Refrigeration dryers

Refrigeration dryers

Efficient moisture removal for optimal performance​ Energy-efficient drying for sustainable savings​ Reliable and durable design​

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The right refrigeration dryer for every application

Choosing the right compressed air refrigeration dryer​

Selecting the appropriate compressed air refrigeration dryer is essential for the efficiency and reliability of your systems. We provide tailored solutions for every application:

  • Energy-saving dryers: Minimize operating costs and energy consumption.​
  • Process reliability: Ensure consistent air quality for sensitive operations.​
  • High-pressure dryers: Dependable performance for high-pressure demands.​
  • High-temperature dryers: Optimal efficiency even under high temperatures.

Our experts are here to provide personalized advice to help you find the ideal solution for your specific needs. Contact us today for more information.​

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Cycling Dryers: DRYPOINT RA

The DRYPOINT RA refrigeration dryer is your go-to solution for applications with stable operating conditions and consistent pressure dew points of +3°C.​

Volume flow at +3°C: 20 - 13200 m³/h

  • Reliable and energy-efficient: Ideal for steady demand scenarios.​
  • Durable design: Optional TAC coating ensures long-lasting performance.​
  • Flexible cooling options: Available in both water and air-cooled versions.​
  • Eco-friendly: Available with R513a refrigerant.

Energy-Saving Dryers: DRYPOINT RA eco

Designed for maximum energy savings, this generation of refrigeration dryer is perfect for applications focused on sustainability.

Volume flow at +3°C: 20 - 10800 m³/h

  • Innovative energy control: Advanced system for optimized energy consumption.​
  • Durable design: Optional TAC coating for extended durability.​
  • Flexible cooling options: Available in both water and air-cooled versions.​
  • Eco-conscious: Different refrigerants available.

High-Pressure Dryers: DRYPOINT RS HP

Specifically engineered for applications requiring efficient drying of compressed air at high pressures, up to 45/50 bar.

Volume flow at +3°C: 33 - 630 m³/h

  • High-pressure capability: Reliable performance in demanding high-pressure environments.​
  • Durable design: Optional TAC coating for enhanced robustness.​
  • Cooling options: Available in both air-cooled and water-cooled versions.​
  • RS485 Modbus interface: Facilitates easy integration and remote monitoring.​

High-Temperature Dryers: DRYPOINT RA HT

The DRYPOINT RA HT refrigeration dryer is designed for efficient drying of compressed air with high inlet temperatures, up to 80°C.​

Volume flow at +3°C: 33 - 630 m³/h

  • High-temperature capability: Optimal performance for applications with elevated air temperatures.​
  • Durable design: Optional TAC coating for increased longevity.​
  • Integrated pre-cooler and pre-filter: Ensures enhanced efficiency and protection.​
  • RS485 Modbus interface: Facilitates easy integration and remote monitoring.​

FAQ

Frequently asked questions about refrigeration drying

1. What is refrigeration drying and how does it work?

Refrigerant drying is a compressed air treatment process in which the air is cooled to condense and remove moisture. This is done by using a refrigerant that cools the air to a low temperature, causing the water contained in the air to condense and be separated.

2. Why is it important to dry the compressed air?

Drying compressed air is important to ensure that no moisture or condensation enters the compressed air, which could affect the performance of pneumatic tools, machines or processes. Moisture in compressed air can cause corrosion, damage to components and quality issues.

3. What is the usual application of refrigeration drying?

Refrigeration dryers are used in a range of industries, including automotive, food and beverage, chemicals, electronics and other sectors where dry compressed air is needed to operate plant and machinery.

4. What are the advantages of refrigeration drying over other drying methods?

Refrigeration dryers are effective, reliable and relatively inexpensive compared to other drying methods. They provide constant pressure dew point performance regardless of ambient temperatures and have low energy consumption.

5. What factors influence the efficiency of refrigeration drying?

The efficiency of refrigeration drying depends on factors such as operating temperature and humidity, airflow rate, refrigerant quality, and maintenance of the drying system.

6. How do I choose the right refrigeration drying system for my requirements?

Selecting the right refrigeration dryer system depends on the size of the compressed air system, the required compressed air quality, the ambient temperature and other specific requirements. It is advisable to seek the advice of a specialist to determine the most suitable system.

7. What are the effects of inefficient drying of the compressed air?

Inefficient drying of compressed air can lead to corrosion, production stoppages, quality issues and higher operating costs. To avoid such problems, it is important to continuously monitor the compressed air quality.

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