Máy sấy khô khí nén EPSEA - Series

ENVIRONMENTAL PROTECTION REFRIGERATED AIR DRYERS

Three main advantages for aluminum alloy three-in-one heat exchanger refrigerated air dryer

Energy saving:   

The aluminum alloy three-in-one heat exchanger design minimizes the process loss of the cooling capacity and improves the recycling of the cooling capacity. Under the same processing capacity, the total input power of this model is reduced by 15-50%

Environmental  protection:   

Working pressure: 0.7MPa, Max.1.6Mpa  

High Efficiency:     

The integrated heat exchanger is equipped with guide fins to make the compressed air evenly exchange heat inside, and the built-in steam-water separation device is equipped with a stainless steel filter to make the water separation will be more thoroughly. 

Technical Indicators

Working Pressure Range :0.6~1.3MPa

Intake Temperature :10~60 °C

Cooling :Air Cooled

Ambient Temp :2~40 °C

Pressure Dew Point: 2~7 °C

Note: Other special standards can be customized; more details please contact us.

Product Features

Patent Technology 3 in 1-Heat Exchanger System

Extreme Speed Pre-cooling System: The unique structural design of the precooling channel ensures that the compressed air at the entrance is fully and quickly cooled. Ultra-low pressure loss makes the refrigeration system cycle run more efficiently.

High-efficiency Evaporation System: The improved evaporation channel is developed so that the heat of the compressed air is fully absorbed by the liquid refrigerant. Absorbed, the refrigerant is completely "vaporized" back to the compressor suction port for the refrigeration system. In a cycle, the gaseous water in the compressed air is cooled and a large amount of liquid water is precipitated.

Dual Stage Water Seperation System: Efficient gas-water separation contains crude. The two-channel structure is compressed into the water distributor. The air flow rate is reduced, the coarse water separation structure will completely separate a large number of liquid water, and the fine water separation. The structure will again separate some of the liquid water droplets carried by the airflow fluid drag force, ensuring that. Maximum separation efficiency, thus achieving a more stable dew p