97105 Inline. Ordering information. Technical data. Accessories See page 5

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1 75 Inline /-, 5/- and 5/ directional valves Actuation: electromagnetic Indirectly controlled soft seal spool valves G /, / NPT, G /, / NPT For single and double operated actuators Crossover-free switching, switch-over function guaranteed even with small cross section Rest position in the event of power failure provided by mechanical return spring (monostable) design Add-on manual override Suitable for outdoor installation if equipped with corresponding solenoid Minimal electrical power consumption therefore many protection classes possible, e.g. EEx i The solenoid valves are applicable in the protection class EEx me, EEx md, EEx m, EEx ia for zones, (gases),, (dusts), ATEX cat. II GD Additional protection class (FM, CSA): XP, NI, AEx ia Technical data Medium: Filtered, non-lubricate and dried compressed air, instrument air, nitrogen and or other non-flammable neutral, dry fluids Operation: Solenoid, indirectly controlled Mounting position: Optional; Impulse valves preferably horizontally Nominal diameter: ND 6 mm Port size: G /, / NPT, G /, / NPT Operating pressure:,5 to 8 bar with internal air supply to 8 bar with external air supply Temperature: Valve: - to +65 C Solenoid: see solenoid table (please consult our technical service for use below + C, if installed in the open protect all connections against the penetration of moisture!) Materials: Body: aluminium.65 with surface treatment for rough environmental conditions condensate test with alternating temperatures in sulphuric environment, salt spray test with different sodium chloride solutions, tested in ammonia environment Seals: NBR (special perbunan) Ordering information 5/ directional control valve with spring return, Port size G /, solenoid in protection class EEx me, V DC Type: internal air supply Type: Z external air supply EEx e cable gland M x,5 Type: 5888 Accessories See page 5 / 5/ 5 5 5/ 5 5/7 Our policy is one of continued research and development. We therefore reserve N/en

2 75 Inline /-, 5/- and 5/ directional valves Aluminium anodized body Symbol 5 5 Type Port size Function Actuation Operating pressure Flow Weight Dimensions (bar) (l/min) (kg) 755 * G / / Solenoid/Spring, bar,5 755 * / NPT / Solenoid/Spring, bar,5 75 * G / / Solenoid/Spring, bar 6, * / NPT / Solenoid/Spring, bar 6,5 755 * G / 5/ Solenoid/Spring, bar,7 755 * / NPT 5/ Solenoid/Spring, bar,7 75 * G / 5/ Solenoid/Spring, bar 6, * / NPT 5/ Solenoid/Spring, bar 6,7 755 * G / 5/ Solenoid/Solenoid, bar, * / NPT 5/ Solenoid/Solenoid, bar, * G / 5/ Solenoid/Solenoid mid position APB, bar 5, * / NPT 5/ Solenoid/Solenoid mid position APB, bar 5,7 6 Brass body Symbol Type Port size Function Actuation Operating pressure Flow Weight Dimensions (bar) (l/min) (kg) 765 * G / / Solenoid/Spring, bar, 765 * / NPT / Solenoid/Spring, bar, 76 * G / / Solenoid/Spring, bar 6, 7665 * / NPT / Solenoid/Spring, bar 6, 765 * G / 5/ Solenoid/Spring, bar,7 765 * / NPT 5/ Solenoid/Spring, bar,7 76 * 5 G / 5/ Solenoid/Spring, bar 6, * / NPT 5/ Solenoid/Spring, bar 6,7 765 * G / 5/ Solenoid/Solenoid, bar, * / NPT 5/ Solenoid/Solenoid, bar,7 5 5 Stainless steel body Symbol Type Port size Function Actuation Operating pressure Flow Weight Dimensions (bar) (l/min) (kg) 775 * G / / Solenoid/Spring, bar, 775 * / NPT / Solenoid/Spring, bar, 77 * G / / Solenoid/Spring, bar 6, 7765 * / NPT / Solenoid/Spring, bar 6, 775 * G / 5/ Solenoid/Spring, bar,8 775 * / NPT 5/ Solenoid/Spring, bar, * G / 5/ Solenoid/Spring, bar 6, * / NPT 5/ Solenoid/Spring, bar 6,8 775 * G / 5/ Solenoid/Solenoid, bar, * / NPT 5/ Solenoid/Solenoid, bar,8 5 5 When ordering please indicate solenoid, voltage and current type (frequency) Valve function: APB = All Ports Blocked Accessories on page 5 N/en Our policy is one of continued research and development. We therefore reserve 5/7

