Filter Elements E

Filtration TechnologyProcess filter Industrial filter Microfilter F ilter elements High-pressure filter Dryer Technology Adsorption dryer WVM Refrigerated dryer arctic star Adsorption dryer KEN-MT Membrane dryer sunsep W Adsorption dryer K-MT/KA-MT Condensate Technology Emulsion separating unit aquafil Condensate drain ecodrain LS Condensate drain ecodrain ED Oil/water separator ecosep SL FE 10/2004 We reserve the right to make changes to the design and dimensions of all the products shown. for compressed air and technical gases, suitable for ZANDER filter housings and housings of other filter manufacturers This means there is a significantly larger area available for the air or gas to flow through in comparison to wrapped filter elements.5 D-SS 4/2.5 80DS-R05/3 80DS-R10/3 80DS-R15/3 80DS-R20/3 80DS-R30/3 80DS-R30/5 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ Ultrafilter D-SS 3/1 D-SS 3/1.efficiency 0.4404 . the so-called filter fleece. which at the end of the day have made our name for us in the market.5 D-SS 4/2.5 SRF 5/2.efficiency 1µ /25µ 90PDS-R_ -1µ /25µ .5 SRF 4/2. VA 1.4404 . welded. is “pleated” mechanically.5 80ST-R05/2. micro. thread connection with two O-rings – VA 1.Steam and sterile filter elements Filter elements for compressed air and technical gases ZANDER filter elements The quality of filter elements has become more and more important with the rising standards in the purity of compressed air and technical gases.5 80DS-R04/1. thread connection with one O-ring . plug connection with two O-rings . plug connection with two O-rings – VA 1.sinter metal cartridge with stainless steel end caps. welded.sinter metal cartridge with stainless steel end caps. as well as an increase in environmental and energy awareness. We would like to present these important features and our product range. The area of the filter is many times larger than it would be without pleating.5 80DS-R05/2.efficiency 0.wrapped borosilicate non-shedding fleece with Nomex supporting material.5 D-SS 5/2.4404 stainless steel end caps.sinter metal cartridge with stainless steel end caps.5 80ST-R04/2. welded.01µ Ultrafilter 90-series Process Filters Steam and sterile filter elements Steam filters 1µ ZANDER 90DS-R02/05 90DS-R02/10 90DS-R03/05 90DS-R03/10 90DS-R04/10 90DS-R04/20 90DS-R05/20 90DS-R05/25 90DS-R07/25 90DS-R07/30 90DS-R10/30 90DS-R15/30 90DS-R20/30 90DS-R30/30 90DS-R30/50 90PDS-R02/05 90PDS-R02/10 90PDS-R03/05 90PDS-R03/10 90PDS-R04/10 90PDS-R04/20 90PDS-R05/20 90PDS-R05/25 90PDS-R07/25 90PDS-R07/30 90PDS-R10/30 90PDS-R15/30 90PDS-R20/30 90PDS-R30/30 90PDS-R30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ Ultrafilter D-SS02/05 D-SS02/10 D-SS03/05 D-SS03/10 D-SS04/10 D-SS04/20 D-SS05/20 D-SS05/25 D-SS07/25 D-SS07/30 D-SS10/30 D-SS15/30 D-SS20/30 D-SS30/30 D-SS30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ P-GS02/05 P-GS02/10 P-GS03/05 P-GS03/10 P-GS04/10 P-GS04/20 P-GS05/20 P-GS05/25 P-GS07/25 P-GS07/30 P-GS10/30 P-GS15/30 P-GS20/30 P-GS30/30 P-GS30/50 Steam filters 25µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ ZANDER 90DS-R02/05 90DS-R02/10 90DS-R03/05 90DS-R03/10 90DS-R04/10 90DS-R04/20 90DS-R05/20 90DS-R05/25 90DS-R07/25 90DS-R07/30 90DS-R10/30 90DS-R15/30 90DS-R20/30 90DS-R30/30 90DS-R30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 90PDS-R02/05 90PDS-R02/10 90PDS-R03/05 90PDS-R03/10 90PDS-R04/10 90PDS-R04/20 90PDS-R05/20 90PDS-R05/25 90PDS-R07/25 90PDS-R07/30 90PDS-R10/30 90PDS-R15/30 90PDS-R20/30 90PDS-R30/30 90PDS-R30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ Ultrafilter D-SS02/05 D-SS02/10 D-SS03/05 D-SS03/10 D-SS04/10 D-SS04/20 D-SS05/20 D-SS05/25 D-SS07/25 D-SS07/30 D-SS10/30 D-SS15/30 D-SS20/30 D-SS30/30 D-SS30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ P-GS02/05 P-GS02/10 P-GS03/05 P-GS03/10 P-GS04/10 P-GS04/20 P-GS05/20 P-GS05/25 P-GS07/25 P-GS07/30 P-GS10/30 P-GS15/30 P-GS20/30 P-GS30/30 P-GS30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ Sterile filters ZANDER Ultrafilter 90ST-R02/05 SRF 02/05 90ST-R02/10 SRF 02/10 90ST-R03/05 SRF 03/05 90ST-R03/10 SRF 03/10 90ST-R04/10 SRF 04/10 90ST-R04/20 SRF 04/20 90ST-R05/20 SRF 05/20 90ST-R05/25 SRF 05/25 90ST-R07/25 SRF 07/25 90ST-R07/30 SRF 07/30 90ST-R10/30 SRF 10/30 90ST-R15/30 SRF 15/30 90ST-R20/30 SRF 20/30 90ST-R30/30 SRF 30/30 90ST-R30/50 SRF 30/50 90PST-R02/05 90PST-R02/10 90PST-R03/05 90PST-R03/10 90PST-R04/10 90PST-R04/20 90PST-R05/20 90PST-R05/25 90PST-R07/25 90PST-R07/30 90PST-R10/30 90PST-R15/30 90PST-R20/30 90PST-R30/30 90PST-R30/50 P-SRF 02/05 P-SRF 02/10 P-SRF 03/05 P-SRF 03/10 P-SRF 04/10 P-SRF 04/20 P-SRF 05/20 P-SRF 05/25 P-SRF 07/25 P-SRF 07/30 P-SRF 10/30 P-SRF 15/30 P-SRF 20/30 P-SRF 30/30 P-SRF 30/50 90DS-R_ -1µ /25µ .efficiency 0.5 80ST-R04/1.5 80ST-R05/3 80ST-R10/3 80ST-R15/3 80ST-R20/3 80ST-R30/3 80ST-R30/5 Ultrafilter SRF 3/1 SRF 3/1. ZANDER is one of the market leaders in the field of pre-. Decades of experience in the development and manufacture of compressed air and gas filters guarantee our customers top-quality products.efficiency 1µ /25µ 90ST-R_ .5 SRF 4/1.4404 stainless steel end caps.5 D-SS 4/1. ZANDER pleating Pleating is one of the production phases during the manufacture of our ZANDER filter elements.01µ Ultrafilter housings Ultrafilter 80-series Process Filters . thread connection with one O-ring – VA 1. Steam filters 1µ ZANDER 80DS-R03/1 80DS-R03/1.5 80DS-R05/2.5 SRF 5/3 SRF 10/3 SRF 15/3 SRF 20/3 SRF 30/3 SRF 30/5 80DS-R_ 1µ /25µ .efficiency 1µ /25µ 80ST-R_ .5 80DS-R04/2.wrapped borosilicate non-shedding fleece with Nomex supporting material.5 D-SS 5/2.5 D-SS 5/3 D-SS 10/3 D-SS 15/3 D-SS 20/3 D-SS 30/3 D-SS 30/5 Steam filters 25µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ ZANDER 80DS-R03/1 80DS-R03/1. in which the heart of the filter.wrapped borosilicate non-shedding fleece with Nomex supporting material.5 80DS-R04/2.01µ 90PST-R_ . thread connection with two O-rings .and process filtration and a reliable partner for many industrial branches around the world.5 D-SS 5/3 D-SS 10/3 D-SS 15/3 D-SS 20/3 D-SS 30/3 D-SS 30/5 Sterile filters 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ ZANDER 80ST-R03/1 80ST-R03/1.5 80DS-R05/3 80DS-R10/3 80DS-R15/3 80DS-R20/3 80DS-R30/3 80DS-R30/5 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ Ultrafilter D-SS 3/1 D-SS 3/1. It is this claim for top quality which particularly distinguishes our ZANDER filter elements clearly from many competitors’ products. VA 1.4404 .4404 stainless steel end caps. VA 1.5 80DS-R04/1.5 D-SS 4/1. up to 120°C .filtration efficiency 99. wet: 0.03 bar. wet: 0. 20°C) at a max.initial differential pressure dry 0.4 bar 0.01 mg/m3 (1 bar a. Paint-compatible filter elements ZPLV .03 bar.(pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.9999% based on 1µ .9999% based on 1µ .residual oil content ≤ 0.particle filter without draining layer .06 bar. wet: 0. up to +80°C) correspond with the L025.initial differential pressure dry 0.5 mg/m3 (1 bar a.07 bar ZP .99999% based on 0.07 High temperature filter elements the lower differential pressure and the increased service life.15 bar A . 20°C) .9999% based on 1µ . wet: 0. wet: 0.25 bar .residual oil content ≤ 0. 20°C) .up to 120°C .99999% based on 0. the annual potential saving per filter runs into thousands of Euro as a result of Ask one of our specialist dealers or our ZANDER sales representatives for advice about pleated ZANDER filter elements.06 bar.better filtration efficiency .initial differential pressure dry: 0.filtration efficiency 99. Note: MF and SMF elements can be replaced by the ZANDER XP element as a result of the reduced differential pressure due to the pleating technique HTNX High Temperature Filter Elements (Filter elements with stainless steel expanded metal support and aluminium end caps.01 mg/m3 (after x grade filter) .differential pressure 0.residual oil content ≤ 0. up to +120°C) General purpose filters* ZANDER Ultrafilter 90ZHTNX-02/10 FF 02/10 HTNX 90ZHTNX-03/05 FF 03/05 HTNX 90ZHTNX-03/10 FF 03/10 HTNX 90ZHTNX-04/10 FF 04/10 HTNX 90ZHTNX-04/20 FF 04/20 HTNX 90ZHTNX-05/20 FF 05/20 HTNX 90ZHTNX-05/25 FF 05/25 HTNX 90ZHTNX-07/25 FF 07/25 HTNX 90ZHTNX-07/30 FF 07/30 HTNX 90ZHTNX-10/30 FF 10/30 HTNX 90ZHTNX-12/30 FF 12/30 HTNX 90ZHTNX-15/30 FF 15/30 HTNX 90ZHTNX-20/30 FF 20/30 HTNX 90ZHTNX-30/30 FF 30/30 HTNX 90ZHTNX-30/50 FF 30/50 HTNX ZHTNX XHTNX ZANDER 90XHTNX-02/10 90XHTNX-03/05 90XHTNX-03/10 90XHTNX-04/10 90XHTNX-04/20 90XHTNX-05/20 90XHTNX-05/25 90XHTNX-07/25 90XHTNX-07/30 90XHTNX-10/30 90XHTNX-12/30 90XHTNX-15/30 90XHTNX-20/30 90XHTNX-30/30 90XHTNX-30/50 Oil removal filters* Ultrafilter MF 02/10 HTNX SMF MF 03/05 HTNX SMF MF 03/10 HTNX SMF MF 04/10 HTNX SMF MF 04/20 HTNX SMF MF 05/20 HTNX SMF MF 05/25 HTNX SMF MF 07/25 HTNX SMF MF 07/30 HTNX SMF MF 10/30 HTNX SMF MF 12/30 HTNX SMF MF 15/30 HTNX SMF MF 20/30 HTNX SMF MF 30/30 HTNX SMF MF 30/50 HTNX SMF 02/10 03/05 03/10 04/10 04/20 05/20 05/25 07/25 07/30 10/30 12/30 15/30 20/30 30/30 30/50 HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX aterial wrapped m The advantages of pleated ZANDER filter elements are obvious.003 mg/m3 (1 bar a.initial differential pressure dry 0. high-temperature drainage.residual oil content ≤ 0.5 mg/m (1 bar a.up to 80°C ALV . 20°C) .99999% based on 0.filtration efficiency 99.01µ . More filter area means: .1 bar 0. 20°C) at a max.lower differential pressure .10 bar .residual oil content ≤ 0. 20°C) .10 bar XP .up to 80°C XPLV .up to 60°C 3 These advantages pay off quickly.residual oil content ≤ 0. input concentration of 0.5 bar 0. wet: 0. depending on the type and size of the filter element.03 bar If pleated filter fleece were to be “ironed out” again.06 bar.20 bar .initial differential pressure dry: 0. up to +80°C) ZANDER 90V-02/05 90V-02/10 90V-03/05 90V-03/10 90V-04/10 90V-04/20 90V-05/20 90V-05/25 90V-07/25 90V-07/30 90V-10/30 90V-15/30 90V-20/30 90V-30/30 90V-30/50 Pre-filters Ultrafilter SB 02/05 PE 02/05 SB 02/10 PE 02/10 SB 03/05 PE 03/05 SB 03/10 PE 03/10 SB 04/10 PE 04/10 SB 04/20 PE 04/20 SB 05/20 PE 05/20 SB 05/25 PE 05/25 SB 07/25 PE 07/25 SB 07/30 PE 07/30 SB 10/30 PE 10/30 SB 15/30 PE 15/30 SB 20/30 PE 20/30 SB 30/30 PE 30/30 SB 30/50 PE 30/50 General purpose filters ZANDER Ultrafilter 90ZP-02/05 FF 02/05 90ZP-02/10 FF 02/10 90ZP-03/05 FF 03/05 90ZP-03/10 FF 03/10 90ZP-04/10 FF 04/10 90ZP-04/20 FF 04/20 90ZP-05/20 FF 05/20 90ZP-05/25 FF 05/25 90ZP-07/25 FF 07/25 90ZP-07/30 FF 07/30 90ZP-10/30 FF 10/30 90ZP-15/30 FF 15/30 90ZP-20/30 FF 20/30 90ZP-30/30 FF 30/30 90ZP-30/50 FF 30/50 ZANDER 90XP-02/05 90XP-02/10 90XP-03/05 90XP-03/10 90XP-04/10 90XP-04/20 90XP-05/20 90XP-05/25 90XP-07/25 90XP-07/30 90XP-10/30 90Xp-15/30 90XP-20/30 90XP-30/30 90XP-30/50 Oil removal filters Ultrafilter MF 02/05 SMF 02/05 MF 02/10 SMF 02/10 MF 03/05 SMF 03/05 MF 03/10 SMF 03/10 MF 04/10 SMF 04/10 MF 04/20 SMF 04/20 MF 05/20 SMF 05/20 MF 05/25 SMF 05/25 MF 07/25 SMF 07/25 MF 07/30 SMF 07/30 MF 10/30 SMF 10/30 MF 15/30 SMF 15/30 MF 20/30 SMF 20/30 MF 30/30 SMF 30/30 MF 30/50 SMF 30/50 Activated carbon filters ZANDER Ultrafilter 90A-02/05 AK 02/05 90A-02/10 AK 02/10 90A-03/05 AK 03/05 90A-03/10 AK 03/10 90A-04/10 AK 04/10 90A-04/20 AK 04/20 90A-05/20 AK 05/20 90A-05/25 AK 05/25 90A-07/25 AK 07/25 90A-07/30 AK 07/30 90A-10/30 AK 10/30 90A-15/30 AK 15/30 90A-20/30 AK 20/30 90A-30/30 AK 30/30 90A-30/50 AK 30/50 V .01µ .filtration efficiency 99.a lower velocity Standard filter elements .residual oil content ≤ 0. 20°C) . /kWh) 3705 Capacity of compressor 160 kW 3420 3135 per year Paint-compatible Filter Elements (silicone-free) (Filter elements with stainless steel expanded metal support and aluminium end caps.filtration efficiency 99.higher dirt holding capacity . wet: 0.residual oil content ≤ 0.003 mg/m3 (1 bar a.01µ .initial differential pressure dry: 0.5 mg/m3 (1 bar a.lower operating costs *: optionally available as HTCR high temperature element with stainless steel end caps Note: MF and SMF elements can be replaced by the ZANDER X element as a result of the reduced differential pressure due to the pleating technique General purpose filters ZANDER Ultrafilter 90ZPLV-02/05 FFP 02/05 90ZPLV-02/10 FFP 02/10 90ZPLV-03/05 FFP 03/05 90ZPLV-03/10 FFP 03/10 90ZPLV-04/10 FFP 04/10 90ZPLV-04/20 FFP 04/20 90ZPLV-05/20 FFP 05/20 90ZPLV-05/25 FFP 05/25 90ZPLV-07/25 FFP 07/25 90ZPLV-07/30 FFP 07/30 90ZPLV-10/30 FFP 10/30 90ZPLV-15/30 FFP 15/30 90ZPLV-20/30 FFP 20/30 90ZPLV-30/30 FFP 30/30 90ZPLV-30/50 FFP 30/50 Oil removal filters ZANDER Ultrafilter 90XPLV-02/05 SMFP 02/05 90XPLV-02/10 SMFP 02/10 90XPLV-03/05 SMFP 03/05 90XPLV-03/10 SMFP 03/10 90XPLV-04/10 SMFP 04/10 90XPLV-04/20 SMFP 04/20 90XPLV-05/20 SMFP 05/20 90XPLV-05/25 SMFP 05/25 90XPLV-07/25 SMFP 07/25 90XPLV-07/30 SMFP 07/30 90XPLV-10/30 SMFP 10/30 90XPLV-15/30 SMFP 15/30 90XPLV-20/30 SMFP 20/30 90XPLV-30/30 SMFP 30/30 90XPLV-30/50 SMFP 30/50 Activated carbon filters ZANDER Ultrafilter 90ALV-02/05 AKP 02/05 90ALV-02/10 AKP 02/10 90ALV-03/05 AKP 03/05 90ALV-03/10 AKP 03/10 90ALV-04/10 AKP 04/10 90ALV-04/20 AKP 04/20 90ALV-05/20 AKP 05/20 90ALV-05/25 AKP 05/25 90ALV-07/25 AKP 07/25 90ALV-07/30 AKP 07/30 90ALV-10/30 AKP 10/30 90ALV-15/30 AKP 15/30 90ALV-20/30 AKP 20/30 90ALV-30/30 AKP 30/30 90ALV-30/50 AKP 30/50 Energy costs caused by pressure drop (Operating parameter: 8000 hrs/year-0.02 bar.03 bar .01 mg/m3 (1 bar a.filtration efficiency 99.5 times larger than the area of wrapped elements.3 bar 0. Depending on the installed capacity.6 bar Drop in pressure .03 bar. 20°C) . input concentration of 0.01 mg/m3 (after x grade filter) .initial differential pressure dry 0.01 mg/m3 (1 bar a.differential pressure 0.and P025 specification for paint compatibility Annual energy costs in Ultrafilter housings Ultrafilter 90-series 2850 110 kW 2565 2280 1995 75 kW 1710 1425 1140 45 kw 855 30 kW 22 kW 11 kW 570 285 0 bar 0.99% based on 3µ . the area of the filter would be 3 to 4.2 bar Example: 160 kW compressor 0.15 bar .filtration efficiency 99.longer service life . 