A lubrication system is needed between two different or the same materials to operate. During the operation, a lot of heat is bound to be generated. If the generated heat is not dealt with for a long time, it will accelerate the damage. In severe cases, it is also easy to induce many safety hazards. To reduce the generated heat, a cooling system is needed to reduce the heat. Therefore, during the manufacturing process of reciprocating compressors, there are very high requirements for the cooling system and the lubrication system. Correspondingly, the two are also parts that are extremely prone to failure.
The cooling system of reciprocating compressors is prone to failure. The main function of the cooling system is to be able to cool the generated temperature independently during the operation of the compressor. For compressors, during operation, the entire compressor will generate a relatively high temperature, and many components inside the compressor will wear out. It is well known that high temperatures will accelerate the speed and degree of wear. Meanwhile, if the compressor temperature is too high, it will lead to an increase in energy consumption. The cooling system can keep the compressor operating at the same temperature as the workplace, which in fact reduces energy consumption. It can be seen from this that the cooling system is of great significance to the operation of the compressor. The cooling system may also experience poor cooling performance. To reduce risks, it is necessary to regularly inspect and descale the compressor cooling system, and it is best to replenish the coolant on a regular basis.
The lubrication system of reciprocating compressors is prone to failure. The main function of the lubrication system is to reduce the wear between components during the operation of the compressor, thereby extending the service life of the compressor components. Friction generates some heat. Through the lubrication system, friction can be reduced, thereby reducing energy consumption and the degree of component wear. In the lubrication system, attention should be paid to the use of lubricants. Lubricants are very prone to oxidation when they come into contact with air during the heat generation process of component friction. After oxidation, some solids will appear, and these impurities can cause a decrease in the working efficiency of the compressor. Therefore, during the operation of the compressor, the operator must regularly check and replace the lubricant, and promptly clean some oily parts.