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Saturday, May 19, 2012

How Does an Air Compressor Work?

Air compressors are essential mechanical equipment for homeowners (air conditioners and refrigerators), commercial businesses, jet engines, refining industries, manufacturing and automotive industries. In reality, air compressors have been utilized in industries in more than a century. It is a multi-talented device utilized to supply the compressed air and/or power in a specified space. It is being used in any purpose which requires air in decreased volume or increased force.

They are are obtainable in several types, which are produced to meet dissimilar requirements. Each type may vary in chilling method, compression stages, power source and lubrication. The following are three main types of air compressors:

Reciprocating (Piston) Air Compressor - uses piston in compressing air and keeping in storage tank. Based on the quantity of compression stages, this type may be single-stage or double-stage. In a single stage, one piston is utilized in compressing air, whereas in the double-stage, there are two pistons used in air compression.

Rotary Air Compressor - this is the same as the positive displacement configuration of reciprocating compressor. In this type, two rotating helical mated bolts are being used rather than pistons. Since the screws rotate towards one another, air is compacted and pushed in the storage tank.

Centrifugal Air Compressor - also called dynamic compressor is appropriate when the need for compacted air is high. In this type, high speed spinning impeller increases speed of air, which is intended towards a diffuser which converts the speed of air into force. This compressor needs more energy to manipulate than the two compressors.
The device consists of two main components - the compressing mechanism and power source. The compressing device may be piston, vane or rotating impeller, whereas, the power comes from the electric motor or some other sources of energy. The compressing mechanism, aids in compacting atmospheric air by means of energy from the source of power.

The fundamental working principle of air compressor is to compact atmospheric air, which is utilized as needed. In the course, atmospheric air draws in by intake valve; more air is pulled in a narrow space automatically by piston, vane or impeller. Since the quantity of pulled atmospheric air is added in the storage tank, the pressure is automatically raised. In simpler language, atmospheric or free air is packed together after decreasing its volume and increasing its force in same period of time. There is force setting handle which can be maneuvered per requirement of the operator. When the force increases to

Highest force setting in the tank or receiver, the pressure button shuts up the intakes of air into the compressor. When the compacted air is utilized, the level of the pressure falls. As the force drops to a low down pressure setting, the force button is switched on, hence permitting the intake air in the atmosphere. Thus, the sequence continues in the air compressor.

Air Compressor is consists of two main components - the compressing mechanism and power source. For more Info, visit us at:

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1 comment:

Kalisthenes said...

Using an air inlet to get air from outside the building/shelter rather than inside makes sense in winter or in colder regions, but in hot places (especially across the south) the air outside may actually be warmer in which case you would want to get air from inside in order to save energy. However it is probably easier to leave the inlet in one place and go for other energy saving options - such as checking there is no leakage anywhere in the system! Also check for specific energy saving models of aircompressors, which are easily available online from websites such as in the UK or in the US. Even if you pay more, you will be making a saving in running costs - and if you dont think the saving is worthit then think about saving for the environment.....

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