Metal Seal ort Solenoid Valve Series VQ7-6/7-8 Rubber Seal ISO Standard Size /Size VQ7-8/Single unit.6 VQ7-8/Manifold. Conforms to ISO standard /I Interface conforms to ISO standard Size (VQ7-6) and Size (VQ7-8). Outstanding high speed response and long service life VQ7-6/Single unit.0 VQ7-6/Manifold. Enclosure I6 compliant Dusttight/Low jetproof type [Option] wide variety of manifold options Manifolds can be configured with a wide range of interface options to meet a variety of application requirements. Lighter weight Size ( position) 0.8 kg % less (Compared with previous series) Size ( position) 0.7 kg % less SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7 Space-saving profile Installation space % reduction Installation volume 0% reduction (Compared with previous series) Choice of metal or rubber seal increases compatibility with various operating and environmental conditions. 7
Cylinder Speed Chart Series VQ7-6-FG-S- 0 VQ7-6-FG-S- 0 verage speed (mm/s) 000 00 800 700 600 00 00 00 00 00 0 000 00 800 700 600 00 00 00 00 00 0 Use as a guide for selection. lease confirm the actual conditions with Sizing rogram. ore size Series M, C ressure 0. Ma Load factor 0% Stroke 00 mm Series CS/CS ressure 0. Ma Load factor 0% Stroke 000 mm ø0 ø0 ø6 ø80 ø00 ø ø0 ø60 ø80 ø00 erpendicular, upward actuation Horizontal actuation Series VQ7-6-FG-S- R0 verage speed (mm/s) 000 00 800 700 600 00 00 00 00 00 0 ore size Series M, C ressure 0. Ma Load factor 0% Stroke 00 mm Series CS/CS ressure 0. Ma Load factor 0% Stroke 000 mm ø0 ø0 ø6 ø80 ø00 ø ø0 ø60 ø80 ø00 000 00 800 700 600 VQ7-6-FG-S- R0 00 00 00 00 00 0 It is when the cylinder is extending that is meter-out controlled by speed controller which is directly connected with cylinder, and its needle valve with being fully open. The average velocity of the cylinder is what the stroke is divided by the total stroke time. Load factor: ((Load weight x.8)/theoretical force) x 00% erpendicular, upward actuation Horizontal actuation 8
Cylinder Speed Chart Series VQ7-8-FG-S- 0 VQ7-8-FG-S- R0 VQ7-8-FG-S- 0 VQ7-8-FG-S- R0 verage speed (mm/s) 00 000 00 800 700 600 00 00 00 00 00 0 00 000 00 800 700 600 00 00 00 00 00 0 Use as a guide for selection. lease confirm the actual conditions with Sizing rogram. ore size Series M, C ressure 0. Ma Load factor 0% Stroke 00 mm Series CS/CS ressure 0. Ma Load factor 0% Stroke 000 mm ø0 ø6 ø80 ø00 ø ø0 ø60 ø80 ø00 ø0 ø00 It is when the cylinder is extending that is meter-out controlled by speed controller which is directly connected with cylinder, and its needle valve with being fully open. The average velocity of the cylinder is what the stroke is divided by the total stroke time. Load factor: ((Load weight x.8)/theoretical force) x 00% Conditions erpendicular, upward actuation Horizontal actuation ase mounted Series M, C Series CS/CS ase mounted Series M, C Series CS/CS SG (Steel pipe) dia. x Length 6 x m SG (Steel pipe) dia. x Length 0 x m VQ7-6-FG-S- 0 VQ7-6-FG-S- 0 VQ7-6-FG-S- R0 VQ7-6-FG-S- R0 Speed controller Silencer SG (Steel pipe) dia. x Length Speed controller Silencer SG (Steel pipe) dia. x Length Speed controller Silencer SG (Steel pipe) dia. x Length Speed controller Silencer S000-0 N00-0 0 x m S0-0 N00-0 6 x m S000-0 N00-0 0 x m S0-0 N00-0 VQ7-8-FG-S- 0 VQ7-8-FG-S- 0 VQ7-8-FG-S- R0 VQ7-8-FG-S- R0 Speed controller Silencer SG (Steel pipe) dia. x Length Speed controller Silencer SG (Steel pipe) dia. x Length Speed controller Silencer SG (Steel pipe) dia. x Length Speed controller Silencer S000-0 N00-0 x m S0-0 N00-0 0 x m S000-0 N00-0 x m S0-0 N00-0 SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7
ISO Standard Solenoid Valve Series VQ7-6 Size /Single Unit [Option] How to Order Valves VQ7 6 FG FG YZ FHG FJG assage symbol () () (R)()(R) () () () () (R)()(R) () (R)()(R) () (R)()(R) S Seal R Connector O SC Sub-plate port size 0 0 0 0 ilot exhaust V ort R is /8 Metal seal Rubber seal Common exhaust Individual exhaust Without sub-plate Side ported / Side ported /8 ottom ported / ottom ported /8 CE compliant Q CE compliant DIN terminal block (With connector) DIN terminal block (Without connector) re-wired connector Rc F G T NTF FG FIG Option () () () (R)()(R) () (R)()(R) Number of solenoids S D Single Double Coil rated Option Z N 00 VC 00 VC VDC VDC Other voltages None Light/Surge voltage suppresor With indicator light Options: 0 VC, 0 VC, 0 VC, 0 VC, 0 VC How to Order Sub-plate VS7 0 0 0 0 0 ort size Side ported / Side ported /8 ottom ported / ottom ported /8 ort (R) and (R) are /8 Rc F G T NTF Specifications Model VS7--0 VS7--0 VS7--0 VS7--0 iping location Side ottom orting specifications (), (), (R), (R) () port size port size / /8 /8 / /8 /8 Mass (kg) 0.7 0
ISO Standard Solenoid Valve Series VQ7-6 Model Series VQ7-6 position position Number of positions Single Double Closed center Exhaust center Double check ressure center Metal seal Rubber seal Metal seal Rubber seal Metal seal Rubber seal Metal seal Rubber seal Metal seal Rubber seal Metal seal Rubber seal Model VQ7-6-FG-S- VQ7-6-FG-S- R VQ7-6-FG-D- VQ7-6-FG-D- R VQ7-6-FHG-D- VQ7-6-FHG-D- R VQ7-6-FJG-D- VQ7-6-FJG-D- R VQ7-6-FG-D- VQ7-6-FG-D- R VQ7-6-FIG-D- VQ7-6-FIG-D- R ort size / Flow characteristics / ( /) / / (/ E/E) C C [dm b /(s bar)] Cv [dm /(s bar)] b Cv. 0.0 0.. 0.0..0 0.. 6.0 0... 0.0 0.. 0.0..0 0.. 6.0 0... 0.0 0.. 0.0..0 0...6 0.0.. 0.0 0.. 0.0..8 0.6. 6.0 0.7...... 0.0 0.. 0.08..6 0... 0.08. Valve construction Fluid Maximum operating pressure Single Min. operating pressure Double position mbient and fluid temperature Lubrication Shock/Vibration resistance Enclosure Coil rated voltage llowable voltage fluctuation Coil insulation type ower consumption (Current) VDC VDC 00 VC () 0 VC () 0 VC () 00 VC () 0 VC () 0 VC () 0 VC () Metal seal 0. Ma 0. Ma 0. Ma ir/inert gas.0 Ma () () Response Mass time (kg) (ms) 0 or less 0.0 or less or less 0. or less 0 or less 0.8 or less 0 or less 0.8 or less 0 or less 0.8 0 or less 0 or less 0.8 or less Note ) ased on JIS 87-8 (Value for supply pressure of 0. Ma, with light/surge voltage suppressor, when using clean air.) Response time values will change depending on pressure and air quality. Value when ON for double type. Note ) Weight without sub-plate. (Sub-plate: 0.7 kg) JIS Symbol position single position double (Metal) () () (R)()(R) () () (R) ()(R) position double (Rubber) position closed center () () (R)()(R) position exhaust center () () (R) ()(R) position pressure center () () (R)()(R) () () (R) ()(R) position double check () () (R) () (R) Standard Specifications Valve specifications Solenoid specifications Rubber seal 0.0 Ma 0. Ma 0.0 Ma 0 to 60 C () to 60 C () Not required ush type (Tool required) 0/0 m/s () I6 (Dusttight, Low jetproof) VDC, VDC, 00 VC, 0 VC, 00 VC, 0 VC, 0 VC (0/60Hz) ±0% of rated voltage Class or equivalent W DC ( m) W DC (8 m). V ( m). V (. m). V ( m).8 V (8.8 m).8 V (8. m).0 V (8.7 m). V (8.8 m) Note ) Use dry air to prevent condensation when operating at low temperatures. Note ) Impact resistance: No malfunction occurred when it is tested with a drop tester in the axial direction and at the right angles to the main valve and armature in both energized and de-energized states every once for each condition. (Values at the initial period) Vibration resistance: No malfunction occurred in a one-sweep test between and 000 Hz. Test was performed at both energized and de-energized states in the axial direction and at the right angles to the main valve and armature. (Values at the initial period) Note ) The valve with an C coil comes with a rectifying device; therefore, there is no difference in the consumption current when it is in the inrush and holding states. SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7
