KSI Filtertechnik GmbH
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Filter VP MFO, V SMA, V MFO
With the filter elements of specifications MFO and SMA solids are separated by impact and
inertia effect, oil- and water aerosols by the coalescence effect. By gravity, filtered liquid
particles accumulate in the lower filter container and are drained manually or automati-
cally. The flow direction is from outside to inside.
Filter V CA
The activated carbon element adsorbs oil vapour and odours, which are imbedded in the
activated carbon. Upstream sub-micro filtration is recommended to filter aerosols, water
vapour and smallest particles. This prolongs the lifetime of the intake capacity of the ele-
ment. The flow direction is from outside to inside.
Filter VMS
In the first step this filter element separates liquid particles by gravity and drops them into
the lower parts of the filter. A dry operation is recommended. Fine layers of filter media
separate bacteria.
Filter SE
This filter element is made with a very good sealing material to hold back bacteria. This
bacteria is killed by hot vapour at a min. temperature of 138 °C. The element should be ste-
rilized once a month in an autoclave. The sterilization process can be done up to 50 times.
Never take the element into a disinfection bath!
Filter CAK
This filter element also adsorbs oil vapours and odours and imbeds them in the activa-
ted carbon. Again, an SMA stage must be installed upstream. The cartridge includes an
integrated dust fine filter element of class DMF in order to separate any dust. The quantity
of activated carbon in the cartridge is much greater than in the conventional CA element.
Please pay attention to the design data of the cartridge series.
Filter MSK
In this cartridge solution, water vapour molecules are imbeded in the open pores of the de-
siccant, thereby dehumidifying the compressed air. These elements must be operated with
SMA-stage prefilters. Installation downstream to refrigeration dryers is recommended. The
cartridge includes an integrated dust fine filter element of class DMF in order to separate
any dust. Please pay attention to the design data of the cartridge series.
Filter HC
This filter element is filled with a catalyst. The catalyst triggers conversion of carbon mono-
xide to carbon dioxide by oxidation. The carbon dioxide is then in turn reduced by che-
misorption. The catalyst is active only in compressed air dried to at least -28 °C pressure
dewpoint. The cartridge includes an integrated dust fine filter element of class DMF. Please
pay attention to the design data of the cartridge series.