06 bar.filtration efficiency 99.5 HTNX SMF4/2.5 FF4/2.5 HTNX MF5/3 HTNX SMF5/3 HTNX MF7/3 HTNX SMF7/3 HTNX MF10/3 HTNX SMF10/3 HTNX MF12/3 HTNX SMF12/3 HTNX MF15/3 HTNX SMF15/3 HTNX MF20/3 HTNX SMF20/3 HTNX MF30/3 HTNX SMF30/3 HTNX MF30/5 HTNX SMF30/5 HTNX Standard filter elements .5 FFP3/1.03 bar.5 mg/m3 (1 bar a.5 80ALV-04/1. Impurities in the form of particulates or residual moisture (aerosols) are trapped by the filter fleece using several filtration mechanisms and are hence or gas flow.residual oil content ≤ 0. up to +80°C) correspond with the L025.5 SMFP4/2.5 80ALV-05/3 AKP5/3 80ALV-07/3 AKP7/3 80ALV-10/3 AKP10/3 80ALV-12/3 AKP12/3 80ALV-15/3 AKP15/3 80ALV-20/3 AKP20/3 80ALV-30/3 AKP30/3 80ALV-30/5 AKP30/5 High temperature filter elements Paint-compatible filter elements ZPLV .5 80XPLV-05/2.9999% based on 1µ .5 80ZP-04/1.02 bar.residual oil content ≤ 0.5 HTNX SMF3/1.5 V-PE4/1.5 80ZPLV-04/1.initial differential pressure dry: 0.003 mg/m3 (1 bar a.5 HTNX MF4/2.5 80A-04/2.5 SMFP3/1.99999% based on 0.5 80ALV-05/2.5 FFP4/1.5 HTNX MF5/2.up to 120°C *: optionally available as HTCR high temperature element with stainless steel end caps Note: MF and SMF elements can be replaced by the ZANDER X element as a result of the reduced differential pressure due to the pleating technique stainless steel expanded metal support pleated filter fleece with integrated drainage layer Paint-compatible Filter Elements (silicone-free) (filter elements with stainless steel expanded metal support and aluminium end caps.01 mg/m3 (after x grade filter) .15 bar A . 20°C) .99999% based on 0. 20°C) . In-house.initial differential pressure dry: 0.5 FF3/1.5 AK4/1.5 AKP4/2.07 bar ZP .residual oil content ≤ 0. The pleated filter fleece is manufactured mechanically.initial differential pressure dry: 0.5 80XP-04/2.5 80A-05/3 AK5/3 80A-07/3 AK7/3 80A-10/3 AK10/3 80A-12/3 AK12/3 80A-15/3 AK15/3 80A-20/3 AK20/3 80A-30/3 AK30/3 80A-30/5 AK30/5 V .5 FFP4/2. giving it a constantly high quality standard.5 HTNX 80ZHTNX-05/2.01 mg/m3 (1 bar a.5 80ZP-04/2.initial differential pressure dry 0.5 HTNX SMF4/1.5 HTNX 80ZHTNX-05/3 FF5/3 HTNX 80ZHTNX-07/3 FF7/3 HTNX 80ZHTNX-10/3 FF10/3 HTNX 80ZHTNX-12/3 FF12/3 HTNX 80ZHTNX-15/3 FF15/3 HTNX 80ZHTNX-20/3 FF20/3 HTNX 80ZHTNX-30/3 FF30/3 HTNX 80ZHTNX-30/5 FF30/5 HTNX ZHTNX XHTNX top end cap with sealing ring ZANDER 80XHTNX-03/1. which is surrounded by an additional filter and supporting material. 20°C) . 20°C) at a max.5 80ZP-05/3 FF5/3 80ZP-07/3 FF7/3 80ZP-10/3 FF10/3 80ZP-12/3 FF12/3 80ZP-15/3 FF15/3 80ZP-20/3 FF20/3 80ZP-30/3 FF30/3 80ZP-30/5 FF30/5 ZANDER 80XP-03/1 80XP-03/1.initial differential pressure dry 0.differential pressure 0.5 AKP5/2.5 AK5/2.99% based on 3µ .residual oil content ≤ 0.5 FF4/1.10 bar XP . ZANDER’s high quality standards are guaranteed by a TQM Quality Management System and the DIN EN ISO 9001 Pre-filters Ultrafilter V-SB3/1 V-PE3/1 V-SB3/1.5 V-PE4/2. wet: 0.and P025 specification for paint compatibility bottom end cap Anybody can claim anything… we supply the proof To prove our claims.5 80A-05/2.5 FF5/2.5 80ZPLV-04/2.01 mg/m3 (1 bar a.5 FF4/1.5 80V-04/1.10 bar .03 bar .01 mg/m3 (1 bar a.up to 80°C XPLV .003 mg/m3 (1 bar a.5 FF3/1. wet: 0.5 MF4/1.5 MF5/3 SMF5/3 MF7/3 SMF7/3 MF10/3 SMF10/3 MF12/3 SMF12/3 MF15/3 SMF15/3 MF20/3 SMF20/3 MF30/3 SMF30/3 MF30/5 SMF30/5 Activated carbon filters ZANDER Ultrafilter 80A-03/1 AK3/1 80A-03/1.5 SMF3/1. high-temperature drainage.06 bar. wet: 0.5 80XP-05/3 80XP-07/3 80XP-10/3 80XP-12/3 80XP-15/3 80XP-20/3 80XP-30/3 80XP-30/5 Oil removal filters Ultrafilter MF3/1 SMF3/1 MF3/1.5 SMF5/2. 20°C) at a max.Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.5 80V-04/2.5 V-SB5/3 V-PE5/3 V-SB7/3 V-PE7/3 V-SB10/3 V-PE10/3 V-SB12/3 V-PE12/3 V-SB15/3 V-PE15/3 V-SB20/3 V-PE20/3 V-SB30/3 V-PE30/3 V-SB30/5 V-PE30/5 certification.20 bar .initial differential pressure dry 0.5 80ALV-04/2.5 FFP5/2.5 V-PE3/1. General purpose filters ZANDER Ultrafilter 80ZPLV-03/1 FFP3/1 80ZPLV-03/1.5 HTNX SMF5/2. elements is the pleated and multi- The result is an extremely layered filter fleece made from efficiently filtered and purified air a non-shedding material with a void volume of up to 96%.filtration efficiency 99.5 80XPLV-04/1.25 bar . input concentration of 0. up to +80°C) Filter elements for compressed air and technical gases From the filter fleece to the filter element At the heart of ZANDER filter removed from the air or gas flow.5 MF5/2. wet: 0. wet: 0.residual oil content ≤ 0. up to +120°C) General purpose filters* ZANDER Ultrafilter 80ZHTNX-03/1.residual oil content ≤ 0.5 AKP4/1.5 80XHTNX-05/2.99999% based on 0.03 bar.5 HTNX MF4/1. 20°C) . wet: 0.5 80ZPLV-05/2.5 HTNX 80ZHTNX-04/2.5 mg/m3 (1 bar a. input concentration of 0.5 mg/m3 (1 bar a.01µ .5 SMFP5/2.5 V-PE5/2.5 FF4/2.residual oil content ≤ 0. ZANDER 80V-03/1 80V-03/1.5 80ZPLV-05/3 FFP5/3 80ZPLV-07/3 FFP7/3 80ZPLV-10/3 FFP10/3 80ZPLV-12/3 FFP12/3 80ZPLV-15/3 FFP15/3 80ZPLV-20/3 FFP20/3 80ZPLV-30/3 FFP30/3 80ZPLV-30/5 FFP30/5 Oil removal filters ZANDER Ultrafilter 80XPLV-03/1 SMFP3/1 80XPLV-03/1. 20°C) .filtration efficiency 99.06 bar.filtration efficiency 99.03 bar.filtration efficiency 99.5 SMF4/2. wet: 0.5 80XHTNX-03/1.5 V-SB5/2.15 bar .5 80ZP-05/2.up to 60°C Ultrafilter housings Ultrafilter 80-series (pleated elements with reduced differential pressure) .up to 120°C .5 SMFP4/1.initial differential pressure dry 0.5 AK4/2.up to 80°C ALV .5 80XPLV-05/3 SMFP5/3 80XPLV-07/3 SMFP7/3 80XPLV-10/3 SMFP10/3 80XPLV-12/3 SMFP12/3 80XPLV-15/3 SMFP15/3 80XPLV-20/3 SMFP20/3 80XPLV-30/3 SMFP30/3 80XPLV-30/5 SMFP30/5 Activated carbon filters ZANDER Ultrafilter 80ALV-03/1 AKP3/1 80ALV-03/1.5 SMF4/1.5 80XP-05/2.5 V-SB4/2.5 MF4/2.5 80XHTNX-05/3 80XHTNX-07/3 80XHTNX-10/3 80XHTNX-12/3 80XHTNX-15/3 80XHTNX-20/3 80XHTNX-30/3 80XHTNX-30/5 Oil removal filters* Ultrafilter MF3/1 HTNX SMF3/1 HTNX MF3/1.5 AKP3/1.5 80V-05/3 80V-07/3 80V-10/3 80V-12/3 80V-15/3 80V-20/3 80V-30/3 80V-30/5 General purpose filters ZANDER Ultrafilter 80ZP-03/1 FF3/1 80ZP-03/1.filtration efficiency 99.5 80XHTNX-04/2.5 80V-05/2.5 FF5/2.03 bar Note: MF and SMF elements can be replaced by the ZANDER XP element as a result of the reduced differential pressure due to the pleating technique HTNX High Temperature Filter Elements (filter elements with stainless steel expanded metal support and aluminium end caps.5 AK3/1.particle filter without draining layer .01µ .5 80A-04/1.5 80XPLV-04/2.9999% based on 1µ .5 80XHTNX-04/1.5 FF3/1 HTNX 80ZHTNX-03/1.01 mg/m3 (after x grade filter) .9999% based on 1µ .5 80XP-04/1. we have had the quality and performance of our filter elements inspected and validated by an independent institute.differential pressure 0.filtration efficiency 99.5 HTNX 80ZHTNX-04/1. 20°C) . The supporting body of a ZANDER filter element consists of highsupport stainless steel expanded metal support with large apertures and end caps made of plastic or optionally of aluminium or stainless steel.01µ . For additional information please request our “Validation of ZANDER compressed air filters” brochure or the respective validation certificates.5 V-SB4/1.residual oil content ≤ 0. 0 E-D-177 9.4838.4876.0 E-E-138 9.2152.4895.2137.0 HK024ZP E-C-28 9.2100.4891.0 90A-15/30 15/30A 9.0 E-B-71 9.0 V .0 E-D-18 9.4847.4822.001 mg/m3 (1 bar a. ZANDER is using a new filter material for the ADVANCED technology that makes it possible to integrate the draining layer directly into the pleated ZANDER filter fleece.0 1140A 9. 20°C) at a max.4892.0 E-G-28 9.0 Activated carbon filters KAESER E-G-6 9.2145.0 03/10V 9.01 mg/m3 (after x grade filter) .2167.particle filter without draining layer .2114.2151.0 V .06 bar.2103.4845. wet: 0.0 2030V 9.0 03/05V 9.2144.0 E-G-177 9.2173.2153.0 5075V 9.0 E-B-107 9. input concentration of 0.003 mg/m3 (1 bar a.initial differential pressure dry 0.0 ZANDER HK012ZP HK016ZP HK020ZP HK024ZP HK028ZP HK032ZP HK036ZP HK040ZP HK044ZP HK048ZP HK052ZP HK054ZP Super fine filters KAESER E-F-6 9.4830.0 90A-30/50 30/50A 9.4885.0 20/30X 9.2164.0 3050X 9.0 E-G-71 9.0 90A-03/10 03/10A 9.0 HK054ZP E-C-283 9.2166.2165.2102.02 bar.0 E-E-177 9.0 ZANDER HK012A HK016A HK020A HK024A HK028A HK032A HK036A HK040A HK044A HK048A HK052A HK054A ZANDER HK012XP4 HK016XP4 HK020XP4 HK024XP4 HK028XP4 HK032XP4 HK036XP4 HK040XP4 HK044XP4 HK048XP4 HK052XP4 HK054XP4 General purpose filters KAESER E-D-6 9.0 E-D-10 9.0 E-G-48 9.initial differential pressure dry 0. input concentration of 0.4862.0 2020A 9.2161.4812.0 E-D-48 9.filtration efficiency 99.2117.0 05/20V 9.4889.4820.2120.0 E-F-177 9.0 07/25V 9.2116.0 E-F-71 9.0 ZANDER 90XP-02/05 90XP-03/05 90XP-03/10 90XP-04/10 90XP-04/20 90XP-05/20 90XP-05/25 90XP-07/25 90XP-07/30 90XP-10/30 90XP-15/30 90XP-20/30 90XP-30/30 90XP-30/50 Oil removal filters KAESER 02/05X 9.4829. input concentration of 0.2142.filtration efficiency 99.99999% based on 0.4888.0 ZANDER HK012XP HK016XP HK020XP HK024XP HK028XP HK032XP HK036XP HK040XP HK044XP HK048XP HK052XP HK054XP Oil removal filters KAESER E-E-6 9.0 E-E-185 9.4883. 20°C) at a max.2105.4869.99999% based on 0.4890.filtration efficiency 99.4886.4881. up to +80°C) ZANDER 90V-02/05 90V-03/05 90V-03/10 90V-04/10 90V-04/20 90V-05/20 90V-05/25 90V-07/25 90V-07/30 90V-10/30 90V-15/30 90V-20/30 90V-30/30 90V-30/50 Pre-filters KAESER 02/05V 9.4824.0 V .4871.0 E-G-10 9.06 bar.4860.0 E-G-283 9.0 HK040ZP E-C-138 9.4874.4875.0 3075A 9.4844.0 ZANDER 1050A 1070A 1140A 2010A 2020A 2030A 2050A 3050A 3075A 5075A Activated carbon filters KAESER 1050A 9.0 HK052ZP E-C-185 9. This innovative filter material is also non-ageing.0 E-B-10 9.99% based on 3µ . wet: 0.4873.2111.0 E-E-221 9.0 04/20V 9.4843.2130. 20°C) .0 04/10V 9.4814.0 E-G-221 9.0 E-G-185 9.001 mg/m3.initial differential pressure dry 0. .0 90A-20/30 20/30A 9. 20°C) .2101.4865.0 E-E-18 9. wet: 0.2170.0 90A-05/25 05/25A 9. wet: 0.initial differential pressure dry: 0.28 bar A .0 5075X 9.0 HK028ZP E-C-48 9. 20°C) .4868.01µ .initial differential pressure dry 0.0 E-B-221 9. 20°C) .4884.07 bar ZP .2128.2125. has few particulates of its own and offers improved draining results thanks to the larger surface produced by pleating.0 HK048ZP E-C-221 9.0 E-B-28 9.02 bar.15 bar A .2154.0 2030A 9.0 E-D-28 9.0 E-G-18 9.2146.01 mg/m3 (1 bar a.0 1140X 9. wet: 0.99% based on 3µ .4831. And thanks to our pleating technology.4846.0 E-F-10 9.4821.initial differential pressure dry 0. ageing or excessive thermal strain.4877.03 bar KAESER from 2000 (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.4893.2136.0 2050V 9. wet: 0.01µ .2163.0 E-F-107 9.01 mg/m3 (1 bar a.2122.0 E-B-48 9.0 20/30V 9.0 1070X 9.003 mg/m3 (1 bar a.2157.02 bar.filtration efficiency ≥ 99. wet: 0.0 E-D-283 9.0 E-E-10 9.2143.residual oil content ≤ 0.2121.0 90A-05/20 05/20A 9.0 E-F-283 9.0 90A-04/10 04/10A 9.0 1070V 9.4894.2131.5 mg/m3 (1 bar a.4887.2113. 20°C) at a max.0 05/25X 9.2172.07 bar XP .2150.0 30/50X 9.4815.4817.0 E-F-18 9.2109.15 bar XP4 .0 90A-07/25 07/25A 9.2107.0 30/30X 9.0 15/30V 9.4879.0 15/30X 9.4813.0 1140V 9.0 90A-07/30 07/30A 9.2138.4833.4823.0 07/25X 9.99% based on 3µ .0 E-F-221 9.4867.4880.0 3050A 9.residual oil content ≤ 0.residual oil content ≤ 0.0 03/05X 9.filtration efficiency 99.filtration efficiency 99.01 mg/m3 (after x grade filter) .0 ZANDER 1050XP 1070XP 1140XP 2010XP 2020XP 2030XP 2050XP 3050XP 3075XP 5075XP Oil removal filters KAESER 1050X 9.0 E-F-185 9.0 E-D-185 9.2115.0 90A-04/20 04/20A 9.0 E-D-138 9.2155.0 3075X 9.4825.0 HK016ZP E-C-10 9.0 2050X 9. ZANDER ADVANCED technology gets round the problem of outer foam socks becoming brittle from chemicals.2141.4834.0 E-B-138 9.2119.0 E-D-107 9.0 E-B-283 9.0 HK020ZP E-C-18 9.4841.0 03/10X 9.0 05/25V 9.residual oil content ≤ 0.2108.0 HK032ZP E-C-71 9.99999% based on 0.99999% based on 0.2112.0 90A-10/30 10/30A 9.4816.residual oil content ≤ 0.0 30/50V 9.0 E-B-18 9.differential pressure 0.2168.4878.03 bar ZANDER ADVANCED technology Instead of a foam sock (draining layer) on the outside of the filter element.0 E-F-138 9.4818.4882.01 mg/m3 (after x grade filter) .9999% based on 1µ .06 bar.2123.2171.0 10/30X 9.0 04/20X 9.2104. a gratifyingly low differential pressure and a long service life can be achieved even at this highly efficient level of filtration. up to +80°C) ZANDER HK012V HK016V HK020V HK024V HK028V HK032V HK036V HK040V HK044V HK048V HK052V HK054V Pre-filters KAESER E-B-6 9.2124.0 E-E-28 9.filtration efficiency 99.4863.4839.filtration efficiency 99.4872.4836.15 bar A .4832.0 1070A 9.0 2020V 9.0 Activated carbon filters ZANDER KAESER 90A-02/05 02/05A 9.0 E-E-48 9.2127.2106.residual oil content ≤ 0.4866.particle filter without draining layer .0 Pre-/General purpose filters ZANDER KAESER HK012ZP E-C-6 9.2147.10 bar XP .2158.07 bar XP .4870.0 E-F-48 9.2148.2129.0 E-E-71 9.4835.01µ . 