Series VQ7-6 DIN Terminal Type position single : VQ7-6-FG-S single (Reverse pressure): VQ7-6-YZ-S 0. 68. 0 0 ( port) ( port) 0. 68.. R. R x ø6. Mounting hole x /8 (R, R) 6 0 8 R R.. x ø6. Mounting hole Y 0 6 Indicator light G / (Cable ø8 to ø0) x /8 x /,/8 (,, ) ottom ported drawing 7.. 7 (X port) (, port) /8 /,/8 x /8 X (E) port R, R port port /8 Y (E) port x /, /8, port position double : VQ7-6-FG-D double (Reverse pressure): VQ7-6-YZ-D position closed center : VQ7-6-FHG-D exhaust center : VQ7-6-FJG-D pressure center: VQ7-6-FIG-D 68. 76. 0 0 ( port) ( port) 68. 86. 0 0 ( port) ( port) 6 0 8 R. R. x ø6. Mounting hole R R Indicator light.. x ø6. Mounting hole 7.. 7.. 6 0 8 G / (Cable ø8 to ø0) Indicator light G / (Cable ø8 to ø0) (X port) 7 (X port) /8 /, /8 x /8 X (E) port ort R, R port /8 x /8 X(E) port /, /8 R, R port port
ISO Standard Solenoid Valve Series VQ7-6 rewired Connector Type position single : VQ7-6-FG-S SC single (Reverse pressure): VQ7-6-YZ-S SC 0. 68. 0 0 ( port) ( port) 0. 68.. R. R x ø6. Mounting hole x /8 (R, R) Cable with connector (L 00) Indicator light (X port) /8 X(E) port R. R. 68. 76. 0 0 ( port) ( port) /, /8 port 8 0 6 x ø6. Mounting hole 7 x /8 R, R port position double : VQ7-6-FG-D- SC double (Reverse pressure): VQ7-6-YZ-D- SC 8 0 6 /8 Y(E) port Y ottom ported drawing x /, /8, port 68. 86. 0 0 ( port) ( port) x /8 0 6 x /, /8 (,, ) R R R. R. (, port) position closed center : VQ7-6-FHG-D- SC exhaust center : VQ7-6-FJG-D- SC pressure center: VQ7-6-FIG-D- SC 8 0 6 SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7 Cable with connector (L 00) Indicator light.. x ø6. Mounting hole Cable with connector (L 00) Indicator light x ø6. Mounting hole (X port) 7 /8 /, /8 x /8 X(E) port port R, R port (X port) /8 X(E) port /, /8 ort 7 x /8 R, R port
DIN Terminal Type Series VQ7-6 Construction Metal seal type VQ7-6-FG-S- Rubber seal type VQ7-6-FG-S- R VQ7-6-FG-D- VQ7-6-FG-D- R VQ7-6- FHG FJG FIG -D- VQ7-6- FHG FJG FIG -D- R VQ7-6-FG-D- Replacement arts (For valve) No. 6 7 8 0 Description VQ7-6-FG-S- VQ7-6-FG-D- VQ7-6- FJG -D- VQ7-6-FG-D- VQ7-6-FG-S- R VQ7-6-FG-D- R VQ7-6- FJG-D- R FIG FIG Gasket VQ7060--- Gasket VQ7060-- Gasket VQ7060-- Gasket C VQ7060-- O-ring 7 x.6 Mini Y seal MYN- MYN-6 ilot valve assembly () () VQZ0Q- (: VDC, 6: VDC, : For C () ) Double check spacer VV7-FG ilot valve cover VQ7060-- DIN terminal UKL-S Note ) When the voltage is the same, the replacement of pilot valve assembly is possible. Note ) Since the substrate circuit in the valve is different, voltage cannot be changed with the pilot valve assembly. Note ) The pilot valve for 00 to 0 VC is common. FHG FHG
Manifold Series VV7 Series VQ7-6 [Option] How to Order Manifold VV7 6 (), () port connection 0R 0R 0L 0L 0Y 0Y C6R C8R C0R C6L C8L C0L Stations station 0 0 stations Note) When equipped with control unit, or stations are used for mounting. / (R side) /8 (R side) / (L side) /8 (L side) / (ottom side) /8 (ottom side) One-touch fitting ø6 (R side) One-touch fitting ø8 (R side) One-touch fitting ø0 (R side) One-touch fitting ø6 (L side) One-touch fitting ø8 (L side) One-touch fitting ø0 (L side) Mixed 0R Note) When ports are mixed, indicate piping specifications by means of the manifold specification sheet. Manifold Specifications Manifold block size ISO size pplicable solenoid valve Series VQ7-6 ISO size Rc F G T NTF Note) With one-touch fittings: orting specifications (), () port (), (R) ort location ort size (R) port size Right, Left / /8 C6 (ø6) C8 (ø8) C0 (ø0) / /8 C (ø) / ottom /8 Note) When equipped with control unit, or stations are used for mounting. 0D Silencer box S None With (), (R), (R) port connection 0D 0U 0 0D 0U 0 CD CU C / (D side) / (U side) / (oth sides) /8 (D side) /8 (U side) /8 (oth sides) One-touch fitting ø (D side) One-touch fitting ø (U side) One-touch fitting ø (oth sides) Mixed Control unit type (See pages and for details.) Symbol Control equipment ir filter with auto-drain ir filter with manual drain Regulator ir release valve ressure switch lanking plate (ir release valve) lanking plate (Filter, Regulator) lanking plate (ressure switch) Number of manifold blocks required for mounting (stations) Stations Note) Max. 0 stations CE compliant Q Note) The silencer box mounting position corresponds to piping connection at ports (R) and (R). Note) When ports are mixed, indicate piping specifications by means of the manifold specification sheet. Mass (kg) 0.n + 0. (n: Stations) CE compliant ir release valve coil rating M M F G C E None 00 VC, 0/60 Hz 00 VC, 0/60 Hz VDC VDC Other Rc F G T NTF Note) With one-touch fittings: SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7
Series VQ7-6 DIN Terminal Type VV7 - - 00 80 U side n x /, /8 00 80 7 U side R. Indicator light L L R. L L 0 =. =. L side D side R side (n x /8) 8 n x /, /8 (, port) R side D side L side 68. 0. (Single) (Double) ( position) 6 77. 68. 0. (Single) (Double) ( position) ottom ported drawing 6.. x /8 (ilot pressure EXH port) R R 7 7 6. 6. R 6 x /, /8 (, R port) 6 L Dimension L 07 0 L 6 0 6 8 7 6 7 6 77 8 08 0 6 0 06 n: Stations Formula L = n + 6 L = n + 76 6
ISO Standard Solenoid Valve Series VQ7-6 rewired Connector Type VV7 - - 00 80 U side Indicator light R. 0 =. SJ SY SV L L SYJ SZ V S0700 VQ L side D side 68. 0. (Single) (Double) ( position) R side (n x /8) n x /, /8 (, port) 77. 6 8 VQ VQ VQC VQZ SQ VFS VFR VQ7 x /8 (ilot pressure EXH port) R R R 6 7 7 6. 6. 6 x /, /8 (, R port) L Dimension L 07 0 L 6 0 6 8 7 6 7 6 77 8 08 0 6 0 06 n: Stations Formula L = n + 6 L = n + 76 7
Series VQ7-6 Manifold Option arts lanking plate assembly XT0- lock plate (For SU/EXH passages) XT0- It is used by attaching on the manifold block for being prepared for removing a valve for maintenance reasons or planning to mount a spare valve, etc. When two or more different high pressures are supplied to one manifold, block plates are installed between stations having different pressures. lso, in cases such as when valve exhaust effects other stations in a circuit, block plates are used for exhaust at stations where the exhaust is to be separated. 66 8 ccessory Description art no. Gasket XT00- olt XT6--.8.8 SU passage blocked EXH passage blocked SU EXH passage blocked Individual SU spacer 0 VV7-- 0 Rc F G T NTF Note) It is not applicable to One-touch fittings. y mounting individual SU spacers on a manifold block, it is possible to provide individual supply ports for each valve. C0 lock plate (For pilot EXH passage) Z0- When a valve s pilot valve exhaust effects other valves in a circuit, block plates are used between stations where the pilot exhaust passages are to be separated. 8.6 ø. ' 00 8 ccessory Description art no. Gasket XT00- olt XT6--6 Individual EXH spacer 0 VV7-R- 0 C Rc F G T NTF y mounting individual EXH spacers on a manifold block, exhaust ports can be provided individually for each valve. (, common EXH type) Note) It is not applicable to One-touch fittings. Throttle valve spacer XT0- throttle valve spacer is mounted on a manifold block to control cylinder speed by throttling exhaust air flow. 8 8 ' 0 00 8 ccessory Description art no. Gasket XT00- olt XT6--6 ccessory Description art no. Gasket XT00- olt XT6-- 8
