APH techniek

All data are considered to be unbinding reference values. We accept no liability for data selection that is not confirmed in writing. Pressure data refer, if not otherwise indicated, to liquids of Group II at +20°C. 1 IQS push in connections - PP Materials: Body and sleeve: Polypropylene, threaded part: Polypropylene or stainless steel AISI 304, cartridge: Stainless steel AISI 304, seals: EPDM with PTFE coating (cylindrical thread with captive EPDM O-ring), holding claws: Stainless steel AISI 301, plastics and seals used are FDA approved (only silicone-free seals and lubricants are used during assembly) Temperature range: -20°C to max. +80°C Operating pressure: -0.95 to 9 bar (-20°C to max. +20°C), 30°C: < 6 bar, 40°C: < 5 bar, 50°C: < 4 bar, 60°C: < 3,4 bar, 80°C: < 3 bar Media: Unoiled compressed air, water (also demineralised), harmless gases and liquids (no mineral oils) Advantages: Ÿ Lighter and more economical than push in stainless steel connections Ÿ Resistance to hydrolysis Ÿ Cleaned, assembled and individually packaged in clean room (US FED 209D, class 10 000 - ISO 14664-1 class 7) Ÿ Produced free of oil and silicone Ÿ Threaded pieces made of polypropylene or stainless steel Ÿ Transparent body allows view to the medium inside the connection Ÿ Plastics used and seals have FDA approval IQS push in connections made of polypropylene PP ü R D IQSG 184 PP IQSG 184 PP ES R 1 / 8 “ 4 IQSG 186 PP IQSG 186 PP ES R 1 / 8 “ 6 IQSG 188 PP IQSG 188 PP ES R 1 / 8 “ 8 IQSG 144 PP IQSG 144 PP ES R 1 / 4 “ 4 IQSG 146 PP IQSG 146 PP ES R 1 / 4 “ 6 IQSG 148 PP IQSG 148 PP ES R 1 / 4 “ 8 Push in fittings PP R D IQSG 1410 PP IQSG 1410 PP ES R 1 / 4 “ 10 IQSG 3810 PP IQSG 3810 PP ES R 3 / 8 “ 10 IQSG 3812 PP IQSG 3812 PP ES R 3 / 8 “ 12 IQSG 1210 PP IQSG 1210 PP ES R 1 / 2 “ 10 IQSG 1212 PP IQSG 1212 PP ES R 1 / 2 “ 12 R D IQSL 184 PP IQSL 184 PP ES R 1 / 8 “ 4 IQSL 186 PP IQSL 186 PP ES R 1 / 8 “ 6 IQSL 188 PP IQSL 188 PP ES R 1 / 8 “ 8 IQSL 144 PP IQSL 144 PP ES R 1 / 4 “ 4 IQSL 146 PP IQSL 146 PP ES R 1 / 4 “ 6 IQSL 148 PP IQSL 148 PP ES R 1 / 4 “ 8 L push in fittings PP R D IQSL 1410 PP IQSL 1410 PP ES R 1 / 4 “ 10 IQSL 3810 PP IQSL 3810 PP ES R 3 / 8 “ 10 IQSL 3812 PP IQSL 3812 PP ES R 3 / 8 “ 12 IQSL 1210 PP IQSL 1210 PP ES R 1 / 2 “ 10 IQSL 1212 PP IQSL 1212 PP ES R 1 / 2 “ 12 G D IQSF M54 PP ES M 5 4 IQSF 184 PP ES G 1 / 8 “ 4 IQSF 186 PP ES G 1 / 8 “ 6 IQSF 188 PP ES G 1 / 8 “ 8 IQSF 144 PP ES G 1 / 4 “ 4 IQSF 146 PP ES G 1 / 4 “ 6 Push in fittings with female threads PP G D IQSF 148 PP ES G 1 / 4 “ 8 IQSF 1410 PP ES G 1 / 4 “ 10 IQSF 3810 PP ES G 3 / 8 “ 10 IQSF 3812 PP ES G 3 / 8 “ 12 IQSF 1210 PP ES G 1 / 2 “ 10 IQSF 1212 PP ES G 1 / 2 “ 12 Ø D R Ø D R Ø D R positio n able Ø D R positio n able Ø D G * Due to the high expansion coefficients of polypropylene, large fluctuations in temperature can cause leaks. We recommend using Loctite sealing strip 55 as a sealant (page 556). * Due to the high expansion coefficients of polypropylene, large fluctuations in temperature can cause leaks. We recommend using Loctite sealing strip 55 as a sealant (page 556). R D IQST 184 PP IQST 184 PP ES R 1 / 8 “ 4 IQST 186 PP IQST 186 PP ES R 1 / 8 “ 6 IQST 188 PP IQST 188 PP ES R 1 / 8 “ 8 IQST 144 PP IQST 144 PP ES R 1 / 4 “ 4 IQST 146 PP IQST 146 PP ES R 1 / 4 “ 6 IQST 148 PP IQST 148 PP ES R 1 / 4 “ 8 T push in fittings PP R D IQST 1410 PP IQST 1410 PP ES R 1 / 4 “ 10 IQST 3810 PP IQST 3810 PP ES R 3 / 8 “ 10 IQST 3812 PP IQST 3812 PP ES R 3 / 8 “ 12 IQST 1210 PP IQST 1210 PP ES R 1 / 2 “ 10 IQST 1212 PP IQST 1212 PP ES R 1 / 2 “ 12 R D IQSTL 184 PP IQSTL 184 PP ES R 1 / 8 “ 4 IQSTL 186 PP IQSTL 186 PP ES R 1 / 8 “ 6 IQSTL 188 PP IQSTL 188 PP ES R 1 / 8 “ 8 IQSTL 144 PP IQSTL 144 PP ES R 1 / 4 “ 4 IQSTL 146 PP IQSTL 146 PP ES R 1 / 4 “ 6 IQSTL 148 PP IQSTL 148 PP ES R 1 / 4 “ 8 T push in fittings PP R D IQSTL 1410 PP IQSTL 1410 PP ES R 1 / 4 “ 10 IQSTL 3810 PP IQSTL 3810 PP ES R 3 / 8 “ 10 IQSTL 3812 PP IQSTL 3812 PP ES R 3 / 8 “ 12 IQSTL 1210 PP IQSTL 1210 PP ES R 1 / 2 “ 10 IQSTL 1212 PP IQSTL 1212 PP ES R 1 / 2 “ 12 Ø D Ø D R positio n able Ø D Ø D R positio n able Ø D Ø D R positio n able Ø D Ø D R positio n able * Due to the high expansion coefficients of polypropylene, large fluctuations in temperature can cause leaks. We recommend using Loctite sealing strip 55 as a sealant (page 556). * Due to the high expansion coefficients of polypropylene, large fluctuations in temperature can cause leaks. We recommend using Loctite sealing strip 55 as a sealant (page 556). Type stainless steel thread Type stainless steel thread Type polypropy- lene thread* Type polypropy- lene thread* Type stainless steel thread Type stainless steel thread Type stainless steel thread Type stainless steel thread Type polypropy- lene thread* Type polypropy- lene thread* Type stainless steel thread Type stainless steel thread Type polypropy- lene thread* Type polypropy- lene thread* Type stainless steel thread Type stainless steel thread Type polypropy- lene thread* Type polypropy- lene thread* Contact us for technical details! 44 APH Techniek BV - Wateringen - T +31 (0)174 219 200 - sales@aphtechniek.nl - www.aphtechniek.nl