20°C) .2140.0 2010A 9.2156.0 07/30V 9.4837.0 E-B-185 9.0 HK044ZP E-C-177 9.0 5075A 9.0 90A-03/05 03/05A 9.0 30/30V 9. Filter elements using ZANDER ADVANCED technology are available for all existing ZANDER housings.01µ .2149.0 2010V 9.0 HK036ZP E-C-107 9.0 E-B-177 9.KAESER housings KAESER up to 1991 (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and plastic end caps (except for 5075 aluminium end caps).differential pressure 0.0 3050V 9.differential pressure 0.initial differential pressure dry 0. up to +80°C ZANDER 1050V 1070V 1140V 2010V 2020V 2030V 2050V 3050V 3075V 5075V Pre-filters KAESER 1050V 9.12 bar.residual oil content ≤ 0.0 E-G-138 9.0 05/20X 9.0 10/30V 9.0 07/30X 9.0 2020X 9.4861. The draining layer behind the outer support is thus protected and secured.2118.0 2050A 9.4840.03 bar.4842. Result: the new ZANDER High ADVANCED filter element with a residual oil content of less than 0.03 bar KAESER from 1991 to 2000 (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.0 E-G-107 9.4826.2174.2133.4828.residual oil content ≤ 0.0 E-E-283 9.0 E-D-221 9.4819.2132.003 mg/m3 (1 bar a.0 E-E-107 9.0 2030X 9. wet: 0.4827. ZANDER High ADVANCED filter elements The results achieved using the ZANDER ADVANCED technology motivated us to break through the barriers of micro-filtration with the development of super fine filter elements.2162.2169.initial differential pressure dry 0.particle filter without draining layer .2139.2134.0 E-F-28 9.0 2010X 9.2126.01 mg/m3 (1 bar a.0 04/10X 9.4864.0 90A-30/30 30/30A 9.0 3075V 9.2159.0 E-D-71 9. residual oil content ≤ 0.initial differential pressure dry 0.02 bar.filtration efficiency 99. up to +60°C Filter elements optionally available with aluminium or stainless steel (VA1.filtration efficiency 99.ZP General purpose filters 1030 ZP 1050 ZP 1070 ZP 1140 ZP 2010 ZP 2020 ZP 2030 ZP 2050 ZP 3050 ZP 3075 ZP 5060 ZP 5075 ZP XP Oil removal filters 1030 XP 1050 XP 1070 XP 1140 XP 2010 XP 2020 XP 2030 XP 2050 XP 3050 XP 3075 XP 5060 XP 5075 XP XP4 Super fine filter 1030 XP4 1050 XP4 1070 XP4 1140 XP4 2010 XP4 2020 XP4 2030 XP4 2050 XP4 3050 XP4 3075 XP4 5060 XP4 5075 XP4 V .99999% based on 0. input concentration of 0.4305) end caps ZANDER HR010V HR016V HR022V HR030V HR045V HR072V HR135V HR205V HR250V HR260V HR280V Pre-filters Hiross Q010 Q016 Q022 Q030 Q045 Q072 Q135 Q205 Q250 Q260 Q280 Q006 Q009 Q020 Q024 Q035 Q060 Q110 Q151 Q180 Q200 Q280 Q004 Q007 Q015 Q024 Q035 Q060 Q090 Q120 Q150 -Q240 ZANDER HR010Z HR016Z HR022Z HR030Z HR045Z HR072Z HR135Z HR205Z HR250Z HR260Z HR280Z General purpose filters Hiross P010 P006 P016 P009 P022 P020 P030 P024 P045 P035 P072 P060 P135 P110 P205 P151 P250 P180 P260 P200 P280 P280 P004 P007 P015 P024 P035 P060 P090 P120 P150 --P240 V .4305) end caps HANKISON HF-series (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps. 20°C) . 20°C) at a max.9999% based on 1µ .5 mg/m3 (1 bar a. up to +60°C Cartridges made of aluminium with filter fleeces at the input and output. up to +120°C ZANDER HR010X HR016X HR022X HR030X HR045X HR072X HR135X HR205X HR250X HR260X HR280X Oil removal filters Hiross S010 S006 S016 S009 S022 S020 S030 S024 S045 S035 S072 S060 S135 S110 S205 S151 S250 S180 S260 S200 S280 S280 S004 S007 S015 S024 S035 S060 S090 S120 S150 --S240 ZANDER HR010A HR016A HR022A HR030A HR045A HR072A HR135A HR205A HR250A HR260A HR280A Activated carbon filters Hiross C010 C006 C016 C009 C022 C020 C030 C024 C045 C035 C072 C060 C135 C110 C205 C151 C250 C180 C260 C200 C280 C280 X .02 bar.filtration efficiency ≥ 99. wet: 0.initial differential pressure dry 0.06 bar.differential pressure depending on size Filter elements with stainless steel expanded metal support and plastic end caps (except for types 5060 and 5075 with aluminium end caps).01 mg/m3 (1 bar a. wet: 0. wet: 0.filtration efficiency 99.filtration efficiency 99.residual oil content ≤ 0.5 mg/m3 (1 bar a.residual oil content ≤ 0.07 bar Z . General Purpose-. wet: 0.001 mg/m3 (1 bar a.07 bar ZP .residual oil content ≤ 0.initial differential pressure: 0.differential pressure: 0.5 mg/m3 (1 bar a.03 bar KTA .003 mg/m3 (1 bar a.10 bar XP . 20°C) . input concentration of 0.4305).01 mg/m3 (1 bar a.filtration efficiency 99.01µ . Oil Removal-.filtration efficiency 99.01 mg/m3 (after x grade filter) .residual oil content ≤ 0.residual oil content ≤ 0.07 bar ZP .01 mg/m3 (1 bar a.≥ filtration efficiency 99. wet: 0.03 bar.filtration efficiency 99.99999% based on 0. 20°C) .filtration efficiency 99. up to +80°C) Pre-filters ZANDER HANKISON HK012V E9-12 HK016V E9-16 HK020V E9-20 HK024V E9-24 HK028V E9-28 HK032V E9-32 HK036V E9-36 HK040V E9-40 HK044V E9-44 HK048V E9-48 HK052V E9-PV HK054V E9-54 General purpose filters ZANDER HANKISON HK012ZP E7-12 HK016ZP E7-16 HK020ZP E7-20 HK024ZP E7-24 HK028ZP E7-28 HK032ZP E7-32 HK036ZP E7-36 HK040ZP E7-40 HK044ZP E7-44 HK048ZP E7-48 HK052ZP E7-PV HK054ZP E7-54 Oil removal filters ZANDER HANKISON HK012XP E5-12 HK016XP E5-16 HK020XP E5-20 HK024XP E5-24 HK028XP E5-28 HK032XP E5-32 HK036XP E5-36 HK040XP E5-40 HK044XP E5-44 HK048XP E5-48 HK052XP E5-PV HK054XP E5-54 Super fine filters ZANDER HANKISON HK012XP4 E3-12 HK016XP4 E3-16 HK020XP4 E3-20 HK024XP4 E3-24 HK028XP4 E3-28 HK032XP4 E3-32 HK036XP4 E3-36 HK040XP4 E3-40 HK044XP4 E3-44 HK048XP4 E3-48 HK052XP4 E3-PV HK054XP4 E3-54 Activated carbon filters ZANDER HANKISON HK012A E1-12 HK016A E1-16 HK020A E1-20 HK024A E1-24 HK028A E1-28 HK032A E1-32 HK036A E1-36 HK040A E1-40 HK044A E1-44 HK048A E1-48 HK052A E1-PV HK054A E1-54 HANKISON housings Housings G2 G3 G5 G7 G9 G11 G12 G13 G14 G17 G18 G19 V Pre-filters 1030 V 1050 V 1070 V 1140 V 2010 V 2020 V 2030 V 2050 V 3050 V 3075 V 5060 V 5075 V V . 20°C) .99% based on 3µ .particle filter without draining layer .residual oil content ≤ 0.9999% based on 1µ .28 bar A .03 bar. up to +60°C) A .99% based on 3µ .particle filter without draining layer . input concentration of 0. high temperature drainage.initial differential pressure: 0. wet: 0. 20°C) . up to +80°C Filter elements optionally available with aluminium or stainless steel (VA1.15 bar XP4 .001 mg/m3 (1 bar a.25 bar HTNX (High Temperature Nomex): filter elements with stainless steel expanded metal support and aluminium end caps.06 bar.99999% based on 0.03 bar.15 bar XP4 .003 mg/m3 (1 bar a. 20°C) initial differential pressure: 0.01 mg/m3 (after x grade filter) .28 bar Filter elements with stainless steel expanded metal support and plastic end caps (except for types 5060 and 5075 which have aluminium end caps).residual oil content ≤ 0.residual oil content ≤ 0.99% based on 3µ .10 bar XP . 20°C) at a max. high temperature drainage.initial differential pressure dry 0.003 mg/m3 (1 bar a. 20°C) at a max.01µ .differential pressure 0. 20°C) .07 bar C004 C007 C015 C024 C035 C060 C090 C120 C150 --C240 HIROSS housings ZANDER housings Pre-.99999% based on 0.initial differential pressure dry: 0.initial differential pressure dry: 0.initial differential pressure dry 0.initial differential pressure dry 0.particle filter without draining layer .initial differential pressure dry 0.20 bar XHTNX/XHTCR . up to +120°C HTCR (High Temperature Chemical Resistance): filter elements with stainless steel expanded metal support and stainless steel end caps (VA1.10 bar A .06 bar.residual oil content ≤ 0.filtration efficiency 99.99999% based on 0.01µ .filtration efficiency 99.01 mg/m3 (1 bar a. 20°C) .initial differential pressure dry 0.12 bar.01 mg/m3 (after x grade filter) -differential pressure 0. 20°C) at a max.99999% based on 0.residual oil content ≤ 0.01 mg/m3 (after x grade filter) .01µ .01µ . wet: 0. wet: 0.9999% based on 1µ .residual oil content ≤ 0.residual oil content ≤ 0. 20°C) .07 bar HTNX/HTCR High Temperature Filter Elements Housings G2 G3 G5 G7 G9 G11 G12 G13 G14 G17 G18 G19 ZHT General purpose filters 1030 ZHTNX 1050 ZHTNX 1070 ZHTNX 1140 ZHTNX 2010 ZHTNX 2020 ZHTNX 2030 ZHTNX 2050 ZHTNX 3050 ZHTNX 3075 ZHTNX 5060 ZHTNX 5075 ZHTNX XHT Oil removal filters 1030 XHTNX 1050 XHTNX 1070 XHTNX 1140 XHTNX 2010 XHTNX 2020 XHTNX 2030 XHTNX 2050 XHTNX 3050 XHTNX 3075 XHTNX 5060 XHTNX 5075 XHTNX ZHC General purpose filters 1030 ZHTCR 1050 ZHTCR 1070 ZHTCR 1140 ZHTCR 2010 ZHTCR 2020 ZHTCR 2030 ZHTCR 2050 ZHTCR 3050 ZHTCR 3075 ZHTCR 5060 ZHTCR 5075 ZHTCR XHC Oil removal filters 1030 XHTCR 1050 XHTCR 1070 XHTCR 1140 XHTCR 2010 XHTCR 2020 XHTCR 2030 XHTCR 2050 XHTCR 3050 XHTCR 3075 XHTCR 5060 XHTCR 5075 XHTCR ZHTNX/ZHTCR .filtration efficiency 99.12 bar. wet: 0.01µ .5 mg/m3 (1 bar a. wet: 0. input concentration of 0.03 bar Activated Carbon Filter Elements and Cartridges Housings G2 G3 G5 G7 G9 G11 G12 G13 G14 G17 G18 G19 A KTA Activated carbon filters Activated carbon cartridges 1030 A 1050 A KT 1012 A 1070 A KT 1012 A 1140 A KT 1019 A 2010 A KT 2016 A 2020 A KT 2023 A 2030 A KT 2033 A 2050 A KT 2053 A 3050 A 3075 A 5060 A 5075 A Hiross hyperfilter series (original Hiross wrapped elements without pleating) Standard filter elements (filter elements with stainless steel expanded metal support and plastic end caps. Super Fine Filter Elements .residual oil content ≤ 0.initial differential pressure dry 0.9999% based on 1µ .003 mg/m3 (1 bar a. 20°C) . 4404 .5 UR ZS 5/2.5 mg/m3 (1 bar a.efficiency 1µ . up to +80°C Paint-compatible filter elements from ZANDER correspond with the LO25.5 ME 4/1.sinter metal cartridge with stainless steel end caps – VA 1.01µ 90PST-R_ wrapped borosilicate non-shedding fleece with Nomex supporting material.4404 . with polypropylene supporting body – fineness 0.01µ .10 bar XP_T .9999% based on 1µ .5 UR ZP 5/2. VA 1. 20°C) .06 bar. wet: 0.efficiency 1µ /25µ 90DS-R_1µ /25µ . wet: 0. 20°C) at a max.4404 .initial differential pressure 100 mbar (at a nominal capacity of 134°C saturated steam) ZCHS/DPL – pleated stainless steel mesh with stainless steel end caps – VA 1.5 80DS-R04/2. thread connection with two O-rings – VA 1.01 mg/m3 (after x grade filter) .15 bar ALV .4404 .01µ Pre-.22 bar A_T .01 mg/m3 (after x grade filter) .filtration efficiency 99.01µ 90ST-R_ wrapped borosilicate non-shedding fleece with Nomex supporting material. thread connection with one O-ring – VA 1.efficiency 0.4404 stainless steel end caps.efficiency 0.01µ .4404 . plug connection with two O-rings – VA 1. welded.4404 .025 bar (at a nominal capacity of 134°C saturated steam) HB_T .filtration efficiency 99.residual oil content ≤ 0.02 bar.initial differential pressure dry 0.9999% based on 1µ .03 bar D_T 1µ m .sinter metal cartridge with stainless steel end caps – VA 1.5 80DS-R05/2.01µ .5 UR ZS 4/2. wet: 0.99999% based on 0. input concentration of 0. with polypropylene supporting body .filtration efficiency 99. thread connection with one O-ring .initial differential pressure dry 0. pleated.09 bar.4404 – efficiency 1µ . plug connection with two O-rings . input concentration of 0.efficiency 1µ .5 ME 5/3 ME 10/3 ME 15/3 ME 20/3 ME 30/3 ME 30/5 90DS-R02/05 90DS-R02/10 90DS-R03/05 90DS-R03/10 90DS-R04/10 90DS-R04/20 90DS-R05/20 90DS-R05/25 90DS-R07/25 90DS-R07/30 90DS-R10/30 90DS-R15/30 90DS-R20/30 90DS-R30/30 90DS-R30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ ZS 02/05 UI ZS 02/10 UI ZS 03/05 UI ZS 03/10 UI ZS 04/10 UI ZS 04/20 UI ZS 05/20 UI ZS 05/25 UI ZS 07/25 UI ZS 07/30 UI ZS 10/30 UI ZS 15/30 UI ZS 20/30 UI ZS 30/30 UI ZS 30/50 UI 90ST-R02/05 90ST-R02/10 90ST-R03/05 90ST-R03/10 90ST-R04/10 90ST-R04/20 90ST-R05/20 90ST-R05/25 90ST-R07/25 90ST-R07/30 90ST-R10/30 90ST-R15/30 90ST-R20/30 90ST-R30/30 90ST-R30/50 MER 02/05 MER 02/10 MER 03/05 MER 03/10 MER 04/10 MER 04/20 MER 05/20 MER 05/25 MER 07/25 MER 07/30 MER 10/30 MER 15/30 MER 20/30 MER 30/30 MER 30/50 90PDS-R02/05 90PDS-R02/10 90PDS-R03/05 90PDS-R03/10 90PDS-R04/10 90PDS-R04/20 90PDS-R05/20 90PDS-R05/25 90PDS-R07/25 90PDS-R07/30 90PDS-R10/30 90PDS-R15/30 90PDS-R20/30 90PDS-R30/30 90PDS-R30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ ZS 02/05 UP ZS 02/10 UP ZS 03/05 UP ZS 03/10 UP ZS 04/10 UP ZS 04/20 UP ZS 05/20 UP ZS 05/25 UP ZS 07/25 UP ZS 07/30 UP ZS 10/30 UP ZS 15/30 UP ZS 20/30 UP ZS 30/30 UP ZS 30/50 UP 90PST-R02/05 90PST-R02/10 90PST-R03/05 90PST-R03/10 90PST-R04/10 90PST-R04/20 90PST-R05/20 90PST-R05/25 90PST-R07/25 90PST-R07/30 90PST-R10/30 90PST-R15/30 90PST-R20/30 90PST-R30/30 90PST-R30/50 ME 02/05 ME 02/10 ME 03/05 ME 03/10 ME 04/10 ME 04/20 ME 05/20 ME 05/25 ME 07/25 ME 07/30 ME 10/30 ME 15/30 ME 20/30 ME 30/30 ME 30/50 80DS-R_1µ /25µ .5 ME 5/2.99% based on 3µ .sinter metal cartridge with stainless steel end caps.4404 stainless steel end caps.initial differential pressure dry 0.sinter metal cartridge with stainless steel end caps. 20°C) . 