
Applicable flow rate: 25 m³/min ~ 300 m³/min
Working pressure: 5 bar ~ 10 bar
Inlet air requirements: oil content ≤ 0.01 ppm, temperature ≤ 45°C
Dry air dew point: -20°C ~ -70°C
Drying regeneration air consumption: (FRP) 3%, (FRL) 0%
Drying control method: time control mode and dew point control mode
Drying regeneration method: blow-through heating, blow-through cooling (cooling water required)

Air-baby Technology

Nitrogen Purity: 98~99.999%
Maximum Inlet Temperature: ≤40℃
Minimum Inlet Temperature: 5℃
Minimum Inlet Pressure: 0.6 MPa
Maximum Ambient Temperature: ≤45℃
Power Supply Requirements: 220V 50Hz / 110V DC24V
Noise: <70dB
Nitrogen Dew Point: ≤-40℃
Control Mode: Standard — PLC Programmable, Advanced — Human-Machine Interface

The amount of water vapor in compressed air is determined by the moisture content of the compressed air. When the pressure of the compressed air remains basically unchanged, the air's capacity to hold water decreases as the temperature drops, causing water that was originally in a gaseous state to become liquid. A refrigerated dryer operates based on this dehumidification principle, using a refrigeration system to cool the compressed air to a certain dew point temperature, causing the water vapor to condense into liquid. The air and liquid are then separated by a