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BALDOR Air Dryer, Characteristics, Compact design., Running cost is very low., Hot air by-pass circuit for partial load. - details see: https://www.machineto.com/air-compressors-dehumidifier-10205633

BALDOR Air Dryer

Characteristics:

1. Advance 3-in-1 compressed air dryer system features .

2. Efficient pre-cooler.

3. Air-water double separation structure.

4. Continuous operation of the thermostatic control system.

5. Compressed air inlet or outlet of differential pressure controller .

6. Deft design,easy installation and maintenance.

7. Pre-cooler inside.

8. Completely accord with the ISO9001.

1.Compact design.

2.Running cost is very low.

3.Hot air by-pass circuit for partial load.

4.Maintains constant pressure dew point.

5.Auto drain valve provided for cyclone separator.

6.Low pressure drop.

7.Environment friendly system.

8.Compressor safety through maintain.

9.Low/High constant pressure.

Compressed air dryers reduce the quantity of water vapor, liquid water, hydrocarbon, and hydrocarbon vapor in compressed air. Moisture in compressed air is harmful. Water damages a compressed air system several ways

Erosion--Water mist erodes piping, valves and other system components

Corrosion--Mist condenses and combines with salts and acids within the system forming highly corrosive solutions

Microbial Contamination--Moisture supplies a growth medium for bacteria and mold, which produce acidic waste and can be a health threat

Freezing--Water can freeze in compressed air lines shutting down the system

The result is lower productivity, increased maintenance, and higher operating costs. You can minimize the damage wet compressed air can inflict on your system by drying it.

Compressed air is dried to protect the system's piping and process equipment. Dry air also protects against lost product. Most pneumatic equipment has a recommended operating pressure, dryness level, and a maximum operating temperature. Set your compressed air's systems dryness level to exceed the requirements of the equipment it powers.

Operation Principle

Saturated compressed air enters the air-to-air heat exchanger, the incoming air is then precooled by the cold air exiting the dryer. The air then passes through the evaporator, where it is further cooled, to a 2-4°C dew point. As the air cools, the water condenses from a vapour to a liquid which is removed by the automatic drain. The dry air is then passed back through the air-to-air heat exchanger where it is reheated before leaving the dryer.