SAIC

The constant temperature and humidity test chamber is widely used in many industries. To reduce the failure rate and accident rate during use

If the temperature exceeds the set value during testing in a constant temperature and humidity test chamber, how should we resolve it? Are there any emergency response measures?

Although both thermal-shock and steady-state temperature/humidity tests fall under the umbrella of “weathering verification”, they differ fundamentally in physical modelling, control logic and safety strategy.

In the era of surging technological waves, every product is like a brave "explorer" venturing into the unknown, and it must demonstrate reliable performance in various extreme environments. The high and low temperature and low pressure test chamber is like a magical "environmental wizard.

I wonder if anyone has encountered the phenomenon where the equipment trips or trips the circuit breaker as soon as it is started during the use of a high-low temperature and humidity test chamber. Why does this happen?