The moisture in compressed air enters into separator tangentially and further it travels to pass through baffles which will results in spinning of air around inner separator pipe. The water droplets are impinged on separator wall by this centrifugal action.
Thus, separates water droplets from air. Here speed of air reaches maximum at the bottom of separator. Then air enters inner pipe resulting in change of direction, further separation of droplets occurs. Then air will pass through demister pad, here moisture will be separated in wire mesh and small droplets will be separated and collected at the bottom of separator.
It is designed on impingement principle & basic function is to separate bulk quantity of bigger oil & moisture droplets from compressed air. The separated oil & moisture gets collected in sump & further drained out effectively by providing suitable drain at bottom.
Salient Features :
- High temperature/high pressure range is available
- Robust & compact design
- Indigenously manufactured
- Maximum working life
- Low maintenance cost
|Model||Flow Rate(CFM)||End Connection|
- Higher capacity will be available on request.
- High pressure/low pressure range will be available on request.