Filtration and Drying

FILTRATION

BEKO CLEARPOINT

CLEARPOINT®

With the CLEARPOINT® compressed- air filter series for volume flows from 35 to 34,680 m3/h (at 7 bar), an economic concept for efficient compressed-air filtration is now available. Through innovative filter elements and a flow-optimised, corrosion-protected housing construction, CLEARPOINT® offers safe and reliable , and qualitatively better compressed air at significantly reduced operating costs. 

DRYING

BEKO DRYPOINT AC

DRYPOINT® AC

The BEKOSPLIT® splitting system has already proven itself internationally with regards to the reliable, economical and company-internal condensate processing of stable emulsions.  In addition, it offers system-related advantages as far as cost structures and efficiency are concerned: no aggressive cleaner, lower energy consumption, low investment requirements, longer maintenance intervals

BEKO Drypoint AC HP

Drypoint®​ AC HP

Where work takes place under high pressure, the demands on the safety and reliability of a system are particularly high, as the compressed air is significantly more contaminated by solid particles, oil and condensate as a result of the enormous compression. DRYPOINT AC HP is the pivot of an efficient and safe high-pressure system. The premium high-pressure dryer reliably and economically removes humidity and contaminations from the compressed air.

BEKO DRYPOINT​​ M PLUS​

DRYPOINT®​​ M PLUS​

The DRYPOINT M PLUS membrane dryer with an integrated nanofilter is the innovative solution for efficient filtration and drying in one housing.  It offers reliable compressed-air drying at a constant compressed-air temperature, saves energy through low purge air demand and does not need polluting desiccants. In addition, filtration, which is directly connected ahead, prevents condensation upstream of the membrane.

BEKO DRYPOINT​​ RA

DRYPOINT®​​ RA

DRYPOINT® RA Compressed air refrigeration dryer with extremely efficient design.  Ensures cost-saving, reliable operation and optimum drying thanks to highly effective heat exchanger combination. Lowest possible pressure loss even with varying loads and minimum energy consumption are characteristics. The technical highlights include: vertical heat exchanger arrangement with condensate flow from drop to bottom, stainless steel demister for reliable separation and a large calming space to prevent condensate carry-over and a BEKOMAT® for reliable condensate drainage.

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