If the temperature recovery time falls outside the specified range, it can affect the test results of the thermal shock chamber. To routinely test the temperature recovery time of the equipment, you can follow the steps below.
Process for Testing Recovery Time:
Install the temperature measurement sensor at the designated position in the thermal shock chamber.
Adjust the temperature controls of the low-temperature chamber and high-temperature chamber to the required values.
Allow the chambers to achieve the desired heating and cooling temperatures.
Once the equipment enters the temperature control state, stabilize it for half an hour or according to the product technical requirements, and record the temperature at the measurement points.
Place the test load into the high-temperature chamber and select the appropriate holding time based on relevant standards and product technical conditions.
Set the equipment’s transition time and transfer the test load from the high-temperature chamber to the low-temperature chamber. Observe and record the temperature at the measurement points during this process.
Repeat the same method to transfer the test load from the low-temperature chamber back to the high-temperature chamber, while observing and recording the temperature at the measurement points.
After recording the two scenarios—transferring the test load from the high-temperature chamber to the low-temperature chamber and vice versa—measure the shortest time required for the temperature at the measurement points to return to the state before the test load was placed.
Linpin is a manufacturer of thermal shock chambers. For any questions regarding test equipment, you can consult our technical staff, who will provide tailored solutions based on your needs. The above outlines the main workflow for testing the temperature recovery time of the equipment. Through this explanation, we hope you have gained a deeper understanding of the relevant equipment. Thermal shock chambers are structurally divided into two-chamber and three-chamber types, and the workflow may vary slightly depending on the structure. For more information about the equipment, please visit our company website or call 400-066-2888 to inquire about the relevant parameters.
Temperature and humidity test chamber Salt spray test chamber Aging test chamber New Energy Test Chamber IP protection testing equipment Non standard customized laboratory High and Low Temperature Test Chamber Thermal Shock Test Chamber Constant Temperature and Humidity Test Chamber High and Low Temperature Low Pressure Test Chamber Salt Spray Test Chamber Rapid Temperature Change Test Chamber High and Low Temperature Alternating Humidity Test Chamber High and Low Temperature Humidity Test Chamber Low Temperature Test Chamber High Temperature Test Chamber High and Low Temperature Alternating Test Chamber Damp heat test chamber for antirust oil and grease UV Aging Test Chamber Ozone Aging Test Chamber Air-exchange Aging Test Chamber Rain Test Chamber Sand and Dust Test Chamber Sulfur Dioxide Test Chamber Mold Test Chamber Ultra-Low Temperature Test Chamber Salt Spray Corrosion Test Chamber Condensation Test Chamber HAST Test Chamber Thermal Vacuum Test Chamber Battery Explosion-proof Test Chamber battery test chamber Photovoltaic PV module UV test chamber Sunlight simulation test chamber Photovoltaic wet freezing test chamber Photovoltaic Dustproof Test Chamber
EN
中文
Pусский
Ti?ng Vi?t
???????
???????? ????
