High Performance Air Filter TDF15A ~ 300A
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- Lenard Carpenter
- 5 years ago
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1 igh Performance ir ilter T ~ 00 I ORMN IR ILTR LIMINTS RMUL TILS IN T OMSS IR, TIVT RON SORNT ILTRS R LSO VILL. ILTRS SIN TO WORK UNR IIULT ONITIONS. P P P PU S T T igh efficiency ilter elements offers better protection for your pneumatic equipment by removing oil, water, dirt and particles. The filters are able to give better protection to your equipment by eliminating oil, moisture and impurities in the main air line. The compressed air passes through the filter element from the centre of the filters and flow outwards as indicated in the relevant diagrams. uring the filtering process, all kinds of impurities are removed, thereby providing clean air to all your pneumatic equipment, t the same time the impurities drop to the bottom of the filters and drained out via the auto drain valves. The air filters comprises of three parts : Particulate filter, oalescing filter and bsorption filter, It s usage will result in higher efficiency and also saves costs. T type activated carbon absorbent filters are also available for removing smell and the finest oil mist. P ow to Order T igh Performance ilter(tp ryer ilter) lement size(t) please refer to the specification table. ttachment : 0 μm 0 : μm 0 : μm 0 : 0.0 μm 0 : 0.0ppm PNUMTIS
2 igh Performance ir ilter ir ilter Specification T T0 T T0 T0 T T0 T00 T T0 T00 T0 T00 ilter Type PT / (S) PT / (S) PT (S) PT ½ (S) PT (S) PT ½ () PT () PT () PT () PT () PT () PT 0 () PT () Main ilter 0μm PITY(Nm /min) Pre ilter μm Line ilter μm oalescent ilter 0.0μm bsorbent ilter 0.0ppm imensions lement Q TY T T0 T T0 T0 T T0 T00 T T0 T00 T0 T T T0 T T0 T0 T T0 T00 T T0 T00 T0 T PNUMTIS
3 igh Performance ir ilter lements & Material MIN T,0 LIN T0 OLSNT T0 SORNT T0 P P Structure & Material P PU Maintenance iltting ability Setting spot Main& xchange Synthetic cleanser washing artridge replacement artridge replacement artridge replacement Removes 00% particle size of > μm to 0 μm. Installed before main filter at prod. line & ref. air dryer or before filter 0, 0, 0. Installation is necessary to overcome condensed water from flowing in if the pipeline is too long. If the differential pressure is more than 0. kg/ cm, clean the element with synthetic cleanser. o not clean using gasoline or thinner. Removes 00% solid particle size > μm. Installed at the end of prodpipeline or at adsorbent air dryer, before 0 & 0 filter inorder to have a longer life. Removes 00% solid particles size > 0.0 μm. an also be installed at the stage where contaminated oil & moisture are to be removed. Moisture can be removed efficiently and absorbent life span can be extended. If the differential pressure is 0.kg/ cm. ilter