20°C) at a max.5 UR ZS 5/3 UR ZS 10/3 UR ZS 15/3 UR ZS 20/3 UR ZS 30/3 UR ZS 30/5 UR ZANDER 80ST-R03/1 80ST-R03/1.initial differential pressure dry 0. pleated.5 80DS-R04/1.01 mg/m3 (1 bar a.07 bar ZP_T .5 80DS-R04/2.03 bar.5 80ST-R05/3 80ST-R10/3 80ST-R15/3 80ST-R20/3 80ST-R30/3 80ST-R30/5 dh ME 3/1 ME 3/1.99% based on 3µ . specially cleaned.fineness 0. Steam and sterile filter elements Process filter elements for Ultrafilter housings Steam filters 1µ ZANDER 80DS-R03/1 80DS-R03/1.initial differential pressure 0.4404 .initial differential pressure dry 0.10 bar (at a nominal capacity of 134°C saturated steam) ZCHS/DPL .5 80DS-R05/2.initial differential pressure 0. Active Carbon.003 mg/m3 (1 bar a. VA 1.5 80DS-R05/3 80DS-R10/3 80DS-R15/3 80DS-R20/3 80DS-R30/3 80DS-R30/5 90DS-R02/05 90DS-R02/10 90DS-R03/05 90DS-R03/10 90DS-R04/10 90DS-R04/20 90DS-R05/20 90DS-R05/25 90DS-R07/25 90DS-R07/30 90DS-R10/30 90DS-R15/30 90DS-R20/30 90DS-R30/30 90DS-R30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ ZP 02/05 UI ZP 02/10 UI ZP 03/05 UI ZP 03/10 UI ZP 04/10 UI ZP 04/20 UI ZP 05/20 UI ZP 05/25 UI ZP 07/25 UI ZP 07/30 UI ZP 10/30 UI ZP 15/30 UI ZP 20/30 UI ZP 30/30 UI ZP 30/50 UI 90PDS-R02/05 90PDS-R02/10 90PDS-R03/05 90PDS-R03/10 90PDS-R04/10 90PDS-R04/20 90PDS-R05/20 90PDS-R05/25 90PDS-R07/25 90PDS-R07/30 90PDS-R10/30 90PDS-R15/30 90PDS-R20/30 90PDS-R30/30 90PDS-R30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ ZP 02/05 UP ZP 02/10 UP ZP 03/05 UP ZP 03/10 UP ZP 04/10 UP ZP 04/20 UP ZP 05/20 UP ZP 05/25 UP ZP 07/25 UP ZP 07/30 UP ZP 10/30 UP ZP 15/30 UP ZP 20/30 UP ZP 30/30 UP ZP 30/50 UP Sterile filters 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ dh ZS 3/1 UR ZS 3/1.10 bar XPLV .residual oil content ≤ 0.efficiency 1µ . thread connection with two O-rings .differential pressure 0.residual oil content ≤ 0. welded.initial differential pressure 100 mbar (at a nominal capacity of 134°C saturated steam) D_T 25µ m .efficiency 25µ .10 bar Filter Elements for ZANDER Flange Filters F17 to F200 Housings Quantity Filter element F17 1 3075 F19 1 5075 F20 2 3075 F30 3 3075 F40 4 3075 F60 6 3075 F80 8 3075 F100 10 3075 F120 12 3075 F160 16 3075 F200 20 3075 ZANDER housings domnick-hunter housings domnick-hunter Process Filters . 20°C) .07 bar ZPLV .01 mg/m3 (1 bar a.residual oil content ≤ 0. Steam and Sterile Filter Elements for ZANDER Process Filter Housing S-series Housings S02 S05 S07 S09 S11 S12 S13 S14 S15 S18 S19 Housings S02 S05 S07 S09 S11 S12 S13 S14 S15 S18 S19 DG19 DG20 V Pre-filters V 09 T V 09 T V 09 T V 09 T V 13 T V 13 T V 13 T V 14 T V 18 T V 18 T V 19 T ZP General purpose filters ZP 09 T ZP 09 T ZP 09 T ZP 09 T ZP 13 T ZP 13 T ZP 13 T ZP 14 T ZP 18 T ZP 18 T ZP 19 T XP Oil removal filters XP 09 T XP 09 T XP 09 T XP 09 T XP 13 T XP 13 T XP 13 T XP 14 T XP 18 T XP 18 T XP 19 T A Active carbon filters A 09 T A 09 T A 09 T A 09 T A 13 T A 13 T A 13 T A 14 T A 18 T A 18 T A 19 T D 1µ m Sinter steam filters D 09T 1µ m D 09T 1µ m D 09T 1µ m D 09T 1µ m D 13T 1µ m D 13T 1µ m D 13T 1µ m D 14T 1µ m D 18T 1µ m D 18T 1µ m D 19T 1µ m D 25µ m Sinter steam filters D 09T 25µ m D 09T 25µ m D 09T 25µ m D 09T 25µ m D 13T 25µ m D 13T 25µ m D 13T 25µ m D 14T 25µ m D 18T 25µ m D 18T 25µ m D 19T 25µ m HS/DPL 1µ m Mesh steam filters ZCHS-BT ZCHS-BT ZCHS-BT ZCHS-BT ZCHS-AT ZCHS-AT ZCHS-AT ZCHS-1C ZCHS-2C ZCHS-2C ZCHS-3C DPL19 DPL20 HB Sterile filters HB 09 T HB 09 T HB 09 T HB 09 T HB 13 T HB 13 T HB 13 T HB 14 T HB 18 T HB 18 T HB 19 T V_T . General Purpose-. wet: 0. VA 1.5 UR ZP 4/1.sinter metal cartridge with stainless steel end caps – VA 1.4404 stainless steel end caps.PTFE impregnated hydrophobic non-shedding fleece.5 80ST-R05/2.003 mg/m3 (1 bar a.sinter metal cartridge with stainless steel end caps.initial differential pressure dry 0.efficiency 1µ /25µ 90PDS-R_1µ /25µ .5 80DS-R05/3 80DS-R10/3 80DS-R15/3 80DS-R20/3 80DS-R30/3 80DS-R30/5 Steam filters 25µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ dh ZP 3/1 UR ZP 3/1.efficiency 25µ .5 80ST-R04/1.differential pressure 0.5 80DS-R04/1.99999% based on 0.02 bar. wet: 0.initial differential pressure 25 mbar (at a nominal capacity of 134°C saturated steam) HB_T – PTFE impregnated hydrophobic non-shedding mesh.5 ME 4/2.initial differential pressure 100 mbar domnick-hunter Process Filters VLV Pre-filters 1050 VLV 1070 VLV 1140 VLV 2010 VLV 2020 VLV 2030 VLV 2050 VLV 3050 VLV 3075 VLV 5060 VLV 5075 VLV Housing G3 G5 G7 G9 G11 G12 G13 G14 G17 G18 G19 ZPLV General purpose filters 1050 ZPLV 1070 ZPLV 1140 ZPLV 2010 ZPLV 2020 ZPLV 2030 ZPLV 2050 ZPLV 3050 ZPLV 3075 ZPLV 5060 ZPLV 5075 ZPLV XPLV Oil removal filters 1050 XPLV 1070 XPLV 1140 XPLV 2010 XPLV 2020 XPLV 2030 XPLV 2050 XPLV 3050 XPLV 3075 XPLV 5060 XPLV 5075 XPLV ALV Activated carbon filters 1050 ALV 1070 ALV 1140 ALV 2010 ALV 2020 ALV 2030 ALV 2050 ALV 3050 ALV 3075 ALV 5060 ALV 5075 ALV VLV .pleated stainless steel fibre mesh with stainless steel end caps – VA 1.03 bar.particle filter without draining layer .initial differential pressure 0.initial differential pressure 0.Paint-compatible Filter Elements (silicone-free) Steam and sterile filter elements Process filter elements for domnick-hunter VBA-housing series Steam filters 1µ ZANDER dh D09T 1µ m ZCSSB-001T D13T 1µ m ZCSSA-001T D14T 1µ m ZCSS1-001C D18T 1µ m ZCSS2-001C D19T 1µ m ZCSS3-001C Steam filters 25µ ZANDER dh D09T 25µ m ZCSSB-025T D13T 25µ m ZCSSA-025T D14T 25µ m ZCSS1-025C D18T 25µ m ZCSS2-025C D19T 25µ m ZCSS3-025C Steam filters 1µ ZANDER dh ZCHS-BT ZCHSB-001T ZCHS-AT ZCHSA-001T ZCHS-1C ZCHS1-001C ZCHS-2C ZCHS2-001C ZCHS-3C ZCHS3-001C DPL19 DPL19 DPL20 DPL20 Sterile filters ZANDER dh HB09T ZCHB-BT HB13T ZCHB-AT HB14T ZCHB-1C HB18T ZCHB-2C HB19T ZCHB-3C D_T 1µ m – sinter metal cartridge with stainless steel end caps – VA 1.efficiency 1µ /25µ 80ST-R_ wrapped borosilicate non-shedding fleece with Nomex supporting material.5 UR ZP 5/3 UR ZP 10/3 UR ZP 15/3 UR ZP 20/3 UR ZP 30/3 UR ZP 30/5 UR ZANDER 80DS-R03/1 80DS-R03/1.01µ .03 bar Filter elements with stainless steel expanded metal support and plastic end caps (except for types 5060 and 5075 which have aluminium end caps). welded. wet: 0.5 UR ZP 4/2.and PO25-specification for use in paint-compatible areas.4404 .residual oil content ≤ 0.10 bar (at a nominal capacity of 134°C saturated steam) D_T 25 µ m .5 80ST-R04/2. 20°C) .particle filter without draining layer .filtration efficiency 99.5 mg/m3 (1 bar a. Oil Removal-.filtration efficiency 99.filtration efficiency 99.5 UR ZS 4/1.efficiency 0.residual oil content ≤ 0. 01µ .03 bar. up to +80°C) ZANDER D009ZP D017ZP D030ZP D058ZP D145ZP D220ZP D330ZP D430ZP D620ZP General purpose filters Atlas-Copco 2901-0190-00 1202-6255-02 2901-0191-00 1202-6257-02 2901-0234-00 1202-6257-04 2901-0192-00 2901-0193-00 2901-0194-00 2901-0322-00 2906-0212-00 2906-0213-00 1202-6259-02 1202-6259-04 1202-6262-02 1202-6262-04 1202-8573-02 1202-6273-02 ZANDER D009XP D017XP D030XP D058XP D145XP D220XP D330XP D430XP D620XP Oil removal fiters Atlas-Copco 2901-0195-00 1202-6255-01 2901-0196-00 1202-6257-01 2901-0233-00 1202-6257-03 2901-0197-00 2901-0198-00 2901-0199-00 2901-0323-00 2906-0214-00 2906-0215-00 1202-6259-01 1202-6259-03 1202-6262-01 1202-6262-03 1202-8573-01 1202-6273-01 Activated carbon filters ZANDER Atlas-Copco D006AC 2901-0201-00 1202-6264-00 D013AC 2901-0202-00 1202-6281-01 D025AC 2901-0203-00 1202-6268-01 D040AC D065AC D085AC D220A D330A D430A D620A 2901-0204-00 2901-0235-00 2901-0205-00 2901-0206-00 2901-0324-00 2906-0216-00 2906-0217-00 ZANDER D009ZP D017ZP D030ZP D058ZP D145ZP D220ZP D330ZP D430ZP D620ZP 1202-6281-02 1202-6268-02 1202-6268-03 1202-626A3-01 1202-6263-02 1202-8572-00 1202-6274-00 ZP .01 mg/m3 (1 bar a.99% based on 3µ .07 bar ZP .5 VA3/1.initial differential pressure dry 0.02 bar.003 mg/m3 (1 bar a.01 mg/m3 (after x grade filter) .initial differential pressure dry 0.5 80XP-04/1.particle filter without draining layer .5 MA4/1.residual oil content ≤ 0.5 80A-05/3 AK5/3 80A-10/3 AK10/3 80A-15/3 AK15/3 80A-20/3 AK20/3 80A-30/3 AK30/3 80A-30/5 AK30/5 ZANDER D009V D017V D030V D058V D145V D220V D330V D430V D620V V .filtration efficiency 99. wet: 0.01 mg/m3 (1 bar a.99999% based on 0.filtration efficiency 99.initial differential pressure dry 0.5 AK3/1. 20°C) .initial differential pressure dry 0.residual oil content ≤ 0.differential pressure 0.initial differential pressure dry 0.differential pressure 0.particle filter without draining layer .5 80A-05/2. 20°C) .9999% based on 1µ .03 bar ATLAS-COPCO housings ote: MA and SA elements can be replaced by the ZANDER XP element as a result of the reduced differential pressure due to the pleating technique Atlas-Copco DD/PD/QD series (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps (except for 220-660 plastic end caps).06 bar.03 bar AC .5 SA4/1. 20°C) at a max.03 bar ZANDER D009A D017A D030A D058A D145A D220A D330A D430A D620A ZANDER D006AC D013AC D025AC D040AC D065AC D085AC K009PF K017PF K030PF K058PF K145PF K220PF K330PF K430PF K620PF K009AO K017AO K030AO K058AO K145AO K220AO K330AO K430AO K620AO K009AA K017AA K030AA K058AA K145AA K220AA K330AA K430AA K620AA K009ACS K017ACS K030ACS K058ACS K145ACS K220ACS K330ACS K430ACS K620ACS K006AC K013AC K025AC K040AC K065AC K085AC K006PF K013PF K025PF K040PF K085PF K195PF K295PF K400PF K500PF Pre-filters domnick hunter E006PF E013PF E025PF E040PF E085PF E195PF E120PF E295PF E250PF E400PF E500PF E360PF K006AO K013AO K025AO K040AO K085AO K195AO K295AO K400AO K500AO General purpose filters domnick hunter E006AO E013AO E007AO E025AO E011AO E040AO E035AO E085AO E060AO E195AO E120AO E295AO E250AO E400AO E500AO E360AO K006AA K013AA K025AA K040AA K085AA K195AA K295AA K400AA K500AA Oil removal filters domnick hunter E006AA E013AA E007AA E025AA E011AA E040AA E035AA E085AA E060AA E195AA E120AA E295AA E250AA E400AA E500AA E360AA K006ACS K013ACS K025ACS K040ACS K085ACS K195ACS K295ACS K400ACS K500ACS K006AC K013AC K025AC K040AC K065AC K085AC E100PF E200PF E300PF E007AO E011AO E035AO E060AO E100AO E200AO C12MSDB C24MSDB E300AO C245MSD E007AA E011AA E035AA E060AA E100AA E200AA C12DB C24DB E300AA C245DB Activated carbon elements domnick hunter E006ACP E013ACP E025ACP E040ACP E085ACP E195ACP E120AC E295ACP E250AC E100AC E200AC C12ACDB C24ACDB E500ACP E300AC C245ACD E360AC Activated carbon cartridges domnick hunter E006AC E013AC E025AC E040AC E065AC E085AC V . 20°C) at a max.filtration efficiency 99.residual oil content ≤ 0. up to +80°C (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.residual oil content ≤ 0.01µ .99999% based on 0.06 bar.003 mg/m3 (1 bar a.003 mg/m3 (1 bar a.5 AK4/2.initial differential pressure dry 0.filtration efficiency 99.5 80XP-05/2. 20°C) at a max.5 80V-05/2.03 bar.5 80XP-04/2.initial differential pressure dry 0. input concentration of 0.5 mg/m3 (1 bar a.initial differential pressure dry 0. 20°C) .06 bar.99% based on 3µ .5 VA4/2. 20°C) .5 mg/m3 (1 bar a.10 bar XP. 5070 aluminium end caps).5 80A-04/2.15 bar A .06 bar.15 bar A .5 MA4/2.01µ .differential pressure depending on size Also available superfine filter element residual oil content ≤ 0.5 80XP-04/2.residual oil content ≤ 0.02 bar.99% based on 3µ . wet: 0. up to +80°C) Pre-filters ZANDER ALUP 1030V VA1030 1050V VA1050 1070V VA1070 1140V VA1140 2010V VA2010 2020V VA2020 2030V VA2030 2050V VA2050 3050V VA3050 3075V VA3075 5060V VA5060 5075V VA5075 General purpose filters ZANDER ALUP 1030XP MA1030 1050XP MA1050 1070XP MA1070 1140XP MA1140 2010XP MA2010 2020XP MA2020 2030XP MA2030 2050XP MA2050 3050XP MA3050 3075XP MA3075 5060XP MA5060 5075XP MA5075 Oil removal filters ZANDER ALUP 1030XP SA1030 1050XP SA1050 1070XP SA1070 1140XP SA1140 2010XP SA2010 2020XP SA2020 2030XP SA2030 2050XP SA2050 3050XP SA3050 3075XP SA3075 5060XP SA5060 5075XP SA5075 Activated carbon filters ZANDER ALUP 1030A AK1030 1050A AK1050 1070A AK1070 1140A AK1140 2010A AK2010 2020A AK2020 2030A AK2030 2050A AK2050 3050A AK3050 3075A AK3075 5060A AK5060 5075A AK5075 ZANDER D009XP D017XP D030XP D058XP D145XP D220XP D330XP D430XP D620XP V .5 80A-04/1.01 mg/m3 (after x grade filter) .5 VA4/1. up to +80°C) Pre-filters ZANDER ALUP 80V-03/1 VA3/1 80V-03/1. 20°C) at a max.5 SA4/2.01 mg/m3 (1 bar a.99999% based on 0.15 bar A .filtration efficiency 99.residual oil content ≤ 0. input concentration of 0. 20°C) at a max.15 bar A .filtration efficiency 99.5 MA5/2.003 mg/m3 (1 bar a.001 mg/m3 domnick-hunter housings ALUP housings domnick-hunter housings ALUP . wet: 0. 20°C) .5 SA3/1. input concentration of 0.01µ . input concentration of 0.residual oil content ≤ 0.5 80V-05/3 VA5/3 80V-10/3 VA10/3 80V-15/3 VA15/3 80V-20/3 VA20/3 80V-30/3 VA30/3 80V-30/5 VA30/5 General purpose filters ZANDER ALUP 80XP-03/1 MA3/1 80XP-03/1.5 VA5/2.99999% based on 0. wet: 0.003 mg/m3 (1 bar a.5 80XP-05/2.residual oil content ≤ 0.5 AK4/1.filtration efficiency 99.9999% based on 1µ .initial differential pressure dry 0.particle filter without draining layer .residual oil content ≤ 0.residual oil content ≤ 0.5 80XP-04/1.filtration efficiency 99. wet: 0. 20°C) .10 bar XP .5 80V-04/2.07 bar XP .03 bar Note: MA and SA elements can be replaced by the ZANDER XP element as a result of the reduced differential pressure due to the pleating technique ALUP (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and plastic end caps (except for type 5060.5 80V-04/1. input concentration of 0.01 mg/m3 (after x grade filter) .5 MA3/1.residual oil content ≤ 0.07 bar XP . wet: 0.01 mg/m3 (after x grade filter) . wet: 0.01 mg/m3 (after x grade filter) . wet: 0.differential pressure 0.filtration efficiency 99.01 mg/m3 (1 bar a.02 bar.(pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps (except for 220-660 plastic end caps). wet: 0.differential pressure 0.5 80XP-05/3 MA5/3 80XP-10/3 MA10/3 80XP-15/3 MA15/3 80XP-20/3 MA20/3 80XP-30/3 MA30/3 80XP-30/5 MA30/5 Oil removal filters ZANDER ALUP 80XP-03/1 SA3/1 80XP-03/1.5 AK5/2.5 80XP-05/3 SA5/3 80XP-10/3 SA10/3 80XP-15/3 SA15/3 80XP-20/3 SA20/3 80XP-30/3 SA30/3 80XP-30/5 SA30/5 Activated carbon filters ZANDER ALUP 80A-03/1 AK3/1 80A-03/1.5 SA5/2. residual oil content ≤ 0.5 AK3/1. wet: 0.01 mg/m3 (1 bar a.residual oil content ≤ 0.15 bar A .5 mg/m3 (1 bar a. wet: 0.03 bar ATLAS-COPCO housings ote: MA and SA elements can be replaced by the ZANDER XP element as a result of the reduced differential pressure due to the pleating technique Atlas-Copco DD/PD/QD series (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps (except for 220-660 plastic end caps).filtration efficiency 99. input concentration of 0.06 bar.5 VA3/1. 