Drying | DRYPOINT® AC 410 – 495 Cold-regenerated adsorption dryer The latest generation: DRYPOINT® AC The compact cold-regenerated DRYPOINT® AC adsorption dryer removes moisture from the compressed air to a pressure dew point of -40 °C (optional -70 °C). It comes with an efficient compressor synchronisation control as standard. For even greater energy efficiency, the system can be equipped with an optiona l dew point control. Reliable, innovative and safe The combination of integrated CLEARPOINT® pre- and after-filters, the BEKOMAT® condensate drain and the user-friendly intuitive control interface ensure highest operational safety. The innovative shuttle valve with an internal purge air line allows for adequate purge air flow even in the event of a power failure, making the system fail safe. Sturdy galvanised press fittings, easy to transport and access to all system components show that the unit has been designed with practicability in mind. The innovative shuttle valve with an internal purge air line allows for adequate purge air flow even in the event of a power failure. ›› Efficient control ›› Fail-safe ›› Practical, simple to operate ›› Easy to se

* Volume flow information for PDP -40 °C, in relation to 20 °C ambient temperature, 1 bar (abs), an operating pressure of 7 bar (gauge) and a compressed air inlet temperature of 35 °C (saturated DTP -70 °C on request)

Correction Factor Pressure dew point (PDP) The MS build series is required for pressure dew points of -70°C or pre-dried compressed air. DRYPOINT® AC MS series The models of the MS series use a adsorbent bed of a molecular sieve. It allows for pressure dew points as low as -70 °C. MS series dryers are also required for the treatment of pre-dried compressed air. Please contact us for detailed technical specifications.

The cold-regenerated DRYPOINT® AC adsorption dryer ensures a continuous supply of high-quality air. Two vessels filled with desiccant (3) are arranged in parallel. The compressed air is fed through the CLEARPOINT® pre-filter with a BEKOMAT® condensate drain (1) that remove particles and condensate from the compressed air. From there, it flows through the shuttle valve (2) at the bottom and into the adsorption vessel (3). There, it is dried to the required pressure dew point. The compressed air then passes through the shuttle valve (4) at the top and a CLEARPOINT® after-filter (5) which removes...