Provide more dry compressed air
L high efficiency three in one plate fin heat exchanger: the temperature difference at the inlet of the cold dryer is as low as 5 ℃
L high efficiency water separator: the water removal efficiency of the cold dry machine reaches 99%
L the relative humidity of compressed air at the outlet is as low as 10%, and there is no pipeline corrosion risk

More energy saving
L compared with the cold dryer with shell and tube heat exchanger, the energy consumption is reduced by 50%
L high efficiency R410A environmental refrigerant

More reliable
L industrial international import brand refrigeration compressor
L new intelligent display, which integrates dew point display and fault alarm
L optimize the pipeline design, only 4 manual welding points, which makes the leakage risk of the cold dryer lower
L before each machine leaves the factory, it shall be tested for three-stage leakage detection of compressed air, helium and refrigerant

Correction factor of cold dryer

L ambient temperature: ≤ 45 ℃
L inlet temperature: ≤ 60 ℃
L maximum inlet pressure: bld15-225 / blr13-260: 13bar; bld270-1050: 10bar
L power supply: bld15-225 / blr13-260: 230V / 1 / 50 Hz; bld270-1050: 380V / 3 / 50 Hz
L design condition: ambient temperature 30 ℃, inlet temperature 40 ℃.
L maximum pressure drop: less than 0.3bar

Example of cold dryer selection

The rated gas volume of the compressor is 10 m3 / min, and the actual treatment gas volume required under the following conditions:
Ambient temperature: 40 ℃
Intake air temperature: 40 ℃
Intake pressure: 8bar
The actual treatment capacity required is 10 m3 / min / 0.81 / 1 / 1.03 = 12 m3 / min
In order to ensure the pressure dew point, it is necessary to select a cold dryer with a capacity of 12m m3 / min to meet the actual working conditions.