3 75 Inline Actuation solenoids Type Power consumption Rated current at Protection class Temp. range Electroport size Weight Dimensions Circuit V DC (W) V AC (VA) V DC (ma) V AC (ma) Ambient/Fluid C (kg) diagram 76 *7),, *5) 78 - IP w/o connector *5) DIN EN 75-8, IP65 with connector *5) Form A 8, EEx m II T *) m cable *5), 5 IP66 T C -,5-5 EEx m II T *) m cable, 5 7 IP66 T C *8),7 - - EEx me II T5/T6 *) (T5) M X,5 *6),85 6 IP66 T C (T6) *8) -, - 6 EEx me II T/T6 *) (T) M X,5 *6), IP66 T C (T6) 6 *8),7 - - EEx me II T5/T6 *) (T5) / NPT *6),85 7 EEx md II T5/T6 *) (T6) 6 *8),7 - - IP66 T C M X,5 *6) 6 *8) -, - 6 EEx me II T5/T6 *) (T5) / NPT *6), EEx md II T5/T6 *) (T6) 6 *8) -, - 6 IP66 T C M X,5 *6) Stainless steel 8,8 Ex mb d IIC T/T6 Cat. II G (gas), (T) or (T6) 8, 6 Ex mb e II T5/T6 Cat. II D (dust), 7 Ex mbd tda IP66 T C 7, XP (NEMA) *) Flying leads, 8, X, 6, 6P, 7, 5 mm long Standard voltages V DC, V AC. other voltages on request Design acc. to VDE 58, EN 5/58.% duty cycle. *) Categorie II GD, EC-Type-Examination-Certificate KEMA ATEX 7X *) Categorie II GD, EC-Type-Examination-Certificate KEMA 8 ATEX 5 X *) Categorie II GD, EC-Type-Examination-Certificate PTB ATEX 85 X *) CSA-LR 576-6, FM approved, for hazardous locations: Div. and, Class I, II, III *5) Required connector for DC: type Valves can be operated with DC only for V AC application please use V DC coil togetter with rectifier plug 665 *6) Cable gland is not indicated in delivery *7) IP65 according to DIN 5/IEC 5 and DIN EN *8) This solenoid has a fuse with an appropirate rating. Solenoid actuators for intrinsically-safe circuits, protection class EEx ia IIC T5/T6, cat.ii G, II D, IP66, T C, EC type examin. certificate KEMA ATEX 5X Type Nominal resist. RN coil Min. required Resistance switching current Rw 6coil * Required voltage at terminal Temperature range Ambient/fluid ( ) (ma) ( ) (Rw 6) T5 T6 (kg) C C, C C, C C, C C,85 6 Weight Dimensions Circuit diagram Cable gland is included in delivery When selecting an intrinsically safe power supply, the permissible maximum values according to the certificate should be taken in account. On the other hand, the low effective inductivityand capacity can be ignored. Solenoid actuators with FM-approval Instrinsically safe: IS/I, II, III//ABCDEFG/ T6 Ta = 65 C; I/ AEx ia IIC/ T6 Ta = 65 C /B; Entity Nonincendive: NI/I//ABCD/ T6 Ta = 65 C; S/II,III//FG/T6 Ta = 65 C; NEMA Type Type Nominal resist. Min. required Resistance Required voltage RN coil switching current Rw 6coil * at terminal ( ) (ma) ( ) (Rw 65) Temperature range Ambient/fluid (kg) 5 6, C, , C,8 8 8, C,8 8, C, , C, , C, , C, , C, , C,8 Weight Dimensions Circuit diagram 5/7 Our policy is one of continued research and development. We therefore reserve N/en

