WBE-YG1872 Solar Radiation Test Chamber

WBE-YG1872 Solar Radiation Test Chamber

The WBE Solar Radiation Test Chamber, also known as  Full-Spectrum Light Simulation Aging Chamber, is widely used in the automotive, materials science, electronic device, and new energy industries. It simulates the solar spectrum, including ultraviolet, visible, and infrared radiation, using a built-in high-precision light source to provide a near-realistic solar radiation environment for the tested samples. The chamber can precisely control environmental parameters such as temperature, humidity, and irradiance intensity, meeting the light exposure testing standards of GB and GJB.

Description

WBE Solar Radiation Test Chamber are used for full-spectrum illumination testing, meeting the illumination testing standards of GB and GJB. They simulate the "realistic" natural illumination environment of the sun throughout the year and at different times of day, thereby evaluating the ability of equipment and materials exposed to solar radiation to withstand the thermal or photochemical effects of solar radiation. This equipment can also be used to measure the effects of solar ultraviolet radiation at different altitudes.

Application:
It is mainly used for exposure testing of automobiles and parts, such as plastic samples, dashboards, central control screens, steering wheels, bumpers, etc., to meet the testing needs of industries such as new energy, photovoltaic/solar energy, and military. It is suitable for sunlight simulation aging tests of components and finished products.

Test Standards:

BMW: PR303.5, PR 303.4, PR 306; Volkswagen: PV13033, DIN75220; Chery: Q/SQRT1-7-2013; Dongfeng: EQCT1069-2010, EQCT1069-2015;

Civilian Standards: GB/T2423.24, IEC60068-2-5, GB/T5170.9-2008; Military Standards: GJB150.7-86, GJB150.7A-2009, MIL-STD-810G, GJB4.12-83, GJB367.2-87


Machine Features

1. New servo flow control technology + innovative mechanism design: Energy saving of 45% and lifespan extended by more than 1/3.

2. Full-band spectrum: Simulates the "realistic" natural lighting environment of the sun throughout the year and at different times of day;

3. Imported lighting system with long service life, large irradiation area, and excellent irradiation uniformity;

4. Lighting, temperature, and humidity can be operated on the same interface, simplifying cumbersome setting steps, and displaying test results on the same curve;

5. Meets the requirements of various complex test environments: Fixed value/programmed operation to meet the test needs under different environments, such as light + temperature cycling test, light + constant humidity and heat test, light + humidity and heat alternating test, and high temperature and high humidity test, etc.