ISO Standard Solenoid Valve. Series VQ7-6/7-8. (Size 1) (Size 2) Conforms to ISO Standard 5599/I

Transcription

1 ISO Standard Solenoid Valve Series VQ7-6/7-8 (Size ) (Size ) Conforms to ISO Standard /I.0-

2 Ideal for driving cylinders up to Large flow capacity ø00 (VQ7-6, Size ) ø60 (VQ7-8, Size ) Nl/min VQ7-6: 668. VQ7-8: 0.80 Conforms to ISO standard /I Interfaces conform to ISO standard Size (VQ7-6) and Size (VQ7-8). High speed response and long life Interface regulator Double check spacer Double check spacer with residual pressure release valve Individual supply spacer Supply spacer with residual pressure release valve Individual exhaust spacer Series VQ7-6, I6 enclosure is dust tight and splash proof wide variety of manifold options Manifolds can be configured with a wide range of interface options to meet a variety of application requirements. (Size ) locking plate dapter plate with release valve Reverse pressure spacer R, R individual exhaust spacer Throttle valve spacer Locking cylinder adapter plate Main exhaust back pressure check plate Control unit Silencer box dopted colour tone contributes to brighter factory environments.0-

3 VQ7-8 (Size ) Lighter weight Size ( position) 0.8kg... % less Size ( position) 0.7kg... % less (Compared to previous series) Space saving profile Installation space... % reduction Installation volume... 0% reduction (Compared to previous series) Choice of metal or rubber seal increases compatibility with various operating and environmental conditions. Cylinder Speed Chart Model VQ7-6 VQ7-8 Nl/min Metal seal (Rubber seal) 7. (668.) 0.80 (0.80) Cylinder speed mm/s Cylinder bore size mm ressure 0.Ma, Load factor 0% Note) Use as a guide for selection, as cylinder speeds will vary depending on the piping equipment..0-

4 Series VQ7-6 ISO Standard Solenoid Valve Size /Single Unit How to Order Valves VQ7 6 FG S Q FG YZ FHG FJG FG FIG Optional assage symbol ()() (R)() (R) () () (R)()(R) () () (R)()(R) () () (R)()(R) () () (R)()(R) () () (R)()(R) Number of solenoids S D Single Double Options Nil N Z Coil rating Order Made Connector Nil O SC Sub plate port size Nil Seal type Nil R ort R is /8 Metal seal Rubber seal None Indicator light Indicator light with surge voltage suppressor 00VC 00VC VDC VDC Other voltage (less than 0V) Contact for other voltages () Without sub plate Side port / Side port /8 ottom port / ottom port /8 DIN terminal block (with connector) DIN terminal block (without connector) rewired connector ilot exhaust Nil V Thread Rc (T) F G (F) N NT T NTF Common exhaust Individual exhaust rotective class class I (Mark: )... DIN terminal type How to Order Sub lates E VS ort size 0 Side port / 0 Side port /8 0 ottom port / 0 ottom port /8 orts (R) and (R) are /8 Ordering source area code Code areas Japan, sia - ustralia E Europe N North merica Thread Rc (T) F G (F) N NT T NTF Specifications Type VS7--0 VS7--0 VS7--0 VS7--0 iping (), (), location () port size Side ottom iping specifications / / /8 /8 (R), (R) port size /8 /8 Weight kg 0.7

5 Series VQ7-6 Models Series ositions Model Note ) Effective area mm² (Nl/min) Note ) Response time ms Note ) Weight kg Single Metal seal VQ7-6-FG-S- 7.0 (7.) 0 or less Rubber seal VQ7-6-FG-S- R.0 (668.) or less 0.0 Double Metal seal VQ7-6-FG-D- 7.0 (7.) or less Rubber seal VQ7-6-FG-D- R.0 (668.) or less 0. VQ7-6 Closed Metal seal VQ7-6-FHG-D-. (7.0) 0 or less centre Rubber seal VQ7-6-FHG-D- R 7.0 (7.) or less 0.8 Exhaust Metal seal VQ7-6-FJG-D- 7.0 (7.) 0 or less centre Rubber seal VQ7-6-FJG-D- R.0 (668.) or less 0.8 Double Metal seal VQ7-6-FG-D- 0.0 (07.6) 0 or less check Rubber seal VQ7-6-FG-D- R 0.0 (07.6) 0 or less 0.8 ressure Metal seal VQ7-6-FIG-D- 7.0 (7.) 0 or less centre Rubber seal VQ7-6-FIG-D- R.0 (668.) or less 0.8 Note ) ort size /: Value when mounted on sub plate. 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. The value when ON for the double type. Note ) The weight without sub plate. (Sub plate: 0.7kg) position position Symbols position single () () (R) ()(R) position double (metal) () () (R) ()(R) position double (rubber) () () (R) ()(R) position closed centre () () (R) ()(R) position exhaust centre () () (R) ()(R) position double check () () (R) ()(R) position pressure centre () () Standard Specifications Valve specifications Electrical specifications Valve construction Fluid Maximum operating pressure Minimum operating pressure mbient and fluid temperature Lubrication Manual operation Impact/Vibration resistance Enclosure Rated coil voltage llowable voltage fluctuation Coil insulation type ower consumption (current) Single Double position VDC VDC 00VC 0VC 00VC 0VC Metal seal 0.Ma 0.Ma 0.Ma ir/inert gas.0ma Rubber seal 0.0Ma 0.Ma 0.0Ma 0 to 60 C Note ) to 60 C Note ) Not required ush type (tool required) 0/0 m/s² Note ) I6 (splash proof/jet proof) VDC, VDC, 00VC,0VC, 00VC, 0VC (0/60Hz) ±0% of rated voltage Class equivalent DCW (m) DCW (8m) Inrush.V (m), Holding.V (m) Inrush.V (.7m), Holding.V (.7m) Inrush.V (m), Holding.V (m) inrush.6v (.7m), Holding.6V (.7m) Note ) For low temperature, use dry air with no condensation. Note ) Impact resistance: No malfunction when tested with a drop tester in the axial direction and at a right angle to the main valve and armature, one time each in both energized and deenergized states. (initial value) Vibration resistance: No malfunction when tested with one sweep of 8. to 000Hz in the axial direction and at a right angle to the main valve and armature, one time each in both energized and deenergized states. (initial value) (R) ()(R).0-

