High-performance compressed air dryers

Working pressure: 5 bar - 16 bar

... carbon adsorber, for technically oil-free compressed air to meet the strictest requirements Your advantages - Reliable and compact: DC dryers feature high-quality ...

Capacity: 45 m³/min - 98 m³/min
Working pressure: 3 bar - 16 bar

... SECOTEC refrigeration dryers to accommodate flow rates up to 98 m³/min and offers models with a choice of air- or water-cooling. Designed for large-scale industry, these compact giants ...

Capacity: 0.04 m³/min - 3.97 m³/min
Working pressure: 5 bar - 13 bar

... Membrane Module (KMM) features a special flow concept for long-term drying efficiency as well as the innovative, high-density helical fibre structure of the high-performance ...

Capacity: 4.2 m³/min - 226 m³/min
Working pressure: 0 Pa - 1,030,000 Pa

... service Low pressure drop design Pre-filter and after-filter as standard Easy to use, advanced microprocessor High performance valves for long extended life

Capacity: 1,088, 23,703 m³/h
Working pressure: 7 bar

... Compression Dryers (HOC) features an innovative design that helps in maintaining your compressed air system running perfectly smooth. Low in energy consumption, these regenerative dryers ...

Capacity: 1,191, 24,119 m³/h
Working pressure: 7 bar

... of the compressed air system Clean, Dry Air: Provides instrument quality air at with dew points from 0°F (-40°C) to -60°F (-51°C depending on operating conditions ...

Capacity: 20 m³/h - 50 m³/h
Working pressure: 5 bar - 9 bar

... LUXOR E A and LUXOR EM A dryers with optional ETA plus® energy saving technology are specifically designed to supply consistently low dew-point air to one drying bin, while reducing energy consumption. The ...

Capacity: 80 m³/h - 2,400 m³/h
Working pressure: 5 bar - 7 bar

... which provide consistently low dew-point air to the process, while reducing energy consumption. The advanced LUXOR A series consists of ten models with drying capacities from 80 to 2400 m3/h. Each advanced system dryer ...

Capacity: 7 m³/h - 1,500 m³/h
Working pressure: 10 bar

... CONDITIONS Working pressure: 7 bar Inlet air temperature: 35°C (50° max) Dew point at 7 bar pressure: -70°C Work/Purge cycle: 3/3 min. Regeneration air consumption: 7/15% of nominal ...

Capacity: 21 m³/h - 11,800 m³/h

Refrigeration dryers are important when you need dry compressed air as protection against corrosion in the compressed air lines and at the compressed ...

Capacity: 390 m³/h - 20,200 m³/h
Working pressure: 4 bar - 11 bar

... conditions. Due to cooling with water cooled air in a closed loop BVL type of dryers don’t consume any compressed air for the operation. A dryer consists ...

Capacity: 20 m³/h - 13,200 m³/h
Working pressure: 4 bar - 14 bar

... In the first stage (air-air heat exchanger) hot and humid inlet air is being precooled by the cold outgoing air. In the second stage (air-refrigerant ...

Capacity: 17 m³/h - 637 m³/h
Working pressure: 16 bar

... process of air compression. As a result, the dew point of the compressed air gets raised in comparison to the free atmospheric air which leads to condensation within ...

Capacity: 0.58 m³/min - 7.5 m³/min

The high-performance refrigeration dryers of this series is equipped with an electronic control to ensure a safe pressure dew point and provide a constant high compressed ...