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The application scenarios of refrigeration compressors are wide, and the refrigeration requirements and working conditions vary greatly in different scenarios. It is necessary to choose the appropriate compressor type and model based on the characteristics of the scenario to ensure the efficient and stable operation of the refrigeration system. The following are several adaptation solutions […]

During long-term operation, refrigeration compressors are susceptible to various malfunctions due to factors such as fluctuating operating conditions, improper maintenance, and component aging. Timely troubleshooting and resolution of these malfunctions can prevent them from escalating and reduce losses. The following are the most common faults and corresponding troubleshooting methods, covering core issues such as abnormal

The daily maintenance and upkeep of refrigeration compressors are key to extending their service life, ensuring operational stability, and reducing failure rates. It is necessary to follow the principle of “regular inspection, timely maintenance, and replacement as needed”, develop targeted maintenance plans for different components, and establish complete maintenance records. The maintenance of the lubrication

The core working logic of a refrigeration compressor is to complete the “suction compression discharge” cycle of refrigerant vapor by consuming mechanical energy, promoting the circulation of refrigerant in the refrigeration system, and realizing the transfer of heat from low temperature environment to high temperature environment. Its working principle is essentially the compression cycle process

The structural design of refrigeration compressors directly affects their operating efficiency and stability. Different types of compressors have different structures, but the core components have common functions, mainly composed of six core parts: the body, compression mechanism, transmission mechanism, sealing mechanism, lubrication mechanism, and cooling mechanism. The various components work together to complete the compression

There are various types of refrigeration compressors, which can be classified into multiple categories based on their working principles, structural forms, application scenarios, and other dimensions. The performance and adaptability of products in different categories vary significantly, and accurate classification is the basis for selection and application. The most mainstream classification method in the industry

The refrigeration compressor is the “heart” of the refrigeration system, and its core function is to consume mechanical energy to suck in and compress the low-temperature and low-pressure refrigerant vapor in the evaporator, convert it into high-temperature and high-pressure vapor, and discharge it to the condenser, driving the refrigerant to circulate in the system, ultimately