HIGH INLET TEMPERATURE DRYERS

MOST COMPRESSED AIR SYSTEMS NEED A DRYER to protect downstream tools and applications from the effects of moisture. Otherwise damage from rust, poor paint applications and other expensive problems may occur. This new series of dryers from Devair represents all the latest advancements in dryer technology to ensure the best performance from your system.
HTD dryers are designed to handle air inlet temperatures up to 180° F, these units may be connected directly to the air compressor. The digital control panel allows for control and modification of many operating parameters to ensure optimum performance.
One Year Limited parts and labor warranty is provided with each dryer.

FEATURES: 

° Handles Inlet temperatures up to 180° F.
° Freon R134a refrigerant.
° Insulated secondary heat exchanger with encapsulated stainless steel moisture separator.
° Fully digital control panel accurately monitors dew point, compressor fan, auto-drain and temperature.
° Low maintenance.
° Variable-speed fan to maintain balanced dew point; cross ventilated to allow installation close to wall.
° Remote signal alarm relay.
° Microprocessor controlled solenoid drain valve with Y trap.
° Rugged powder coated steel cabinet.
° Low noise level.
° Space saving design.
° Easy access panels for maintenance.

  Download a HTD Brochure

Why treat compressed air?

• Wet, dirty air costs money.
• Air lines rust and leak.
• Air tools lose power, require more maintenance & repair.
• Paint does not adhere properly or the finish is contaminated requiring expensive rework.

Where does the water come from?

• Atmospheric air always contains some moisture.
  When air is compressed, its ability to hold water is greatly reduced and the excess water condenses out as a liquid. The temperature at which the water begins to condense out is called the Dew Point. As air cools below the dew point it will continually condense more and more water.

Remember...

• A 10HP compressor could easily condense out 10 gallons of water a week.