8 ISO Standard Solenoid Valve Series VQ7-6 Reverse pressure spacer XT0-- Rc F G T NTF 00 R, R individual EXH spacer VV7-R-0 Rc F G T NTF 00 With reverse pressure control manifold specifications, when pressure is changed individually on one side (ex. high speed cylinder return), pressure can be supplied individually to the R side by mounting a reverse pressure spacer. {ort (R) is individual and (R) is common.} 8 ' ' ccessory Description Gasket olt art no. XT00- XT6--6 ' art no. XT00- XT6--6 y mounting an individual EXH spacer on a manifold block, individual exhaust is possible from both R and R. { (R) and (R) are individual ports.} 8 ccessory Description Gasket olt Residual pressure release valve spacer VV7-R- This is used by mounting on a manifold block in order to exhaust the residual pressure trapped inside of a cylinder, etc., during an intermediate stop with a position closed center or perfect type valve. Residual pressure at ports and is exhausted individually to the outside by manual operation. 8 Rc F G T NTF 0 ' ccessory Description Gasket olt ' art no. XT00- XT6--6 art no. XT00- XT6--6 Individual SU spacer with residual pressure release valve 0 VV7-R- 6 0 This is used by mounting on a manifold block in order to stop the inlet side supply pressure in an individual supply spacer, while at the same time exhausting the residual pressure are performed by pressing the manual override, which can be locked by turning it. 8 ccessory Description Gasket olt SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7 Main EXH back pressure check plate XT0-7 In cases where back pressure effects actuator operation due to simultaneous operation of manifold valves, etc., this effect can be eliminated by installing a plate between the manifold block and the valve from which back pressure is to be prevented. dapter plate for locked-up cylinder XT0-6 Rc / F G / T NTF / When using a locked-up cylinder with valves for control, this spacer can be used by mounting on a manifold block. It consists of a circuit equipped with a function to prevent lurching during release. 8 0 6 ccessory Description Gasket olt art no. XT00- XT6-- 00 8. ccessory Description Gasket olt art no. XT00- XT6--6 8
Series VQ7-6 Manifold Option arts Silencer box VV7- - -S This can be provided as a unit on the end plate to reduce manifold exhaust noise and piping labor. ilot EXH silencer N0-0 This is used by mounting on the pilot exhaust port in order to reduce manifold and single type pilot exhaust noise, and to prevent the entry of dust. Release valve spacer XT0-7 Rc /8 F G /8 T NTF /8 Combination of VQ7-6-FG-S (Single) and release valve spacer can be used as air release valve. Note ) Mounting on position double and position valves is not possible. 66 8 ' ccessory Description art no. Gasket XT00- olt XT6--7 Residual pressure release valve spacer Z0-8 Z0-8 ilot type Internal pilot External pilot t the same time as pilot pressure is released, residual pressure between the cylinder and valve is released. There are two pilot types: internal pilot and external pilot types. <Switching valve side> R.... R 0 Z0-8 R E 8 R E 8 R.... R EXH. <Manifold side> <Switching valve side> R.... R R.. EXH... R E <Manifold side> EXH. EXH. Specifications Model Switching signal type (ilot type) Z0-8 Internal pilot Z0-8 External pilot pplicable solenoid valve pplicable sub-plate Max. operating pressure VQ7-6 ISO standard size.0 Ma 0. Ma Min. operating pressure (ressure generated when the valve element is switched to the stopping side.) mbient and fluid temperature Lubrication ccessory Description art no. Gasket XT00- olt XT6--6 to 60 C Non-lube (Use turbine oil Class (ISO VG), if lubricated.) 0
ISO Standard Solenoid Valve Series VQ7-6 Double check spacer VV7-FG Double check spacer with residual pressure release valve VV7-FGR y combining a position exhaust center valve with a double check spacer, an intermediate stopping position of a cylinder can be held for an extended period. It can also be used for drop prevention at the cylinder stroke end when releasing residual supply pressure, by combining it with a position single or double valve. This is a double check spacer equipped with a residual pressure release function, to release residual pressure inside a cylinder during maintenance or adjustment, etc. 8 7 ccessory Description art no. Gasket XT00- olt XT6--8 Specifications 8 0 Double check spacer part no. pplicable solenoid or air operated valve One solenoid energized (One pilot pressurized) Leakage (cm /min (NR)) Interface regulator R0-00- oth solenoids unenergized (oth pilots unpressurized) VV7-FG Series VQ7-6, VS7-6 R R R R R R Interface regulators can be placed on top of the manifold block to reduce the pressure of each of the valves. 0 0 0 8 ccessory Description art no. Gasket XT00- olt XT6--8 Caution Exhaust Since extended cylinder stops are not possible if there are leaks from piping between the valve and cylinder or from fittings, etc., check for leakage using a neutral liquid detergent. Since One-touch fittings allow slight air leakage, screw piping is recommended when stopping the cylinder in the middle for a long time. Combination of position, closed center and pressure center valves is not possible. Set the load weight so that the cylinder side pressure is less than two times the supply side pressure. When using the residual pressure release function, confirm the action of actuators, etc., and operate after providing for safety measures. e aware that if the exhaust side of perfect spacer is restricted excessively, the intermediate stopping accuracy will decrease and will lead to improper intermediate stops. 0 SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7 0 0 ccessory Description Gasket olt art No. reduced pressure reduced pressure reduced pressure art no. XT00- XT6--8 R0-00- R0-00- R0-00- Caution Regulating port Regulating port Regulating port When combining a pressure center valve and interface regulator with reduced pressure at ports and, use model R0-. When combining a reverse pressure valve and interface regulator, use model R0-. Further, it cannot be used with reduced pressure at port. When combining a double check valve and an interface regulator, use a manifold or sub-plate as a basis, and stack them in the following order; the perfect spacer the interface regulator the valve. When a closed center valve is combined with the interface regulator s, port regulation, note that it cannot be used for intermediate stops of a cylinder because there is leakage from relief port on the regulator.