6 Series VQ7-6 DIN Connector Type position/single : VQ7-6-FG-S Single (reverse pressure): VQ7-6-YZ-S G/ (cable ø6.8 to ø0) R R -ø6. Mounting hole -/8 (R, R) (port X) /8 ort X (E ) -/8 orts R, R /, /8 ort Manual override (port ) (port ) position/double : VQ7-6-FG-D Double (reverse pressure): VQ7-6-YZ-D position/closed centre : VQ7-6-FHG-D Exhaust centre : VQ7-6-FJG-D ressure centre : VQ7-6-FIG-D G/ (cable ø6.8 to ø0) 7 (port X) /8 ort X (E) /, /8 ort -/8 orts R, R Manual override (port ) (port ) Y (ports, ) -/8 -/, /8 (,, ) ottom port drawing /8 ort Y (E) -/, /8 orts, R R Indicator light.. -ø6. Mounting hole G/ (cable ø6.8 to ø0) 7 (port X) 7.. /8 ort X (E) /, /8 ort -/8 orts R, R Manual override (port ) (port ) R R Indicator light R R Indicator light.. -ø6. Mounting hole.. -ø6. Mounting hole.0-6

7 Series VQ7-6 rewired Connector Type position/single : VQ7-6-FG-S SC Single (reverse pressure): VQ7-6-YZ-S SC (ports, ) /8 ort Y (E) Y -/, /8 orts, (port X) /8 ort X (E) /, /8 ort 7 -/8 orts R, R R R -ø6. Mounting hole -/8 (R, R) Manual override (port ) (port ) 0 6 -/8 -/, /8 (,, ) ottom port drawing position/double : VQ7-6-FG-D- SC Double (reverse pressure): VQ7-6-YZ-D- SC position/closed centre : VQ7-6-FHG-D- SC Exhaust centre : VQ7-6-FJG-D- SC ressure centre : VQ7-6-FIG-D- SC Manual override (port ) (port ) Manual override 0 0 (port ) (port ) rewired connector (M) (L approx. 00) Indicator light R. R. -ø6. Mounting hole (port X) /8 ort X (E) /, /8 ort 7 -/8 orts R, R (port X) /8 ort X (E) /, /8 ort -/8 orts R, R 7 rewired connector (M) (L approx. 00) Indicator light R R.. -ø6. Mounting hole rewired connector (M) (L approx. 00) Indicator light R. R. -ø6. Mounting hole.0-7

8 DIN Connector 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 FHG VQ7-6- FJG -D- VQ7-6- FJG -D- R FIG FHG FIG VQ7-6-FG-D- Valve replacement parts No Description Material 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 NR XT00- Gasket NR VQ Gasket NR VQ Gasket C NR VQ O-ring NR 7 x.6 Mini Y seal NR MYN- MYN-6 ilot valve assembly VQZ0Q- Double check spacer VV7-FG FHG FHG.0-8

