Instrument air dryer working principle is based on removing moisture from compressed air before it reaches instruments and control equipment. Our 8.5 m³/min high-temperature refrigerated air dryer cools the compressed air, separates the condensed water, and then sends dry air to the system. It can handle an inlet air temperature of up to 80°C, making it suitable for demanding industrial environments.
Air Dryer Specifications
| Model | BRC085F | Capacity | 8.5 Nm3/min |
| Voltage | 220V/50Hz | Power | 1.8kw |
| Inlet/Outlet Connection | G2 | Weight | 220kg |
| Dimensions | 1250*700*1150 mm | Intake temperatures | <80℃ |
| Working pressure | 0.6-1.0Mpa | Pressure dew point | 2-10℃ |
Product Features
Moisture Removal
First, the dryer cools the hot compressed air to reduce its moisture content. The water vapor then turns into liquid water and is separated from the air. After that, the dry air leaves the dryer and continues to the instrument air system. This process helps protect pneumatic instruments, valves, and control devices from moisture.
Built for Heat
Practical Protection
Finally, the dryer uses an electronic automatic drain valve to remove collected water at set intervals. The refrigeration system also includes control components that help keep the cooling process stable. Together, these features support reliable operation and reduce problems caused by excess moisture.
Contact Us
Compressed air dryer freezing up is often related to unstable cooling conditions or an unsuitable dryer for the working environment. By choosing a high-temperature model with the right capacity, you can reduce these risks and keep your compressed air system running reliably. Our 8.5 m³/min model offers a practical solution for medium-sized factories and high-temperature applications.
If you are interested in our products, please contact us for a quotation. We will offer you the most competitive prices and the most attentive service.
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