Series VQ7-6 Control Unit Control equipment (filters, regulators, pressure switches, air release valves) has been made into standardized units which can be mounted on manifolds without any modifications. Control Unit Specifications ir filter (With auto-drain/with manual drain) Filtration degree μm Regulator Set pressure (Outlet pressure) 0.0 to 0.8 Ma ressure switch ressure adjustment range 0. to 0.7 Ma Contact ab Rated current (Induction load) VC, 0 VC ir release valve (Single only) Operating pressure range 0. to.0 Ma Option lanking plate Release valve adapter plate ressure switch XT0- (For manifold) XT0-8 (For release valve adapter plate) M (For control equipment/filter regulator) M- (For pressure switch) XT0-7 IS00-X0 Manifold specifications example XT0- VQ7-6-FHG-D VQ7-6-FG-D VQ7-6-FG-S ir release valve ressure switch ir filter regulator X o " ' Control unit Control Unit Type Ordering symbol Control equipment ir filter with auto-drain ir filter with manual drain Regulator ir release valve ressure switch lanking plate (ir release valve) lanking plate (Filter, Regulator) lanking plate (ressure switch) Number of manifold blocks required for mounting (stations) Use of Control Unit M M F G C E stations stations stations stations stations stations stations station <Construction and piping >. The supply pressure (o) passes through the regulator with filter q and is adjusted to the prescribed pressure. Next, it goes through the release valve w (downstream residual pressure switching function used as normally ON) and is supplied to the manifold base side ().. When the release valve w is OFF, the supply pressure from port o is blocked, and the air which was being supplied to the manifold side port passes through the release valve w and is discharged from port R.. The pressure switch is piped into the outlet side of the release valve w. (It operates when the release valve w is energized.) lso, since there is an internal voltage drop of V, it may not be possible to confirm the OFF and ON states with a tester, etc. Caution In the case of air filters with auto-drain or manual drain, mount so that the air filter is at the bottom.
ISO Standard Solenoid Valve Series VQ7-6 Manifold with control unit ( position) (Double) 0. (Single) 68. 00 80 0. 8. 6.. n x /8 6 6 n x /, /8 (, port) L side U side R. R side 0 =. SJ SY SV SYJ Indicator light L L SZ V Release valve L S0700 VQ 8 VQ Control unit ressure switch (. for M) VQ VQC VQZ SQ D side 8 ø. Drain port : / VFS VFR VQ7 L Dimension L 07 L L (8.) /8 Supply port x /8 (ilot pressure EXH port) 0 6 8 (0.) 0 (.) 6 8 8 (87.) 7 7 (0.) 6 70 (7.) R 7 6 77 (6.) 8 08 0 6 (.) R 7 7 6. 6. 6 (60.) R x /, /8 (R, R port) 6 8 n: Stations 0 Formula L = n + 6 06 L = n + 76 6 L = n + (.) (6.) L dimensions inside ( ) are for M. 8
Series VQ7-6 Manifold Option arts Interface regulator R0-00- Residual pressure release valve spacer Z0-8 Interface regulator R0-00- 7 6 (7) 0 (77). (6.) 0. (77.) R R R Residual pressure release valve spacer (Z0-8) E R (67) 6 (7). (67.) 8. (.) R R R Dimensions inside ( ) are for sub-plate. Dimensions inside ( ) are for sub-plate. Throttle valve spacer XT0- Silencer box XT0-60 Throttle valve spacer (XT0-) R E S L O W 6 (7) (6) 7. (.). (6.) R 6. 6. R R R R R Dimensions inside ( ) are for sub-plate. Spare parts Description art no. Element XT0-60--
ISO Standard Solenoid Valve Series VQ7-6 Individual SU spacer VV7-- Individual EXH spacer VV7-R- R, R individual EXH spacer VV7-R-0 Reverse pressure spacer XT0-- Double check spacer Double check spacer with residual pressure release valve VV7-FG VV7-FGR n x /, /8 7 6 6 6. 7.. 8. Individual SU spacer: VV7-- x /, /8, C0 Individual EXH spacer: VV7-R- x /, /8, C R, R individual EXH spacer: VV7-R-0 x /8 Reverse pressure spacer XT0-- Rc /8 (Right side only) Main EXH back pressure check plate XT0-7 Main EXH back pressure check plate (TX0-7) R R R R R R Dimensions inside ( ) are for sub-plate. 6 (7) 0 (77) 6 (7) (67). (6.) 0. (77.) Double check spacer (VV7-FG) Double check spacer with residual pressure release valve (VV7-FGR) Residual pressure release valve spacer Individual SU spacer with residual pressure release valve 8. (.). (67.) Residual pressure exhaust valve spacer (VV7-R-) Individual SU spacer with residual pressure release valve (VV7-R- ) Dimensions inside ( ) are for sub-plate. R R R VV7-R- VV7-R- R R R SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7
ISO Standard Solenoid Valve Series VQ7-8 Size /Single Unit [Option] How to Order Valves VQ7 8 FG assage symbol () () FG (R) () (R) () () S Connector O SC CE compliant Q CE compliant DIN terminal block (With connector) DIN terminal block (Without connector) re-wired connector YZ FHG FJG (R) () (R) () () (R) () (R) () () Seal R Sub-plate port size 0 0 06D 0 0 06 Metal seal Rubber seal Without sub-plate Side ported /8 Side ported / Side ported / ottom ported /8 ottom ported / ottom ported / Rc F G T NTF (R) () (R) () () ilot exhaust Common exhaust V Individual exhaust FG FIG Option (R) () (R) () () (R) () (R) Number of solenoids S D Single Double Coil rated Option Z N 00 VC 00 VC VDC VDC Other voltages None Light/Surge voltage suppressor With indicator light Options: 0 VC, 0 VC, 0 VC, 0 VC, 0 VC How to Order Sub-plate 6 VS7 0 0 0 06D 0 0 06 ort size Side ported /8 Side ported / Side ported / ottom ported /8 ottom ported / ottom ported / Rc F G T NTF Specifications Model VS7--0 VS7--0 VS7--06 VS7--0 VS7--0 VS7--06 orting specifications iping ort size location /8 Side / / /8 ottom / / Mass (kg) 0.68. 0.68.
