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Sécheur par réfrigération

Tout savoir sur le sécheur par réfrigération

Le sécheur par réfrigération, le procédé le plus économique pour sécher l'air comprimé

Le sécheur par réfrigération est considéré comme un équipement standard. Cette gamme forme le procédé le plus économique pour sécher l’air comprimé. Le principe est la diminution de la température de l’air comprimé. 

Les sécheurs d’air frigorifiques peuvent fournir un point de rosée de 3 à 5 °C (37 à 41 °F), ce qui est suffisant pour la plupart des applications.

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Design

How does a refrigeration dryer work?

The process of refrigeration drying consists of cooling the compressed air. The objective is to allow a large part of the water present in the system to condense and thus be separated. 

After the cooling and condensation stage the compressed air is heated to room temperature so that no condensation forms on the outside of the pipe.

 

The non-cyclic refrigeration dryer

The non-cyclic refrigeration dryer continuously activates the refrigeration compressor and uses a hot gas bypass valve to redirect the refrigerant even in partial load conditions. 

For non-cyclic refrigeration dryers, the temperature of the compressed air is lowered to 37°F (3°C), allowing water to evaporate and resulting in dry air that is beneficial for most applications.

 

The cyclic refrigeration dryer

In contrast to non-cyclic refrigeration dryers, cyclic dryers use additional equipment (thermal mass and/or variable frequency drive). 

This equipment allows you to switch on and off depending on the demand for compressed air you wish to use and therefore be much more energy efficient. The initial cost of this type of dryer is slightly higher than a non-cyclic option, however it provides the most economical solution over the long term and throughout the life cycle

Benefits

The advantages of using a refrigeration dryer

Optimal air redistribution

All water in the compressed air is recovered by a water separator. As for the air, it is redistributed in the network.

 

Avoiding the formation of condensation

Thanks to a heat exchanger system, the air is heated at the dryer outlet, thus avoiding condensation.

 

20°C dew point

This type of compressor can reach a dew point of up to 20°C

Solutions

Solutions designed for you

DRYPOINT® RA 20-960 eco

  • for flows < 1 000 m³/h
  • Energy savings by switching off the refrigerant compressor as needed
  • Display of the percentage of energy savings achieved
  • Potential-free contact for transmission of alarm messages

 

DRYPOINT® RA 1300-10800 eco

  • For flow rates > 1000 m3/h
  • Significant energy savings when drying requirements fluctuate, thanks to the innovative combination of variable speed and controlled compressor shutdown.
  • Use of low-vibration, energy-efficient scroll compressors (spiro-orbital)
  • Intuitive 4.7″ touch screen for quick and easy operation control - including the integrated BEKOMAT
  • Potential-free contact for transmission of alarm messages RTUD RS485 interface for external control and monitoring
  • Recording of alarm messages

 

The refrigeration dryer for high inlet temperatures: DRYPOINT® RA HT

The compressed air refrigeration dryer DRYPOINT RA HT has been specially developed for applications where compressed air with high inlet temperatures up to 80 °C has to be dried efficiently.

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