1.5m³/min 50 Uscător de aer de tip frigorific răcit cu aer CFM

Notă bună: the max pressure of this 50 cfm refrigerated air dryer is 10 bar. Desigur, we can also manufacture high pressure compressed air dryer. The available max pressure can be up to 100 bar.

• in primul rand, the heat exchange system adopts high-quality materials. The thickness of the copper tube is 0.45mm. The fins are hydrophilic aluminum foil. Prin urmare, our refrigeration type air dryer has high heat exchange efficiency. în plus, the evaporator and heat exchanger have passed the pressure leakage test. To ensure the stable quality of the 50 uscător de aer cfm.
• În al doilea rând, the refrigerant compressor uses the Panasonic brand. Its cooling efficiency is high. in afara de asta, it’s power-saving and durable.
• The refrigerant type air dryer is with an independent air-water separation device. And it’s with an electronic drain. So it can discharge the condensed water effectively. Then it achieves true drying purposes.
• The dryer has high and low-pressure protection. They can protect the compressor. At the same time prevent refrigerant leakage. So the stability and durability are higher.
• Our refrigerator air dryer has a very high-cost performance. They usually work with famous brands. Such as Ingersoll Rand, Atlas Copco, Sullair, Kobelco, etc.

The working principle of refrigerant type air dryer is as follows: use refrigerant for heat exchange with compressed air. Cool it down and remove the water. În același timp, we can get the pressure dew point of 2~10℃.

First Working Flow

The air compressor discharges hot and humid compressed air. It contains a lot of moisture. in primul rand, they enter the heat exchanger. And the air is pre-cooled here. După aceea, enter the evaporator of a refrigerated air dryer. It exchanges heat with the refrigerant here. To achieve the effect of deep water removal. In cele din urma, the compressed air returns to the heat exchanger. The temperature rises to avoid water droplets at the outlet.

Second Working Flow

The liquid refrigerant becomes gaseous in the evaporator. The compressor sucks in low-temperature and pressure refrigerant. Then they are compressed. The compressor discharges high pressure and temp. These gaseous refrigerants will enter the condenser. It will condense them into a liquid state. După aceea, pass through the filter drier and capillary. In cele din urma, they return to the evaporator of a refrigerant air dryer. In this way, the refrigerant starts a new cycle. That is compression, condensation, throttling, and evaporation.

1. in primul rand, the actual air flow cannot exceed the nameplate range. in afara de asta, the pressure and temperature should also be within the design value;
2. În al doilea rând, the ventilation must be good at the installation site. And also keep the heat dissipation of refrigerated type air dryers well;
3. În al treilea rând, the installation ground of the air compressor dryer must be flat;
4. în plus, the installation pipeline should be a manageable length. And avoid too many elbows. Otherwise, it will increase the pressure drop of refrigerant type air dryers;
5. There should be no corrosive air around. Otherwise, it will corrode the 50 cfm compressed air dryer;
6. Set coalescing filter in front of refrigeration type air dryer. But the filtration precision should be appropriate. Excessive precision is not necessary for refrigerated dryers;
7. Set the cooling water pipes independently. It cannot be shared with other water-cooling equipment;
8. Keep the automatic drainer working well at all times;
9. Do not start the refrigerated type air dryer continuously.