ISO Standard Solenoid Valve Series VQ7-8 Model Series VQ7-8 position position Metal seal Rubber seal Metal seal Rubber seal Metal seal Rubber seal Metal seal Rubber seal Metal seal Rubber seal Metal seal Rubber seal position single position double (Metal) ()() ()() (R)()(R) (R)()(R) position double (Rubber) position closed center ()() ()() (R)()(R) position exhaust center ()() (R)()(R) position pressure center ()() (R)()(R) Number of positions Single Double Closed center Exhaust center Double check ressure center (R)()(R) position double check ()() (R)()(R) Model VQ7-8-FG-S- VQ7-8-FG-S- R VQ7-8-FG-D- VQ7-8-FG-D- R VQ7-8-FHG-D- VQ7-8-FHG-D- R VQ7-8-FJG-D- VQ7-8-FJG-D- R VQ7-8-FG-D- VQ7-8-FG-D- R VQ7-8-FIG-D- VQ7-8-FIG-D- R ort size /8 Valve construction Fluid Maximum operating pressure Single Min. operating Double pressure position mbient and fluid temperature Lubrication Shock/Vibration resistance Enclosure Coil rated voltage llowable voltage fluctuation Coil insulation type ower consumption (Current) Flow characteristics / ( /) / / (/ E/E) C C [dm b /(s bar)] Cv [dm/(s bar)] b Cv 0 0 0 0 7. 7. 0 0.8 0. 0.8 0. 0.8 0. 0.6 0.6 0.6 0.7..0..0..8..8.. 0 0 7.0 7.0 0. 0.7 0. 0.7 0. 0.7 0.0 0.7 0. 0..0..0...8...8.0 VDC VDC 00 VC () 0 VC () 0 VC () 00 VC () 0 VC () 0 VC () 0 VC () () () Response Mass time (kg) (ms) 0 or less 0.6 or less or less 0.70 0 or less or less 0.7 0 or less or less 0.7 0 or less 60 or less.8 60 or less or less 0.7 0 or less Note ) ased on JIS 87-8 (Value for supply pressure of 0. Ma, with light/surge voltage suppressor, when using clean air.) Response time values will change depending on pressure and air quality. Value when ON for double type. Note ) Weight without sub-plate. (Sub-plate: /8, /: 0.68 kg, /:. kg) JIS Symbol Standard Specifications Valve specifications Solenoid specifications Metal seal Rubber seal ir/inert gas.0 Ma 0. Ma 0.0 Ma 0. Ma 0. Ma 0. Ma 0.0 Ma 0 to 60 C () to 60 C () Not required ush type (Tool required) 0/0 m/s () I6 (Dusttight, Low jetproof) VDC, VDC, 00 VC, 0 VC, 00 VC, 0 VC, 0 VC (0/60Hz) ±0% of rated voltage Class or equivalent WDC ( m) WDC (8 m). V ( m). V (. m). V ( m).8 V (8.8 m).8 V (8. m).0 V (8.7 m). V (8.8 m) Note ) Use dry air to prevent condensation when operating at low temperatures. Note ) Impact resistance: No malfunction occurred when it is tested with a drop tester in the axial direction and at the right angles to the main valve and armature in both energized and de-energized states every once for each condition. (Values at the initial period) Vibration resistance: No malfunction occurred in a one-sweep test between and 000 Hz. Test was performed at both energized and de-energized states in the axial direction and at the right angles to the main valve and armature. (Values at the initial period) Note ) Since C coil specifications include a rectifying device, there is no difference in power consumption between inrush and holding. 7 SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7
Series VQ7-8 DIN Terminal Type position single : VQ7-8-FG-S single (Reverse pressure): VQ7-8-YZ-S 8. 7. 6(6) 6(6) 6(0)( port) 6(0)( port) 8. (6) (6) () () R R x ø7. Mounting hole Indicator light G / (Cable ø8 to ø0) R R (6) (6) 0 6(7) 7(86) x ø7. Mounting hole () 0 (6) 6 () () 6 6(7) 7(86) x /8 (0) 8 8 (0) x /8, /, / (8) (8) (,,, R, R) ottom ported drawing (6) () 08.(6.) 0(8) 8(8) (7) (0) Y ( ): / /8 X(E) port 0(0) 0(0) x /8, /, / R, R port /8, /, / port 0 (7) /8 Y(E) port (0) (, port) 8(8) x /8, /, /, port position double : VQ7-8-FG-D double (Reverse pressure): VQ7-8-YZ-D 7. 8. 6(6) 6(6) 6(0)( port) 6(0)( port) position closed center : VQ7-8-FHG-D exhaust center : VQ7-8-FJG-D pressure center: VQ7-8-FIG-D 80. 7. 8. 8 6(6) 6(6) 6(0)( port) 6(0)( port) 7(86) 6(7) 0 8 7(86) 6(7) 0 8 G / (Cable ø8 to ø0) R R (6) (6) Indicator light R R x ø6. (6) (6) Mounting hole G / (Cable ø8 to ø0) Indicator light x ø6. Mounting hole (6) () 08.(6.) 0(8) 8(8) (7) (0) /8 X(E) port ( ): / x /8, /, / 0() 0(0) R, R port /8, /, / port (6) () 08.(6.) 0(8) 8(8) (7) (0) /8 X(E) port x /8, /, / 0(0) 0(0) R, R port /8, /, / port ( ): / Dimensions inside are for rubber seals. 8
ISO Standard Solenoid Valve Series VQ7-8 rewired Connector Type position single : VQ7-8-FG-S- SC single (Reverse pressure): VQ7-8-YZ-S- SC 8. 7. 6(6) 6(6) 6(0)( port) 6(0)( port) 8. (6) (6) () () R R x ø7. Mounting hole Cable with connector (L 00) Indicator light 8() /8 X(E) port R R R (6) (6) 0(0) 0(0) 7. 8. 6(6) 6(6) 6(0)( port) 6(0)( port) R (6) (6) 0 6(7) 7(86) x ø7. Mounting hole (0) (7) 0(8) x /8, /, / R, R port /8, /, / port position single : VQ7-8-FG-D- SC single (Reverse pressure): VQ7-8-YZ-D- SC Cable with connector (L 00) Indicator light 8 0 x ø7. Mounting hole 6(7) 7(86) 08.(6.) Y 0 (7) x /8 (0) 8 8 (0) x /8, /, / (8) (8) (,,, R, R) ottom ported drawing /8 Y(E) port (0) (, port) 8(8) R x /8, /, /, port R ( ): / 80. 7. 8. 8 6(6) 6(6) 6(0)( port) 6(0)( port) () 0 (6) 6 () () 6 6(7) 7(86) position closed center : VQ7-8-FHG-D- SC exhaust center : VQ7-8-FJG-D- SC pressure center: VQ7-8-FIG-D- SC Cable with connector (L 00) Indicator light 8 0 (6) (6) x ø7. Mounting hole 6(7) 7(86) SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7 8() /8 X(E) port 0(0) 0(0) x /8, /, / R, R port /8, /, / port (0) (7) 0(8) 08.(6.) 8() /8 X(E) port 0(0) 0(0) x /8, /, / R, R port /8, /, / port (0) (7) 0(8) 08.(6.) ( ): / ( ): / Dimensions inside are for rubber seals.
