Environmental Chamber | Climatic Chamber | Thermal Chamber | Salt Fog Chamber - LISUN

When it comes to assuring the dependability and performance of LED outdoor luminaires, one of the most important steps is conducting temperature and humidity testing. These tests are carried out to provide an accurate representation of the real-world circumstances that the goods are expected to face in the setting for which they were designed. In order to evaluate the efficacy of the LED luminaires and determine how long they will last, the test entails putting them through a series of temperature and humidity simulations under controlled settings. The temperature test determines whether or not the LED luminaires can function well in a range of temperatures, from very cold to extremely hot, and the humidity test determines whether or not they can survive high levels of wetness and dampness. Tests at high temperatures are carried out in order to ascertain not only how well the product operates at high temperatures but also how well it can endure very high temperatures. On the other h

According to the regulations established by the International Electrotechnical Commission (IEC), there are a few different kinds of flame tests that may be performed on lights. The following are examples of some of the flame tests for lights that are most often used: This standard addresses the horizontal and vertical flammability tests for completed items, such as lighting products. IEC 60695-11-10 is the number for this standard. This standard addresses the flammability test for light sources, such as LED modules and lamps, and is designated as IEC 60695-11-20. This standard addresses the flammability test for LED luminaires and LED retrofit bulbs, and its designation is IEC 60695-11-30. This standard addresses the flammability test for material samples, including those used in the production of lighting products. It is designated as IEC 60695-2-10. This standard addresses the flammability test for the surface spread of flame of materials and products, and its designation is IEC 6