9 Series VQ7-6 Manifold Series VV7 How to order Manifolds E VV7 6 0R 0D Q... Stations station stations (), () port piping connection 0R 0R 0L 0L 0Y 0Y C6R C8R C0R C6L C8L C0L Note) When equipped with control unit, or stations are used for mounting. Ordering source area code Code areas Japan, sia - ustralia E Europe N North merica / (right side) /8 (right side) / (left side) /8 (left side) / (bottom) /8 (bottom) One-touch fitting ø6 (right side) One-touch fitting ø8 (right side) One-touch fitting ø0 (right side) One-touch fitting ø6 (left side) One-touch fitting ø8 (left side) One-touch fitting ø0 (left side) Mixed Note) When ports are mixed, indicate piping specifications using the instructions and manifold specification sheet. Note) Manifold sploded view, see page.0- for details. Order Made Contact for other voltages () rotective class class I (Mark: )... DIN terminal type Silencer box Nil S Without With Note) The silencer box mounting position corresponds to piping connection at ports (R) and (R). (), (R), (R) port piping connection 0D 0U 0 0D 0U 0 CD CU C Rc/ (bottom) Rc/ (top) Rc/ (both sides) Rc/8 (bottom) Rc/8 (top) Rc/8 (both sides) One-touch fitting ø (bottom) One-touch fitting ø (top) One-touch fitting ø (both sides) Mixed Note) When ports are mixed, indicate piping specifications using the instructions and manifold specification sheet. ir release valve coil rating Nil None 00VC 0Hz/60Hz 00VC 0Hz/60Hz VDC VDC Other (less than 0V) Control unit type (see pages.0-6 and.0-7 for details) Symbol Control equipment ir filter with auto drain ir filter with manual drain Regulator ir release valve ressure switch lank plate (air release valve) lank plate (filter, regulator) Number of manifold blocks required for mounting (stations) Nil M M F G C E Manifold Specifications Manifold block size ISO size pplicable solenoid valve VQ7-6 ISO size series iping specifications orts (), () iping direction Size Right, Left / /8 C6 (for ø6) C8 (for ø8) C0 (for ø0) (), (R) (R) port size / /8 C (for ø) / ottom /8 Note) When equipped with control unit, or stations are used for mounting. Stations Note) 0 stations max. Weight kg 0.n + 0. (n: Stations).0-

10 Series VQ7-6 DIN Connector Type VV7 - - n-/, / U side. R.. 6. = -/8 (pilot pressure exhaust port) R R R /8 (ports, R) L L 0 =. Manual override R. Indicator light L L R side D side (single) (double) ( position) L side ottom port drawing (n-/8) n-/, /8 (ports, ) L side D side (single) (double) ( position) R side L: Dimensions n: Stations Formula L L L = n + 6 L = n

11 Series VQ7-6 rewired Connector Type VV /8 (pilot pressure exhaust port) R R R Indicator light U side. Manual override R. L L 0 = 6 6-/8 (ports, R) (n-/8) 8 L side R side n-/, /8 (ports, ) D side (single) (double) ( position) L: Dimensions n: Stations Formula L L L = n + 6 L = n

12 Series VQ7-6 Optional Manifold arts lank plate assembly XT0- This is used by mounting it on a manifold block when a valve is removed for maintenance or when it is planned to install an additional valve in the future, etc. locking plate (for SU/EXH passages) XT0- When two or more different high pressures are supplied to one manifold, blocking plates are installed between stations having different pressures. lso, in cases such as when valve exhaust effects other stations in a circuit, blocking plates are used for exhaust at stations where the exhaust is to be separated. SU passage blocking EXH passage blocking SU/EXH passage blocking Individual SU spacer 0 VV7-- 0 C0 y mounting individual supply spacers on a manifold block, supply ports can be provided individually for each valve. locking plate (for pilot EXH passage) Z0- When a valve's pilot valve exhaust effects other valves in a circuit, blocking plates are used between stations where the pilot exhaust passages are to be separated. ' Individual EXH spacer 0 VV7-R- 0 C y mounting individual exhaust spacers on a manifold block, exhaust ports can be provided individually for each valve. (, common exhaust type) Throttle valve spacer XT0- y mounting a throttle valve spacer on a manifold block, a cylinder's speed can be controlled by throttling the exhaust. '.0-

13 Series VQ7-6 Reverse pressure spacer Residual pressure release valve spacer XT0-- VV7-R- 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. {port (R) is individual and (R) is common} 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 centre or perfect type valve. Residual pressure at ports and is exhausted individually to the outside by manual operation. ' R, R individual EXH spacer VV7-R-0 y mounting an individual exhaust spacer on a manifold block individual exhaust is possible from both R and R. { (R) and (R) are individual ports} ' Individual SU spacer with residual pressure release valve VV7-R- 0 0 This is used by mounting on a manifold block in order to stop the primary side supply pressure in an individual supply spacer, while at the same time exhausting the residual pressure on the secondary side. Stopping the supply and exhausting the residual pressure are performed by pressing the manual override, which can be locked by turning it. ' ' ' 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 locking cylinder XT0-6 When using a locking 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..0-

14 Series VQ7-6 Optional Manifold arts Silencer box VV7- - -S This can be provided as a unit on the end plate to reduce manifold exhaust noise and piping labour. 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 '.0-

15 Series VQ7-6 Double check spacer VV7-FG y combining a position exhaust centre 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 combination with a position single or double valve. Double check spacer with residual pressure release valve VV7-FGR 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. Specifications Double check spacer part no. pplicable solenoid or air operated valve Leakage cm³/min (NR) One solenoid energized (One pilot pressurized) oth solenoids unenergized (oth pilots unpressurized) VV7-FG Series VQ7-6 R R R R R R Handling precautions 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 for some air leakage, threaded piping is recommended in cases of extended intermediate cylinder stops. This spacer cannot be combined with a position closed centre valve. 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. Interface regulator R0-00- y mounting an interface regulator on a manifold block, it is possible to regulate each valve. Regulating port Regulating port Regulating port art No. reduced pressure reduced pressure reduced pressure R0-00- R0-00- R0-00- Handling precautions When combining a pressure centre 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 interface regulator, use a manifold or sub plate as a base, and assemble by stacking in the order of double check spacer, interface regulator and valve. When combining a closed centre valve and interface regulator with reduced pressure at ports and, it cannot be used for intermediate cylinder stops because of air leakage from the regulator's relief port..0-

