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This calorimeter is designed to determine the performance of air conditioners through air enthalpy method, including the rated cooling capacity, rated heating capacity, low temperature heating capacity (transient), airflow rate, power consumption and APF, assisting in the performance test and R&D of air conditioners .
Balanced ambient room-type calorimeter provides a method for determining capacity simultaneously on both the indoor-side and the outdoor side.
This calorimeter is designed to determine the capacity of the air conditioner and its components, such as condensers, evaporators, compressors, capillaries and fans.
This calorimeter is designed to determine the performance of air conditioners through air enthalpy method, including the rated cooling capacity, rated heating capacity, low temperature heating capacity (transient), airflow rate, power consumption, APF, etc.. Given that the calorimeter consists of several indoor and outdoor rooms, it is capable of conducting multiple split air conditioner tests independently or two air conditioner tests simultaneously. It plays an important role in product R&D and quality control.
This test chamber is designed to simulate actual indoor and outdoor working environment for a household air conditioner.
This test chamber is designed to provide the operating conditions (temperature and humidity) for air conditioners so as to test their performance.
This test chamber is designed for endurance tests including over load cooling tests, over load heating tests, low temperature heating (transient) tests, etc.
This test chamber is applied to determine the noise and vibration performance of air conditioners or other related products. It is designed as anechoic type or semi-anechoic type. Either the sound pressure level or sound power level test methods can be supplied in this chamber.