Temperature Shock Test

Thermal Shock Test

Thermal Shock testing is performed to decide the capacity of parts to work appropriately in a climate with unexpected outrageous changes in temperature. It is additionally utilized for sped up testing during item assessment and capability process.

Thermal Shock aerial or fluid to-fluid chambers are utilized to play out the testing, with an exchange instrument that makes it conceivable to rapidly move tests from hot to cold zones and back. Both aerial and fluid to-fluid chambers are intended to meet the predetermined prerequisites as far as temperature strength during and after each change.

At Enscientific, on finishing of the decided number of cycles on electronics and electrical devices, an outer visual examination at a particular amplification is performed to decide the state of the checking as well as of the case, leads and seals.

This review and any extra required estimations are made after finish of the last cycle, endless supply of gathering, succession, or subgroup of tests which incorporate the Thermal Shock.

Disappointment of any predefined end-point estimations or assessments, proof of imperfections or harm to the case, leads, or seals, or messy markings of the electrical components (with the exception of those brought about by the test installations or taking care of) are viewed as a disappointment.

Thermal Shock Test:

Hot Cabinet Temperature Range: Ambient to +200°C

Cold Cabinet Temperature Range: -70°C to -80°C

Average rate of rise: 2.0°C/min

Average rate of fall: 2.0°C/min

Work Space from: 500mm(W)x500mm(D)x500mm(H) x2 Standards: IEC 60068-2, ISO 16750-4, IS 9000, MIL STD 810G, MIL STD 202G, JSS 55555, QM 333, SAE J 1455 and many more.

Average rate of rise: 2.0°C/min