| Customization: | Available |
|---|---|
| After-sales Service: | 1 Year |
| Power Supply: | AC 220V |
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With the continuous development of the automobile industry and the continuous advancement of technology, the vehicle's comprehensive performance sunlight environment test chamber will also continue to develop and improve. In the future, the test cabin will be more intelligent, automated, and integrated, using more advanced light sources, temperature and humidity control, and data acquisition technologies to improve test efficiency and accuracy. The test cabin will also pay more attention to environmental protection and energy conservation, using more environmentally friendly and energy-saving light sources and control systems to reduce energy consumption and environmental pollution.
The vehicle's comprehensive performance sunlight environment test chamber can be widely used in automobile manufacturing, research and development, testing and other fields. It can help automobile manufacturers discover and solve problems during product design and production, and improve product quality and performance. It can also help automotive R&D personnel test and verify new technologies, new materials, and new structures, promoting the continuous advancement of automotive technology. It can also help automobile testing agencies conduct comprehensive testing and evaluation of the performance and quality of automobiles to ensure that the automobile meets relevant standards and regulatory requirements.
1. Light source technology
The light source technology used in the vehicle's comprehensive performance daylight environment test chamber mainly includes xenon lamps and LED lamps. Xenon lamps have the characteristics of high brightness, high stability, and high color temperature, and are suitable for simulating real sunlight conditions. LED lights have the characteristics of low power consumption, long life, and adjustable color, and are suitable for simulating different lighting conditions.
2. Temperature and humidity control technology
The temperature and humidity control technology used in the vehicle's comprehensive performance sunlight environment test chamber mainly includes two modes: constant temperature and humidity and variable temperature and humidity. The constant temperature and humidity mode can stably control the temperature and humidity in the test chamber and simulate the climate conditions in different regions and seasons. The variable temperature and humidity mode can simulate temperature and humidity changes under different weather conditions.
3. Wind speed control technology
The wind speed control technology used in the vehicle's comprehensive performance sunlight environment test chamber mainly includes two modes: fan and blower. The fan can simulate the wind speed when the vehicle is driving, and the blower can simulate the vehicle driving under different wind speed conditions.
4. Data collection technology
The data collection technology used in the vehicle's comprehensive performance sunlight environment test chamber mainly includes two modes: sensor and computer. The sensor can monitor the temperature, humidity, light intensity, wind speed and other parameters in the test cabin in real time, and the computer can process and analyze the collected data and generate a test report.
| Temperature range | -40°C~+60°C |
| Temperature control accuracy | ≤±1°ºC(static)/≤±1.5°ºC(dynamic) |
| Humidity range | 20~95%RH |
| Humidity control accuracy | ≤±3%RH |
| Irradiation intensity | 600~1200kW/m (infrared/full spectrum) |
| Irradiation distance | 1.5m-2.5m |
| Irradiation area (mm) | 6000X2500 |
| Datum height | 0.8-1.8m |
| Unevenness | <+10% |
| Spectral range | 280-3000nm |
| Power Factor | 0.98 |
| Light source stability | ≤+2% |
| Warehouse pressure | ±50Pa |
| Exhaust volume | >6000m'/h (at 25°C) |
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