Engineered to enhance your profit

Ensuring the reliability of your operations is essential. Our FD dryers are tested according to ISO7183 certification that guarantees consistent quality with a supply of clean and dry air. Every component is optimized for long life and easy servicing to achieve smooth and efficient operations for your business.

FD VSD

FD 360-1000 VSD

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  1. 1

    Heat Exchanger

  2. 2

    Controller – Elektronikon Mk5 Touch​

  3. 3

    Compressor refrigerant

  4. 4

    Refrigerant

  5. 5

    Microchannel condenser

  6. 6

    Hot gas bypass + Thermostatic Expansion Valve

  7. 7

    Electronic zero loss drains

  8. 8

    Liquid seperator

  9. 9

    Refrigerant filter

  1. Heat Exchanger

    Inhouse designed for minimum pressure drop and maximum heat transfer. Integrated water separator removes nearly 100% of the condensate without usage of any consumables.

  2. Controller – Elektronikon Mk5 Touch​

    The Elektronikon Mk5 Touch unit controller is specially designed to maximize the performance of your FD refrigerant dryer under all conditions.​

    The default integrated Smartlink makes the machine condition accessible any time, any place at the tip of your fingers.​

  3. Compressor refrigerant

    For the compressor the unit merges the unique feature of scroll technology to reduce the power consumption by 30% compared to traditional piston compressors. Scroll compressors also reduce noise and vibrations. Both fixed speed and VSD (Variable Speed Drive) versions are available.

  4. Refrigerant

    FD dryers use R410A refrigerant. R410A is a widely accepted refrigerant with proven performance. Combined with low energy consumption, these dryers have a low carbon footprint.

    FD VSD dryers use R513A to reduce the Global Warming Potential of the refrigerant gas by 70%, greatly improving the carbon footprint of the machine. By taking this step, we bring this technology to the next level on the sustainability ladder.

  5. Microchannel condenser

    The condenser plays a critical role in the refrigerant circuit and is with his generous design able to handle even the most challenging operating conditions. The microchannel technology allows replacing the rather large tube and fin condensers to further reduce both carbon and floorspace footprint.

  6. Hot gas bypass + Thermostatic Expansion Valve

    The hot gas bypass will avoid the risk on frost damage in the machine and is supported with an expansion valve to adjust cooling power of the refrigerant to the required dew point. Minimizing the risk on clogging with an adjustable valve, this design has proven itself over many years on both reliability and best in class efficiency.

  7. Electronic zero loss drains

    For maximal reliability a mechanical drain with anti-sticking floater is selected together with the control in an IP65 enclosed box. 

  8. Liquid seperator

    Right before the compressor a liquid separator makes sure only gas enters the compressor.

  9. Refrigerant filter

    To guarantee the most optimal efficiency throughout the years the refrigerant filter will remove whatever clogging might accumulate throughout the years of operation.