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Temperature composite impact test chamber

Temperature composite impact test chamber

Product Introduction
Temperature composite impact test chamber, temperature impact test chamber, is a stress screening test for environmental testing or reliability testing of materials, components, assemblies, instruments and meters in the fields of aviation, aerospace, automotive, shipbuilding, military, information, electronics, etc. Provide environmental simulation conditions such as high and low temperatures; It can conduct temperature shock tests, high/low temperature storage tests, high/low temperature cycling tests, temperature change tests, etc.

Service Hotline

4000-662-888
Product Features
Product Parameter
Main parameter Studio size 1000×1000×1000(D*W*H)mm
outline dimension 3400×2000×2300(D*W*H)mm
Impact temperature range -55℃~85℃
Pre-cooling Temperature Range of the Cold Room -75℃~0℃
Cooling time 20℃~-75℃≤60min
Recovery condition High temperature exposure temperature:≤85℃,Exposure time:≤30min
Low temperature exposure temperature:≤-55℃,Exposure time:≤30min
Temperature recovery time ≤5min
Temperature fluctuation ≤±0.5℃
Temperature deviation ≤±2℃(no load)
Temperature uniformity ≤2℃(no load)
Outer box material High-quality A3 steel plate electrostatic spraying
Inner box material Imported high-grade stainless steel SUS304
controller Imported “Excellent and Easy Control” brand temperature instrument
Power supply voltage AC380V±10% 50Hz
Note:
1. The test data are all measured when the ambient temperature is 25℃ and the ventilation is good.
2. The above parameters are for reference only and can be customized according to the specific test parameters of users.
3. This technical information is subject to change without prior notice.
Product Recommendation
Industry News
In generic reliability standards such as GB/T 2423, IEC 60068 and MIL-STD-810, “damp heat” is treated as an independent climatic stress. The goal is not merely to verify moisture resistance, but to accelerate and expose failure modes triggered by water adsorption, condensation, “breathing” and electrochemical migration.
High and low temperature test chambers have a lifespan from the moment they are produced.
Most metal corrosion occurs in the atmospheric environment, which contains corrosive components and factors such as oxygen, humidity, temperature changes, and pollutants. Salt spray corrosion is a common and highly destructive form of atmospheric corrosion.
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