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

IEC 60068 is an international standard that details the procedures that must be followed when conducting tests on electronic and electrical devices in a wide range of different environmental conditions. The International Electrotechnical Commission is responsible for the development of this standard (IEC). Temperature and humidity testing , which is one of the most significant tests needed by the standard, is carried out in a specialized chamber that maintains a constant temperature and humidity level throughout the testing process. The functionality and dependability of electronic products are going to be put to the test in this evaluation, in which they will be exposed to a wide range of severe climatic conditions, such as extremes of temperature (both high and low) and high levels of humidity. These conditions will be put to the test in order to determine how well the electronic products can withstand them. This makes it simpler for manufacturers and suppliers to identify potentia

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

Testing an electrical appliance's performance in a range of environmental conditions, including temperature and humidity, is a crucial component of the product development and quality control process. These tests are being conducted to assess the impact that situations of severe temperature and humidity have on the product, as well as to guarantee that the product is capable of performing consistently and safely in settings that are representative of real-world conditions. The following types of electrical equipment are some examples of those that need ambient temperature and humidity testing: Consumer electronics are subject to environmental conditions, which may have an influence on their performance and durability. Examples of consumer electronics devices include cellphones, laptops, tablets, and gaming systems. Tests for temperature and humidity may assist establish whether or not these devices have the capacity to function reliably in adverse circumstances and can also help