PAMERAN Pengering pendingin Atlas Copco FX 15 - 14 l/

Atlas Copco

Exhibitor - Atlas Copco refrigeration dryer FX15 - 14 l/s - 840 l/min


Condition: Very good


Technical data:











Volume flow 14 l/s Volume flow 840 l/min Volume flow 0.84 m³/min Pressure dew point + 3 °C Differential pressure 0.250 bar Power consumption 0.190 kW Operating voltage/frequency 230/1/50 Refrigerant R513A


Reference conditions:







Operating pressure 7 bar Compressed air inlet temperature 35 °C Ambient temperature 25 °C Relative humidity at inlet 100 %


Limit values:









Ambient temperature min. 5 °C Ambient temperature max. 43 °C Inlet temperature min. 3 °C Inlet temperature max. 55 °C Operating pressure min. 6 bar Operating pressure max. 16 bar


Dimensions, weights and connections:






Length/width/height 493/350/450 mm Net weight 20 kg Compressed air connections 3/4 "


Equipment features and special features
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The FX series refrigeration dryers offer a reliable, cost-effective and simple solution for anyone who requires high-quality compressed air for their production processes. To avoid condensation and thus the risk of corrosion and damage to systems and end products, the compressed air must be dry - which is exactly what the FX dryers are designed for.

The FX dryer range is simple yet robust and reliable. It is a simple range that relies on proven technology, solid components and a straightforward design; these features combine to deliver a constant dew point and reliable performance at any volume flow - in almost any production application.





Functional principle


Refrigeration drying means that the compressed air is cooled, resulting in a large amount of water that must be separated from the air. After cooling and condensation, the compressed air is reheated to around room temperature so that no condensation forms on the outside of the pipe system.

This heat exchange between incoming and outgoing compressed air also reduces the required cooling capacity of the refrigerant circuit.

Cooling takes place via a closed refrigerant system. Direct refrigerant injection reacts immediately to a load change and a high-precision hot gas bypass valve ensures a constant temperature ratio

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