Compressed Air Conditioning-->Compressed Air Dryer--> Gas Air Dryer
Cooling gas dryers in compressed air systems; They are widely used to separate the water vapor in the air. The temperature of the compressed air passing through the exchanger is reduced to +3 to +7 ℃ by means of the closed circuit cooling gas, and the water vapor in the system is condensed and converted into water. Water vapor, which turns into liquid form, is removed from the system without losing air by condensate discharge devices with level sensors.
Gas type air dryers are ideal for general purpose applications that do not require high quality compressed air, as their investment and maintenance costs are low. The efficiency of the devices varies depending on the design of the heat exchanger used, the structure of the ecowatt and the type of cooling gas.
* In gas type compressed air dryers, which use coalescing filters with 1 micron pore diameter at the inlet and 0.01 micron pore diameter at the outlet, the Inlet Filter is used to protect the evaporator exchanger inside the device. The Outlet Filter is used to protect the evaporator exchanger inside the device. It is used to ensure the desired air quality.
* The most important feature that distinguishes our gas type compressed air dryers from similar products on the market is that they operate smoothly and provide savings to the user with very low energy consumption.
Usage Areas of Gas Air Dryer
* Refrigerated type dryers; are generally used to provide the required compressed air quality for instruments such as pneumatic valves, cylinders, pistons and air guns, which are used in many industries such as textile, automotive, iron and steel, cement, furniture, heavy industry. According to the ISO 8573-1 air quality standard, air of Class 4, 5, and 6 quality (in terms of remaining water vapor) can be obtained with this type of dryers.
* The use of gas type dryers may be inconvenient and insufficient in cases where the compressed air installation passes outside the building and the ambient temperature is below 3 ºC in winter. Namely; Air obtained with a refrigerated dryer at a pressurized dew temperature of +3 ºC may leave condensate again in the lower ambient temperatures it will encounter until it is delivered to the point of use, and the resulting water may freeze and even damage the system. In such cases, adsorption type chemical dryers are recommended, providing better dew temperatures.
