Micro heat regeneration combined dryer

Micro heat regeneration combined dryer

Product parameters

Regeneration method: slight heat regeneration

Inlet air temperature: 38 °C

Ambient temperature: 38 °C

Working pressure: 0.6~1.0MPa (higher pressure can be customized)

Pressure loss: ≤5% of design pressure

Pressure dew point: -20~-40 °C

Cooling method: air cooling/water cooling

Control method: Microcomputer automatic control

Note: Other special standards can be customized, please contact us for more information.

Features

■ Low dew point: The combined low dew point dryer can achieve a very low pressure dew point, which can 

   normally reach below -40℃, and can reach as low as -70℃ according to different user requirements;

■ Can provide compressed air with different dew points for different gas consumption points;

■ All operating switches of the combined low dew point compressed air dryer and some display instruments 

   of the cold dryer are concentrated on the panel of the box board. The refrigerated compressed air dryer and 

   the adsorption regenerative compressed air dryer can be sucked dryer according to customer needs. Independent 

   operation or cooling and suction at the same time;

■ The gas-liquid separator adopts a self-designed three-stage separation method: direct collision separation + low-speed

   centrifugal separation + stainless steel wire mesh defogger separation. 99.9% of the liquid moisture is separated from 

   the cooled compressed air to prevent the secondary regeneration of moisture. Evaporation to ensure the low dew point 

   quality of the finished gas;

■ High-quality switching valves are stable and reliable, ensuring the integrity of the work process and extending the

    working life of components;

■ Refrigeration compressors are fully enclosed from Danfoss of Denmark, FUSHENG of Taiwan, PANASONIC of Japan, 

   BITZER of Germany, COPELAND of Germany, MANEUROP of France and other companies. Or semi-hermetic refrigeration

   compressor, with stable operation, low noise, high COP, reliable performance, power saving and long life;