to be disassembled & old cartridge to be replaced by new one. Removes 00% solid particles size from > 0.0ppm Installed at end stage of pipe line where clean air is essential and the removal of solid particle of 0.0ppm is required. S T T P imensions SIZ MOL IMNSION(m/m) T T T T T.0 0 T T.0 00 T T.0 0 T Specification MIN LMNT 0 μm LMNT μm LIN LMNT μm OLSNT LMNT 0.0 μm SORNT LMNT 0.0ppm Nm /min Nm /min Nm /min Nm /min Nm /min T. T 0. T 0. T 0.0 T 0.0 T 0. T 00. T 00. T 00. T 00. T.0 T 0. T 0. T 0. T 0. T 0.0 T 00.0 T 00.0 T T T 0.0 T 00.0 T 00.0 T 00.0 T 00.0 T.0 T T 0.0 T 0.0 T 0.0 T 0.0 T 00.0 T 00.0 T 00.0 T 00.0 T 00.0 T T T T T.0 T T 0.0 T 0.0 T 0.0 T 0.0 T 00.0 T 00.0 T 00.0 T 00.0 T 00.0 T T T T T 0.0 T 00.0 T 00.0 T 00.0 T 00.0 T T T T T PNUMTIS
4 igh Performance ir ilter T, 0, 0, 0, 0 Structure & imensions IR ILTR,0 PITY(Nm /min) ILTR LMNT. PT/ P/ MIN LMNT(0u) 0. PT/ P/ LMNT(u) 0. PT/ P/ LIN LMNT(u) 0.0 PT/ P/ OLSNT LMNT(0.0u) 0.0 PT/ P/ SORNT LMNT(0.0ppm) UP OUSIN LMNT P IR ILTR 0,0,0 LOT NUT OWN OUSIN STU OLT T 0, 0, 0, 0, 0 Structure & imensions IR ILTR,0 PITY(Nm /min) ILTR LMNT PT / P/ 0 PT / P/ 0 PT / P/ 0 PT / P/ MIN LMNT(0u) LMNT(u) LIN LMNT(u) OLSNT LMNT(0.0u) 0. 0 PT / P/ OLSNT LMNT(0.0ppm) UP OUSIN IR ILTR 0,0, 0 MIL OUSIN LMNT OVR P OWN OUSIN UTO TRP(PT / ) STU OLT LMNT P LL VLV PNUMTIS
5 igh Performance ir ilter T, 0, 0, 0, 0 Structure & imensions IR ILTR,0 PITY(Nm /min) ILTR LMNT PT P/ 0 PT P/ 0 PT P/ 0 PT P/ MIN LMNT(0u) LMNT(u) LIN LMNT(u) OLSNT LMNT(0.0u) 0. 0 PT P/ OLSNT LMNT(0.0ppm) P P P PU UP OUSIN IR ILTR 0,0, 0 MIL OUSIN LMNT OVR P OWN OUSIN UTO TRP(PT / ) STU OLT LMNT S T P LL VLV T P T 0, 0, 0, 0, 0 Structure & imensions IR ILTR,0 PITY(Nm /min) ILTR LMNT PT/ P/ 0 PT/ P/ 0 PT/ P/ MIN LMNT(0u) LMNT(u) LIN LMNT(u) PT/ P/ OLSNT LMNT(0.0u) 0 PT/ P/ SORNT LMNT(0.0ppm) IR ILTR 0,0,0 UP OUSIN LMNT OWN OUSIN WRN OLT UTO TRP(PT / ) ILTR STU OLT LMNT OVR P P PNUMTIS
6 igh Performance ir ilter T 0, 0, 0, 0, 0 Structure & imensions IR ILTR,0 PITY(Nm /min) PT P/ 0 PT P/ 0 PT P/ 0 PT P/ 0 PT P/ ILTR LMNT MIN LMNT(0u) LMNT(u) LIN LMNT(u) OLSNT LMNT(0.0u) SORNT LMNT(0.0ppm) IR ILTR 0,0,0 UP OUSIN LMNT OWN OUSIN WRN OLT UTO TRP(PT / ) ILTR STU OLT LMNT OVR P P T, 0, 0, 0, 0 Structure & imensions IR ILTR,0 0 0 S0 PITY(Nm /min) PT / ()½ ILTR LMNT MIN LMNT(0u) IR INLT IR OUTLT L PT / PT / ()½ ()½ LMNT(u) LIN LMNT(u) PI PT / PT / ()½ OLSNT LMNT(0.0u) ()½ SORNT LMNT(0.0ppm) L0 L0 N0 N0 Y OLT ¾ IR ILTR 0,0,0 IR INLT 0 0 S0 IR OUTLT L0 P 0 IN/OUTLT LN ½ SSUR U(SOKT ¼ ) PIP 0 LMNT OLT(M ) PI0 0 LN NSI 0# SO.R(0 ) NUT(M) L0 L0 N0 N0 0 RIN NOZZL(SOKT ½ ) PNUMTIS 0
