Stable Dry Compressed Air
Industrial Refrigerated Air Dryers
With a wide air flow range and low pressure drop design, it is suitable for industrial installations of various sizes.
1.2–90 m³/min
Air Flow Range
0.3 bar
Low Pressure Drop
Up to 45°C
Ambient Temperature
Core Advantages of Refrigerated Air Dryers
High-efficiency separation
Optimized heat exchange structure for rapid condensation of water vapor and efficient gas-water separation.
0.3 bar Minimal Pressure Loss
The airflow cross-sectional area within the heat exchanger and compressed air connector is large, with a pressure difference ≤0.3 bar.
Stable 2-10°C Pressure Dew Point
Ensure compressed air is dry to reduce condensation buildup in the air delivery system.
1.2-90 m³/min Wide Air Flow Range
Compatible with the entire range of UMW Air air compressors to meet the air needs of different industrial sectors.
Covering everything from small workshops to large air compressor stations.
Automatic Condensate Drainage
Intelligently and automatically drains condensate, reducing manual maintenance.
Complete Air Treatment
Can be flexibly combined with air compressors, air tanks, precision filters.
Eliminate Moisture Riskin Compressed Air Systems
Stable Pressure Dew Point: 2-10°C
Cool the compressed air before it enters the production line to remove condensate.
- Protect pneumatic tools and production equipment
- Prevent pipeline corrosion and water contamination
- Ensure a stable and reliable air supply
Wide Airflow Range for Full Series Compressor Matching
With an airflow range from 1.2 to 90 m³/min, UMW Air refrigerated air dryers support different compressor capacities across Micro, Prime, Core and Mega Series.
1.2-90
m³/min
Micro / Prime / Core / Mega
Automatic Condensate Drainage for Less Manual Maintenance
Electronic condensate drainers are installed as standard equipment, providing reliable condensate separation without pressure loss. They are also insulated to prevent condensate formation.
No manual drainage required
Prevents condensate backflow into the pipes
Ensuring continuous and stable system operation
Air Dryer Reduces Pressure Loss
≤ 0.3 bar Low Pressure Drop
Optimized heat exchange structure and smooth airflow channels reduce air resistance, maintain stable delivery pressure and lower compressor energy load.
-
Lower
compressor load -
Stable
downstream pressure -
Improved
energy efficiency
Select the Right Air Dryer by Compressor Power & Airflow
Micro Air Compressor
4-7.5kW
1.2 m³/min
- Small workshops
- Single CNC machines
- Light-duty air demand
Prime Air Compressor
11-22kW
3.8-5.2 m³/min
- Small production lines
- Laser cutting machines
- General manufacturing
Core Air Compressor
30-110kW
8.2-28 m³/min
- Medium industrial plants
- Multi-machine systems
- Continuous production lines
Mega Air Compressor
132-355kW
80-90 m³/min
- Large factories
- Central air conditioning systems
- Heavy-duty applications
Selection based on compressor power and airflow helps avoid under-sizing, over-sizing and unnecessary energy waste.
Applications of Refrigerated Air Dryers
Detailed Specifications of Refrigerated Dryers
| Parameter | Details |
|---|---|
| Matching Compressor Power | 4–355 kW |
| Air Treatment Capacity | 1.2–90 m³/min |
| Pressure Dew Point | 2–10°C |
| Pressure Drop | ≤0.3 bar |
| Working Pressure Options | 6–25 bar, model dependent |
| Ambient Temperature | ≤45°C |
| Refrigerant | R134A / R410A |
| Cooling Method | Air-cooled |
| Connection Size | G1/2 to DN200 |
| Condensate Drainage Method | Automatic drainage |
FAQ
The air dryer should be selected according to the compressor air delivery, working pressure, inlet air temperature, ambient temperature. In most cases, the dryer capacity should be equal to or slightly higher than the compressor output.
A 2–10°C pressure dew point means the dryer can cool compressed air and remove moisture to help reduce condensation in the air system. It is suitable for most general industrial compressed air applications.
Lower pressure drop helps reduce unnecessary pressure loss in the compressed air system. This can help reduce compressor load, maintain stable air delivery, and improve overall system efficiency.
Yes. UMW Air refrigerated air dryers include multiple pressure options, with selected models supporting higher working pressure requirements up to 20–25 bar depending on configuration.
Yes. A refrigerated air dryer mainly removes moisture from compressed air. For better air quality, it is recommended to use suitable filters to remove oil mist, particles, and other contaminants.
Please provide compressor power, air delivery, working pressure, inlet air temperature, ambient temperature, and application. Based on this information, UMW Air can recommend a suitable dryer and filter configuration.
CONTACT UMW AIR
Need Help Choosing the Right Refrigerated Air Dryer?
Tell us your air flow, working pressure, voltage and application. Our engineers will help recommend a suitable refrigerated air dryer and compressed air treatment solution for your factory.
- Refrigerated air dryer model selection
- Stable dry compressed air solution
- Complete compressed air system configuration
- Fast response within 24 hours
68 Gongye South Road, Jinan, Shandong, China, 250000
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