Flow. (l/min) (ms) N/en

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1 66, 87 Inline / & / spool valves electromagnetic actuated, indirectly controlled G / & G / For single and double operated actuators Manual override with and without detent imple design of soft seal spool Easily interchangeable solenoid Maintenance-free ll valves available with Ex protected coils (TEX or other international approvals) pproval depends on magnetic system, see page! Technical features Medium: ompressed air, filtered, lubricated or non-lubricated Operation: Indirect solenoid operated T-spool valves ort size: G /, G / Operating pressure: max. bar (see table) Flow direction: Fixed Mounting: Optional, preferably with solenoid on top Orifice: 6 and mm Fluid/mbient temperature: upon request Depending on solenoid system ir supply must be dry enough to avoid ice formation at temperatures below +. Materials: Housing: aluminium anodized ilot flange: plastic (OM) eals: N Technical data / way ymbol ort size Operating pressure (bar) Flow witching time Manual override with/ Weight without olenoid Dimension Model *) min. max. (l/min) (ms) without detent (kg) G /, 8766 G / without, 8767 G /, without, G / with, 876 G /, with,7 886 / way ymbol ort size Operating pressure (bar) Flow witching time Manual override with/ Weight without olenoid Dimension Model *) min. max. (l/min) (ms) without detent (kg) G /, 6666 G / without, 6667 G / with, 666 G / with,8 676 G / with,9 666 G / with, *) When ordering, please indicate solenoid, voltage and current (frequency). / N/en..8.

2 66, 87 Inline olenoid operators ower consumption V d.c. V a.c. (W) (V) ated current V d.c. V a.c. (m) (m) Ex-rotection (TEX- ategory) rotection class *7), I 6 with connector *) -, I 6 with connector *),7 - - IIG IID Ex n II T Ex td I6 T9 Temperature mbient/ Fluid ( ) Fluid: max Fluid: max. 8 Electrical connection onnector DIN EN 7-8 Form *6) onnector DIN EN 7-8 Form *6) onnector DIN EN 7-8 Form included in delivery Weight (kg) Dimension ircuit diagram Model,,6 6,6 - - IIG IID -,6-8 IIG IID,9-6 - IIG IID -, - IIG IID,9-6 - IIG IID -, - IIG IID,9-6 - IIG IID -, - IIG IID Ex m II T Ex td I66 T *) Ex m II T Ex td I66 T *) Ex emb II T/T6 Ex td I66 T *) *) Ex emb II T/T6 Ex td I66 T *), *) Ex dmb II T/T6 Ex emb II T/T6 Ex td I66 T Ex dmb II T/T6 Ex emb II T/T6 Ex td I66 T Ex dmb II T/T6 Ex emb II T/T6 Ex td I66 T Ex dmb II T/T6 Ex emb II T/T6 Ex td I66 T, X/DI, Div. u. I. I, Gr. -D I. II, Gr. E-G I. III, T (6 ) *) NEM, X, 6, 6, 7, able m, able m, T T T T T T T T T T T T M x, *6), 6 M x, *6), 6 7 /- NT *6),8 7 6 /- NT *6), M x, *6),8 7 6 M x, *6), Flying leads mm, 8 7 -,9-6 - X/DI, Div. u. I. I, Gr. -D I. II, Gr. E-G I. III, T (6 ) *) NEM, X, 6, 6, 7, Flying leads mm, 8 7 tandardvoltages V d.c., V a.c., other voltages on request. Design according to VDE 8, EN /8. % duty cycle. *) EG-Type-Examination-ertificate KEM TEX 7X *) EG-Type-Examination-ertificate KEM 98 TEX X *) EG-Type-Examination-ertificate T TEX 8 X *) -L 76-6, FM pproval *) equired connector: type 77 *6) onnector cable gland not supplied, see table»ccessories«*7) I-rotection class according to EN69 uitable for outdoor installation *) IE Ex ertificate of onformity ttention: The protection class for coil series 6xx is determined by the choice of cable gland. Example: if an TEX-certified cable gland is used that has Ex d type of protection, the solenoid will have the protection class Ex dmb; if a cable gland with Ex e type of proteciton is used, the solenoid will have protection class Ex emb. N/en..8. /

3 66, 87 Inline ccessories able gland rotection class Ex e, Ex d (TEX), Nickel plated brass ilencer *) Exhaust guard *) onnector, form age 7 Thread able Ø Material rotection class (TEX) Model age 7 age 7 M x,,...8, mm Nickel plated brass IIGD Ex e 8889 M/ (G/) 6 (G/) 77 M x,... mm Nickel plated brass IIGD Ex d 888 M/ (G/) 6 (G/) /--NT 7,...,9 mm Nickel plated brass IIGD Ex d 889 *) For indoors use only *) For outdoors use Dimensions Valves 8 ~ U E L H M K W X F Manual override without detent Manual override with detent olenoid x 9 turnable E F H K L M T U W X Model G/, 7,,, 8, 8766 G/ 7, 7,,, 8, 8767 G/ 7, 7,,, 8, 876 G/ 7 77, 6, 9 7, G/ 8 77, 6, 9 7, / N/en..8.

4 66, 87 Inline G/ G/ G/ 6, 6, 6 Manual override without detent 6 6 Manual override with detent olenoid x 9 turnable N/en..8. /

5 66, 87 Inline 8 88 G/ 9 6 8, G/ 6,, 6 Manual override with detent 6 olenoid x 9 turnable / N/en..8.

6 66, 87 Inline Dimensions olenoid operators 7 8 9,,,, M6 X, , 6, 7, 8, 89 M x,, 9, 6, , / - NT 9 6,, 8 6, 9 6 onnector can be indexed by x9 Ø 6 or (with spacer tube) M x, or / - NT Flying leads WG 8 ( mm long) N/en..8.6 /

7 66, 87 Inline ircuit diagrams 6 7 ilencer Model: M/, M/ Exhaust guard Model: 6, 6 G G uitable for G Ø D Weight (g) Model / G/, / NT 6, 6 / G/, / NT, 9 6 able gland D D ø D ø D G Ø D Weight (g) Model G/ 7,,,9 M/ G/ 67, M/ 889 only ø D Model M x, M x, /- NT 8 7,...,9 889 Warning These products are intended for use in industrial compressed air systems only. Do not use these products where pressures and temperatures can exceed those listed under»technical features«. efore using these products with fluids other than those specified, for non-industrial applications, life-support systems, or other applications not within published specifications, consult NOGEN. Through misuse, age, or malfunction, components used in fluid power systems can fail in various modes. The system designer is warned to consider the failure modes of all component parts used in pneumatic systems and to provide adequate safeguards to prevent personal injury or damage to equipment in the event of such failure. ystem designers must provide a warning to end users in the system instructional manual if protection against a failure mode cannot be adequately provided. ystem designers and end users are cautioned to review specific warnings found in instruction sheets packed and shipped with these products. / N/en..8.7