16 Series VQ7-6 Control Units 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 (downstream pressure) 0.0 to 0.8Ma ressure switch ressure adjustment range 0. to 0.7Ma Contact ab Rated current (induction load) VC, 0VC ir release valve (single only) Operating pressure range 0. to.0ma Options lank plate Release valve adapter plate Control equipment ressure switch XT0- (for manifold) XT0-8 (for release valve adapter plate) M (for control equipment/filter regulator) M (for pressure switch) XT0-7 VW- (adapter plate, filter with auto drain cock, regulator) VW-M (adapter plate, filter with manual drain cock, regulator) IS00-X0 Manifold specification 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 types Ordering symbol Control equipment ir filter with auto drain ir filter with manual drain Regulator ir release valve ressure switch lank plate (air release valve) lank plate (filter, regulator) Number of manifold blocks required for mounting (stations) Use of control units Caution Nil M M F G C E <Construction and piping > ) The supply pressure (o) passes through the regulator with filter and is adjusted to the prescribed pressure. Next, it goes through the release valve (downstream residual pressure switching function used as normally ON) and is supplied to the manifold base side (). ) When the release valve 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 and is discharged from port R. ) The pressure switch is piped into the downstream side of the release valve. (It operates when the release valve 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. In the case of air filters with auto drain or manual drain, mount so that the air filter is at the bottom..0-6

17 Series VQ7-6 Manifold with control unit ø 8 /8 Supply port -/8 (pilot pressure exhaust port) R R R n-rc/8 6 6 n-/, /8 (ports, ) ( position) (double) 0. (single) /8 (ports R, R). Manual override L side U side R. R side 0 = L L L Indicator light Release valve 8 Control unit ressure switch (. for M) Drain port : Rc/ D side 8 L: Dimensions n: Stations Formula L L L L = n + 6 L = n + 76 L = n + (.) (8.) (0.) (.) (87.) (0.) (7.) (6.) (.) (60.) (6.) L dimensions inside ( ) are for M.0-7

18 Series VQ7-6 Manifold Options Interface regulator Residual pressure release valve spacer Z0-8 R0-00- Interface regulator R (7) 0 (77). (6.) 0. (77.) R R R Manual override 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 7. (.). (6.) 6.. (6) 6 (7) R 6 R R R R R Dimensions inside ( ) are for sub plate.0-8

19 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 VV7-FG Double check spacer with residual pressure release valve VV7-FGR n-rc/, / (6.) 0. (77.) 6 R R R 6 (7) 0 (77) R R R Individual SU spacer: VV7-- -Rc/, /8, C0 Individual EXH spacer: VV7-R- -Rc/, /8, C R, R individual EXH spacer: VV7-R-0 -Rc/8 Reverse pressure spacer: XT0-- Rc/8 (right side only) Double check spacer (VV7-FG) Double check spacer with residual pressure release valve (VV7-FGR) Dimensions inside ( ) are for sub plate Main EXH back pressure check plate XT0-7 Residual pressure release valve spacer VV7-R- Individual SU spacer with residual pressure release valve VV7-R- Main EXH back pressure check plate (TX0-7) (67.) 8. (.) 6 7 R 6 (7) (67) R R R R R Residual pressure exhaust valve spacer (VV7-R-) Individual SU spacer with residual pressure release valve (VV7-R- ) Dimensions inside ( ) are for sub plate.0-

20 Series VQ7-8 ISO Standard Solenoid Valve Size /Single Unit How to Order Valves VQ7 8 FG FG YZ FHG FJG FG FIG Optional assage symbol () () (R)()(R) () () (R) () (R) () () (R)()(R) () () (R)()(R) () () (R)()(R) () () (R)()(R) S Options Nil N Z Connector Nil O SC Sub plate port size Nil Seal type Nil R None Indicator light Metal seal Rubber seal Indicator light with surge voltage suppressor Without sub plate Side port /8 Side port / Side port / ottom port /8 ottom port / ottom port / Q DIN terminal block (with connector) DIN terminal block (without connector) rewired connector ilot exhaust Nil V Thread Rc (T) F G (F) N NT T NTF Common exhaust Individual exhaust Number of solenoids S D Single Double Coil rating 00VC 00VC VDC VDC Other voltage (less than 0V) Order Made Contact for other voltages () rotective class class I (Mark: )... DIN terminal type How to Order Sub lates E VS Ordering source area code Code areas Japan, sia - ustralia E Europe N North merica ort size Side port /8 Side port / Side port / ottom port /8 ottom port / ottom port / Thread Rc (T) F G (F) N NT T NTF Specifications iping specifications Model iping ort direction size VS7--0 VS7--0 VS7--06 VS7--0 VS7--0 VS7--06 Side ottom /8 / / /8 / / Weight kg

