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Air compression is essentially a twofold process in which the pressure of air rises while the volume drops. In most cases, compression is accomplished with reciprocating piston technology, which makes up the vast majority of compressors on the market. All the air compressor manufacturers follow almost same standards and they use common set of components to build it explain bellow. Every compressor with a reciprocating piston has the following parts: Crankshaft Connecting rod Cylinder Piston Valve Head Air compressors, for the most part, are powered by either gas or electric motors — it varies by model. At one end of the cylinder are the inlet and discharge valves. Shaped like metal flaps, the two valves appear at opposite sides of the cylinder’s top end. The inlet sucks air in for the piston to compress. The compressed air is then released through the discharge valve. In certain air compressor models, the pressure is produced with rotating impellers. However, the models

Smaller components make large mechanical tasks easy and possible. It is seen in compressed air systems that the task of some components is great but not too popular. Actually, those components are ignored by the users not due to their use but due to their noticeability. Condensate drains are the best example of this type of ignorance. To ensure that you get the best coordination of tasks, as an informed buyer of air compressors, you need to notice the quality of condensate drains. Usually, buyers with less knowledge focus on flashing lights and other features but not condensate drains capacity and quality, which makes them face numerous issues during operation. Actually, a condensate drain performs a vital role by improving the efficiency of the system. Below are key benefits of these dryers: No waste Energy Saver The low maintenance cost of the system Improved work efficiency of air compressors These condensate drains are available in a variety of options such as heatless comp