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> Port size: 1/4” 1/2” > Control of pneumatic (ISO G / NPT ...

ICO3S - 2/2, 3/2 or 5/2 poppet valves Electromagnetically actuated, direct solenoid operated 12/15en policy is one of continued research and development. We therefore reserve the right to amend, without notice, the specifications given in this document. (2012 - 5197c) IMI Precision Engineering, Thompson valves :Hydraulic and pneumatic customer to specify and confirm compatibilityOperation:Direct solenoid operated poppet valvesMounting position: solenoid verticalFlow:0,6 Cv (8,7Kv) .. Cv ( Kv)Port size: G 1/4, 1/2 NPT, G 1/4, G 1/2 NAMUR or manifold versionsOperating pressure:0 .. 12 bar (0 .. 174 psi)Temperature:Media:-55 .. +90 C (-67 .. 194 F)Ambient:See table on page 2 Air supply must be dry enough to avoid ice formation at temperatures below +2 C (+35 F).

> Direct acting solenoid valve > High flow > 12 bar inlet pressure > Reliable and long life, ideal for a one time installation > Control of pneumatic or hydraulic operated equipment > Certifications: ATEX, CSA, TR CU, IECEx, FM, CSA, CRN, CCOE, IN-METRO, KOSHA, NEPSI, PESO (CCOE), Japan ISHL

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  Valves, Solenoid, Acting, Acting solenoid valve

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Transcription of > Port size: 1/4” 1/2” > Control of pneumatic (ISO G / NPT ...

1 ICO3S - 2/2, 3/2 or 5/2 poppet valves Electromagnetically actuated, direct solenoid operated 12/15en policy is one of continued research and development. We therefore reserve the right to amend, without notice, the specifications given in this document. (2012 - 5197c) IMI Precision Engineering, Thompson valves :Hydraulic and pneumatic customer to specify and confirm compatibilityOperation:Direct solenoid operated poppet valvesMounting position: solenoid verticalFlow:0,6 Cv (8,7Kv) .. Cv ( Kv)Port size: G 1/4, 1/2 NPT, G 1/4, G 1/2 NAMUR or manifold versionsOperating pressure:0 .. 12 bar (0 .. 174 psi)Temperature:Media:-55 .. +90 C (-67 .. 194 F)Ambient:See table on page 2 Air supply must be dry enough to avoid ice formation at temperatures below +2 C (+35 F).

2 Materials:Valve body, trim, coil housing and top cover: stainless steel (316 L) O-rings seats & seals: NBR Other seal materials available on requestTechnical features >Port size: 1/4 .. 1/2 (ISO G / NPT) Namur or manifold >Direct acting solenoid valve >High flow >12 bar inlet pressure >Reliable and long life, ideal for a one time installation > Control of pneumatic or hydraulic operated equipment >Certifications: ATEX, CSA, GOST K & R, IECEx, FM, CSA, CRN, CCOE, IN-METRO, KOSHA >Environmental protection: NEMA 4X, IP66/X8 ICO3S - 2/2, 3/2 or 5/2 poppet valves Electromagnetically actuated, direct solenoid operateden 12/15 Our policy is one of continued research and development. We therefore reserve the right to amend, without notice, the specifications given in this document. (2012 - 5197c) IMI Precision Engineering, Thompson valves data standard models with conduit connection M20 x 1,5 SymbolPort sizeFunctionOperating pressure (bar)Manual override/resetATEX certificationPower consumption at 24 Vdc (W)Ambient temperatureWeight (kg) 211/4 NPT2/2 NC0.

3 12 WithoutEx II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,01Y011AA1H1 BSG 1/42/2 NC0 .. 12 WithoutEx II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,01Y011AE1H1BS211/4 NPT2/2 NC0 .. 12 JSMO*1)Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 1/42/2 NC0 .. 12 JSMO*1)Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) NPT3/2 UNI0 .. 12 WithoutEx II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,03Y013AA1H1 BSG 1/43/2 UNI0 .. 12 WithoutEx II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,03Y013AE1H1BS1/2 NPT3/2 UNI0 .. 12 WithoutEx II 2 GD, Exd IIC7,8T6 (-55 .. +50 C), T4 (+90 C max) 2,54Y013AA3H1 BSG 1/23/2 UNI0 .. 12 WithoutEx II 2 GD, Exd IIC7,8T6 (-55 .. +50 C), T4 (+90 C max) 2,54Y013AE3H1BS2131/4 NPT3/2 UNI0 .. 12 JSMO*Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,55Y013SA1H1 BSG 1/43/2 UNI0.

