With the continuous tightening of ingress-protection requirements in automotive electronics, low-voltage power distribution and photovoltaic industries, repeatable, quantifiable and traceable artificial-rain testing has replaced the traditional “splash-and-inspect” approach and become the core means of verifying sealing performance.
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?
Low-temperature test chambers are dedicated to evaluating the storage reliability and environmental adaptability of electronic and electrical products, automotive components, household appliances, and related materials in extreme cold climates.
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