21 Series VQ7-8 Models Series Number of positions Models Note ) Effective area mm² (Nl/min) Note ) Response time ms Note ) Weight kg position Single Double Metal seal Rubber seal Metal seal Rubber seal VQ7-8-FG-S- VQ7-8-FG-S- R VQ7-8-FG-D- VQ7-8-FG-D- R 8.0 (0.80) 8.0 (0.80) 8.0 (0.80) 8.0 (0.80) 0 or less or less or less 0 or less VQ7-8 position Closed centre Exhaust centre Double check Metal seal Rubber seal Metal seal Rubber seal Metal seal Rubber seal 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 0. (78.0) 0. (78.0).0 (.0) 8.0 (0.80) 0.0 (.0) 0.0 (.0) or less 0 or less or less 0 or less 60 or less 60 or less ressure centre Metal seal Rubber seal VQ7-8-FIG-D- VQ7-8-FIG-D- R.0 (.0) 8.0 (0.80) or less 0 or less 0.7 Note ) ort size /8: Value when mounted on sub plate Note ) ased on JIS 87-8 (Value for supply pressure of 0.Ma, with light and surge voltage suppressor and using clean air.) Response time values will change depending on the pressure and air quality. Value when ON for double type. Note ) Weight without sub plate (Sub plate: /8, /: 0.68kg, /:.kg) Symbols position single () () Standard Specifications (R) ()(R) position double (metal) () () (R) ()(R) position double (rubber) () () (R) ()(R) position closed centre () () (R) ()(R) position exhaust centre () () (R) ()(R) position double check () () (R) ()(R) position pressure centre () () Valve specifications Electrical specifications Valve structure Fluid Maximum operating pressure Minimum operating pressure mbient and fluid temperature Lubrication Manual operation Impact/Vibration resistance Enclosure Rated coil voltage llowable voltage fluctuation Coil insulation type ower consumption (current) Single Double position VDC VDC 00VC 0VC 00VC 0VC Metal seal 0.Ma 0.Ma 0.Ma ir, Inert gas.0ma Rubber seal 0.0Ma 0.Ma 0.0Ma 0 to 60 Note ) to 60 Note ) Not required ush type (tool required) 0/0 m/s² Note ) I6 (splash proof, jet proof) VDC, VDC, 00VC, 0VC, 00VC, 0VC (0/60Hz) ±0% of rated voltage Class equivalent DCW (m) DCW (8m) Start-up.V (m), Holding.V (m) Start-up.V (.7m), Holding.V (.7m) Start-up.V (m), Holding.V (m) Start-up.6V (.7m), Holding.6V (.7m) Note ) For low temperature, use dry air with no condensation. Note ) Impact resistance: No malfunction when tested with a drop tester in the axial direction and at a right angle to the main valve and armature, one time each in both energized and deenergized states. (initial value) Vibration resistance: No malfunction when tested with one sweep of 8. to 000Hz in the axial direction and at a right angle to the main valve and armature, one time each in both energized and deenergized states. (initial value) (R) ()(R).0-

22 Series VQ7-8 DIN Connector Type position/single : VQ7-8-FG-S Single (reverse pressure) : VQ7-8-YZ-S G/ (cable ø6.8 to ø0) 8. (6) (6) () () R R -ø7. Mounting hole Y 0 () /8 ort Y (E) (0) (ports, ) 8 () -/8, /, / orts, (66) () 08. (.) 0 (6) 8 () () (0) /8 ort X (E) 0 () 0 () -/8, /, / orts R, R /8, /, / ort (0) 8 8 (0) (8) (8) ottom port drawing () 0 (6) () 6 6 () 6 (7) 7 (86) -/8 -/8, /, / (,,, R, R) (7) 6 (7) 6 (0) (port ) 6 (0) (port ) Manual override 0 6 (7) 7 (86) Indicator light R (6) R (6) -ø7. Mounting hole Dimensions inside ( ) are for / position/double : VQ7-8-FG-D Double (reverse pressure): VQ7-8-YZ-D G/ (cable ø6.8 to ø0) position/closed centre : VQ7-8-FHG-D Exaust centre : VQ7-8-FJG-D ressure centre : VQ7-8-FIG-D G/ (cable ø6.8 to ø0) (66) () 08. (.) 0 (6) Manual override 8 () () (0) /8 ort X (E) 0 () 0 () (7) 6 (7) 6 (0) (port ) 6 (0) (port ) -/8, /, / orts R, R /8, /, / ort (66) () 08. (.) 0 (6) Manual override 8 () () (0) /8 ort X (E) 0 () 0 () -/8, /, / orts R, R /8, /, / ort (7) 6 (7) 6 (0) (port ) 6 (0) (port ) 7 (86) 6 (7) (86) 6 (7) 0 8 Dimensions inside ( ) are for / R (6) R (6) Indicator light -ø7. Mounting hole R (6) R (6) Indicator light -ø7. Mounting hole Dimensions inside ( ) are for / Dimensions inside are for rubber seals.0-

