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微型空压机的高温具有一定普遍性。空压机的工作过程主要是热工交换过程，利用热工学原理对微型空压机工作过程分析发现空压机产生高温的主要原因是排气压力过高，并发现定温压缩过程排气温度最低而绝热压缩过程排气温度最高。解决空压机高温的办法是降低排气压力，加强对气缸的冷却和适当降低转速等。
Micro-air compressor has a certain degree of high temperature. The working process of air compressor is mainly heat exchange process, the use of thermodynamic principles of miniature air compressor working process analysis found that the main reason for the air compressor to produce high temperature is the exhaust pressure is too high, and found that the lowest temperature during the constant temperature compression process The adiabatic compression process, the highest exhaust temperature. The solution to the air compressor high temperature is to reduce the exhaust pressure, to strengthen the cylinder cooling and reduce the appropriate speed.