Specifications
7
HeatlessRegenerativeDesiccantAirDryer
Why We Need Compressed Air Dryers
Untreated compressed air contains many contaminants such as water, compressor oil, pipe scale and
contaminationfromambientair.Allthesecontaminantscauseexcessivecorrosion,erosion,freezingand
product contamination to all components that come in contact with the untreated compressed air. A
regenerative type dryer system with all recommended filtration will remove these contaminants to harmless
levels. The end result is that instruments that come in contact with the dry compressed air stay clean and do
notcorrode,thereforelastingmuchlonger.Productsthatmaycomeincontactwithcleandrycompressed
air are virtually unaffected. Therefore rejection rates are reduced.
Purpose & Intended Use
AircelRegenerativeDesiccantAirDryerscandrycompressedairto-100°FPDP(PressureDewPoint),
StandardRegenerativeDesiccantAirDryersdrycompressedairdownto-40°FPDP.Thecompressedair
stream is passed through a desiccant bed, which removes the moisture through the process of adsorption.
Twin towers filled with desiccant alternate between drying and regeneration either based on the Energy
ManagementSystem(EMS)controlorafixedtimecycle.Aircelmanufacturesvarioustypesofdesiccantair/
gas dryers. These dryers offer fail-safe design in the event of power interruption. Air will continue to flow
throughthedryerwithoutdeadheading;alsopurgeexhaustvalveswillclosepreventinglossofairpressure.
The tower operating status lights and the highest quality non-lubricated air/gas inlet valves will ensure
reliable operation for many years to come.
Product Description