The system consists of intelligent control power supply, optimized design of reflective lamp housing, Osram 2000W/4000W metal halide lamps, cabinets, illuminance meters, etc. It can perfectly simulate the environment of sunlight exposure under various conditions. By coupling with environmental factors such as temperature, humidity, rain, snowfall, etc., it can be used to evaluate the effects of direct solar radiation on specimens (thermal, mechanical, chemical, electrical, etc.), and can also be used to reveal the interactions between different materials in components. The sunlight simulation system can be used independently for testing electronic, material, and small volume specimens. Multiple systems can also be combined into a light array through professional design and layout, used for testing in cars, trucks, photovoltaic modules, and even trains and airplanes.
1、 Product Usage
The temperature/humidity/vibration comprehensive environmental test chamber meets various corresponding requirements for temperature, humidity, and vibration comprehensive tests. Widely used in aviation, aerospace ships, electrical engineering, electronics, communication and other fields.
2、 Compliant with standards
GB/2423.10-1955 Vibration (Sine)
GB/2423.1-1999 Low temperature test methods
GB/10589 Technical Conditions for Damp Heat Test Chamber
GB/T2423.4-1993 Alternating Damp Heat Test Method
GB/10592 Technical Conditions for High and Low Temperature Test Chamber
GB/2323.2-1989 High temperature test methods
|
|
Lighting system data, product data for three comprehensive products, etc
|
|

Radiation range: up to 200-1200W/m ² (infinitely adjustable)
Uniformity of radiation surface illumination intensity: ± 10%
Stability deviation of lighting system within 8 consecutive hours: ≤± 5%
After the system stabilizes and lights up, the stabilization time to reach the set value ± 10% is ≤ 2 seconds
Meets standards: MIL-STD 810/GBB 150.7A/IEC 60904-9/GBT 2423.24/DIN 75220/ISO 12097-2/US EPA regulations
Radiation range: up to 200-1200W/m ² (infinitely adjustable)
Uniformity of radiation surface illumination intensity: ± 10%
Stability deviation of lighting system within 8 consecutive hours: ≤± 5%
After the system stabilizes and lights up, the stabilization time to reach the set value ± 10% is ≤ 2 seconds
Meets standards: MIL-STD 810/GBB 150.7A/IEC 60904-9/GBT 2423.24/DIN 75220/ISO 12097-2/US EPA regulations