Compressed air dryers ASD - energy-saving, patented and future-oriented
Advantages:
Innovative, energy-saving air dryers with patented 3-stage heat recovery system
Particularly suitable for irregular loads
Cost-efficient operation
With Glycol coolant for an optimumal dew point control
No unnecessary pressure loss due to built-in condensate drain
Simple, user-friendly control panel
Optimal performance through automatic control cooling fan that replaces classic pressure switch and thermostat. Less wear parts
Operation and benefits of the glycol cycle
The water-glycol mixture is cooled when not all cooling energy is required to cool the compressed air.
When the refrigeration compressor is switched off during partial load, the compressed air is cooled by the cold stored in the glycol mass.
Only when the mass is no longer sufficiently cool will the refrigeration compressor be switched on again.
That is why the ASD dryers show their savings potential, especially during partial loads and irregular compressed air requirements.
When the air compressor starts again after a pause and emits compressed air to the piping system, the ASD dryers immediately cool the compressed air to dew point because the glycol mass immediately supplies the required temperature. Many other systems, in which the cooling compressor can only cool down to operating temperature after a start-up period, allow humid air to flow to the supply network during this time, with all the negative consequences this entails.
Compressed air dryers ASD - energy-saving, patented and future-oriented
Advantages:
Innovative, energy-saving air dryers with patented 3-stage heat recovery system
Particularly suitable for irregular loads
Cost-efficient operation
With Glycol coolant for an optimumal dew point control
No unnecessary pressure loss due to built-in condensate drain
Simple, user-friendly control panel
Optimal performance through automatic control cooling fan that replaces classic pressure switch and thermostat. Less wear parts
Operation and benefits of the glycol cycle
The water-glycol mixture is cooled when not all cooling energy is required to cool the compressed air.
When the refrigeration compressor is switched off during partial load, the compressed air is cooled by the cold stored in the glycol mass.
Only when the mass is no longer sufficiently cool will the refrigeration compressor be switched on again.
That is why the ASD dryers show their savings potential, especially during partial loads and irregular compressed air requirements.
When the air compressor starts again after a pause and emits compressed air to the piping system, the ASD dryers immediately cool the compressed air to dew point because the glycol mass immediately supplies the required temperature. Many other systems, in which the cooling compressor can only cool down to operating temperature after a start-up period, allow humid air to flow to the supply network during this time, with all the negative consequences this entails.
