The core of the simulated high-altitude low-pressure test chamber is that it can create and maintain a low-pressure atmosphere similar to the high-altitude environment. Through a vacuum pump or compressor system, the gas inside the test chamber is extracted or compressed to achieve the required low-pressure conditions. At the same time, in order to simulate the real high-altitude environment, the test chamber must also have the ability to accurately control environmental parameters such as temperature and humidity to ensure the comprehensiveness and accuracy of the test. In addition, some high-end models also integrate composite environmental simulation functions such as vibration and shock to further simulate the performance of products in complex space environments.

Technical features

1. High-precision control: Modern simulated high-altitude low-pressure test chambers use advanced control systems, which can achieve precise control of environmental parameters such as air pressure, temperature, and humidity, with extremely small error ranges, ensuring the accuracy of test results.

2. Wide range of adjustment: In order to meet the testing needs of different products, the test chamber has a wide range of air pressure adjustment, from near vacuum to near standard atmospheric pressure, and parameters such as temperature and humidity also have a wide range of adjustment capabilities.

3. Safe and reliable: The test chamber is designed with complete safety protection measures, such as overpressure protection, overcurrent protection, leakage protection, etc., to ensure the safety of personnel and equipment during the test.

4. Easy to operate and maintain: The friendly human-machine interface and intelligent operating system make the operation of the test chamber simple and fast, and the modular design facilitates later maintenance.