DIN Terminal Type Series VQ7-8 Construction Metal seal VQ7-8-FG-S- Rubber seal type VQ7-8-FG-S- R VQ7-8-FG-D- VQ7-8-FG-D- R VQ7-8- FHG FJG FIG -D- VQ7-8- FHG FJG FIG -D- R VQ7-8-FG-D- Replacement arts (For valve) Number 6 7 8 0 Description VQ7-8-FG-S- VQ7-8-FG-D- FHG VQ7-8- -D- FHG VQ7-8-FG-D- VQ7-8-FG-S- R VQ7-8-FG-D- R VQ7-8- -D- R Gasket Gasket Gasket Gasket C O-ring Mini Y seal Mini Y seal ilot valve assembly () () ilot valve cover Double check spacer DIN terminal FIG VQ7080--- VQ7060-- VQ7080-- VQ7080-- 7 x.6 MYN-6 MYN- MYN-8 VQZ0Q- (: VDC, 6: VDC, : For C () ) VQ7060-- VV7-FG UKL-S Note ) When the voltage is the same, the replacement of pilot valve assembly is possible. Note ) Since the substrate circuit in the valve is different, voltage cannot be changed with the pilot valve assembly. Note ) The pilot valve for 00 to 0 VC is common. 0 FIG
Manifold Series VV7 Series VQ7-8 [Option] VV7 6 (), () port connection 0R 0R 0L 0L 0Y 0Y Stations station 0 0 stations /8 (R side) / (R side) /8 (L side) / (L side) /8 (ottom side) / (ottom side) Mixed 0R Note) When ports are mixed, indicate piping specifications by means of the manifold specification sheet. Rc F G T NTF How to Order Manifold ir release valve E 0D None With air release valve Silencer box S (), (R), (R) port connection 0D 0U 0 06D 06U 06 Rc F G T NTF / (D side) / (U side) / (oth sides) / (D side) / (U side) / (oth sides) CE compliant Q CE compliant ir release valve coil rating None With None 00 VC, 0/60 Hz 00 VC, 0/60 Hz VDC VDC Other Note) The mounting position of the silencer box corresponds to (R) and (R) port connections. SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7 Manifold Specifications Manifold block size ISO size pplicable solenoid valve Series VQ7-8 ISO size orting specifications (), () port size /8 / (), (R) (R) port size / / Stations Max. 0 stations Mass (kg) 0.6n + 0.77 (n: Stations)
Series VQ7-8 DIN Terminal Type VV7 - - 8 U side R. Indicator light 8 x /8, R, R port for / only 67 0 8 =6 60 (7) n x /8,/ = 6 60 (7) R. 8 U side L L L L L side D side 8. (Single) 7. (Double) 80. 7. ( position) R side (n x /8) 7 6 0 () n x /8, / R side D side 8. (Single) 7. (Double) 80. 7. ( position) L side ottom ported drawing x /8 (ilot pressure EXH port) 6 x /, / R () () R 0 8 (7) 0 (.) 67 80. 8. 7. L Dimension, R, R port L n 6 7 8 / L 0 76 88 00 6 L 6 8 0 60 6 7 8 / L L 6 6 0 8 8 7 0 70 86 6 8 8 8 Note) L dimension of S type with a port size of / is the same as of S type with a port size of /. 68 8 60 0 6 60 60 666 Formula n: Stations L = 6n + 6 L = 6n + 80 n: Stations L = 6n + 0 L = 6n + 06 ( ): / Dimensions inside are for rubber seals.
ISO Standard Solenoid Valve Series VQ7-8 re-wired Connector Type VV7 - - Indicator light 8 U side R. 8 L L x /8, R, R port for / 67 0 8 = 6 60 (7) SJ SY SV SYJ SZ V n x /8, / S0700 VQ VQ L side D side 8. (Single) 7. (Double) 80. 7. ( position) R side (n x /8) 7 6 0 () VQ VQC VQZ SQ VFS VFR VQ7 x /8 (ilot pressure EXH port) R R 0 8 (7) 0 (.) 67 80. 6 x /, / () () L Dimension, R, R port L n / L 0 L 6 / L L 6 6 76 0 8 8 8 7 88 0 0 60 70 86 6 00 6 6 7 6 7 8 8 Note) L dimension of S type with a port size of / is the same as of S type with a port size of /. 8 8 8 68 8 60 0 6 60 60 666 Formula n: Stations L = 6n + 6 L = 6n + 80 n: Stations L = 6n + 0 L = 6n + 06 ( ): / Dimensions inside are for rubber seals.
Series VQ7-8 Manifold Option arts lanking plate assembly XT- It is used by attaching on the manifold block for being prepared for removing a valve for maintenance reasons or planning to mount a spare valve, etc. lock plate (For SU/EXH passages) XT-- (For SU) XT-- (For EXH) When two or more different high pressures are supplied to one manifold, block plates are installed between stations having different pressures. lso, in cases such as when valve exhaust effects other stations in a circuit, block plates are used for exhaust at stations where the exhaust is to be separated. 8 0 For SU ø7 ø SU passage blocked EXH passage blocked SU passage EXH blocked ccessory Description art no. Gasket XT0- olt XT6-- For EXH Individual SU spacer 0 VV7-- 0 Rc F G T NTF y mounting individual SU spacers on a manifold block, it is possible to provide individual supply ports for each valve. lock plate (For pilot EXH passage) Z- When a valve s pilot valve exhaust effects other valves in a circuit, block plates are used between stations where the pilot exhaust passages are to be separated. ' 6. ccessory Description art no. Gasket XT0- olt XT6-- Individual EXH spacer VV7-R- F T 0 0 Rc G NTF y mounting individual EXH spacers on a manifold block, exhaust ports can be provided individually for each valve. (, common exhaust type) ' Throttle valve spacer XT0- throttle valve spacer is mounted on a manifold block to control cylinder speed by throttling exhaust air flow. 0 8 ccessory Description art no. Gasket XT0- olt XT6-- ccessory Description art no. Gasket XT0- olt XT6--
00 ISO Standard Solenoid Valve Series VQ7-8 Reverse pressure spacer XT-- With reverse pressure control manifold specifications, when pressure is changed individually on one side (ex. high speed cylinder return), pressure can be supplied individually to the R side by mounting a reverse pressure spacer. {ort (R) is individual and (R) is common.} Rc F G T NTF R/R individual EXH spacer VV7-R-0 ' ' ' F T ort size Rc G NTF /8 / ccessory Description art no. Gasket XT0- olt XT6-- y mounting an individual EXH spacer on a manifold block, individual exhaust is possible from both R and R. { (R) and (R) are individual ports.} ccessory Description art no. Gasket XT0- olt XT6-- 8 Main EXH back pressure check plate XT- In cases where back pressure effects actuator operation due to simultaneous operation of manifold valves, etc., this effect can be eliminated by installing a plate between the manifold block and the valve from which back pressure is to be prevented. F T 8 Rc /8 G /8 NTF /8 0 When using a locked-up cylinder with valves for control, this spacer can be used by mounting on a manifold block. It consists of a circuit equipped with a function to prevent lurching during release. 06 ccessory Description art no. Gasket XT0- olt XT6-- dapter plate for locked-up cylinder XT60-6 0 0 ccessory Description art no. Gasket XT0- olt XT6-- 8 SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7 Conversion adapter plate VV7-V- This conversion adapter plate allows a VQ7-6 (size ) valve to be mounted on a VQ7-8 manifold base. (V type) When a conversion adapter plate is mounted, remove the adapter plate on the manifold block and assemble in the order of gasket and conversion adapter plate. ccessory Description Gasket olt art no. XT- M6 x 0 (With switch) M x 0 (With switch)
Series VQ7-8 Manifold Option arts Release valve spacer XT-7 F T Rc(/8) G(/8) NTF(/8) Combination of VQ7-8-FG-S (Single) and release valve spacer can be used as air release valve. Note) Mounting on position double and position valves is not possible. 77 0 ' ccessory Description art no. Gasket XT0- olt XT6-- Residual pressure release valve spacer Z- ilot type Internal pilot External pilot t the same time as pilot pressure is released, residual pressure between the cylinder and valve is released. There are two pilot types: internal pilot and external pilot types. Z- <Switching valve side> R.... R Z- 7 R.... R EXH. <Manifold side> <Switching valve side> R.... R R.. EXH... R E <Manifold side> EXH. EXH. mbient and fluid temperature Lubrication ccessory Description art no. Gasket XT0- olt XT6-- Specifications Model Switching signal type (ilot type) Z- Internal pilot Z- External pilot pplicable solenoid valve pplicable sub-plate Max. operating pressure VQ7-8 ISO standard size.0 Ma 0. Ma Min. operating pressure (ressure generated when the valve element is switched to the stopping side.) to 60 C Non-lube (Use turbine oil Class (ISO VG), if lubricated.) 6