4 75 Inline /-, 5/- and 5/-directional control valves 5 mw/5 mw in protection class EEx ia IIC T/6 Aluminium anodized body Symbol Type Power Port size Function Actuation Operating pressure (bar) Flow (l/min) Weight (kg) Dimensions , mw G / / Solenoid/Spring, bar, , mw / NPT / Solenoid/Spring, bar, , mw G / / Solenoid/Spring, bar 6, , mw / NPT / Solenoid/Spring, bar 6, , mw G / 5/ Solenoid/Spring, bar, , mw / NPT 5/ Solenoid/Spring, bar, , mw G / 5/ Solenoid/Spring, bar 6, , mw / NPT 5/ Solenoid/Spring, bar 6, , mw G / 5/ Solenoid/Solenoid, bar, , mw / NPT 5/ Solenoid/Solenoid, bar,7 5 5 Brass body Stainless steel body , mw G / 5/ Solenoid/Solenoid mid position APB, bar 5, , mw / NPT 5/ Solenoid/Solenoid mid position APB, bar 5,7 Symbol Type Power Port size Function Actuation Operating pressure (bar) Flow (l/min) Weight (kg) Dimensions , mw G / / Solenoid/Spring, bar, , mw / NPT / Solenoid/Spring, bar, , mw G / / Solenoid/Spring, bar 6, , mw / NPT / Solenoid/Spring, bar 6, , mw G / 5/ Solenoid/Spring, bar, , mw / NPT 5/ Solenoid/Spring, bar, , mw G / 5/ Solenoid/Spring, bar 6, , mw / NPT 5/ Solenoid/Spring, bar 6, , mw G / 5/ Solenoid/Solenoid, bar, , mw / NPT 5/ Solenoid/Solenoid, bar,7 5 Symbol Type Power Port size Function Actuation Operating pressure (bar) Flow (l/min) Weight (kg) Dimensions , mw G / / Solenoid/Spring, bar, , mw / NPT / Solenoid/Spring, bar, , mw G / / Solenoid/Spring, bar 6, , mw / NPT / Solenoid/Spring, bar 6, , mw G / 5/ Solenoid/Spring, bar, , mw / NPT 5/ Solenoid/Spring, bar, , mw G / 5/ Solenoid/Spring, bar 6, , mw / NPT 5/ Solenoid/Spring, bar 6, , mw G / 5/ Solenoid/Solenoid, bar, , mw / NPT 5/ Solenoid/Solenoid, bar,8 5 code for electrical connection: standard: 5 = M 6 x,5 Ordering examples valve pilot 6, mw electr. connection internal air supply 5 M6 x,5 cable gland Z external air supply Solenoid operators protection class EEx ia II C T/T6 Type Power Resistance coil max. values EEx i Type of protection Ambient temperature P (+ C) Uon (+ C) Uon (+8 C) Uoff (+ C) Uoff (-5 C) Iein R (+ C) Ui Ii Pi *) 5 V 5 ma 5 mw 7 V 5 ma 5 mw 85 6, mw, V 5, V, V, V,5 ma 8 8 V 5 ma 5 mw EEx ia IIC T - bis +8 C 86, mw 6 V 6,8 V 5, V,7 V,5 ma V ma 5 mw EEx ia IIC T6 - bis +6 C V 85 ma 5 mw *) Categorie IIG, EC-Examination certificate no. PTB 6 ATEX U Air consumption: home position 6 l/h, operating position 5 l/h Switch-on Switch-on Switch-off Switch-off Rated voltage voltage voltage voltage current Circuit diagram N/en Our policy is one of continued research and development. We therefore reserve 5/7

