A compressor is a section at the core of a refrigerant circuit. A Refrigeration compressor provides heat pumping, air conditioning, and refrigeration for equipment and facilities that are large scale. What exactly is the function of these type of compressors? The primary purpose of the compressor is to help increase the pressure, and the corresponding saturated temperature or the boiling point of the refrigerant’s vapor. It increases the vapor to high levels to improve the refrigerant condense through rejecting the heat by using the condenser. Nevertheless, for the compressor to work there has to be five essential refrigeration components. The five components include the refrigerant, the working fluid that moves the heat around.
Second, we have the evaporator. It is the heat exchanger inside the refrigerator, which receives the cold, liquid refrigerant. Third, there is the compressor that compresses the vapor to a higher pressure. Fourth, is the vapor with high temperatures. Finally, we have the liquid that passes through the expansion device. Without the compressor, the refrigeration process would not work. The compressor is, therefore, very essential in the refrigeration process. Without the compressor, you would have to buy more refrigerants with higher pressure.
However, it is important to note that not all compressors can be used on a refrigerant. Each refrigerant has a uniquely designed compressor. Selecting the right compressor for your refrigerant requires finding the compressor rated for your refrigerant. Any ideal refrigerant has a favorable thermodynamic property. They also are non-corrosive or chemically inert, degradable and environmentally friendly, and safe since they are non-toxic and non-flammable.
Specifications to consider when choosing a refrigeration compressor
The capacity measures the capability of the refrigeration compressor to eliminate heat from the refrigerant. However, it is possible to change the compressor to suit the desired capacity and the refrigerants operating conditions.
2. Evaporating temperature
This is the range of the condensing temperature, which the rated compressor can operate.
3. Flow rate
It is the range regarding mass, which the refrigerant fluid passes through the compressor. The flow rate is measured in kilograms per hour or pounds per hour.
This is the input power that a compressor motor requires to run on at a particular operating point.
5. Condensing temperature
This is the range of the evaporating temperatures, which the rated compressor can operate.
After considering all the above specifications, it essential to know the features of the refrigerator compressor you desire. Learning the specific details about the compressor when buying a refrigeration appliance. It helps you not make any mistakes about the device you require.
Kommentare & Diskussion
Hast du Anmerkungen oder Fragen zu dem Artikel? Findest du ihn gut oder eher nicht so gut? Hast du weitere Informationen zum Thema, die für andere Leser interessant sein könnten? Wir freuen uns über dein Feedback oder eine Diskussion.Klicke hier, um den Artikel als PDF herunterzuladen, bequem auszudrucken und für Referate oder andere Arbeiten zu nutzen.