20°C) . 20°C) at a max.filtration efficiency 99.10 bar XP . up to +80°C (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.5 80XP-04/2. wet: 0.03 bar AC .5 80XP-04/1.99999% based on 0.filtration efficiency 99.5 80XP-04/1.01 mg/m3 (after x grade filter) .5 VA5/2.03 bar Note: MA and SA elements can be replaced by the ZANDER XP element as a result of the reduced differential pressure due to the pleating technique ALUP (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and plastic end caps (except for type 5060.5 80V-04/2.initial differential pressure dry 0.particle filter without draining layer . 20°C) at a max.differential pressure 0.5 VA4/2. 5070 aluminium end caps).residual oil content ≤ 0.01 mg/m3 (1 bar a.5 80A-05/2.filtration efficiency 99. 20°C) at a max.particle filter without draining layer .residual oil content ≤ 0.07 bar XP .01 mg/m3 (after x grade filter) .001 mg/m3 domnick-hunter housings ALUP housings domnick-hunter housings ALUP .9999% based on 1µ .99999% based on 0.01 mg/m3 (after x grade filter) . input concentration of 0.5 SA5/2.03 bar ZANDER D009A D017A D030A D058A D145A D220A D330A D430A D620A ZANDER D006AC D013AC D025AC D040AC D065AC D085AC K009PF K017PF K030PF K058PF K145PF K220PF K330PF K430PF K620PF K009AO K017AO K030AO K058AO K145AO K220AO K330AO K430AO K620AO K009AA K017AA K030AA K058AA K145AA K220AA K330AA K430AA K620AA K009ACS K017ACS K030ACS K058ACS K145ACS K220ACS K330ACS K430ACS K620ACS K006AC K013AC K025AC K040AC K065AC K085AC K006PF K013PF K025PF K040PF K085PF K195PF K295PF K400PF K500PF Pre-filters domnick hunter E006PF E013PF E025PF E040PF E085PF E195PF E120PF E295PF E250PF E400PF E500PF E360PF K006AO K013AO K025AO K040AO K085AO K195AO K295AO K400AO K500AO General purpose filters domnick hunter E006AO E013AO E007AO E025AO E011AO E040AO E035AO E085AO E060AO E195AO E120AO E295AO E250AO E400AO E500AO E360AO K006AA K013AA K025AA K040AA K085AA K195AA K295AA K400AA K500AA Oil removal filters domnick hunter E006AA E013AA E007AA E025AA E011AA E040AA E035AA E085AA E060AA E195AA E120AA E295AA E250AA E400AA E500AA E360AA K006ACS K013ACS K025ACS K040ACS K085ACS K195ACS K295ACS K400ACS K500ACS K006AC K013AC K025AC K040AC K065AC K085AC E100PF E200PF E300PF E007AO E011AO E035AO E060AO E100AO E200AO C12MSDB C24MSDB E300AO C245MSD E007AA E011AA E035AA E060AA E100AA E200AA C12DB C24DB E300AA C245DB Activated carbon elements domnick hunter E006ACP E013ACP E025ACP E040ACP E085ACP E195ACP E120AC E295ACP E250AC E100AC E200AC C12ACDB C24ACDB E500ACP E300AC C245ACD E360AC Activated carbon cartridges domnick hunter E006AC E013AC E025AC E040AC E065AC E085AC V .residual oil content ≤ 0.07 bar XP . 20°C) .01µ .5 AK4/2.5 80XP-04/2.residual oil content ≤ 0.5 80XP-05/2.initial differential pressure dry 0.residual oil content ≤ 0.01 mg/m3 (1 bar a.differential pressure 0.residual oil content ≤ 0.02 bar.15 bar A . input concentration of 0.5 80XP-05/3 MA5/3 80XP-10/3 MA10/3 80XP-15/3 MA15/3 80XP-20/3 MA20/3 80XP-30/3 MA30/3 80XP-30/5 MA30/5 Oil removal filters ZANDER ALUP 80XP-03/1 SA3/1 80XP-03/1. up to +80°C) ZANDER D009ZP D017ZP D030ZP D058ZP D145ZP D220ZP D330ZP D430ZP D620ZP General purpose filters Atlas-Copco 2901-0190-00 1202-6255-02 2901-0191-00 1202-6257-02 2901-0234-00 1202-6257-04 2901-0192-00 2901-0193-00 2901-0194-00 2901-0322-00 2906-0212-00 2906-0213-00 1202-6259-02 1202-6259-04 1202-6262-02 1202-6262-04 1202-8573-02 1202-6273-02 ZANDER D009XP D017XP D030XP D058XP D145XP D220XP D330XP D430XP D620XP Oil removal fiters Atlas-Copco 2901-0195-00 1202-6255-01 2901-0196-00 1202-6257-01 2901-0233-00 1202-6257-03 2901-0197-00 2901-0198-00 2901-0199-00 2901-0323-00 2906-0214-00 2906-0215-00 1202-6259-01 1202-6259-03 1202-6262-01 1202-6262-03 1202-8573-01 1202-6273-01 Activated carbon filters ZANDER Atlas-Copco D006AC 2901-0201-00 1202-6264-00 D013AC 2901-0202-00 1202-6281-01 D025AC 2901-0203-00 1202-6268-01 D040AC D065AC D085AC D220A D330A D430A D620A 2901-0204-00 2901-0235-00 2901-0205-00 2901-0206-00 2901-0324-00 2906-0216-00 2906-0217-00 ZANDER D009ZP D017ZP D030ZP D058ZP D145ZP D220ZP D330ZP D430ZP D620ZP 1202-6281-02 1202-6268-02 1202-6268-03 1202-626A3-01 1202-6263-02 1202-8572-00 1202-6274-00 ZP .01µ .initial differential pressure dry 0.initial differential pressure dry 0.initial differential pressure dry 0.03 bar.5 80XP-05/2.filtration efficiency 99.initial differential pressure dry 0.5 MA5/2.01 mg/m3 (after x grade filter) .differential pressure 0.5 SA4/1. wet: 0.initial differential pressure dry 0.5 AK4/1. input concentration of 0.residual oil content ≤ 0.5 80V-05/2.5 MA3/1.5 MA4/2.01 mg/m3 (after x grade filter) .5 80V-05/3 VA5/3 80V-10/3 VA10/3 80V-15/3 VA15/3 80V-20/3 VA20/3 80V-30/3 VA30/3 80V-30/5 VA30/5 General purpose filters ZANDER ALUP 80XP-03/1 MA3/1 80XP-03/1.5 80A-04/1. 20°C) at a max.99% based on 3µ .003 mg/m3 (1 bar a.01µ .15 bar A . 20°C) .15 bar A .initial differential pressure dry 0.5 SA3/1.5 80XP-05/3 SA5/3 80XP-10/3 SA10/3 80XP-15/3 SA15/3 80XP-20/3 SA20/3 80XP-30/3 SA30/3 80XP-30/5 SA30/5 Activated carbon filters ZANDER ALUP 80A-03/1 AK3/1 80A-03/1.initial differential pressure dry 0.99% based on 3µ .filtration efficiency 99.99% based on 3µ .filtration efficiency 99.residual oil content ≤ 0.06 bar. 20°C) .003 mg/m3 (1 bar a.filtration efficiency 99.03 bar. wet: 0. 20°C) .5 80A-04/2.10 bar XP.01µ .5 MA4/1.particle filter without draining layer . wet: 0.003 mg/m3 (1 bar a. wet: 0.5 mg/m3 (1 bar a. up to +80°C) Pre-filters ZANDER ALUP 80V-03/1 VA3/1 80V-03/1.06 bar.5 80A-05/3 AK5/3 80A-10/3 AK10/3 80A-15/3 AK15/3 80A-20/3 AK20/3 80A-30/3 AK30/3 80A-30/5 AK30/5 ZANDER D009V D017V D030V D058V D145V D220V D330V D430V D620V V .003 mg/m3 (1 bar a.9999% based on 1µ .02 bar. wet: 0.differential pressure depending on size Also available superfine filter element residual oil content ≤ 0.02 bar.003 mg/m3 (1 bar a.5 SA4/2.5 AK5/2.5 VA4/1.01 mg/m3 (1 bar a.99999% based on 0.differential pressure 0. 20°C) at a max.5 80V-04/1.07 bar ZP . up to +80°C) Pre-filters ZANDER ALUP 1030V VA1030 1050V VA1050 1070V VA1070 1140V VA1140 2010V VA2010 2020V VA2020 2030V VA2030 2050V VA2050 3050V VA3050 3075V VA3075 5060V VA5060 5075V VA5075 General purpose filters ZANDER ALUP 1030XP MA1030 1050XP MA1050 1070XP MA1070 1140XP MA1140 2010XP MA2010 2020XP MA2020 2030XP MA2030 2050XP MA2050 3050XP MA3050 3075XP MA3075 5060XP MA5060 5075XP MA5075 Oil removal filters ZANDER ALUP 1030XP SA1030 1050XP SA1050 1070XP SA1070 1140XP SA1140 2010XP SA2010 2020XP SA2020 2030XP SA2030 2050XP SA2050 3050XP SA3050 3075XP SA3075 5060XP SA5060 5075XP SA5075 Activated carbon filters ZANDER ALUP 1030A AK1030 1050A AK1050 1070A AK1070 1140A AK1140 2010A AK2010 2020A AK2020 2030A AK2030 2050A AK2050 3050A AK3050 3075A AK3075 5060A AK5060 5075A AK5075 ZANDER D009XP D017XP D030XP D058XP D145XP D220XP D330XP D430XP D620XP V .99999% based on 0.filtration efficiency 99. wet: 0.(pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps (except for 220-660 plastic end caps). input concentration of 0.residual oil content ≤ 0. 20°C) .06 bar. thread connection with two O-rings – VA 1. 20°C) at a max. Steam and Sterile Filter Elements for ZANDER Process Filter Housing S-series Housings S02 S05 S07 S09 S11 S12 S13 S14 S15 S18 S19 Housings S02 S05 S07 S09 S11 S12 S13 S14 S15 S18 S19 DG19 DG20 V Pre-filters V 09 T V 09 T V 09 T V 09 T V 13 T V 13 T V 13 T V 14 T V 18 T V 18 T V 19 T ZP General purpose filters ZP 09 T ZP 09 T ZP 09 T ZP 09 T ZP 13 T ZP 13 T ZP 13 T ZP 14 T ZP 18 T ZP 18 T ZP 19 T XP Oil removal filters XP 09 T XP 09 T XP 09 T XP 09 T XP 13 T XP 13 T XP 13 T XP 14 T XP 18 T XP 18 T XP 19 T A Active carbon filters A 09 T A 09 T A 09 T A 09 T A 13 T A 13 T A 13 T A 14 T A 18 T A 18 T A 19 T D 1µ m Sinter steam filters D 09T 1µ m D 09T 1µ m D 09T 1µ m D 09T 1µ m D 13T 1µ m D 13T 1µ m D 13T 1µ m D 14T 1µ m D 18T 1µ m D 18T 1µ m D 19T 1µ m D 25µ m Sinter steam filters D 09T 25µ m D 09T 25µ m D 09T 25µ m D 09T 25µ m D 13T 25µ m D 13T 25µ m D 13T 25µ m D 14T 25µ m D 18T 25µ m D 18T 25µ m D 19T 25µ m HS/DPL 1µ m Mesh steam filters ZCHS-BT ZCHS-BT ZCHS-BT ZCHS-BT ZCHS-AT ZCHS-AT ZCHS-AT ZCHS-1C ZCHS-2C ZCHS-2C ZCHS-3C DPL19 DPL20 HB Sterile filters HB 09 T HB 09 T HB 09 T HB 09 T HB 13 T HB 13 T HB 13 T HB 14 T HB 18 T HB 18 T HB 19 T V_T .sinter metal cartridge with stainless steel end caps.4404 stainless steel end caps.efficiency 0.5 UR ZS 5/3 UR ZS 10/3 UR ZS 15/3 UR ZS 20/3 UR ZS 30/3 UR ZS 30/5 UR ZANDER 80ST-R03/1 80ST-R03/1.5 80DS-R04/1.initial differential pressure 0.residual oil content ≤ 0.particle filter without draining layer . wet: 0.99% based on 3µ . 20°C) .5 mg/m3 (1 bar a. thread connection with one O-ring . VA 1. with polypropylene supporting body – fineness 0.Paint-compatible Filter Elements (silicone-free) Steam and sterile filter elements Process filter elements for domnick-hunter VBA-housing series Steam filters 1µ ZANDER dh D09T 1µ m ZCSSB-001T D13T 1µ m ZCSSA-001T D14T 1µ m ZCSS1-001C D18T 1µ m ZCSS2-001C D19T 1µ m ZCSS3-001C Steam filters 25µ ZANDER dh D09T 25µ m ZCSSB-025T D13T 25µ m ZCSSA-025T D14T 25µ m ZCSS1-025C D18T 25µ m ZCSS2-025C D19T 25µ m ZCSS3-025C Steam filters 1µ ZANDER dh ZCHS-BT ZCHSB-001T ZCHS-AT ZCHSA-001T ZCHS-1C ZCHS1-001C ZCHS-2C ZCHS2-001C ZCHS-3C ZCHS3-001C DPL19 DPL19 DPL20 DPL20 Sterile filters ZANDER dh HB09T ZCHB-BT HB13T ZCHB-AT HB14T ZCHB-1C HB18T ZCHB-2C HB19T ZCHB-3C D_T 1µ m – sinter metal cartridge with stainless steel end caps – VA 1.pleated stainless steel fibre mesh with stainless steel end caps – VA 1.5 80DS-R05/2.5 80ST-R05/2.4404 – efficiency 1µ .initial differential pressure dry 0.initial differential pressure 0.09 bar.initial differential pressure 0.01µ 90PST-R_ wrapped borosilicate non-shedding fleece with Nomex supporting material.filtration efficiency 99.10 bar XP_T .10 bar (at a nominal capacity of 134°C saturated steam) ZCHS/DPL .filtration efficiency 99.residual oil content ≤ 0.4404 stainless steel end caps.filtration efficiency 99.10 bar Filter Elements for ZANDER Flange Filters F17 to F200 Housings Quantity Filter element F17 1 3075 F19 1 5075 F20 2 3075 F30 3 3075 F40 4 3075 F60 6 3075 F80 8 3075 F100 10 3075 F120 12 3075 F160 16 3075 F200 20 3075 ZANDER housings domnick-hunter housings domnick-hunter Process Filters .initial differential pressure 25 mbar (at a nominal capacity of 134°C saturated steam) HB_T – PTFE impregnated hydrophobic non-shedding mesh.5 80DS-R04/2. wet: 0.5 UR ZP 5/3 UR ZP 10/3 UR ZP 15/3 UR ZP 20/3 UR ZP 30/3 UR ZP 30/5 UR ZANDER 80DS-R03/1 80DS-R03/1.filtration efficiency 99. thread connection with one O-ring – VA 1.10 bar XPLV .06 bar.5 UR ZS 4/2.01µ .5 80DS-R05/3 80DS-R10/3 80DS-R15/3 80DS-R20/3 80DS-R30/3 80DS-R30/5 Steam filters 25µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ dh ZP 3/1 UR ZP 3/1.sinter metal cartridge with stainless steel end caps.22 bar A_T .4404 . Active Carbon.sinter metal cartridge with stainless steel end caps – VA 1.initial differential pressure dry 0.5 ME 4/1.4404 .5 80DS-R05/3 80DS-R10/3 80DS-R15/3 80DS-R20/3 80DS-R30/3 80DS-R30/5 90DS-R02/05 90DS-R02/10 90DS-R03/05 90DS-R03/10 90DS-R04/10 90DS-R04/20 90DS-R05/20 90DS-R05/25 90DS-R07/25 90DS-R07/30 90DS-R10/30 90DS-R15/30 90DS-R20/30 90DS-R30/30 90DS-R30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ ZP 02/05 UI ZP 02/10 UI ZP 03/05 UI ZP 03/10 UI ZP 04/10 UI ZP 04/20 UI ZP 05/20 UI ZP 05/25 UI ZP 07/25 UI ZP 07/30 UI ZP 10/30 UI ZP 15/30 UI ZP 20/30 UI ZP 30/30 UI ZP 30/50 UI 90PDS-R02/05 90PDS-R02/10 90PDS-R03/05 90PDS-R03/10 90PDS-R04/10 90PDS-R04/20 90PDS-R05/20 90PDS-R05/25 90PDS-R07/25 90PDS-R07/30 90PDS-R10/30 90PDS-R15/30 90PDS-R20/30 90PDS-R30/30 90PDS-R30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ ZP 02/05 UP ZP 02/10 UP ZP 03/05 UP ZP 03/10 UP ZP 04/10 UP ZP 04/20 UP ZP 05/20 UP ZP 05/25 UP ZP 07/25 UP ZP 07/30 UP ZP 10/30 UP ZP 15/30 UP ZP 20/30 UP ZP 30/30 UP ZP 30/50 UP Sterile filters 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ dh ZS 3/1 UR ZS 3/1.efficiency 25µ .01µ 90ST-R_ wrapped borosilicate non-shedding fleece with Nomex supporting material.efficiency 1µ /25µ 90DS-R_1µ /25µ .99% based on 3µ . Oil Removal-.01µ .9999% based on 1µ .5 mg/m3 (1 bar a.residual oil content ≤ 0.01µ .5 ME 5/3 ME 10/3 ME 15/3 ME 20/3 ME 30/3 ME 30/5 90DS-R02/05 90DS-R02/10 90DS-R03/05 90DS-R03/10 90DS-R04/10 90DS-R04/20 90DS-R05/20 90DS-R05/25 90DS-R07/25 90DS-R07/30 90DS-R10/30 90DS-R15/30 90DS-R20/30 90DS-R30/30 90DS-R30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ ZS 02/05 UI ZS 02/10 UI ZS 03/05 UI ZS 03/10 UI ZS 04/10 UI ZS 04/20 UI ZS 05/20 UI ZS 05/25 UI ZS 07/25 UI ZS 07/30 UI ZS 10/30 UI ZS 15/30 UI ZS 20/30 UI ZS 30/30 UI ZS 30/50 UI 90ST-R02/05 90ST-R02/10 90ST-R03/05 90ST-R03/10 90ST-R04/10 90ST-R04/20 90ST-R05/20 90ST-R05/25 90ST-R07/25 90ST-R07/30 90ST-R10/30 90ST-R15/30 90ST-R20/30 90ST-R30/30 90ST-R30/50 MER 02/05 MER 02/10 MER 03/05 MER 03/10 MER 04/10 MER 04/20 MER 05/20 MER 05/25 MER 07/25 MER 07/30 MER 10/30 MER 15/30 MER 20/30 MER 30/30 MER 30/50 90PDS-R02/05 90PDS-R02/10 90PDS-R03/05 90PDS-R03/10 90PDS-R04/10 90PDS-R04/20 90PDS-R05/20 90PDS-R05/25 90PDS-R07/25 90PDS-R07/30 90PDS-R10/30 90PDS-R15/30 90PDS-R20/30 90PDS-R30/30 90PDS-R30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ ZS 02/05 UP ZS 02/10 UP ZS 03/05 UP ZS 03/10 UP ZS 04/10 UP ZS 04/20 UP ZS 05/20 UP ZS 05/25 UP ZS 07/25 UP ZS 07/30 UP ZS 10/30 UP ZS 15/30 UP ZS 20/30 UP ZS 30/30 UP ZS 30/50 UP 90PST-R02/05 90PST-R02/10 90PST-R03/05 90PST-R03/10 90PST-R04/10 90PST-R04/20 90PST-R05/20 90PST-R05/25 90PST-R07/25 90PST-R07/30 90PST-R10/30 90PST-R15/30 90PST-R20/30 90PST-R30/30 90PST-R30/50 ME 02/05 ME 02/10 ME 03/05 ME 03/10 ME 04/10 ME 04/20 ME 05/20 ME 05/25 ME 07/25 ME 07/30 ME 10/30 ME 15/30 ME 20/30 ME 30/30 ME 30/50 80DS-R_1µ /25µ .4404 stainless steel end caps. up to +80°C Paint-compatible filter elements from ZANDER correspond with the LO25.5 UR ZP 4/2.filtration efficiency 99. wet: 0.025 bar (at a nominal capacity of 134°C saturated steam) HB_T .PTFE impregnated hydrophobic non-shedding fleece.4404 . 