4 12 JSMO*Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,55Y013SE1H1BS2131/4 NPT3/2 UNI0 .. 12 TPMR*1)Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,56Y013TA1H1 BSG 1/43/2 UNI0 .. 12 TPMR*1)Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,56Y013TE1H1BS2131/4 NPT3/2 UNI0 .. 12 PBMO*1)Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,07Y013PA1H1 BSG 1/43/2 UNI0 .. 12 PBMO*1)Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,07Y013PE1H1BS1/2 NPT3/2 UNI0 .. 12 PBMO*1)Ex II 2 GD, Exd IIC7,8T6 (-55 .. +50 C), T4 (+90 C max) 2,58Y013CA3H1 BSG 1/23/2 UNI0 .. 12 PBMO*1)Ex II 2 GD, Exd IIC7,8T6 (-55 .. +50 C), T4 (+90 C max) 2,58Y013CE3H1BS2131/2 NPT3/2 UNI0 .. 12 PBMR*1)Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,88Y013PA3H1 BSG 1/23/2 UNI0 .. 12 PBMR*1)Ex II 2 GD, Exd IIC3T6 (-55.

5 +50 C), T4 (+90 C max) 2,88Y013PE3H1BS213 Manifold3/2 UNI0 .. 12 WithoutEx II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 2,89Y013 AKFH1BS22131/4 NPT NAMUR3/2 UNI0 .. 12 PBMR*1)Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) 1/4 NAMUR3/2 UNI0 .. 12 PBMR*1)Ex II 2 GD, Exd IIC3T6 (-55 .. +50 C), T4 (+90 C max) NPT5/2 UNI0 .. 12 WithoutEx II 2 GD, Exd IIC7,8T6 (-55 .. +50 C), T4 (+90 C max) 2,811Y015AA1H1 BSG 1/45/2 UNI0 .. 12 WithoutEx II 2 GD, Exd IIC7,8T6 (-55 .. +50 C), T4 (+90 C max) 2,811Y015AE1H1 BSNAMUR5/2 UNI0 .. 12 WithoutEx II 2 GD, Exd IIC7,8T6 (-55 .. +50 C), T4 (+90 C max) 2,314Y015 ANAH1BS241531/4 NPT5/2 UNI0 .. 12 PBMO*1)Ex II 2 GD, Exd IIC7,8T6 (-55 .. +50 C), T4 (+90 C max) 2,312Y015CA1H1 BSG 1/45/2 UNI0 .. 12 PBMO*1)Ex II 2 GD, Exd IIC2T6 (-55 .. +50 C), T4 (+90 C max) 2,312Y015CE1H1BS241531/4 NPT5/2 UNI0.

6 12 PBMR*1)Ex II 2 GD, Exd IIC2T6 (-55 .. +50 C), T4 (+90 C max) 2,513Y015PA1H1 BSG 1/45/2 UNI0 .. 12 PBMR*1)Ex II 2 GD, Exd IIC7,8T6 (-55 .. +50 C), T4 (+90 C max) 2,513Y015PE1H1BS*1) PBMR = Push button manual reset, PBMO = Push button manual override, JSMO = Jack screw manual override, TMRP = Tamperproof manual reset buttonICO3S - 2/2, 3/2 or 5/2 poppet valves Electromagnetically actuated, direct solenoid operateden policy is one of continued research and development. We therefore reserve the right to amend, without notice, the specifications given in this document. (2012 - 5197c) IMI Precision Engineering, Thompson valves 1 SOption selectorATEX certificationSubstituteEx dOEx mbeZEx ia*XOperationSubstitute2/2 NC12/2 NO23/235/25 OperationSubstituteAutomaticAPush button manual overrideCPush button manual resetPTamper proof manual resetTJackscrew manual overrideSPort size Substitute1/4 NPTA1G 1/4E11/2 NPTA3G 1/2E3 NAMURNAM anifoldKF* For Zone 0 - see separate catalogue / SignalSubstitute24 V V V V V V /240 V (240 V)M120 V / Signal connectionSubstitute20mm x ISO (F)11/2 NPT (F)2 Seat /seal materialSubstituteNitrile (-55.

