D-ICD Series High Efficiency Combined Dryers
·High-temperature inlet air is reduced to 5℃ or below by using freeze-drying technology;
·Saturated humid air under low temperature conditions, after removing the condensed water by an efficient cyclone separator, and then filtering out the oil by an e cient oil removal filter, enters the adsorption tower for low-temperature adsorption;
·The adsorbed dry and cold air enters the freeze-drying system again, and achieves a temperature rise effect by exchanging heat with the humid hot air at the inlet;
·After the temperature is raised, most of the dry compressed air will go to the air pipeline, and a small part of the dry hot air will return to the regeneration tower to enable variable temperature regeneration of the adsorbent already saturated at low temperature.
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Features
•Reliable performance
High-quality outlet compressed air with stable low dew point and no impurities & moisture is obtained under stable outlet temperature.
•Easy maintenance
Moisture content of compressed air is reduced by using a freeze-drying system to effectively prolong the life time of the adsorbent, extend the work cycle and reduce valve wear.
• Pressure dew point options
The pressure dew point can be designed to be -40℃ or -70℃ according to user requirements.
• Good energy-saving effect
The dryer requires no installation of an electric heater or no increase in regeneration air consumption, thus significantly reducing regeneration air consumption of the adsorbent (i.e. regeneration gas consumption ≤ 3%) and reducing the power consumption of the refrigeration compressor by 20%-40%.
• Space saving
More space is saved with the compact structure design than a simple serial connection of refrigerator and absorber.
Model Specifications
D-ICD series high efficiency combined dryers (water-cooled)
Note: The air inlet is flanged for all dryers. The dimensions and air inlet outlet pipe diameters are subject to the outline drawings. Other non-standard models with different flow rate can be customized upon request.
•Reliable performance
High-quality outlet compressed air with stable low dew point and no impurities & moisture is obtained under stable outlet temperature.
•Easy maintenance
Moisture content of compressed air is reduced by using a freeze-drying system to effectively prolong the life time of the adsorbent, extend the work cycle and reduce valve wear.
• Pressure dew point options
The pressure dew point can be designed to be -40℃ or -70℃ according to user requirements.
• Good energy-saving effect
The dryer requires no installation of an electric heater or no increase in regeneration air consumption, thus significantly reducing regeneration air consumption of the adsorbent (i.e. regeneration gas consumption ≤ 3%) and reducing the power consumption of the refrigeration compressor by 20%-40%.
• Space saving
More space is saved with the compact structure design than a simple serial connection of refrigerator and absorber.
D-ICD series high efficiency combined dryers (water-cooled)
Note: The air inlet is flanged for all dryers. The dimensions and air inlet outlet pipe diameters are subject to the outline drawings. Other non-standard models with different flow rate can be customized upon request.