Screw Air Compressor Dryer Compressed Air Compressed Air Treatment
Selecting the proper dryer to treat wet compressed air is largely dependent on the specific requirements and moisture tolerance levels of the machines that utilize compressed air. Most industrial and manufacturing facilities can achieve such requirements with a refrigerated air dryer, while spray paint operations, laboratories and certain printing and pneumatic tool users require a desiccant dryer to supply critically dry air.
Working principle
No heat regeneration adsorption compressed air dryer is the use of desiccant material itself unique micropores, according to capillary adsorption of water molecules in the air, while the pressure relief desorption heat removal to remove the adsorption of moisture. Equipment is generally made in the form of dual-barrel, two tubes under the control of the program controller to work alternately, a tube to absorb moisture, the other cylinder desorption regeneration, continuous work cycle.
Model/Specification | Rated Flow Rate | Power Source | Compressor Power | Refrigerant Model | Electic Fan Motor | Pipeline Dimensions of The Air Passed |
---|---|---|---|---|---|---|
HOS-1/10 | 1.5 | 1Ph/220V/50Hz | 0.6 | R12 | 80 | R1 |
HOS-2/10 | 2.5 | 1Ph/220V/50Hz | 0.7 | R12 | 90 | R1 |
HOS-3/10 | 3.6 | 1Ph/220V/50Hz | 1.0 | R22 | 90 | R1-1/2 |
HOS-6/10 | 6.5 | 1Ph/220V/50Hz | 1.3 | R22 | 120 | R1-1/2 |
HOS-8/10 | 8.5 | 1Ph/220V/50Hz | 1.5 | R22 | 120 | R2 |
HOS-10/10 | 11.5 | 1Ph/220V/50Hz | 2.0 | R22 | 180 | R2 |
HOS-13/10 | 13.5 | 3Ph/380V/50Hz | 2.2 | R22 | 180 | R2.5 |
Features