7 +90 C)HFKM (-20 .. +90 C)VICO3S - 2/2, 3/2 or 5/2 poppet valves Electromagnetically actuated, direct solenoid operateden 12/15 Our policy is one of continued research and development. We therefore reserve the right to amend, without notice, the specifications given in this document. (2012 - 5197c) IMI Precision Engineering, Thompson valves 12341 Conduit connection M20 x 1,5 or 1/2 NPT2 External earth5 Jack screw manual override (JSMO)1571112 5812275025,52816224715,5 27,5615711132 582612275025,5281639224715,5 27,566,5181874413226 584212652866421822471571112 58125275025,5281624224715,5 27,56 Dimensions in mm Projection/First angleICO3S - 2/2, 3/2 or 5/2 poppet valves Electromagnetically actuated, direct solenoid operateden policy is one of continued research and development.

8 We therefore reserve the right to amend, without notice, the specifications given in this document. (2012 - 5197c) IMI Precision Engineering, Thompson valves Conduit connection M20 x 1,5 or 1/2 NPT2 External earth3 Push button manual reset (PBMR)4 Push button manual override (PBMO)6 Tamer proof manual reset (TPMR)6,5181874413226 58421236528664218132247157132 582612281639224727,56115275025,52415,5 157 582612252816339224715 2761113227503157 5826122528161139224715 2761113227506 Dimensions in mm Projection/First angleICO3S - 2/2, 3/2 or 5/2 poppet valves Electromagnetically actuated, direct solenoid operateden 12/15 Our policy is one of continued research and development. We therefore reserve the right to amend, without notice, the specifications given in this document. (2012 - 5197c) IMI Precision Engineering, Thompson valves ,613 5812319,5325128163912 14365,522479 8,8 5 15751123 5825123851282616396,5 22471 Conduit connection M20 x 1,5 or 1/2 NPT2 External earth3 Push button manual reset (PBMR)Dimensions in mm Projection/First angleICO3S - 2/2, 3/2 or 5/2 poppet valves Electromagnetically actuated, direct solenoid operateden policy is one of continued research and development.

9 We therefore reserve the right to amend, without notice, the specifications given in this document. (2012 - 5197c) IMI Precision Engineering, Thompson valves 58201230284312365922471775031542 5820123302843126365922471775031542 58201243028431211365922471 Conduit connection M20 x 1,5 or 1/2 NPT2 External earth3 Manual override PBMO4 Manual override PBMRD imensions in mm Projection/First angleICO3S - 2/2, 3/2 or 5/2 poppet valves Electromagnetically actuated, direct solenoid operateden 12/15 Our policy is one of continued research and development. We therefore reserve the right to amend, without notice, the specifications given in this document. (2012 - 5197c) IMI Precision Engineering, Thompson valves ,6 581219,632512812365922 3 34465,522471 Conduit connection M20 x 1,5 or 1/2 NPT2 External earthDimensions in mm Projection/First angleWarningThese products are intended for use in industrial compressed air systems only.

10 Do not use these products where pressures and temperatures can exceed those listed under Technical features/data .Before using these products with fluids other than those specified, for non-industrial applications, life-support systems or other applications not within published specifications, consult IMI Precision Engineering, Thompson valves misuse, age, or malfunction, components used in fluid power systems can fail in various system designer is warned to consider the failure modes of all component parts used in fluid power systems and to provide adequate safeguards to prevent personal injury or damage to equipment in the event of such designers must provide a warning to end users in the system instructional manual if protection against a failure mode cannot be adequately designers and end users are cautioned to review specificwarnings found in instruction sheets packed and shipped with these products.


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