Household/Commercial Air Conditioner Labs

With humidity and temperature controllable function, this test chamber can be used for not only subjective evaluation of the air conditioner noise, but also the determination of body vibration of indoor and outdoor units, piping stress, foot acceleration and the natural frequency of the compressors, etc..

This calorimeter is designed to determine the performance of heat exchangers including air-refrigerant heat exchangers, coolant-refrigerant heat exchangers and air-coolant heat exchangers.

This Calorimeter conforms to ISO 917 and GB/T 5773. Normally, method X adopts the secondary refrigerant calorimeter method while method Y adopts liquid refrigerant flow meter method. Other combinations of methods specified in Standards are also available in this calorimeter. The capacity, input power, COP, current, rotating speed, input power of inverters and temperature rise of windings can be determined by this calorimeter.

This test bench conforms to GB/T 15765, which is designed to do the on/off endurance test and life cycle test for compressors.

This bench conforms to GB/T 15765. It’s designed to test the noise and vibration of compressors under different conditions.

This calorimeter is designed to determine the performance of single-tubes, with the ability to execute single-phase flow tests, evaporation tests and condensation tests inside the tube. During test the refrigerant is in the tube and the water is outside of the tube.

This calorimeter is designed to determine the performance of refrigerators and freezers. It’s able to record and analyze the temperature, power consumption of refrigerators/freezers and other parameters, assisting in the test and design of refrigerator/freezer.

This test bench is designed to determine the performance of air conditioner fans, conforming to ISO 5801 and GB/T 1236. Both automatic and manual operating modes are available for all tests.