When air is compressed heat is generated as a byproduct and subsequently water is trapped. Excess heat and moisture are not typically good for downstream equipment and fixtures.
The solution is simple, cool the compressed air back down or near to its pre-compression temperature and the moisture will fall out of suspension and accumulate as puddled moisture. The last step is to remove the moisture, and this can be done easily with a moisture separator.
Air cooled aftercoolers are sized based upon the air flow rate and the desired cooling discharge temperature. Oversizing the aftercooler is generally cost effective increases the effectiveness of the cooling and water removal capabilities.
Typical Applications:
|
Cooling Compressed Air |
|
Drying Compressed Air |
|
Dry Cleaning |
|
Manufacturing |
|
Electronics |
|
Drying Equipmemt |
|
Printing and Pressing |
|
|
|
|
|
5 SCFM to 7000 SCFM |
|
Rated up to 250 PSI and 350F |
|
AC, DC and Air Motor Options |
|
|
|
|
|
|
|
5 SCFM to 3500 SCFM |
|
Up to 99% Efficient |
|
|
|
|
|
|
|
Up to 200 PSI |
|
Automatic and Manual Options |
|
|
|
|