ISO Standard Solenoid Valve Series VQ7-8 Manifold Option arts Double check spacer VV7-FG y combining a position exhaust center valve with a double check spacer, an intermediate stopping position of a cylinder can be held for an extended period. It can also be used for drop prevention at the cylinder stroke end when releasing residual supply pressure, by combining it with a position single or double valve. 8 Interface regulator R0-00- 8. Caution Since extended cylinder stops are not possible if there are leaks from piping between the valve and cylinder or from fittings, etc., check for leakage using a neutral liquid detergent. Since One-touch fittings allow slight air leakage, screw piping is recommended when stopping the cylinder in the middle for a long time. Combination of position, closed center and pressure center valves is not possible. Set the load weight so that the cylinder side pressure is less than two times the supply side pressure. When using the residual pressure release function, confirm the action of actuators, etc., and operate after providing for safety measures. e aware that if the exhaust side of perfect spacer is restricted excessively, the intermediate stopping accuracy will decrease and will lead to improper intermediate stops. Silencer box VV7- - -S This can be provided as a unit on the end plate to reduce manifold exhaust noise and piping labor. Interface regulators can be placed on top of the manifold block to reduce the pressure of each of the valves. SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7 8 ccessory Description art no. Gasket XT0- olt XT6--6 art No. reduced pressure reduced pressure reduced pressure R0-00- R0-00- R0-00- Caution Regulating port Regulating port Regulating port When combining a pressure center valve and interface regulator with reduced pressure at ports and, use model R0-. When combining a reverse pressure valve and interface regulator, use model R0-. Further, it cannot be used with reduced pressure at port. When combining a double check valve and an interface regulator, use a manifold or sub-plate as a basis, and stack them in the following order; the perfect spacer the interface regulator the valve. When a closed center valve is combined with the interface regulator s, port regulation, note that it cannot be used for intermediate stops of a cylinder because there is leakage from relief port on the regulator. 7
Series VQ7-8 Manifold Option arts Interface regulator R0-00- Main EXH back pressure check plate XT- Interface regulator R0-00- 8 6 Main EXH back pressure check plate (XT-) 80. (0) 6. (0) 8 6. (6) 0 8. (08) R E E E E R 0. 80. 8.. R E E E E R Dimensions inside ( ) are for sub-plate aperture /8 and /. Dimensions inside are for sub-plate aperture /. Throttle valve spacer XT0- Double check spacer VV7-FG Throttle valve spacer (XT0-) Double check spacer VV7-FG RIE S L O W 80. (0) 6. (8) 0 0. (80). () 0 R E E E E R 80. (0) 6 0 (0.). (00.). (.). R E E E E R Dimensions inside ( ) are for sub-plate aperture /8 and /. Dimensions inside are for sub-plate aperture /. Dimensions inside ( ) are for sub-plate aperture /8 and /. Dimensions inside are for sub-plate aperture /. 8
ISO Standard Solenoid Valve Series VQ7-8 Manifold Option arts Individual EXH spacer VV7-R-0, 0 Individual SU spacer VV7--0, 0 R/R individual EXH spacer VV7-R-0 Reverse pressure spacer XT-- Silencer box XT-6 SJ 0. 80... Individual EXH spacer VV7-R- x /8, / Individual SU spacer: VV7-- x /8, / R, R individual EXH spacer: VV7-R-0 x / Reverse pressure spacer: X-- x /8, / R E E E E R E 78 0 7. 8. Spare parts Description art no. Element XT-6- R E E E E R SY SV SYJ SZ V S0700 VQ Residual pressure release valve spacer Z- VQ VQ VQC VQZ 80. (0) 6 0. (0) 0. (8). () 06 R E E E E R SQ VFS VFR VQ7 Residual pressure release valve spacer (Z- ) Dimensions inside ( ) are for sub-plate aperture /8 and /. Dimensions inside are for sub-plate aperture /.
Series VQ7-6/VQ7-8 Manifold Option arts/mounting olt art No. VQ7-6 Mounting olt art No. Number of options Mounting bolt No. Size 0 Single stack Double stack XT6-- XT6-- XT6-- XT6-- XT6--6 XT6--7 XT6--8 XT6-- XT6--0 XT6-- XT6-- XT6-- M x with SW M x with SW M x with SW M x 60 with SW M x 6 with SW M x 70 with SW M x 7 with SW M x 0 with SW M x with SW M x 00 with SW M x 0 with SW M x with SW Option mounting diagram Throttle valve spacer () Release valve spacer () Throttle valve spacer () () () Interface regulator Throttle valve spacer () () () () Valve lanking plate Main exhaust back pressure check plate Note ) Note ) Number of options Mounting bolt Option mounting diagram No. Size XT6-- XT6--6 XT6--7 XT6--8 XT6-- M x 0 with SW M x 0 with SW M x with SW M x 0 with SW M x with SW Throttle valve spacer () () () () Throttle valve spacer Note ) Triple stack () () () () () Throttle valve spacer () () () Note ) Note ) Note ) The installation position of spacer () in the option mounting diagrams is limited only by the precautions given below. s Main EXH back pressure check plate Throttle valve spacer Release valve spacer () Individual SU spacer Individual EXH spacer R, R individual EXH spacer Reverse pressure spacer Residual pressure release valve spacer Individual SU spacer with residual pressure release valve () Interface regulator ( port regulation) Interface regulator ( port regulation) Interface regulator ( port regulation) Double check spacer Double check spacer with residual pressure release valve Note ) throttle valve spacer and double check spacer (including those with residual pressure release valve) cannot be combined. Note ) When a double check spacer (Top) (including those with residual pressure release valve) and individual EXH spacer (ottom) are combined with a R, R individual EXH spacer (ottom), be careful regarding the installation position. Note ) When an interface regulator (Top) and double check spacer (ottom) (including those with residual pressure release valve) (ottom) are combined, be careful regarding the installation position. VQ7-8 Mounting olt art No. Number of options Mounting bolt No. Size 0 Single stack Double stack XT6-- XT6-- XT6-- XT6-- XT6--6 XT6--7 XT6--8 XT6-- XT6--0 XT6-- M6 x with SW M6 x 8 with SW M6 x with SW M6 x 8 with SW M6 x 00 with SW M6 x 0 with SW M6 x with SW M6 x 0 with SW M6 x with SW M6 x 60 with SW Option mounting diagram () Interface regulator Double check spacer Interface regulator () Interface regulator Double check spacer () () () Double check spacer Valve lanking plate Main exhaust back pressure check plate Number of options Mounting bolt Option mounting diagram No. Size XT6-- XT6-- XT6-- XT6-- M6 x 6 with SW M6 x 80 with SW M6 x 8 with SW M6 x 00 with SW () () Throttle valve spacer Interface regulator Throttle valve spacer () Triple stack Double check spacer () () Interface regulator Double check spacer () s Main EXH back pressure check plate Interface regulator ( port regulation) Interface regulator ( port regulation) Interface regulator ( port regulation) Double check spacer () Individual SU spacer Individual EXH spacer R, R individual EXH spacer Reverse pressure spacer Residual pressure release valve spacer Throttle valve spacer Release valve spacer 60 Note ) throttle valve spacer and double check spacer cannot be combined. Note ) There is no limitation on the mounting position for spacer (). Note ) When a double check spacer (Top) (including those with residual pressure release valve) and individual EXH spacer (ottom) are combined with a R, R individual EXH spacer (ottom), be careful regarding the installation position. Note ) When an interface regulator (Top) and double check spacer (ottom) (including those with residual pressure release valve) (ottom) are combined, be careful regarding the installation position.