20°C) .5 80DS-R04/2.initial differential pressure 100 mbar (at a nominal capacity of 134°C saturated steam) ZCHS/DPL – pleated stainless steel mesh with stainless steel end caps – VA 1.003 mg/m3 (1 bar a.particle filter without draining layer .initial differential pressure 100 mbar domnick-hunter Process Filters VLV Pre-filters 1050 VLV 1070 VLV 1140 VLV 2010 VLV 2020 VLV 2030 VLV 2050 VLV 3050 VLV 3075 VLV 5060 VLV 5075 VLV Housing G3 G5 G7 G9 G11 G12 G13 G14 G17 G18 G19 ZPLV General purpose filters 1050 ZPLV 1070 ZPLV 1140 ZPLV 2010 ZPLV 2020 ZPLV 2030 ZPLV 2050 ZPLV 3050 ZPLV 3075 ZPLV 5060 ZPLV 5075 ZPLV XPLV Oil removal filters 1050 XPLV 1070 XPLV 1140 XPLV 2010 XPLV 2020 XPLV 2030 XPLV 2050 XPLV 3050 XPLV 3075 XPLV 5060 XPLV 5075 XPLV ALV Activated carbon filters 1050 ALV 1070 ALV 1140 ALV 2010 ALV 2020 ALV 2030 ALV 2050 ALV 3050 ALV 3075 ALV 5060 ALV 5075 ALV VLV .01 mg/m3 (after x grade filter) .differential pressure 0. input concentration of 0.5 80DS-R04/1.5 UR ZP 5/2.01µ Pre-. General Purpose-.5 ME 5/2.01 mg/m3 (1 bar a.efficiency 1µ . pleated. with polypropylene supporting body .4404 .4404 . welded.differential pressure 0.efficiency 0. welded. 20°C) .5 ME 4/2.sinter metal cartridge with stainless steel end caps – VA 1.9999% based on 1µ .initial differential pressure dry 0.sinter metal cartridge with stainless steel end caps – VA 1.efficiency 1µ /25µ 80ST-R_ wrapped borosilicate non-shedding fleece with Nomex supporting material. plug connection with two O-rings – VA 1.efficiency 0.5 80ST-R04/1.initial differential pressure dry 0.5 80ST-R05/3 80ST-R10/3 80ST-R15/3 80ST-R20/3 80ST-R30/3 80ST-R30/5 dh ME 3/1 ME 3/1.residual oil content ≤ 0.10 bar (at a nominal capacity of 134°C saturated steam) D_T 25 µ m .4404 .03 bar D_T 1µ m .99999% based on 0.fineness 0.sinter metal cartridge with stainless steel end caps.residual oil content ≤ 0.01 mg/m3 (after x grade filter) .initial differential pressure dry 0.5 UR ZS 4/1.03 bar.initial differential pressure dry 0.efficiency 25µ . plug connection with two O-rings .5 UR ZP 4/1.5 80ST-R04/2.initial differential pressure 0.01µ .003 mg/m3 (1 bar a.02 bar. input concentration of 0. 20°C) at a max. wet: 0. wet: 0. specially cleaned. Steam and sterile filter elements Process filter elements for Ultrafilter housings Steam filters 1µ ZANDER 80DS-R03/1 80DS-R03/1.99999% based on 0.5 UR ZS 5/2. VA 1.01 mg/m3 (1 bar a.02 bar. wet: 0.and PO25-specification for use in paint-compatible areas. welded. pleated.residual oil content ≤ 0. thread connection with two O-rings . VA 1.4404 .efficiency 1µ .03 bar Filter elements with stainless steel expanded metal support and plastic end caps (except for types 5060 and 5075 which have aluminium end caps).initial differential pressure 100 mbar (at a nominal capacity of 134°C saturated steam) D_T 25µ m .filtration efficiency 99.4404 .15 bar ALV .03 bar. 20°C) .efficiency 1µ .07 bar ZP_T .efficiency 1µ /25µ 90PDS-R_1µ /25µ .07 bar ZPLV .5 80DS-R05/2. filtration efficiency 99.initial differential pressure dry 0.01 mg/m3 (after x grade filter) .9999% based on 1µ .initial differential pressure dry 0.12 bar. 20°C) .residual oil content ≤ 0. input concentration of 0.filtration efficiency 99.003 mg/m3 (1 bar a.filtration efficiency 99.01 mg/m3 (1 bar a.10 bar XP .4305).001 mg/m3 (1 bar a. Oil Removal-. up to +120°C HTCR (High Temperature Chemical Resistance): filter elements with stainless steel expanded metal support and stainless steel end caps (VA1.initial differential pressure dry: 0.5 mg/m3 (1 bar a.99999% based on 0.01µ .initial differential pressure dry 0. 20°C) at a max.initial differential pressure dry 0.≥ filtration efficiency 99.99999% based on 0.99999% based on 0. 20°C) .residual oil content ≤ 0. up to +80°C) Pre-filters ZANDER HANKISON HK012V E9-12 HK016V E9-16 HK020V E9-20 HK024V E9-24 HK028V E9-28 HK032V E9-32 HK036V E9-36 HK040V E9-40 HK044V E9-44 HK048V E9-48 HK052V E9-PV HK054V E9-54 General purpose filters ZANDER HANKISON HK012ZP E7-12 HK016ZP E7-16 HK020ZP E7-20 HK024ZP E7-24 HK028ZP E7-28 HK032ZP E7-32 HK036ZP E7-36 HK040ZP E7-40 HK044ZP E7-44 HK048ZP E7-48 HK052ZP E7-PV HK054ZP E7-54 Oil removal filters ZANDER HANKISON HK012XP E5-12 HK016XP E5-16 HK020XP E5-20 HK024XP E5-24 HK028XP E5-28 HK032XP E5-32 HK036XP E5-36 HK040XP E5-40 HK044XP E5-44 HK048XP E5-48 HK052XP E5-PV HK054XP E5-54 Super fine filters ZANDER HANKISON HK012XP4 E3-12 HK016XP4 E3-16 HK020XP4 E3-20 HK024XP4 E3-24 HK028XP4 E3-28 HK032XP4 E3-32 HK036XP4 E3-36 HK040XP4 E3-40 HK044XP4 E3-44 HK048XP4 E3-48 HK052XP4 E3-PV HK054XP4 E3-54 Activated carbon filters ZANDER HANKISON HK012A E1-12 HK016A E1-16 HK020A E1-20 HK024A E1-24 HK028A E1-28 HK032A E1-32 HK036A E1-36 HK040A E1-40 HK044A E1-44 HK048A E1-48 HK052A E1-PV HK054A E1-54 HANKISON housings Housings G2 G3 G5 G7 G9 G11 G12 G13 G14 G17 G18 G19 V Pre-filters 1030 V 1050 V 1070 V 1140 V 2010 V 2020 V 2030 V 2050 V 3050 V 3075 V 5060 V 5075 V V .99999% based on 0.003 mg/m3 (1 bar a.01 mg/m3 (after x grade filter) .residual oil content ≤ 0.residual oil content ≤ 0.003 mg/m3 (1 bar a.initial differential pressure dry 0.07 bar ZP .5 mg/m3 (1 bar a.99999% based on 0.5 mg/m3 (1 bar a. wet: 0.06 bar. wet: 0.07 bar HTNX/HTCR High Temperature Filter Elements Housings G2 G3 G5 G7 G9 G11 G12 G13 G14 G17 G18 G19 ZHT General purpose filters 1030 ZHTNX 1050 ZHTNX 1070 ZHTNX 1140 ZHTNX 2010 ZHTNX 2020 ZHTNX 2030 ZHTNX 2050 ZHTNX 3050 ZHTNX 3075 ZHTNX 5060 ZHTNX 5075 ZHTNX XHT Oil removal filters 1030 XHTNX 1050 XHTNX 1070 XHTNX 1140 XHTNX 2010 XHTNX 2020 XHTNX 2030 XHTNX 2050 XHTNX 3050 XHTNX 3075 XHTNX 5060 XHTNX 5075 XHTNX ZHC General purpose filters 1030 ZHTCR 1050 ZHTCR 1070 ZHTCR 1140 ZHTCR 2010 ZHTCR 2020 ZHTCR 2030 ZHTCR 2050 ZHTCR 3050 ZHTCR 3075 ZHTCR 5060 ZHTCR 5075 ZHTCR XHC Oil removal filters 1030 XHTCR 1050 XHTCR 1070 XHTCR 1140 XHTCR 2010 XHTCR 2020 XHTCR 2030 XHTCR 2050 XHTCR 3050 XHTCR 3075 XHTCR 5060 XHTCR 5075 XHTCR ZHTNX/ZHTCR . up to +60°C) A .15 bar XP4 .filtration efficiency 99.001 mg/m3 (1 bar a. wet: 0.25 bar HTNX (High Temperature Nomex): filter elements with stainless steel expanded metal support and aluminium end caps.filtration efficiency 99.filtration efficiency 99. 20°C) .5 mg/m3 (1 bar a. high temperature drainage.filtration efficiency 99.003 mg/m3 (1 bar a.02 bar. 20°C) .differential pressure: 0.15 bar XP4 .residual oil content ≤ 0.9999% based on 1µ .initial differential pressure dry 0.initial differential pressure: 0.01 mg/m3 (1 bar a. wet: 0.residual oil content ≤ 0. wet: 0.06 bar.07 bar C004 C007 C015 C024 C035 C060 C090 C120 C150 --C240 HIROSS housings ZANDER housings Pre-.differential pressure 0. 20°C) initial differential pressure: 0.residual oil content ≤ 0.99% based on 3µ . wet: 0.residual oil content ≤ 0.9999% based on 1µ . wet: 0.initial differential pressure dry 0.10 bar XP .06 bar.99% based on 3µ .99% based on 3µ . up to +80°C Filter elements optionally available with aluminium or stainless steel (VA1.filtration efficiency 99.initial differential pressure dry: 0.01µ .particle filter without draining layer .01µ .ZP General purpose filters 1030 ZP 1050 ZP 1070 ZP 1140 ZP 2010 ZP 2020 ZP 2030 ZP 2050 ZP 3050 ZP 3075 ZP 5060 ZP 5075 ZP XP Oil removal filters 1030 XP 1050 XP 1070 XP 1140 XP 2010 XP 2020 XP 2030 XP 2050 XP 3050 XP 3075 XP 5060 XP 5075 XP XP4 Super fine filter 1030 XP4 1050 XP4 1070 XP4 1140 XP4 2010 XP4 2020 XP4 2030 XP4 2050 XP4 3050 XP4 3075 XP4 5060 XP4 5075 XP4 V .01µ .residual oil content ≤ 0.particle filter without draining layer . 20°C) .residual oil content ≤ 0. wet: 0.01 mg/m3 (1 bar a.20 bar XHTNX/XHTCR .07 bar ZP . General Purpose-.filtration efficiency 99. input concentration of 0.03 bar Activated Carbon Filter Elements and Cartridges Housings G2 G3 G5 G7 G9 G11 G12 G13 G14 G17 G18 G19 A KTA Activated carbon filters Activated carbon cartridges 1030 A 1050 A KT 1012 A 1070 A KT 1012 A 1140 A KT 1019 A 2010 A KT 2016 A 2020 A KT 2023 A 2030 A KT 2033 A 2050 A KT 2053 A 3050 A 3075 A 5060 A 5075 A Hiross hyperfilter series (original Hiross wrapped elements without pleating) Standard filter elements (filter elements with stainless steel expanded metal support and plastic end caps. 20°C) at a max.initial differential pressure dry 0. 20°C) .01 mg/m3 (after x grade filter) . 20°C) .residual oil content ≤ 0.03 bar. wet: 0.03 bar KTA . input concentration of 0.residual oil content ≤ 0. wet: 0.residual oil content ≤ 0.initial differential pressure: 0. up to +60°C Filter elements optionally available with aluminium or stainless steel (VA1.4305) end caps ZANDER HR010V HR016V HR022V HR030V HR045V HR072V HR135V HR205V HR250V HR260V HR280V Pre-filters Hiross Q010 Q016 Q022 Q030 Q045 Q072 Q135 Q205 Q250 Q260 Q280 Q006 Q009 Q020 Q024 Q035 Q060 Q110 Q151 Q180 Q200 Q280 Q004 Q007 Q015 Q024 Q035 Q060 Q090 Q120 Q150 -Q240 ZANDER HR010Z HR016Z HR022Z HR030Z HR045Z HR072Z HR135Z HR205Z HR250Z HR260Z HR280Z General purpose filters Hiross P010 P006 P016 P009 P022 P020 P030 P024 P045 P035 P072 P060 P135 P110 P205 P151 P250 P180 P260 P200 P280 P280 P004 P007 P015 P024 P035 P060 P090 P120 P150 --P240 V .03 bar.02 bar.01 mg/m3 (after x grade filter) -differential pressure 0. up to +60°C Cartridges made of aluminium with filter fleeces at the input and output.99999% based on 0.filtration efficiency 99.10 bar A .01µ .residual oil content ≤ 0.filtration efficiency ≥ 99. 20°C) at a max.filtration efficiency 99. input concentration of 0.differential pressure depending on size Filter elements with stainless steel expanded metal support and plastic end caps (except for types 5060 and 5075 with aluminium end caps).12 bar.28 bar Filter elements with stainless steel expanded metal support and plastic end caps (except for types 5060 and 5075 which have aluminium end caps).01 mg/m3 (1 bar a.01µ . 20°C) . Super Fine Filter Elements .4305) end caps HANKISON HF-series (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.28 bar A .particle filter without draining layer . 20°C) .07 bar Z . high temperature drainage. up to +120°C ZANDER HR010X HR016X HR022X HR030X HR045X HR072X HR135X HR205X HR250X HR260X HR280X Oil removal filters Hiross S010 S006 S016 S009 S022 S020 S030 S024 S045 S035 S072 S060 S135 S110 S205 S151 S250 S180 S260 S200 S280 S280 S004 S007 S015 S024 S035 S060 S090 S120 S150 --S240 ZANDER HR010A HR016A HR022A HR030A HR045A HR072A HR135A HR205A HR250A HR260A HR280A Activated carbon filters Hiross C010 C006 C016 C009 C022 C020 C030 C024 C045 C035 C072 C060 C135 C110 C205 C151 C250 C180 C260 C200 C280 C280 X .03 bar. 20°C) at a max.9999% based on 1µ . 