Refrigerated Air Dryers

• Dryer Horse Power (HP): 1 HP
• Brand: Dry Cool
• Pre Set Temperature: 2-4 Degree C
• Dimension: 900 x 600 x 1000 mm
• Air Connection: 1 inch

• Low power consumption
• Economical functioning
• Innovative heat exchanger design
• Inbuilt safety devices
• Aesthetic design
• Consistent dew point

• Dryer Horse Power (HP): 1 HP
• Brand: Dry Cool
• Pre Set Temperature: 2-4 Degree C
• Dimension: 900 x 600 x 1000 mm
• Air Connection: 1 inch

• Low power consumption
• Economical functioning
• Innovative heat exchanger design
• Inbuilt safety devices
• Aesthetic design
• Consistent dew point

• Capacity: 1000 CFM TO 50000 CFM
• Cooler Material: Metal
• Brand: Dry Cool
• Temperature Range: 5 to 15 deg C
• Surface Treatment: Galvanized

• Capacity: 1000 CFM TO 50000 CFM
• Cooler Material: Metal
• Brand: Dry Cool
• Temperature Range: 5 to 15 deg C
• Surface Treatment: Galvanized

• Dryer Horse Power (HP): 1 HP
• Brand: Dry Cool
• Pre Set Temperature: 2-4 Degree C
• Dimension: 900 x 600 x 1000 mm
• Air Connection: 1 inch

• Low power consumption
• Economical functioning
• Innovative heat exchanger design
• Inbuilt safety devices
• Aesthetic design
• Consistent dew point

• Dryer Type: Refrigeration Dryer
• Brand: Drycool
• Dimension: 700 * 500 * 500 mm
• Motor Power: 1/6 HP
• Capacity: 7 CMH
• Type: Automatic

Having the support of an expert team, we have successfully developed Refrigerated Air Dryers. These dryers worked on the principle of compressed air with saturated water vapor that enters the dryer's pre-cooling device. This air is cooled down with outgoing cold air, thus reducing the load of the system. This pre-cooled air enters the evaporator where heat gets released and is absorbed by the media reaching the pre-set temperature (2-4°C). After cooling the vapor gets converted into droplets and is separated by steam separator and flows out of the dryer with the assistance of automatic drainer. After that the cool air enters into pre-cooling device's shell side for exchanging heat. This leaves the dryer to get heated upto the temperature of 10°C lower than that of inlet air. The process of reheating is done for moisture condensation in the outside exit air pipeline. It in-turn elevates the energy of air and improve effectiveness. The next step is to filter out the solid dust of over 3µ in compressed air

• Uses
  • 
    
  • Telecom industry
  • Pneumatic control systems
  • Textile industries
  • Pneumatic tools
  • Paint industry

  Features

  • Economical functioning
  • low power consumption
  • Innovative heat exchanger design
  • In-built safety devices
  • Aesthetic design
  • Consistent dew point
  • Easy to install
  • Inbuilt connection
  • High quality product

  Specifications

  
  

  MODEL	CAPACITY CMH	APPROX DIMENSION L X B X H(MM)	AIR CONNECTION	MOTOR H.P.
  DR-1	7	700 x 500 x 500	1/2" BSP	1/6
  DR-2	43	700 x 500 x 500	1/2" BSP	1/3
  DR-5	86	900 x 600 x 800	3/4" BSP	5/8
  DR-7	129	900 x 600 x 800	3/4" BSP	1/5
  DR-10	171	900 x 600 x 1000	1" BSP	1
  DR-15	257	1000 x 600 x 1000	3/2" BSP	1.5
  DR-20	342	1200 x 700 x 1000	2" BSP	2
  DR-25	428	1300 x 800 x 1200	2" BSP	3
  DR-30	415	1300 x 800 x 1300	2" BSP	3
  DR-40	685	1400 x 800 x 1400	2.5" BSP	5
  DR-50	857	1500 x 1000 x 1500	3" BSP	5
  DR-65	1114	1500 x 1200 x 1500	3" BSP	7.5
  DR-75	1285	1500 x 1300 x 1500	3" BSP	7.5

Adsorption dryers (Heatless) are designed with the consistent efforts of our professional team and the vast knowledge that they owe. These dryers’ works on a twin-tower alternative operation mode when the compressed air enters the dryer’s tower A through valve 1A. The air is then dehydrated and dried under the adsorption action of the adsorption use. Final gas passed through valve 5A when 5% dry air enters tower B through valve 4B. The adsorbent is regenerated after certain period of heating. When heating is stopped, cool air is blowed to cool down the absorption bed present in dryer’s tower B. The last step is to pass the air into the atmosphere through muffler. Valve 2B is closed and valve 1B is opened for equalizing the pressure in two towers. This is mainly done to ensure the stability while using gas and avoid the impact of the dryer. The whole is done for the second time as done before.

Uses :

• In cool towers

Features:

• Cost effective
• Compact design
• Low maintenance
• Easy to install

• Less power consumption
• Increased desiccant life
• In-built safety measures
• Microprocessor based control

• Secure undistributed operation
• 3 compressor load/unload contacts
• Auto drain valve minimizes moisture load
• Equipped controllers with lucid functional displays