 3KW (Air-cooled full solar spectrum long-arc xenon lamp)

Xenon Lamp Tube: Certified domestic lamp tube (lifespan 1200 hours).

4. Xenon Lamp Radiation Intensity: Irradiance at 340NM wavelength is 0.55W/m2   

5. Trigger Power: 2KW, Operating Voltage AC 220V, Current 25±3A.

6. Test Black Panel Temperature: Adjustable from 50°C to 80°C

7. Temperature Uniformity: ≤±2°C

8. Humidity Range: 55%HR - 90%HR

9. Distance from Arc Center to Sample: 250–300mm, Effective Exposure Area  60000px2

10. Chamber Dimensions: 600×600×700 MM (Width × Depth × Height)

11. Lamp Quantity: 1

1. Integrated Structure: Composed of the test chamber, heating/lighting system, and electrical control.

2. Chamber Material: Outer shell made of high-quality A3 steel plate processed by CNC machine tools, with phosphating and spray coating for a cleaner and more aesthetic appearance.

3. Chamber Inner Lining: SUS304 stainless steel plate

4. Door : Silicone rubber tight-sealing device.

5. Sample Rack: Fully made of stainless steel, adjustable sample fixation position, standard stamped sample plate.

6. Controller: Programmable touch screen controller

7. Convection: Special long-axis motor                

8. Equipment Runtime Sequence Controller

9. Black Panel Thermometer BPT or Black Standard Thermometer BS

10. Special Filter (Light passing through a glass window)

Automotive Parts Xenon Lamp Weather Resistance Test Chamber: Natural sunlight, rain, and humidity cause immeasurable economic losses to materials every year. The resulting damage mainly includes yellowing, fading, discoloration, embrittlement, strength reduction, oxidation, brightness reduction, cracking, blurring, and powdering. For products and materials exposed directly to real-world environments, the risk of light-induced damage is the greatest. Of course, damage from rain and humidity is also a contributing factor. The xenon lamp rain simulation weather resistance test chamber uses xenon lamps that simulate the full solar spectrum to reproduce the destructive light waves present in different environments. It recreates realistic rainfall and humidity through a water spray humidification system. This equipment provides corresponding environmental simulation and accelerated testing for scientific research, product development, and quality control. It is commonly used for testing new material selection, improving existing materials, or evaluating changes in durability after material composition alterations. The equipment effectively simulates the changes materials undergo when exposed to sunlight under various environmental conditions.