0 2020V 9.0 20/30V 9.2142.03 bar.003 mg/m3 (1 bar a.0 Activated carbon filters KAESER E-G-6 9.0 05/20X 9.4867.residual oil content ≤ 0.99999% based on 0.4893.4890. ZANDER is using a new filter material for the ADVANCED technology that makes it possible to integrate the draining layer directly into the pleated ZANDER filter fleece.99999% based on 0.residual oil content ≤ 0.2122.4876.filtration efficiency 99.01 mg/m3 (1 bar a.0 1140X 9.0 HK020ZP E-C-18 9.2148.0 E-G-185 9.filtration efficiency 99.4831.2164.0 2030X 9.4812.0 E-E-10 9.2162.initial differential pressure dry 0.0 E-E-18 9.0 03/10X 9.4814. wet: 0.0 10/30V 9.2174.residual oil content ≤ 0.0 E-E-48 9.0 HK032ZP E-C-71 9.0 E-F-138 9.0 90A-03/05 03/05A 9.06 bar.4829.4819.2120.2129.0 15/30X 9. input concentration of 0.0 HK054ZP E-C-283 9.2138.0 E-E-177 9.0 90A-05/20 05/20A 9.4860. up to +80°C) ZANDER HK012V HK016V HK020V HK024V HK028V HK032V HK036V HK040V HK044V HK048V HK052V HK054V Pre-filters KAESER E-B-6 9.2100.filtration efficiency 99.2107.9999% based on 1µ .0 5075A 9.4824.4891.0 E-F-48 9.0 2020X 9.0 ZANDER 1050XP 1070XP 1140XP 2010XP 2020XP 2030XP 2050XP 3050XP 3075XP 5075XP Oil removal filters KAESER 1050X 9.2169.0 1140A 9.0 90A-30/30 30/30A 9.0 Activated carbon filters ZANDER KAESER 90A-02/05 02/05A 9. input concentration of 0.filtration efficiency 99.2170.0 2050V 9.KAESER housings KAESER up to 1991 (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and plastic end caps (except for 5075 aluminium end caps).2139.07 bar ZP .0 E-D-283 9.01 mg/m3 (after x grade filter) . has few particulates of its own and offers improved draining results thanks to the larger surface produced by pleating.0 E-B-185 9.0 07/25X 9.0 V .0 5075V 9. a gratifyingly low differential pressure and a long service life can be achieved even at this highly efficient level of filtration.003 mg/m3 (1 bar a.0 E-E-71 9.2108.2134.2168.4868.02 bar.0 E-D-71 9.0 E-D-18 9.06 bar.4861.0 E-E-283 9.0 E-D-48 9.0 3050A 9.03 bar KAESER from 1991 to 2000 (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.4884.0 E-D-221 9.2161.0 2010V 9.0 E-F-10 9.99% based on 3µ .0 1070X 9.0 90A-30/50 30/50A 9.01µ .0 HK028ZP E-C-48 9.0 90A-04/20 04/20A 9.2124.2167.2128.0 30/30V 9.2105.4863.0 E-E-107 9.initial differential pressure dry: 0.5 mg/m3 (1 bar a.0 E-F-107 9.0 15/30V 9.0 2050A 9.0 10/30X 9.0 90A-15/30 15/30A 9.initial differential pressure dry 0.particle filter without draining layer .0 E-B-48 9. ageing or excessive thermal strain.15 bar XP4 .2137.0 04/10X 9.2115.15 bar A .0 07/30V 9.2112.0 V .0 20/30X 9.99999% based on 0. Result: the new ZANDER High ADVANCED filter element with a residual oil content of less than 0.4862.0 E-D-177 9. wet: 0.filtration efficiency 99.07 bar XP .0 E-G-283 9.2114.0 HK016ZP E-C-10 9.2131.4882.2106.0 05/20V 9.0 E-G-10 9.0 E-D-10 9.filtration efficiency 99.0 ZANDER HK012ZP HK016ZP HK020ZP HK024ZP HK028ZP HK032ZP HK036ZP HK040ZP HK044ZP HK048ZP HK052ZP HK054ZP Super fine filters KAESER E-F-6 9.4885.02 bar.0 E-B-107 9.4865.0 05/25V 9.4825.01 mg/m3 (after x grade filter) .4880.0 ZANDER 90XP-02/05 90XP-03/05 90XP-03/10 90XP-04/10 90XP-04/20 90XP-05/20 90XP-05/25 90XP-07/25 90XP-07/30 90XP-10/30 90XP-15/30 90XP-20/30 90XP-30/30 90XP-30/50 Oil removal filters KAESER 02/05X 9.4842.003 mg/m3 (1 bar a.0 ZANDER 1050A 1070A 1140A 2010A 2020A 2030A 2050A 3050A 3075A 5075A Activated carbon filters KAESER 1050A 9.0 90A-07/30 07/30A 9.01µ .initial differential pressure dry 0.2149.4821.4870.2150.4883.0 2010X 9.4847.2144.03 bar KAESER from 2000 (pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.4895.residual oil content ≤ 0. wet: 0.0 04/10V 9.02 bar.2157.2159.0 90A-07/25 07/25A 9.99% based on 3µ .4835. input concentration of 0.residual oil content ≤ 0.0 ZANDER HK012A HK016A HK020A HK024A HK028A HK032A HK036A HK040A HK044A HK048A HK052A HK054A ZANDER HK012XP4 HK016XP4 HK020XP4 HK024XP4 HK028XP4 HK032XP4 HK036XP4 HK040XP4 HK044XP4 HK048XP4 HK052XP4 HK054XP4 General purpose filters KAESER E-D-6 9.initial differential pressure dry 0.4874.2113.2116.0 2050X 9.0 30/50V 9.0 E-G-138 9.0 1140V 9.4892.2163.differential pressure 0.0 E-G-107 9. 20°C) at a max.0 E-E-185 9. ZANDER High ADVANCED filter elements The results achieved using the ZANDER ADVANCED technology motivated us to break through the barriers of micro-filtration with the development of super fine filter elements. up to +80°C ZANDER 1050V 1070V 1140V 2010V 2020V 2030V 2050V 3050V 3075V 5075V Pre-filters KAESER 1050V 9.0 3075X 9.2132.4839.0 E-D-107 9.4875. wet: 0.0 04/20V 9.0 HK044ZP E-C-177 9.residual oil content ≤ 0. And thanks to our pleating technology. 20°C) .4894.4815.4826.2166.4818.4836.0 E-G-71 9.0 HK052ZP E-C-185 9.2109.0 5075X 9.2147.0 E-B-10 9.4877.differential pressure 0.0 HK024ZP E-C-28 9.4843.2130.0 90A-05/25 05/25A 9.2123.4823.0 05/25X 9.4827.4881.07 bar XP .0 E-B-221 9.0 E-B-71 9.initial differential pressure dry 0.2171.0 E-F-221 9.4878.06 bar.01µ . Filter elements using ZANDER ADVANCED technology are available for all existing ZANDER housings.01 mg/m3 (1 bar a.0 3050V 9.0 E-F-283 9.4871. up to +80°C) ZANDER 90V-02/05 90V-03/05 90V-03/10 90V-04/10 90V-04/20 90V-05/20 90V-05/25 90V-07/25 90V-07/30 90V-10/30 90V-15/30 90V-20/30 90V-30/30 90V-30/50 Pre-filters KAESER 02/05V 9.4879.4887.0 ZANDER HK012XP HK016XP HK020XP HK024XP HK028XP HK032XP HK036XP HK040XP HK044XP HK048XP HK052XP HK054XP Oil removal filters KAESER E-E-6 9.0 E-D-185 9.0 3075V 9.4813.0 E-G-177 9.0 HK036ZP E-C-107 9.0 30/50X 9.0 E-B-177 9.2153.01µ .4817.4888. 20°C) .filtration efficiency ≥ 99.001 mg/m3.0 3075A 9.0 E-F-18 9. The draining layer behind the outer support is thus protected and secured.0 E-E-28 9.2156. wet: 0.12 bar.0 03/05X 9.2155.0 E-D-28 9.0 E-G-221 9.4828.2118.4872.0 03/05V 9.4869.particle filter without draining layer .2117.0 2010A 9.0 3050X 9.0 Pre-/General purpose filters ZANDER KAESER HK012ZP E-C-6 9.2133.initial differential pressure dry 0.03 bar ZANDER ADVANCED technology Instead of a foam sock (draining layer) on the outside of the filter element.0 04/20X 9.2165.differential pressure 0.0 HK040ZP E-C-138 9.10 bar XP .4822. 20°C) . wet: 0.0 E-B-283 9.2146.01 mg/m3 (1 bar a.0 E-B-138 9.initial differential pressure dry 0.4837.0 1070A 9.4845.0 E-G-28 9.0 E-E-221 9.99999% based on 0. 20°C) at a max.0 1070V 9.2152.2104.0 HK048ZP E-C-221 9.2121.4873.residual oil content ≤ 0. 20°C) at a max.2102.0 E-D-138 9.2145.2125.2158. wet: 0.0 90A-03/10 03/10A 9.0 90A-10/30 10/30A 9.99% based on 3µ .0 E-G-18 9.2141. This innovative filter material is also non-ageing.4816.2103.2151.4820.0 V .0 2030V 9. wet: 0.2140.2173.2172.4834.4838. ZANDER ADVANCED technology gets round the problem of outer foam socks becoming brittle from chemicals.particle filter without draining layer .4840.0 E-E-138 9.filtration efficiency 99.2126. 20°C) .2154.0 2020A 9.01 mg/m3 (after x grade filter) .2101.residual oil content ≤ 0.0 07/30X 9.28 bar A .001 mg/m3 (1 bar a.0 E-G-48 9.0 30/30X 9.4886.0 2030A 9.15 bar A .2111.4866.2143. 20°C) .2127.2119.4864.0 E-F-177 9.0 E-F-185 9.4833. .0 03/10V 9.0 E-B-18 9.0 E-B-28 9.0 E-F-71 9.4841.0 90A-04/10 04/10A 9.4830.4846.0 E-F-28 9.4844.4889.4832.0 90A-20/30 20/30A 9.0 07/25V 9.2136. The pleated filter fleece is manufactured mechanically. For additional information please request our “Validation of ZANDER compressed air filters” brochure or the respective validation certificates.99999% based on 0.filtration efficiency 99.5 HTNX 80ZHTNX-04/2. wet: 0.9999% based on 1µ .5 FFP4/1.5 80ZP-04/1.5 mg/m3 (1 bar a.residual oil content ≤ 0.01µ .06 bar.5 V-SB5/3 V-PE5/3 V-SB7/3 V-PE7/3 V-SB10/3 V-PE10/3 V-SB12/3 V-PE12/3 V-SB15/3 V-PE15/3 V-SB20/3 V-PE20/3 V-SB30/3 V-PE30/3 V-SB30/5 V-PE30/5 certification.5 MF5/3 SMF5/3 MF7/3 SMF7/3 MF10/3 SMF10/3 MF12/3 SMF12/3 MF15/3 SMF15/3 MF20/3 SMF20/3 MF30/3 SMF30/3 MF30/5 SMF30/5 Activated carbon filters ZANDER Ultrafilter 80A-03/1 AK3/1 80A-03/1.Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.5 80A-05/2.01 mg/m3 (1 bar a.5 FF3/1.02 bar.particle filter without draining layer .5 80XHTNX-05/2.5 AK4/2. elements is the pleated and multi- The result is an extremely layered filter fleece made from efficiently filtered and purified air a non-shedding material with a void volume of up to 96%.5 mg/m3 (1 bar a.5 HTNX 80ZHTNX-05/3 FF5/3 HTNX 80ZHTNX-07/3 FF7/3 HTNX 80ZHTNX-10/3 FF10/3 HTNX 80ZHTNX-12/3 FF12/3 HTNX 80ZHTNX-15/3 FF15/3 HTNX 80ZHTNX-20/3 FF20/3 HTNX 80ZHTNX-30/3 FF30/3 HTNX 80ZHTNX-30/5 FF30/5 HTNX ZHTNX XHTNX top end cap with sealing ring ZANDER 80XHTNX-03/1.5 HTNX 80ZHTNX-05/2.residual oil content ≤ 0.5 80XPLV-04/1.01 mg/m3 (after x grade filter) .5 FF5/2.5 FF3/1. wet: 0.5 80ALV-04/1.01 mg/m3 (1 bar a.5 FF5/2. ZANDER’s high quality standards are guaranteed by a TQM Quality Management System and the DIN EN ISO 9001 Pre-filters Ultrafilter V-SB3/1 V-PE3/1 V-SB3/1. 20°C) .5 80XPLV-05/3 SMFP5/3 80XPLV-07/3 SMFP7/3 80XPLV-10/3 SMFP10/3 80XPLV-12/3 SMFP12/3 80XPLV-15/3 SMFP15/3 80XPLV-20/3 SMFP20/3 80XPLV-30/3 SMFP30/3 80XPLV-30/5 SMFP30/5 Activated carbon filters ZANDER Ultrafilter 80ALV-03/1 AKP3/1 80ALV-03/1.5 AKP3/1.differential pressure 0. In-house.5 80V-05/2.5 80ZPLV-04/2.5 AK3/1. up to +120°C) General purpose filters* ZANDER Ultrafilter 80ZHTNX-03/1. wet: 0.residual oil content ≤ 0.10 bar XP .up to 120°C . 20°C) .03 bar.filtration efficiency 99.5 HTNX SMF4/2. The supporting body of a ZANDER filter element consists of highsupport stainless steel expanded metal support with large apertures and end caps made of plastic or optionally of aluminium or stainless steel.5 SMFP4/2.99% based on 3µ . we have had the quality and performance of our filter elements inspected and validated by an independent institute.03 bar.20 bar .residual oil content ≤ 0.5 FFP3/1.5 mg/m3 (1 bar a. 20°C) at a max.5 SMFP3/1. 20°C) .filtration efficiency 99.003 mg/m3 (1 bar a.5 MF4/1.5 80A-04/2. up to +80°C) correspond with the L025.filtration efficiency 99.06 bar. 20°C) .5 SMFP5/2.5 HTNX SMF4/1.03 bar.up to 60°C Ultrafilter housings Ultrafilter 80-series (pleated elements with reduced differential pressure) . wet: 0.5 V-SB4/2.5 80XP-05/2.5 FF3/1 HTNX 80ZHTNX-03/1.5 MF4/2.5 SMF4/1.5 HTNX MF4/1.initial differential pressure dry 0.5 AKP4/1.up to 120°C *: optionally available as HTCR high temperature element with stainless steel end caps Note: MF and SMF elements can be replaced by the ZANDER X element as a result of the reduced differential pressure due to the pleating technique stainless steel expanded metal support pleated filter fleece with integrated drainage layer Paint-compatible Filter Elements (silicone-free) (filter elements with stainless steel expanded metal support and aluminium end caps.5 80XHTNX-04/2.5 V-PE3/1.5 SMF5/2.5 80XP-05/3 80XP-07/3 80XP-10/3 80XP-12/3 80XP-15/3 80XP-20/3 80XP-30/3 80XP-30/5 Oil removal filters Ultrafilter MF3/1 SMF3/1 MF3/1.03 bar Note: MF and SMF elements can be replaced by the ZANDER XP element as a result of the reduced differential pressure due to the pleating technique HTNX High Temperature Filter Elements (filter elements with stainless steel expanded metal support and aluminium end caps.5 HTNX SMF5/2.5 AK4/1.5 80XPLV-04/2.01 mg/m3 (after x grade filter) .06 bar.5 80ZP-05/3 FF5/3 80ZP-07/3 FF7/3 80ZP-10/3 FF10/3 80ZP-12/3 FF12/3 80ZP-15/3 FF15/3 80ZP-20/3 FF20/3 80ZP-30/3 FF30/3 80ZP-30/5 FF30/5 ZANDER 80XP-03/1 80XP-03/1.5 80ALV-05/2. wet: 0.initial differential pressure dry: 0.5 80V-05/3 80V-07/3 80V-10/3 80V-12/3 80V-15/3 80V-20/3 80V-30/3 80V-30/5 General purpose filters ZANDER Ultrafilter 80ZP-03/1 FF3/1 80ZP-03/1.5 AKP4/2.5 HTNX MF5/3 HTNX SMF5/3 HTNX MF7/3 HTNX SMF7/3 HTNX MF10/3 HTNX SMF10/3 HTNX MF12/3 HTNX SMF12/3 HTNX MF15/3 HTNX SMF15/3 HTNX MF20/3 HTNX SMF20/3 HTNX MF30/3 HTNX SMF30/3 HTNX MF30/5 HTNX SMF30/5 HTNX Standard filter elements .15 bar .residual oil content ≤ 0.5 80ZP-04/2.9999% based on 1µ .5 80ZPLV-05/2. wet: 0.filtration efficiency 99. giving it a constantly high quality standard.5 SMFP4/1.5 FFP4/2.5 FF4/2.filtration efficiency 99.5 HTNX MF4/2.5 80XPLV-05/2.initial differential pressure dry 0.9999% based on 1µ .5 80ZPLV-05/3 FFP5/3 80ZPLV-07/3 FFP7/3 80ZPLV-10/3 FFP10/3 80ZPLV-12/3 FFP12/3 80ZPLV-15/3 FFP15/3 80ZPLV-20/3 FFP20/3 80ZPLV-30/3 FFP30/3 80ZPLV-30/5 FFP30/5 Oil removal filters ZANDER Ultrafilter 80XPLV-03/1 SMFP3/1 80XPLV-03/1. high-temperature drainage.5 V-SB4/1.5 FF4/1. wet: 0.5 V-PE5/2.up to 80°C ALV . ZANDER 80V-03/1 80V-03/1.residual oil content ≤ 0.5 80XP-04/1.5 MF5/2.initial differential pressure dry 0.07 bar ZP .5 AK5/2.5 V-PE4/2. input concentration of 0.initial differential pressure dry 0.5 80V-04/1.5 80XHTNX-04/1.15 bar A .5 80A-05/3 AK5/3 80A-07/3 AK7/3 80A-10/3 AK10/3 80A-12/3 AK12/3 80A-15/3 AK15/3 80A-20/3 AK20/3 80A-30/3 AK30/3 80A-30/5 AK30/5 V .99999% based on 0.5 80XHTNX-05/3 80XHTNX-07/3 80XHTNX-10/3 80XHTNX-12/3 80XHTNX-15/3 80XHTNX-20/3 80XHTNX-30/3 80XHTNX-30/5 Oil removal filters* Ultrafilter MF3/1 HTNX SMF3/1 HTNX MF3/1.5 80ZP-05/2. Impurities in the form of particulates or residual moisture (aerosols) are trapped by the filter fleece using several filtration mechanisms and are hence or gas flow.5 80ZPLV-04/1.10 bar .003 mg/m3 (1 bar a. up to +80°C) Filter elements for compressed air and technical gases From the filter fleece to the filter element At the heart of ZANDER filter removed from the air or gas flow.5 FF4/2.5 80XHTNX-03/1.residual oil content ≤ 0.5 80XP-04/2.5 SMF4/2.5 SMF3/1.differential pressure 0.5 FFP5/2.5 HTNX SMF3/1. 20°C) at a max. which is surrounded by an additional filter and supporting material. 20°C) .5 V-SB5/2.5 HTNX 80ZHTNX-04/1.03 bar .25 bar .99999% based on 0.filtration efficiency 99.initial differential pressure dry: 0.up to 80°C XPLV .initial differential pressure dry: 0.01 mg/m3 (1 bar a.and P025 specification for paint compatibility bottom end cap Anybody can claim anything… we supply the proof To prove our claims.5 V-PE4/1.5 80ALV-04/2.5 FF4/1.01µ . input concentration of 0.5 80ALV-05/3 AKP5/3 80ALV-07/3 AKP7/3 80ALV-10/3 AKP10/3 80ALV-12/3 AKP12/3 80ALV-15/3 AKP15/3 80ALV-20/3 AKP20/3 80ALV-30/3 AKP30/3 80ALV-30/5 AKP30/5 High temperature filter elements Paint-compatible filter elements ZPLV .5 HTNX MF5/2.5 80A-04/1. 20°C) .5 80V-04/2. General purpose filters ZANDER Ultrafilter 80ZPLV-03/1 FFP3/1 80ZPLV-03/1.01µ .residual oil content ≤ 0.5 AKP5/2. up to +80°C) ZANDER 90V-02/05 90V-02/10 90V-03/05 90V-03/10 90V-04/10 90V-04/20 90V-05/20 90V-05/25 90V-07/25 90V-07/30 90V-10/30 90V-15/30 90V-20/30 90V-30/30 90V-30/50 Pre-filters Ultrafilter SB 02/05 PE 02/05 SB 02/10 PE 02/10 SB 03/05 PE 03/05 SB 03/10 PE 03/10 SB 04/10 PE 04/10 SB 04/20 PE 04/20 SB 05/20 PE 05/20 SB 05/25 PE 05/25 SB 07/25 PE 07/25 SB 07/30 PE 07/30 SB 10/30 PE 10/30 SB 15/30 PE 15/30 SB 20/30 PE 20/30 SB 30/30 PE 30/30 SB 30/50 PE 30/50 General purpose filters ZANDER Ultrafilter 90ZP-02/05 FF 02/05 90ZP-02/10 FF 02/10 90ZP-03/05 FF 03/05 90ZP-03/10 FF 03/10 90ZP-04/10 FF 04/10 90ZP-04/20 FF 04/20 90ZP-05/20 FF 05/20 90ZP-05/25 FF 05/25 90ZP-07/25 FF 07/25 90ZP-07/30 FF 07/30 90ZP-10/30 FF 10/30 90ZP-15/30 FF 15/30 90ZP-20/30 FF 20/30 90ZP-30/30 FF 30/30 90ZP-30/50 FF 30/50 ZANDER 90XP-02/05 90XP-02/10 90XP-03/05 90XP-03/10 90XP-04/10 90XP-04/20 90XP-05/20 90XP-05/25 90XP-07/25 90XP-07/30 90XP-10/30 90Xp-15/30 90XP-20/30 90XP-30/30 90XP-30/50 Oil removal filters Ultrafilter MF 02/05 SMF 02/05 MF 02/10 SMF 02/10 MF 03/05 SMF 03/05 MF 03/10 SMF 03/10 MF 04/10 SMF 04/10 MF 04/20 SMF 04/20 MF 05/20 SMF 05/20 MF 05/25 SMF 05/25 MF 07/25 SMF 07/25 MF 07/30 SMF 07/30 MF 10/30 SMF 10/30 MF 15/30 SMF 15/30 MF 20/30 SMF 20/30 MF 30/30 SMF 30/30 MF 30/50 SMF 30/50 Activated carbon filters ZANDER Ultrafilter 90A-02/05 AK 02/05 90A-02/10 AK 02/10 90A-03/05 AK 03/05 90A-03/10 AK 03/10 90A-04/10 AK 04/10 90A-04/20 AK 04/20 90A-05/20 AK 05/20 90A-05/25 AK 05/25 90A-07/25 AK 07/25 90A-07/30 AK 07/30 90A-10/30 AK 10/30 90A-15/30 AK 15/30 90A-20/30 AK 20/30 90A-30/30 AK 30/30 90A-30/50 AK 30/50 V .07 bar ZP .03 bar If pleated filter fleece were to be “ironed out” again.better filtration efficiency . 