Filter Media
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Filter MediaF721Trox-o-filF702 Filter mediaTrox-o-fil F702 Filter grade to EN 779 > 1) G3863.180up to +100 G3862.580up to +100 Filter grade to EN 779 > 1) G3862.560up to +100 Average Arrestanceagainst synthetic dustin %Nominal facevelocity in m/sInitial pressuredifferential at nominalflow velocity in PaTemperature resistance in װC Average Arrestanceagainst synthetic dustin %Nominal facevelocityin m/sInitial pressuredifferential at nominalflow velocity in PaTemperature resistance in C > 1) EN 779: particle air filters for general room air-conditioning technology. See leaflet F0/2/EN/. > 1)...

Filter MediaF703F704F711 Filter MediaF706 > 1) Filter grade to EN 779 > 1) G3G3G4Average Arrestanceagainst synthetic dustin %828690Nominal facevelocityin m/s1.51.51.5Initial pressuredifferential at nominal flow velocityin Pa304050Temperature resistance in Cup to + 100 Filter grade to EN 779 F5Average Arrestanceagainst synthetic dustin %96Average efficiencyagainst atmospheric dust in %47Nominal facevelocityin m/s0.9Initial pressuredifferential at nominal flow velocityin Pa90Temperature resistance in ںCup to +100 > 1) EN 779: particle air filters for general room air-conditioning technology....

Z-line filterF718F719 Filter class to EN 779 > 1) G4F5Average efficiencyagainst synthetic dustapprox. in %91> 98Average efficiencyagainst atmospheric dustapprox. in %3045Initial pressure differentialat nominal volume flowin Pa7090Temperature resistancein ֺCup to + 80up to + 80Maximum relative humidityin %100100 > 1) EN 779: particle air filters for general room air-conditioning technology. See leaflet F0/2/EN/. >

Bag Filter InsertF742 F743 F745 F726 F728 F729 Filter grade to EN 779 > 1) G49036035/50 F59665070/100 F6>9860045/60 F7>9860055/75 F8>9860090/115 Average Arrestanceagainst synthetic dustapprox. in %Bag filter length in mm Initial pressure differentialat nominal volume flow > 2) in PaTemperature resistance in ְC G38236025/35up to + 90up to + 70 > 1) EN 779: particle air filters for general room air-conditioning technology. See leaflet F0/2/EN/. > 2) For nominal volume flow for filter size concerned, see leaflet F7/2.1/EN/. >

Bag Filter InsertF744 F746 F748 F749 Filter grade to EN 779 > 1) F6>9865 F7>9885 F8 F9>9895 Average Arrestanceagainst syntheticdustapprox. in %Average efficiencyagainst atmosphericdust approx. in %Bag filter length in mm Initial pressure differentialat nominal volume flow 60050/7070050/70 60080/11070080/110 600100/13070080/110 600140/190700120/160up to +90 > 2) in PaTemperature resistance in ְC F598 55 > 1) EN 779: particle air filters for general room air-conditioning technology. See leaflet F0/2/EN/. > 2) For nominal volume flow for filter size concerned, see leaflet F7/2/EN/. >

Compact Fine Dust FiltersF736 > 1) F739 > 1) F736 F737 F739 for gas turbinesfor ventilation and AC systems Filter class to EN 779 > 2) F995180/220 F66585 F785110 F995130up to + 120100up to + 120100 Average efficiencyagainst atmosphericdust in %Initial pressure differenceat nominal volume flow > 3) in PaTemperature resistance in CMax. relative humidityin %F665130/170 > 1) 2) Fine dust compact filter with double-layer micro-glass fibre paper. EN 779: particle air filters for general room air-conditioning technology. See leaflet F0/2/EN/. > 3) Nominal volume flows for each filter size are...

Minipleat Filter CellsF756 F757 F759F780F781 Filter class to EN 779 > 1) F6F7F9֖Filter class to EN 1822 > 2) ֖֖H11H13Average efficiencyagainst atmospheric dust in %658595֖Extraction efficiencyto EN 1822in %֖>95>99.95Initial pressure differentialat nominal volume flow > 3) in Pa120140180125250Temperature resistance in ְCup to +80 > 1) EN 779: particle air filters for general room air-conditioning technology. See leaflet F0/2/EN/. > 2) 3) EN 1822: Particulate Filter (HEPA and ULPA)Ӕ. For nominal volume flow for filter size concerned, see leaflet F7/4.3/EN/. >

Minipleat filter panelsF757 F759 F780 F781 Filter class to EN 779 > 1) F7F9֖Filter class to EN 1822 > 2) ֖H11H13Average efficiencyagainst atmospheric dustin %8595֖Extraction efficiency to EN 1822in %֖> 95> 99.95Initial pressure differentialat nominla volume flow > 3) in Pa140180125250Temperature resistance in ְCup to +80 > 1) EN 779: particle air filters for general room air-conditioning technology. See leaflet F0/2/EN/. > 2) 3) EN 1822: Particulate Filter (HEPA and ULPA)Ӕ. For nominal volume flow for filter size concerned, see leaflet F7/4.4/EN/. >

Particulate Filter Cells F770F771F772 Filter class to EN 1822 > 1) H11H13H14Extraction efficiency to EN 1822in %>95>99.95>99.995Initial pressure differenceat nominal volume flow > 2) in Pa125250125Temperature resistancein ֺCup to +100 > 1) 2) EN 1822: Particulate Filter (HEPA and ULPA)Ӕ. For nominal volume flow for filter size concerned, see leaflet F7/3.3/EN/. >

Filter type F760 Rated volume flowin l/s2855in m > 3 /h100200Pressure differentialat rated volume flowin Pa100175Activated carbon volumein l2.24,0 Coating thicknessin mm2626Contact timein s0.080.07B.E.T. surfacein m > 2 /g10001000External diameterin mm145145 Lengthin mm250450 Rec. operating temperaturein C< 50 Rec. relative humidityin %70 >