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REFRIGERATED AIR DRYER
REFRIGERATED AIR DRYER OIL FREE PISTON AIR COMPRESSORS
Oil-free piston air compressors deliver clean, reliable compressed air without the risk of oil contamination. Ideal for medical, dental, food processing, laboratories and electronics industries, these compressors ensure high performance with low maintenance while delivering pure compressed air.
BUILT TO
PERFORM.
DESIGNED TO
LAST.
The Principle On Which The Refrigeration Air Dryer Manufacturing Takes Place And Subsequently Works Is That Cooling Of Compressed Air Causes Condensation Of Water That Is Carried By The Compressed Air In Vapour Form.
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CONTROLLER
The use of a microprocessor-based controller ensures higher performance reliability of the refrigerated air dryer. The controller continuously monitors the pressure dew point and allows easy configuration of operating parameters. Automatic drain valve control and intelligent protection functions ensure efficient, safe and reliable operation.
REFRIGERATION
COMPRESSOR
Hermetically sealed and highly energy-efficient reciprocating piston compressor ensures effective compression of the refrigerant for drying the compressed air. The heavy-duty refrigeration compressor delivers consistent cooling, low vibration, quiet operation and long service life, making it ideal for continuous industrial applications.
R-134a
OZONE
FRIENDLY
PNEUMECH believes in building a greener future through environmentally responsible compressed air solutions.
As per international environmental protocols, PNEUMECH Refrigerated Air Dryers use R-134a eco-friendly refrigerant with zero ozone depletion potential while maintaining superior cooling efficiency.
REFRIGERATION AIR DRYER
The principle on which the Refrigeration Air Dryer manufacturing takes place and subsequently works is that cooling of compressed air causes condensation of water that is carried by the compressed air in vapour form.
The compressed air first enters the pre-cooler where the outgoing cool dry air cools the incoming hot wet air. It then passes through the evaporator where the temperature is reduced to approximately 2–8°C, allowing moisture to condense.
The condensed moisture is separated by a mechanical moisture separator and automatically drained through a drain valve. The resulting dry air passes back through the pre-cooler and exits the dryer with a pressure dew point of approximately 4°C.
