The compressed air coming out from an After Cooler, contains large quantities of water vapour condensed as a result of cooling of the compressed air. If this is not removed, much of it will be carried to the distribution system and cause expensive damage to all the equipment and processes, which use the air. Apart from water vapour, there is also an appreciable quantity of oil vapour that is formed due to heat and pressure carried along with the air stream is also removed by the separator.
Working Principle Of a Centrifugal Separator :-
The moisture-laden air from the after cooler enters the separator; it is forced through a differential diffuser that spins the air around the separator's body. Droplets of water are made to impinge on the separator wall by centrifugal force and they get collected at the base of the separator by gravity.
Aluminium alloy die-cast housing with long time use.
99% separating effect.
Attach parts drain, liquid mirror, manual drain.
Max. working pressure: 1.6Mpa.
Max. temperature 80ºC
Lowest temperature 80ºC
Differential pressure is 0.007 Mpa