23 Series VQ7-8 rewired Connector Type position/single : VQ7-8-FG-S- SC Single (reverse pressure): VQ7-8-YZ-S- SC /8 ort Y (E) Y (0) (ports, ) 8 () 8 () (0) () 0 (6) 08. (.) 8. (6) (6) () () R R 0 () -ø7. Mounting hole -/8, /, / orts, /8 ort X (E) 0 () 0 () (7) 6 (7) 6 (0) (port ) 6 (0) (port ) -/8, /, / orts R, R /8, /, / ort () 0 (6) () 6 6 () 6 (7) 7 (86) Manual override 0 6 (7) 7 (86) (0) 8 8 (0) (8) (8) ottom port drawing -/8 -/8, /, / (,,, R, R) rewired connector (M) (L approx. 00) Indicator light R (6) R (6) -ø7. Mounting hole Dimensions inside ( ) are for / position/single : VQ7-8-FG-D- SC Single (reverse pressure): VQ7-8-YZ-D- SC position/closed centre : VQ7-8-FHG-D- SC Exaust centre : VQ7-8-FJG-D- SC ressure centre: VQ7-8-FIG-D- SC 8 () /8 ort X (E) 0 () 0 () (7) 6 (7) 6 (0) (port ) 6 (0) (port ) -/8, /, / orts R, R /8, /, / ort -/8, /, / 0 () 0 () orts R, R /8, /, / ort (7) 6 (7) 6 (0) (port ) 6 (0) (port ) Manual override Manual override (7) 7 (86) (7) 7 (86) (0) () 0 (6) 08. (.) 8 () /8 ort X (E) (0) 0 (6) () 08. (.) rewired connector (M) (L approx. 00) R R rewired connector (M) Indicator light (6) (6) -ø7. (L approx. 00) Mounting hole Indicator light R (6) R (6) -ø7. Mounting hole Dimensions inside ( ) are for / Dimensions inside ( ) are for / Dimensions inside are for rubber seals.0-

24 DIN Connector Type Series VQ7-8 Construction Metal seal type VQ7-8-FG-S- Rubber seal type VQ7-8-FG-S- R VQ7-8-FG-D- VQ7-8-FG-D- R FHG VQ7-8- FJG -D- VQ7-8- FJG -D- R FIG FHG FIG VQ7-8-FG-D- Valve replacement parts No FHG FHG Description Material VQ7-8-FG-S- VQ7-8-FG-D- VQ7-8- FJG-D- VQ7-8-FG-D- VQ7-8-FG-S- R VQ7-8-FG-D- R VQ7-8- -D- R FIG FJG FIG XT0- VQ VQ VQ x.6 Gasket Gasket Gasket Gasket C O-ring Mini Y seal Mini Y seal ilot valve assembly Double check spacer NR NR NR NR NR NR NR MYN-8 MYN-6 MYN- VQZ0Q- VV7-FG

25 Series VQ7-8 Manifold Series VV7 How to Order Manifolds E VV7 6 0R 0D Q... Stations station stations (), () port connection 0R 0R 0L 0L 0Y 0Y /8 (right side) / (right side) /8 (left side) / (left side) /8 (bottom) / (bottom) Mixed Note) In case of mixed ports, indicate piping specifications using the instructions and specification sheet. Ordering source area code Code areas Japan, sia - ustralia E Europe N North merica ir release valve Nil E Silencer box Nil S Without With air release valve Without With ir release valve coil rating Nil (), (R), (R) port connection 0D 0U 0 06D 06U 06 Note) The mounting position of the silencer box corresponds to (R) and (R) port connections. / (bottom) / (top) / (both sides) / (bottom) / (top) / (both sides) Order Made None 00VC 0Hz/60Hz 00VC 0Hz/60Hz VDC VDC Other (less than 0V) Note) Manifold exploded wiew, see page.0- for details. Contact for other voltages () Manifold specifications Manifold block size ISO size pplicable solenoid valves VQ7-8 ISO size series iping specifications (), () port size /8 / (), (R) (R) port size / / Stations Max. 0 stations Weight kg 0.6n (n: stations) rotective class class I (Mark: )... DIN terminal type.0-

26 Series VQ7-8 DIN Connector Type VV /8 (pilot pressure exhaust port) R R 8 (7) 0 (.) /, / () () (-/8) ort, R, R for / only (n-/8) (7) 8 = 6 0 () n-/8, / Manual override L side 8 U side D side R. 8. (single) 7. (double) ( position) R side Indicator light 8 L L L L n-/8, / = 6 60 (7) R. R side 8 U side D side 8. (single) 7. (double) ( position) L side ottom port drawing L: Dimensions n ort, R, R L L / L L / L Formula n: stations L = 6n + 6 L = 6n + 80 n: stations L = 6n + 0 L = 6n + 06 Dimensions inside ( ) are for / Dimensions inside are for rubber seals.0-6

27 Series VQ7-8 rewired Connector Type VV /8 (pilot pressure exhaust port) 6-/, / R R 8 (7) 0 (.) () () (-/8) ort, R, R for Rc/ only (7) Indicator light Manual override 8 U side R. 8 8 = 6 n- /8, / L L (n-/8) 0 () L side D side R side (single) 7. (double) ( position) L: Dimensions n ort, R, R L L / L L / L Fomula n: stations L = 6n + 6 L = 6n + 80 n: stations L = 6n + 0 L = 6n + 06 Dimensions inside ( ) are for / Dimensions inside are for rubber seals.0-7