5 75 Inline Accessories Manual override Silencer Flow regulator Cable gland for outdoor use with Protection class EEx e, EEx d (ATEX), non-return diaphragm Ms nickel plated brass Connectors 886 (without detent) *) 6 (G/) *) 676 (G/) *) EEx e 5888 (for solenoid xx / 6xx M x,5) (with detent) *) 8 (G/) *) EEx d (for solenoid 6xx M x,5) 66 (with rectifier) EEx e, EEx d (ATEX) 5885 (for solenoid 6xx /- NPT) EEx e, EEx d (ATEX) 5885 (für Magnet 6xx /- NPT) II G/D EEx d IIC 5887 (für Magnet 8xx Mx,5; Ø... mm) II G/D EEx e II 5885 (für Magnet 8xx Mx,5; Ø... mm) For detailed information about connectors see page : N/UK 7.7. *) For indoors use *) Useable only with the valves on page *) Throttle exhaust port can be protected from penetration of liquids, dirt etc. Basic dimensions valves ➀ ➁ 8 5 6, ~7 6 ~ 5,5,5,5,5 8,5,5 5,5 A - A Solenoid dimensions see page External control pressure connection G/8 Working port G/, G/ or / NPT, / NPT Position of gasket internal pilot air Position of gasket external pilot air 5/7 Our policy is one of continued research and development. We therefore reserve N/en

6 75 Inline ➂ ~7 6 ➃ ~5, A - A Solenoid dimensions see page External control pressure connection G/8 Working port G/, G/ or / NPT, / NPT Position of gasket internal pilot air Position of gasket external pilot air N/en Our policy is one of continued research and development. We therefore reserve 5/7

7 75 Inline ➄ 5 B B 6 A - A ~ ➅ ~ B B B - B 7 Solenoid dimensions see page External control pressure connection G/8 Working port G/, G/ or / NPT, / NPT Position of gasket internal pilot air Position of gasket external pilot air 5/7 Our policy is one of continued research and development. We therefore reserve N/en

8 75 Inline ➆ ➇ C-C 7 C C,5 7 C C,5 int. P P ext ,5,5,5,5,5,5 6,5 6,5,5,5 ➈ ➉ 7 C C c c 5 77,5 7 8,5,5 66,5,5, Electrical connection 5 7 External control pressure connection G/8 Working port G/, G/ or / NPT, / NPT Electrical connection, M6x,5 Position of gasket internal pilot air Position of gasket external pilot air N/en Our policy is one of continued research and development. We therefore reserve 5/7

9 75 Inline C-C 7 C C 5 D D,5 int. P P ext D-D ca. 7 C C ~ 5 D D int. P P ext Electrical connection 5 External control pressure connection G/8 7 Working port G/, G/ or / NPT, / NPT Electrical connection, M6x,5 Position of gasket internal pilot air Position of gasket external pilot air 5/7 Our policy is one of continued research and development. We therefore reserve N/en

10 75 Inline 5 6 7,5 8 6,5, Pg 8,5 8,5 7, ,5,5 7 7,5 / - NPT,5 6,5,5 7 M x, ,5 6 6 /- NPT Connector can be indexed by x Ø 6 or (with spacer tube) M x,5 or / - NPT Flying leads AWG 8 (5 mm long) N/en Our policy is one of continued research and development. We therefore reserve 5/7

11 75 Inline Circuit diagrams ➀ ➃ ➄ ➅ ➆ 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 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 NORGREN. 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 fluid power systems and to provide adequate safeguards to prevent personal injury or damage to equipment in the event of such failure. System designers must provide a warning to end users in the system instructional manual if protection against a failure mode cannot be adequately provided. System designers and end users are cautioned to review specific warnings found in instruction sheets packed and shipped with these products. 5/7 Our policy is one of continued research and development. We therefore reserve N/en