The thermal shock Test Chamber is a high-precision instrument commonly used in modern reliability laboratories. Most industries include electronic equipment, optoelectronic communications, LED lighting, LED optoelectronics, LED semiconductors, plastics, metal molds, PCB circuit boards, LCD modules, LCD displays, solar photovoltaics, instrumentation, scientific research and college laboratories, etc. It is necessary to use a thermal shock Test Chamber for reliability testing in a simulated environment.
Especially as the LED optoelectronics and LED lighting industries are very hot in recent years, manufacturers large and small have invested a lot of manpower, material and financial resources to develop new products, such as LED street lights, LED lighting and LED displays. In order to win the heart of the LED market. At the same time, LED manufacturers must not forget the basic "quality" of corporate survival. Yes, quality is the lifeline of an enterprise. If an enterprise does not have a high-quality lifeline, it will certainly not be able to survive. As a result, LED manufacturers began to pay attention to the quality of LED lighting and LED optoelectronic products, and the test of thermal shock Test Chamber is the required test equipment. For the development of the industry, Kewen is committed to the R&D and production of LED reliability testing equipment, and has specially developed LED thermal shock Test Chambers for industry users.
First, the cold and heat shock Test Chamber dedicated to LED needs multi-stage test procedures, because LED products will encounter various complex and changeable natural environments during use, such as sudden changes in high-low temperatures, alternating high and high humidity, high temperature and low humidity At the same time, there are different environments, which requires the thermal shock Test Chamber to have a precise environmental simulation function, so as to meet the test requirements.
Second, the cold and hot shock test box dedicated to LED needs to meet the power-on function of the test box, because LED products need to be tested with electricity when testing, which requires the cold and hot shock test box to have a connection hole for the outer line of the test box to meet this requirement. 1. Basic requirements.
Third, thermal shock Test Chamber manufacturers should treat the LED test as a special test. For the test requirements of LED manufacturers, they must go through scientific and reasonable design and planning, and help LED manufacturers design scientific and reasonable test plans. To ensure that LED manufacturers do various tests smoothly.
Fourth, the inner box of the thermal shock test box must have sufficient load capacity. Many LED manufacturers produce street lamp products, and everyone knows that LED street lights are generally heavy, and the general test box is layered. The hardness of the property is not enough, which causes the pallet to be skewed during the test, which affects the test effect.