20°C) .initial differential pressure dry 0.initial differential pressure dry: 0.filtration efficiency 99. wet: 0.5 times larger than the area of wrapped elements. wet: 0.03 bar . the area of the filter would be 3 to 4.residual oil content ≤ 0.initial differential pressure dry 0.initial differential pressure dry 0. 20°C) at a max. More filter area means: .01 mg/m3 (1 bar a.longer service life . wet: 0.5 mg/m (1 bar a.differential pressure 0. 20°C) at a max.filtration efficiency 99.07 High temperature filter elements the lower differential pressure and the increased service life.1 bar 0. high-temperature drainage.residual oil content ≤ 0.initial differential pressure dry: 0.up to 60°C 3 These advantages pay off quickly.15 bar . Depending on the installed capacity.residual oil content ≤ 0.(pleated elements with reduced differential pressure) Standard filter elements (filter elements with stainless steel expanded metal support and aluminium end caps.residual oil content ≤ 0.99% based on 3µ .filtration efficiency 99.filtration efficiency 99.residual oil content ≤ 0. input concentration of 0.up to 80°C XPLV .and P025 specification for paint compatibility Annual energy costs in Ultrafilter housings Ultrafilter 90-series 2850 110 kW 2565 2280 1995 75 kW 1710 1425 1140 45 kw 855 30 kW 22 kW 11 kW 570 285 0 bar 0.25 bar .5 mg/m3 (1 bar a.02 bar. depending on the type and size of the filter element.06 bar.9999% based on 1µ .06 bar.residual oil content ≤ 0.10 bar .15 bar A .filtration efficiency 99. wet: 0.01µ . Paint-compatible filter elements ZPLV .10 bar XP .01 mg/m3 (after x grade filter) .3 bar 0.filtration efficiency 99.99999% based on 0. input concentration of 0. up to +80°C) correspond with the L025. /kWh) 3705 Capacity of compressor 160 kW 3420 3135 per year Paint-compatible Filter Elements (silicone-free) (Filter elements with stainless steel expanded metal support and aluminium end caps. 20°C) .003 mg/m3 (1 bar a. 20°C) .03 bar. wet: 0.99999% based on 0.filtration efficiency 99.5 mg/m3 (1 bar a.2 bar Example: 160 kW compressor 0. 20°C) . wet: 0.9999% based on 1µ .lower differential pressure .01 mg/m3 (1 bar a.20 bar .particle filter without draining layer .01 mg/m3 (after x grade filter) . Note: MF and SMF elements can be replaced by the ZANDER XP element as a result of the reduced differential pressure due to the pleating technique HTNX High Temperature Filter Elements (Filter elements with stainless steel expanded metal support and aluminium end caps.a lower velocity Standard filter elements .higher dirt holding capacity .initial differential pressure dry 0.5 bar 0. 20°C) .01µ .differential pressure 0.lower operating costs *: optionally available as HTCR high temperature element with stainless steel end caps Note: MF and SMF elements can be replaced by the ZANDER X element as a result of the reduced differential pressure due to the pleating technique General purpose filters ZANDER Ultrafilter 90ZPLV-02/05 FFP 02/05 90ZPLV-02/10 FFP 02/10 90ZPLV-03/05 FFP 03/05 90ZPLV-03/10 FFP 03/10 90ZPLV-04/10 FFP 04/10 90ZPLV-04/20 FFP 04/20 90ZPLV-05/20 FFP 05/20 90ZPLV-05/25 FFP 05/25 90ZPLV-07/25 FFP 07/25 90ZPLV-07/30 FFP 07/30 90ZPLV-10/30 FFP 10/30 90ZPLV-15/30 FFP 15/30 90ZPLV-20/30 FFP 20/30 90ZPLV-30/30 FFP 30/30 90ZPLV-30/50 FFP 30/50 Oil removal filters ZANDER Ultrafilter 90XPLV-02/05 SMFP 02/05 90XPLV-02/10 SMFP 02/10 90XPLV-03/05 SMFP 03/05 90XPLV-03/10 SMFP 03/10 90XPLV-04/10 SMFP 04/10 90XPLV-04/20 SMFP 04/20 90XPLV-05/20 SMFP 05/20 90XPLV-05/25 SMFP 05/25 90XPLV-07/25 SMFP 07/25 90XPLV-07/30 SMFP 07/30 90XPLV-10/30 SMFP 10/30 90XPLV-15/30 SMFP 15/30 90XPLV-20/30 SMFP 20/30 90XPLV-30/30 SMFP 30/30 90XPLV-30/50 SMFP 30/50 Activated carbon filters ZANDER Ultrafilter 90ALV-02/05 AKP 02/05 90ALV-02/10 AKP 02/10 90ALV-03/05 AKP 03/05 90ALV-03/10 AKP 03/10 90ALV-04/10 AKP 04/10 90ALV-04/20 AKP 04/20 90ALV-05/20 AKP 05/20 90ALV-05/25 AKP 05/25 90ALV-07/25 AKP 07/25 90ALV-07/30 AKP 07/30 90ALV-10/30 AKP 10/30 90ALV-15/30 AKP 15/30 90ALV-20/30 AKP 20/30 90ALV-30/30 AKP 30/30 90ALV-30/50 AKP 30/50 Energy costs caused by pressure drop (Operating parameter: 8000 hrs/year-0.6 bar Drop in pressure .initial differential pressure dry: 0.03 bar.03 bar.01µ .4 bar 0. the annual potential saving per filter runs into thousands of Euro as a result of Ask one of our specialist dealers or our ZANDER sales representatives for advice about pleated ZANDER filter elements. 20°C) .residual oil content ≤ 0.003 mg/m3 (1 bar a.9999% based on 1µ .up to 80°C ALV .01 mg/m3 (1 bar a.99999% based on 0.06 bar. wet: 0.up to 120°C .up to 120°C . up to +120°C) General purpose filters* ZANDER Ultrafilter 90ZHTNX-02/10 FF 02/10 HTNX 90ZHTNX-03/05 FF 03/05 HTNX 90ZHTNX-03/10 FF 03/10 HTNX 90ZHTNX-04/10 FF 04/10 HTNX 90ZHTNX-04/20 FF 04/20 HTNX 90ZHTNX-05/20 FF 05/20 HTNX 90ZHTNX-05/25 FF 05/25 HTNX 90ZHTNX-07/25 FF 07/25 HTNX 90ZHTNX-07/30 FF 07/30 HTNX 90ZHTNX-10/30 FF 10/30 HTNX 90ZHTNX-12/30 FF 12/30 HTNX 90ZHTNX-15/30 FF 15/30 HTNX 90ZHTNX-20/30 FF 20/30 HTNX 90ZHTNX-30/30 FF 30/30 HTNX 90ZHTNX-30/50 FF 30/50 HTNX ZHTNX XHTNX ZANDER 90XHTNX-02/10 90XHTNX-03/05 90XHTNX-03/10 90XHTNX-04/10 90XHTNX-04/20 90XHTNX-05/20 90XHTNX-05/25 90XHTNX-07/25 90XHTNX-07/30 90XHTNX-10/30 90XHTNX-12/30 90XHTNX-15/30 90XHTNX-20/30 90XHTNX-30/30 90XHTNX-30/50 Oil removal filters* Ultrafilter MF 02/10 HTNX SMF MF 03/05 HTNX SMF MF 03/10 HTNX SMF MF 04/10 HTNX SMF MF 04/20 HTNX SMF MF 05/20 HTNX SMF MF 05/25 HTNX SMF MF 07/25 HTNX SMF MF 07/30 HTNX SMF MF 10/30 HTNX SMF MF 12/30 HTNX SMF MF 15/30 HTNX SMF MF 20/30 HTNX SMF MF 30/30 HTNX SMF MF 30/50 HTNX SMF 02/10 03/05 03/10 04/10 04/20 05/20 05/25 07/25 07/30 10/30 12/30 15/30 20/30 30/30 30/50 HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX HTNX aterial wrapped m The advantages of pleated ZANDER filter elements are obvious.residual oil content ≤ 0. Steam and sterile filter elements Filter elements for compressed air and technical gases ZANDER filter elements The quality of filter elements has become more and more important with the rising standards in the purity of compressed air and technical gases.5 D-SS 5/2.efficiency 0. It is this claim for top quality which particularly distinguishes our ZANDER filter elements clearly from many competitors’ products. thread connection with two O-rings – VA 1.5 80ST-R05/3 80ST-R10/3 80ST-R15/3 80ST-R20/3 80ST-R30/3 80ST-R30/5 Ultrafilter SRF 3/1 SRF 3/1.5 SRF 4/2.sinter metal cartridge with stainless steel end caps. VA 1. The area of the filter is many times larger than it would be without pleating.4404 stainless steel end caps.5 D-SS 4/2.5 SRF 4/1.5 80DS-R04/1.5 SRF 5/2.5 80DS-R05/3 80DS-R10/3 80DS-R15/3 80DS-R20/3 80DS-R30/3 80DS-R30/5 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ Ultrafilter D-SS 3/1 D-SS 3/1.01µ Ultrafilter housings Ultrafilter 80-series Process Filters .01µ 90PST-R_ . Decades of experience in the development and manufacture of compressed air and gas filters guarantee our customers top-quality products.4404 .5 80DS-R05/2.sinter metal cartridge with stainless steel end caps.and process filtration and a reliable partner for many industrial branches around the world. Steam filters 1µ ZANDER 80DS-R03/1 80DS-R03/1. welded.5 D-SS 5/2.4404 stainless steel end caps. thread connection with two O-rings .5 80DS-R05/3 80DS-R10/3 80DS-R15/3 80DS-R20/3 80DS-R30/3 80DS-R30/5 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ Ultrafilter D-SS 3/1 D-SS 3/1. thread connection with one O-ring . the so-called filter fleece. This means there is a significantly larger area available for the air or gas to flow through in comparison to wrapped filter elements. is “pleated” mechanically.5 SRF 5/3 SRF 10/3 SRF 15/3 SRF 20/3 SRF 30/3 SRF 30/5 80DS-R_ 1µ /25µ . in which the heart of the filter.5 80DS-R04/2. as well as an increase in environmental and energy awareness.5 80ST-R04/2.4404 .5 80ST-R05/2. VA 1.5 D-SS 5/3 D-SS 10/3 D-SS 15/3 D-SS 20/3 D-SS 30/3 D-SS 30/5 Steam filters 25µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ ZANDER 80DS-R03/1 80DS-R03/1.efficiency 1µ /25µ 90ST-R_ .wrapped borosilicate non-shedding fleece with Nomex supporting material.5 D-SS 5/3 D-SS 10/3 D-SS 15/3 D-SS 20/3 D-SS 30/3 D-SS 30/5 Sterile filters 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ ZANDER 80ST-R03/1 80ST-R03/1. plug connection with two O-rings . VA 1.5 D-SS 4/1.wrapped borosilicate non-shedding fleece with Nomex supporting material. We would like to present these important features and our product range.efficiency 1µ /25µ 80ST-R_ . thread connection with one O-ring – VA 1.efficiency 1µ /25µ 90PDS-R_ -1µ /25µ .efficiency 0.wrapped borosilicate non-shedding fleece with Nomex supporting material.4404 .efficiency 0.5 D-SS 4/2.sinter metal cartridge with stainless steel end caps.4404 stainless steel end caps. ZANDER pleating Pleating is one of the production phases during the manufacture of our ZANDER filter elements. which at the end of the day have made our name for us in the market.01µ Ultrafilter 90-series Process Filters Steam and sterile filter elements Steam filters 1µ ZANDER 90DS-R02/05 90DS-R02/10 90DS-R03/05 90DS-R03/10 90DS-R04/10 90DS-R04/20 90DS-R05/20 90DS-R05/25 90DS-R07/25 90DS-R07/30 90DS-R10/30 90DS-R15/30 90DS-R20/30 90DS-R30/30 90DS-R30/50 90PDS-R02/05 90PDS-R02/10 90PDS-R03/05 90PDS-R03/10 90PDS-R04/10 90PDS-R04/20 90PDS-R05/20 90PDS-R05/25 90PDS-R07/25 90PDS-R07/30 90PDS-R10/30 90PDS-R15/30 90PDS-R20/30 90PDS-R30/30 90PDS-R30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ Ultrafilter D-SS02/05 D-SS02/10 D-SS03/05 D-SS03/10 D-SS04/10 D-SS04/20 D-SS05/20 D-SS05/25 D-SS07/25 D-SS07/30 D-SS10/30 D-SS15/30 D-SS20/30 D-SS30/30 D-SS30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ P-GS02/05 P-GS02/10 P-GS03/05 P-GS03/10 P-GS04/10 P-GS04/20 P-GS05/20 P-GS05/25 P-GS07/25 P-GS07/30 P-GS10/30 P-GS15/30 P-GS20/30 P-GS30/30 P-GS30/50 Steam filters 25µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ ZANDER 90DS-R02/05 90DS-R02/10 90DS-R03/05 90DS-R03/10 90DS-R04/10 90DS-R04/20 90DS-R05/20 90DS-R05/25 90DS-R07/25 90DS-R07/30 90DS-R10/30 90DS-R15/30 90DS-R20/30 90DS-R30/30 90DS-R30/50 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 1µ 90PDS-R02/05 90PDS-R02/10 90PDS-R03/05 90PDS-R03/10 90PDS-R04/10 90PDS-R04/20 90PDS-R05/20 90PDS-R05/25 90PDS-R07/25 90PDS-R07/30 90PDS-R10/30 90PDS-R15/30 90PDS-R20/30 90PDS-R30/30 90PDS-R30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ Ultrafilter D-SS02/05 D-SS02/10 D-SS03/05 D-SS03/10 D-SS04/10 D-SS04/20 D-SS05/20 D-SS05/25 D-SS07/25 D-SS07/30 D-SS10/30 D-SS15/30 D-SS20/30 D-SS30/30 D-SS30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ P-GS02/05 P-GS02/10 P-GS03/05 P-GS03/10 P-GS04/10 P-GS04/20 P-GS05/20 P-GS05/25 P-GS07/25 P-GS07/30 P-GS10/30 P-GS15/30 P-GS20/30 P-GS30/30 P-GS30/50 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ 25µ Sterile filters ZANDER Ultrafilter 90ST-R02/05 SRF 02/05 90ST-R02/10 SRF 02/10 90ST-R03/05 SRF 03/05 90ST-R03/10 SRF 03/10 90ST-R04/10 SRF 04/10 90ST-R04/20 SRF 04/20 90ST-R05/20 SRF 05/20 90ST-R05/25 SRF 05/25 90ST-R07/25 SRF 07/25 90ST-R07/30 SRF 07/30 90ST-R10/30 SRF 10/30 90ST-R15/30 SRF 15/30 90ST-R20/30 SRF 20/30 90ST-R30/30 SRF 30/30 90ST-R30/50 SRF 30/50 90PST-R02/05 90PST-R02/10 90PST-R03/05 90PST-R03/10 90PST-R04/10 90PST-R04/20 90PST-R05/20 90PST-R05/25 90PST-R07/25 90PST-R07/30 90PST-R10/30 90PST-R15/30 90PST-R20/30 90PST-R30/30 90PST-R30/50 P-SRF 02/05 P-SRF 02/10 P-SRF 03/05 P-SRF 03/10 P-SRF 04/10 P-SRF 04/20 P-SRF 05/20 P-SRF 05/25 P-SRF 07/25 P-SRF 07/30 P-SRF 10/30 P-SRF 15/30 P-SRF 20/30 P-SRF 30/30 P-SRF 30/50 90DS-R_ -1µ /25µ .5 80DS-R04/2. micro. welded.5 80ST-R04/1. welded.5 D-SS 4/1.5 80DS-R05/2. plug connection with two O-rings – VA 1. ZANDER is one of the market leaders in the field of pre-.5 80DS-R04/1. 164 Internet: http://www. Im Teelbruch 118. suitable for ZANDER filter housings and housings of other filter manufacturers .Filtration Technology Industrial filter Microfilter F ilter elements High-pressure filter Process filter Dryer Technology Adsorption dryer WVM Refrigerated dryer arctic star Adsorption dryer KEN-MT Membrane dryer sunsep W Adsorption dryer K-MT/KA-MT Condensate Technology Kondensatableiter ecodrain ED 3000 Emulsion separating unit aquafil Condensate drain ecodrain ED Oil/water separator ecosep SL We reserve the right to make changes to the design and dimensions of all the products shown.0 · Telefax (02054) 934 . D-45205 Essen Telefon (02054) 934 .de a division of Parker Hannifin Corporation FE 1/2007 ZANDER Aufbereitungstechnik GmbH for compressed air and technical gases.zander. D-45219 Essen Postfach 185524.