Simple Analysis of Compressed Air System Components



The compressed air system consists of the air supply end to the air use end as follows: air compressor → gas storage tank → filter → dryer → gas pipeline → gas use port.


Compressed air is produced by air compressors.


Compressor - the air of atmospheric pressure is compressed and conveyed to the pneumatic system at a higher pressure. This will turn the mechanical energy into air pressure energy.


Motor - it turns the electrical energy into mechanical energy, it can provide mechanical energy to the compressor.


Pressure switch – using the pressure inside the gas storage tank to control the motor, it is adjusted to a maximum pressure; reaching this pressure to stop the motor, it also be adjusted another minimum pressure, restarting the motor when the pressure of gas storage tank fall down to this pressure.


One way valve - allows compressed air into the gas storage tank from the compressor, when the compressor is closed, preventing compressed air from flowing in the opposite direction.


Gas storage tank - store compressed air. Its size is determined by the capacity of compressor, the larger volume of gas storage tank, the longer compressor running time interval is.


Pressure gauge - shows the pressure inside the gas storage tank.


Automatic drainage valve- no manual operation, drain all water condensating in the gas storage tank.


Safety valve - The compressed air can be discharged when the pressure in the gas storage tank exceeds the allowable limit.


Compressed air dryer - dry the moisture of compressed air, it will bring great harm to the pneumatic equipment due to contain water in compressed air.
 

Main pipeline filter - In main piping, the main pipeline filter must have the minimum pressure drop and oil mist separation capability. It removes dust, moisture and oil from the pipeline.
 

Biteman modular-unitsdesiccant dryer and high precision filter---which is not only completely solve the water, oil, dust in the compressed air and other issues to provide technical support, and also greatly reduce energy consumption much than traditional purification equipment. heat-less models need 5% renewable gas consumption, micro-heat models only need 2% the re-gas consumption, greatly reducing the energy consumption and production costs.

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