Get To Know More About Screw Compressors

Equipment that converts power into kinetic energy by the method of compression and when needed can release, a great blowout is known as compressors. The power can be derived from an electric motor, diesel engine or gas engine.

When the need for a long lasting and decent compressor arises, you have to be careful and accurate in your choice. This is a part that you don’t want to see declining at any point of your machine’s operation.

Even you compromise with extra bucks for a good compressor as it could prove to be a fantastic investment in the future for projects that call for heavy-duty compressors, where you have absolutely no excuse for compromises.

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The most commonly used compressors today are the screw and the reciprocating piston. In comparison, the screw compressor does not use valves. It is light in weight and it is pressure free making basic concerns less intense. It also maintains the design efficiency over the time it takes to operate as the two screws never come in contact with each other.

A screw compressor is a machine which uses a whirling type positive movement apparatus to increase the pressure of a gas by reducing its volume. This compressor makes use of two helical screws which are known as rotors, which work through a set of coordinated gears to compress the gas which enters at the absorption side and exits at the end of the screws.

The two screws are called a drive screw and a female screw. Screw compressors operate in reverse directions. The male screw is responsible for transmitting the driving power. The female screw receives that power. It passes through a set of synchronized gears.

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There are a few processes that take when the screws start rotating. Let us have a look at it.

  • The admission process

It takes place in the first phase of the working of screw compressors. This is where the air fills the inlet port and after that occupy the space between the two screws.

  • The compression process

It is the second phase. In this phase, the male screw pauses or blocks the female screw. During this phase, the whirling of the screws starts to decline. As soon as the volume reaches the compressor’s outlet then the exhaust phase takes place.

  • The exhaust process

The last phase is the exhaust phase in which the screws no longer have a connection with each other.

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To have in-depth knowledge of screw compressor, visit here. Also, find the market analytics on screw compressors.