7 T 0, 0, 0, 0, 0 Structure & imensions igh Performance ir ilter IR INLT IR ILTR,0 0 0 S0 PI0 L0 IR OUTLT PITY(Nm /min) PT / PT / PT / PT / PT / () () () () () ILTR LMNT MIN LMNT(0u) LMNT(u) LIN LMNT(u) OLSNT LMNT(0.0u) SORNT LMNT(0.0ppm) P P P PU 0 IR INLT IR ILTR 0,0,0 L0 L0 N0 N0 0 0 S0 IR OUTLT L0 Y OLT ¾ P 0 IN/OUTLT LN SSUR U(SOKT ¼ ) PIP 0 LMNT OLT(M ) LN NSI 0# SO.R(0 ) NUT(M) S T T PI0 0 L0 L0 N0 0 RIN NOZZL(SOKT ½ ) P N0 T 00, 0, 0, 0, 0 Structure & imensions IR ILTR,0 0 0 S0 PITY(Nm /min) PT / () ILTR LMNT MIN LMNT(0u) IR INLT L0 IR OUTLT PT / PT / () () LMNT(u) LIN LMNT(u) PT / () OLSNT LMNT(0.0u) PI PT / () SORNT LMNT(0.0ppm) 0 L0 L0 N0 N0 Y OLT ¾ P IR ILTR 0,0,0 0 0 S0 IN/OUTLT LN SSUR U(SOKT ¼ ) PIP IR INLT IR OUTLT L0 LMNT OLT(M ) LN ( ) PI0 NUT(M) 0 0 RIN NOZZL(SOKT ½ ) L0 L0 N0 N0 PNUMTIS
8 igh Performance ir ilter T, 0, 0, 0, 0 Structure & imensions IR ILTR,0 PITY(Nm /min) ILTR LMNT 0 0 S PT / PT / () () MIN LMNT(0u) LMNT(u) IR INLT IR OUTLT L PT / PT / () () LIN LMNT(u) OLSNT LMNT(0.0u) PT / () SORNT LMNT(0.0ppm) PI0 0 L0 L0 N0 N0 Y OLT ¾ P LN IR INLT IR ILTR 0,0,0 0 0 S0 IR OUTLT L0 SSUR U(SOKT ¼ ) PIP LMNT OLT(M ) LN ( ) NUT(M) PI0 0 RIN NOZZL(SOKT ½ ) 0 L0 L0 N0 N0 T 0, 0, 0, 0, 0 Structure & imensions IR ILTR,0 PITY(Nm /min) ILTR LMNT IR INLT 0 0 S0 IR OUTLT L0 PI0 0 M0 OL L0 L0 N0 N / / / () () () MIN LMNT(0u) LMNT(u) LIN LMNT(u) Y OLT ¾ P IN/OUTLT LN SSUR U NOZZL ¼ IR INLT IR ILTR S0 IR OUTLT L0 PI0 0 0 PIP LMNT OLT( 0) LN ( ) NUT(M) RIN NOZZL ½ L0 L0 N0 N0 L0 0 t.. 00 RT LU PNUMTIS
9 igh Performance ir ilter T 00, 0 Structure & imensions PITY(Nm /min) ILTR LMNT / () OLSNT LMNT(0.0u) / () SORNT LMNT(0.0ppm) P P M0 OL Y OLT ¾ P PU IR INLT IR ILTR 0,0 0 0 S0 IR OUTLT L0 PI0 0 0 P IN/OUTLT LN SSUR U NOZZL ¼ PIP LMNT OLT( 0) LN ( ) NUT(M) RIN NOZZL ½ S T T L0 L0 N0 N0 L0 0 t P RT LU T 00, 0 Structure & imensions PITY(Nm /min) ILTR LMNT / () MIN LMNT(0u) / () LMNT(u) M0 OL Y OLT ¾ P 0 IR INLT IR ILTR,0 0 0 S0 IR OUTLT L0 PI0 0 IN/OUTLT LN SSUR U NOZZL ¼ PIP 0 LMNT OLT( ) LN (0 ) NUT(M) L0 L0 N0 0 RIN NOZZL ½ N0 L0 0 t RT LU PNUMTIS
10 igh Performance ir ilter T 000, 0, 0 Structure & imensions PITY(Nm /min) ILTR LMNT / () LIN LMNT(u) / () OLSNT LMNT(0.0u) / () SORNT LMNT(0.0ppm) M0 OL Y OLT ¾ IR ILTR 0,0,0 IR INLT 0 0 S0 L0 IR OUTLT P 0 IN/OUTLT LN SSUR U NOZZL ¼ PIP 0 LMNT OLT( ) LN (0 ) PI0 0 0 NUT(M) RIN NOZZL ½ L0 L0 N0 N0 L0 0 t RT LU T 0, 0 Structure & imensions PITY(Nm /min) ILTR LMNT / ()0 MIN LMNT(0u) / ()0 LMNT(u) IR ILTR,0 0 0 Y OLT ¾ P IN/OUTLT LN 0 SSUR U NOZZL ¼ PIP LMNT OLT( 0) LN ( ) NUT(M0) RIN NOZZL ½ PNUMTIS
11 igh Performance ir ilter T 00 Structure & imensions PITY(Nm /min) ILTR LMNT / ()0 LIN LMNT(u) P P IR ILTR 0 Y OLT ¾ P IN/OUTLT LN 0 SSUR U NOZZL ¼ PIP LMNT OLT( 0) LN ( ) NUT(M0) P PU S 0 0 RIN NOZZL ½ T T P T 00, 0 Structure & imensions PITY(Nm /min) ILTR LMNT / ()0 OLSNT LMNT(0.0u) / ()0 SORNT LMNT(0.0ppm) IR ILTR 0,0 0 0 Y OLT ¾ P IN/OUTLT LN 0 SSUR U NOZZL ¼ PIP LMNT OLT( 0) LN ( ) NUT(M0) RIN NOZZL ½ PNUMTIS
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