28 Series VQ7-8 Optional Manifold arts lank plate assembly XT- This is used by mounting it on a manifold block when a valve is removed for maintenance or when it is planned to install an additional valve in the future, etc. locking plate (for SU/EXH passages) XT-- (for SU) XT-- (for EXH) When two or more different high pressures are supplied to one manifold, blocking plates are installed between stations having different pressures. lso, in cases such as when valve exhaust effects other stations in a circuit, blocking plates are used for exhaust at stations where the exhaust is to be separated. SU passage blocking EXH passage blocking SU/EXH passage blocking Individual SU spacer 0 0 y mounting individual supply spacers on a manifold block, supply ports can be provided individually for each valve. locking plate (for pilot EXH passage) Z- When a valve's pilot valve exhaust effects other valves in a circuit, blocking plates are used between stations where the pilot exhaust passages are to be separated. ' Individual EXH spacer VV7-- VV7-R- 0 0 y mounting individual exhaust spacers on a manifold block, exhaust ports can be provided individually for each valve. (, common exhaust type) Throttle valve spacer XT0- y mounting a throttle valve spacer on a manifold block, a cylinder's speed can be controlled by throttling the exhaust. '.0-8

29 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. {port (R) is individual and (R) is common} 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. ' R, R individual EXH spacer VV7-R-0 y mounting an individual exhaust spacer on a manifold block, individual exhaust is possible from both R and R. { (R) and (R) are individual ports} dapter plate for locking cylinder XT60-6 When using a locking 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. ' ' 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).0-

30 Series VQ7-8 Optional Manifold arts Double check spacer VV7-FG y combining a position exhaust centre 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 combination with a position single or double valve. Silencer box VV7- - -S This can be provided as a unit on the end plate to reduce manifold exhaust noise and piping labour. Specifications Double check spacer part no. pplicable solenoid or air operated valve Leakage cm³/min (NR) One solenoid energized (One pilot pressurized) oth solenoids unenergized (oth pilots unpressurized) VV7-FG Series VS7-8, VS7-8 R R R R R R Interface regulator R0-00- y mounting an interface regulator on a manifold block, it is possible to regulate each valve. art No. reduced pressure R0-00- reduced pressure R0-00- reduced pressure R0-00- Regulating port Regulating port Regulating port Caution When combining a pressure centre 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 interface regulator, use a manifold or sub plate as a base, and assemble by stacking in the order of double check spacer, interface regulator and valve. When combining a closed centre valve and interface regulator with reduced pressure at ports and, it cannot be used for intermediate cylinder stops because of air leakage from the regulator's relief port..0-0

31 Series VQ7-8 Manifold Options Interface regulator R0-00- Main EXH back pressure check plate XT- Interface regulator R Main EXH back pressure check plate (XT-) 80. (0) 6. (0) 8 6. (6) 0 8. (08) R E E E E R R E E E E R Dimensions inside ( ) are for sub plate apertures /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 apertures /8 and / Dimensions inside are for sub plate aperture / Dimensions inside ( ) are for sub plate apertures /8 and / Dimensions inside are for sub plate aperture /.0-

32 Series VQ7-8 Manifold Options 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 R E E R E 78 0 R E E R E E E E Individual EXH spacer: VV7-R- -/8, / Individual SU spacer: VV7-- -/8, / R, R individual EXH spacer: VV7-R-0 -/ Reverse pressure spacer: XT-- -/8, / Residual pressure release valve spacer Z- Manual override 80. (0) 6 0. (0) 0. (8). () 06 R E E E E R Residual pressure release valve spacer (Z- ) Dimensions inside ( ) are for sub plate apertures /8 and / Dimensions inside are for sub plate aperture /.0-

33 Series VQ7-6 / VQ7-8 Manifold Options/Mounting olt art Numbers VQ7-6 mounting bolt part numbers Number of options Mounting bolt 0 Single stack Double stack art No. XT6-- XT6-- XT6-- XT6-- XT6--6 XT6--7 XT6--8 XT6-- XT6--0 XT6-- XT6-- XT6-- Size 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 Valve lank plate Main exhaust back-pressure check plate Throttle valve spacer Release valve spacer Throttle valve spacer Interface regulator Throttle valve spacer Note ) Note ) Number of options Mounting bolt Option mounting diagram art No. XT6-- XT6--6 XT6--7 XT6--8 XT6-- Size 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 Note ) Throttle valve spacer Note ) Note ) The installation position of spacer in the option mounting diagrams is limited only by the precautions given below. s Main exhaust back pressure check plate Throttle valve spacer Release valve spacer Individual supply spacer Individual exhaust spacer R, R individual exhaust spacer Reverse pressure spacer Residual pressure release valve spacer Individual supply spacer with residual pressure release valve Interface regulator ( reduced pressure) Interface regulator ( reduced pressure) Interface regulator ( reduced pressure) 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 exhaust spacer (ottom) are combined with a R, R individual exhaust 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 bolt part numbers Number of options Mounting bolt 0 Single stack Double stack art No. XT6-- XT6-- XT6-- XT6-- XT6--6 XT6--7 XT6--8 XT6-- XT6--0 XT6-- Size 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 Valve lank plate Main exhaust back pressure check plate Interface regulator Double check spacer Interface regulator Double check spacer Interface regulator Double check spacer Number of options Mounting bolt Option mounting diagram art No. XT6-- XT6-- XT6-- XT6-- Size 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 exhaust back pressure check plate Interface regulator ( reduced pressure) Interface regulator ( reduced pressure) Interface regulator ( reduced pressure) Double check spacer Individual supply spacer Individual exhaust spacer R, R individual exhaust spacer Reverse pressure spacer Residual pressure release valve spacer Throttle valve spacer Note ) throttle spacer and double check spacer cannot be combined. Note ) There is no limitation on the mounting position for spacer..0-

