There is always some humidity in atmospheric air, taken in by a compressor. The level of humidity varies depending on the temperature and geographical location. Water molecules coming from the compressor will be retained by the adsorbent in the dryer and humidity content in the dry air is reduced to levels only at very low temperature ranges. Retained water molecules are then removed.
Blower Purge Dryers -
Brochure
These models are used to produce compressed dry air at -40°C and -70°C pressure dew point values with around 2% air loss. This loss can be further reduced with the addition of a dew point controller. Regeneration is done by using air from a blower and a resistance heater.
These models are used to produce compressed dry air at -40°C and -70°C pressure dew point values without air loss. This is obtained by using air from a blower, a resistance heater and a cooler.
There is always some humidity in atmospheric air, taken in by a compressor. The level of humidity varies depending on the temperature and geographical location. Water molecules coming from the compressor will be retained by the adsorbent in the dryer and humidity content in the dry air is reduced to levels only at very low temperature ranges. Retained water molecules are then removed.
Blower Purge Dryers -
Brochure
These models are used to produce compressed dry air at -40°C and -70°C pressure dew point values with around 2% air loss. This loss can be further reduced with the addition of a dew point controller. Regeneration is done by using air from a blower and a resistance heater.
These models are used to produce compressed dry air at -40°C and -70°C pressure dew point values without air loss. This is obtained by using air from a blower, a resistance heater and a cooler.
There is always some humidity in atmospheric air, taken in by a compressor. The level of humidity varies depending on the temperature and geographical location. Water molecules coming from the compressor will be retained by the adsorbent in the dryer and humidity content in the dry air is reduced to levels only at very low temperature ranges. Retained water molecules are then removed.
Blower Purge Dryers -
Brochure
These models are used to produce compressed dry air at -40°C and -70°C pressure dew point values with around 2% air loss. This loss can be further reduced with the addition of a dew point controller. Regeneration is done by using air from a blower and a resistance heater.
These models are used to produce compressed dry air at -40°C and -70°C pressure dew point values without air loss. This is obtained by using air from a blower, a resistance heater and a cooler.