Overview:
Compressing air or other gasses generates heat during the compression cycle and traps water. Excess heat can be removed removed very efficiently by using a water cooled aftercooler and a moisture separator.
The processs is done by cooling compressed air to at or below the dew point, at which vapor will condense. Removal of this contaminant water improves the overall efficiency and protects delicate downstream equipment from the harmful effects if not removed.
Water cooled aftercoolers are sized based upon the air flow rate and the inlet temperature being discharged from the compressor. Generally, it is cost effective to oversize the aftercooler and increase the effectiveness of the cooling and water removal capabilities.
Applications:
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Cooling Compressed Air |
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Drying Compressed Air |
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Pharmaceutical |
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Food and Beverage Plants |
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Dry Cleaning |
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Manufacturing |
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Agriculture and Farming |
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Electronics |
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Wood Products |
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Spray Finishing Equipmemt |
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Air Operated Lifiting Equipment |
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Robotics |
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Printing and Pressing |
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Sized to Match Air Flows from
40 to 3170 SCFM |
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Standard or Optional Materials |
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Ideal for Rotary Screw and Piston
(2-Stage) Compressors |
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Water to Air Cooler |
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Cool Compressed Air or other Gases |
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Rated up to 250 PSI and 350F |
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Short lead times, 3-5 working days |
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Water cooled aftercoolers to meet specific requirements and conditions |
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Ultra Low Pressure Drop options |
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Special Materials available |
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