34 Series VQ7-6 Manifold Exploded View D side end plate assembly Tension bolt Manifold block assembly U side end plate assembly < End plate assembly > E XT0 <Tension bolt part number > XT0 End plate position L R XT0 L side R side Ordering source area code Code areas Japan, sia - ustralia E Europe N North merica < Manifold block assembly> E Wiring specification Side ottom Ordering source area code Code areas Japan, sia - ustralia E Europe N North merica, R port size 0 0 C L R / /8 ø One-touch fitting Cylinder port position Cylinder port size 0 0 C6 Note ) C8 Note ) C0 Note ) L side R side / /8 ø6 One-touch fitting ø8 One-touch fitting ø0 One-touch fitting Number of stations 0 For stations For stations For 0 stations < Manifold block replacement parts > art No. XT0- XT0-0 XT0-- XT0- M X 8 Note) These tie-rods are solid pieces for each number of stations. This manifold block assembly includes tension bolts for a single station addition. Note ) Side ported only Description O-ring O-ring late Gasket Oval countersunk head screw Qty. Material NR NR SCC NR SWRH.0-

35 Series VQ7-8 Manifold Exploded View D side end plate assembly Manifold block assembly U side end plate assembly < End plate assembly > E XT End plate position L R art No. XT- S68-0 S68-00 XT- XT- MX0 XT-6- XT-6- XT-6- L side R side, R port size Ordering source area code 0 Code areas 06 - Japan, sia ustralia C E Europe N North merica < Manifold block replacement parts> Description O-ring O-ring O-ring Gasket late Oval countersunk head screw Connection fitting Connection fitting Hexagon socket head screw / / ø One-touch fitting Qty. Material NR NR NR NR SCC SWRH <Manifold block assembly> E XT Wiring specification Side ottom Ordering source area code Code areas Japan, sia - ustralia E Europe N North merica Cylinder port position L R Cylinder port size 0 0 /8 / L side R side.0-

36 Series VQ7-6/7-8 Specific roduct recautions Warning Manual Override Operation Since connected equipment will be actuated when the manual override is operated, first confirm that conditions are safe. The push type is standard (tool required). ush type (tool required) Hole dia. ø7 ress the manual override all the way down with a small screw driver, etc. The manual override resets when released. Caution 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 opens and locks automatically.) O-ring ilot valve cover Caution Mounting Valves fter confirming installation of the gasket, securely tighten the bolts with the proper torque shown in the table below. Series VQ7-6 VQ7-8 roper tightening torque N m. to.7.0 to 6.0 Mounting bolts VQ7-6: M VQ7-8: M6 Caution Replacement of ilot Valve Removal ) Take off the sockets which are installed on the pilot valve pins by pulling them straight upward. ) Remove the pilot valve mounting screws with a small screw driver. Mounting screws 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 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. Sockets roper tightening torque N m 0.8 to. Coil Receptacle housing Window.0-6

37 Series VQ7-6/7-8 Specific roduct recautions Caution Using a DIN Connector Caution Internal Wiring Specifications ISO# : DIN 60 compatible Connections. Loosen the holding screw and pull the connector off of the solenoid valve terminal block.. fter removing the holding screw, insert a flat head screw driver, etc., into the notch at the bottom of the terminal block and pry it up, separating the terminal block and housing.. Loosen the terminal screws on the terminal block, insert the cores of the lead wires into the terminals in accordance with the connection method, and fix securely with the terminal screws.. Secure the cord by screwing in the ground nut. Changing the cord entry fter separating the terminal block and housing, the cord entry direction can be changed by attaching the housing in the desired direction ( directions at 0 intervals). recautions Insert and pull out the connector in a straight line so that it does not tilt at an angle. Compatible cable Cord outside diameter: ø6.8 to ø0 SOL. () SOL. ZNR () DC: Single COM () SOL. SOL. ZNR ZNR () () DC: Double ~ () + SOL. ~ ZNR () 00VC: Single COM ~ + () ~ + ~ ZNR ZNR ~ SOL. Holding screw () () 00VC: Double Ground nut Washer Grommet (rubber) Housing SOL. ~ + ~ ZNR 00VC or more: Double () () COM Terminal block SOL. ~ + ~ ZNR () ZNR ~ + ~ SOL. () () 00VC or more: Double Using a rewired Connector Terminal numbers in the circuits are for a DIN connector. Numbers inside ( ) are prewired connector pin numbers. wire round type connector (M) conforming to NEC (Nippon Electric Control Equipment Industries ssociation) standard 0 DIN connector wiring specification rewired connector wiring specification rewired connector (M) Terminal Nos. : side SOL. : side SOL. : COM terminal in Nos. : COM. pin : side SOL. : Not in use : side SOL..0-7

38 .0-8