Airpower manufacture after coolers for compressors with a high air outlet temperature. If correctly sized, the air outlet temperature will be brought down to ambient temperature plus 5°C to 10°C.
Models from 750 liter/min up to 6000 liter/min are the most popular sizes, but we can virtually build any size.
The fan motors can be any specified voltage DC or AC on request.
Normally Airpower fits a mechanical condensate drain, but electric timer drains are also an option.
Airpower can build horizontal or vertical mounted models.
If you cannot hold the supply air-line without getting burned, (40°C) you will need an after cooler before your compressed air can enter any dryer or filter system.
Aftercoolers are mechanical heat exchangers used to remove the heat and moisture from a compressed air stream so that it is cold and dry enough for use in air-operated equipment.
A compressed air aftercooler has three main functions:
Cooling the air discharged from the air compressor,
Condensing the moisture in the discharged air so it can be removed, and
Filtering out any oil or other contaminants such as rust particles from the compressor.
The benefits of using an aftercooler are to reduce the load of cooling the compressed air, from the refrigerant dryer. It will also help to reduce the moisture from the compressed air.
Yes. Refrigerated dryers are designed to accept air at around 35°C-40°C. If your compressor discharges air hotter than this (which many piston units do), it will overload the dryer, causing it to fail. An aftercooler bridges this gap by cooling the air down to ambient +10°C before it enters the dryer.
A simple “touch test” is a good indicator. If you cannot hold the discharge pipe from your compressor because it is too hot (over 40°C), you need an aftercooler. Without one, you are sending excessive heat and moisture into your downstream equipment.
Yes, we manufacture aftercoolers in-house and can fit fan motors with any specified voltage (DC or AC) to match your site’s power supply.
It removes the bulk of the moisture (about 70%). By cooling hot air, the water vapor condenses into liquid. We fit mechanical or electric timer drains to our aftercoolers to automatically flush this water out before it travels further down the line.
Functionally they perform the same, but the choice depends on your floor space and piping layout. We can build either configuration to ensure the unit fits neatly into your compressor room.
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We are fully equipped to handle major overhauls, pressure testing, and component sales directly from our Bellville headquarters.
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