Compressed air filtration

The objective of compressed air filtration is to achieve the lowest possible initial pressure gradient. The unique Zephyr technology allows for the initial pressure gradient to be brought down to an astounding 0.07bar. This substantially reduces operating costs due to the lower power input of the compressors and extends the service life of the filter element.

Reliable design

Energy saving

Filtration level as per customer specifications
Coarse G filters, fine H filters, dust D filters, active carbon A filters, AX high performance filtration

ModelCapacity at 7bar(g) m3/minMaximum
pressure
bar(g)
Dimensions
mm (AxBxCxD)
Weight (kg)Pipe connection
ZF-0080*4,81612058352-3,2G1
ZF-0145*8,71612058352-3,2G1 1/2
ZF-0220*13,216162743501806,6G2
ZF-0330*19,8161627466418010,9G2
ZF-0430*25,8162009039818012,9G3
ZF-0620*40,0162009065918017,5G3
ZF-1000*60,016500270840200115DN100
ZF-1300*80,016600310910200150DN125
ZF-1950*120,016645325910200195DN150
ZF-2500*160,0166663431037200240DN200
ZF-3250*200,0168404001065200425DN200
ZF-4650*280,0168404001065200450DN250
ZF-5200*312,0167404101275200515DN250
ZF-7800*468,01610704851295200960DN300
Inlet pressure-based correction
Inlet pressurebar(g)12357911131516
Correction factorKA0,380,530,650,8511,131,251,361,461,51
Filtration stageSolids
residue
microns
Oil particles
residue
mg/m3
Pressure gradient
bar
Max. operating
temperature
°C
Max. working
pressure
bar
G10,50,076616
H0,010,010,16616
D1-0,076616
A-0,0030,16616