ISO Standard Solenoid Valve Series VQ7-6/VQ7-8 Exploded View of Manifold/VQ7-6 D side end plate assembly Tension bolt Manifold block assembly U side end plate assembly SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ <End late ssembly> XT0 End plate position L R, R port size 0 0 C U side D side / /8 One-touch fitting for ø <Manifold lock ssembly> Rc F G T NTF Note) It is not applicable to One-touch fittings. <Tension olt art No.> XT0 0 Stations For stations For stations For 0 stations Note) These tie-rods are solid pieces for each number of stations. VFS VFR VQ7 XT0 orting specifications Cylinder port size 0 0 C6 () C8 () C0 () Side ottom / /8 One-touch fitting for ø6 One-touch fitting for ø8 One-touch fitting for ø0 Note ) Side piping only Note ) In this manifold block assembly, the tension bolt for increasing station ( station) is included. Cylinder port location L R Rc F G T NTF L side R side Note) It is not applicable to One-touch fittings. Replacement arts (For manifold block) art no. XT0- XT0-0 XT0-- XT0- M x 8 Description O-ring O-ring late Gasket Oval countersunk head screw Material NR NR SCC NR SWRH 6
Series VQ7-6/VQ7-8 Exploded View of Manifold/VQ7-8 D side end plate assembly Manifold block assembly U side end plate assembly <End late ssembly> <Manifold lock ssembly> XT XT End plate position L R, R port size 0 06 C U side D side / / One-touch fitting for ø Rc F G T NTF Note) It is not applicable to One-touch fittings. Wiring specifications Cylinder port size 0 0 /8 / Side ottom Rc Cylinder port location L R L side R side Replacement arts (For manifold block) F T G NTF art no. Description Material XT- O-ring NR S68-0 O-ring NR S68-00 O-ring NR XT- Gasket NR XT- late SCC 6 M x 0 Oval countersunk head screw SWRH 7 XT-6- Connection fitting SCC 8 XT-6- Connection fitting SS XT-6- Hexagon socket head screw SCM 6
Series VQ7-6/VQ7-8 Specific roduct recautions e sure to read before handling. Refer to front matters 8 and for Safety Instructions and pages to 7 for // ort Solenoid Valve recautions. Warning Manual Override Operation Since connected equipment will be actuated when the manual override is operated, first confirm that conditions are safe. ush type is standard. (Tool required) ush type (Tool required) Caution Mounting of Valves Series VQ7-6 VQ7-8 Hole dia. ø7 ush down on the manual override button with a small screwdriver until it stops. (pprox.. mm) Release the screwdriver and the manual override will return. fter confirming the gasket is correctly placed under the valve, securely tighten the bolts with the proper torque shown in the table below. roper tightening torque (N m). to.7.0 to 6.0 Mounting bolt VQ7-6: M VQ7-8: M6 Caution Installation and Removal of ilot Valve Cover Installation and Removal of ilot Valve cover Removal To remove the pilot valve cover, spread the cover s hook outward about mm with a flat head screw driver, and pull the cover straight off. If it is pulled off at an angle, the pilot valve may be damaged or the protective O-ring may be scratched. Installation ut the cover back on straight without touching the pilot valve, and push it all the way until the cover s hook locks, without twisting the protective O-ring. (When pushed in, the hook opensand locks automatically.) Caution Replacement of ilot Valves Removal. Remove the sockets which are installed on the pilot valve pins by pulling them straight upward.. Remove the pilot valve mounting screws with a small screwdriver. Installation. fter confirming installation of the gasket, securely tighten the mounting screws with the proper torque shown in the table below.. ut the sockets on straight and install them securely so that the receptacle housings touch the coil surface as shown in the drawing below. If they are pushed in with excessive force, there is a danger O-ring ilot valve cover Mounting screw Socket of the sockets coming off of the receptacle housings. Confirm that the sockets do not protrude from the windows on the side of the receptacle housings. SJ SY SV SYJ SZ V S0700 VQ VQ VQ VQC VQZ SQ VFS VFR VQ7 Mounting screw M.7 x roper tightening torque (N m) 0. to 0. Coil Receptacle Window 6
Series VQ7-6/VQ7-8 Specific roduct recautions e sure to read before handling. Refer to front matters 8 and for Safety Instructions and pages to 7 for // ort Solenoid Valve recautions. Warning How to Wire DIN Terminal ISO#: DIN 60 compatible Connection. Loosen the top screw and remove the connector housing from the terminal spades on the solenoid.. Remove the housing screw and insert a screwdriver into the slot area on the underside of the DIN cap and carefully separate block and housing.. Loosen the terminal screws (slotted screws) on the terminal block, insert the core of the lead wire into the terminal in accordance with the prescribed connection method, and attach securely with the terminal screws.. Tighten the ground nut to secure the wire. Change of electrical entry (Orientation) fter separating terminal block and housing, the cord entry direction can be changed by attaching the housing in the desired direction ( directions in 0 increments). recautions ull a connector out vertically, never at an angle. pplicable cable O.D.: ø8 to ø (When you use the cord longer than ø, cut the inside of grommet along the cutout and then insert the code.) SOL. Caution Internal Wiring Specifications SOL. SOL. SOL. ~ + ~ DC: Single COM () Varistor Varistor () () DC: Double COM () Varistor Varistor () Varistor ~ + ~ () 00 VC: Single Note) Regarding the wiring for DC, coil surge voltage generated when OFF is about 60V. lease contact separately for further suppression of the coil surge voltage. () Varistor SOL. () ~ + ~ SOL. Ground nut Tightening torque: (.6 to. N m) ) Washer Grommet (Rubber) Using a re-wired Connector How to Calculate the Flow Rate Holding screw Tightening torque: ( 0. to 0.6 N m) ) Housing Terminal block Tightening torque: ( 0. to 0.8 N m) core wire round type connector (M) conforming to NEC (Nippon Electric Control Equipment Industries ssociation) standard 0 Refer to front matters to 7 for How to Calculate the Flow Rate. SOL. SOL. ~ + ~ () () 00 VC: Double Varistor ~ + ~ 00 VC or more: Single COM () Varistor () () 00 VC or more: Double Varistor ~ + ~ () () SOL. Terminal numbers in the circuits are for a DIN connector. Numbers inside ( ) are pre-wired connector pin numbers. DIN terminal wiring specifications Terminal no. : side SOL. : side SOL. : COM terminal re-wired connector wiring specifications in no. : COM. pin : side SOL. : Not in use : side SOL. 6