ISO Standard Solenoid Valve/SIZq Rubber Seal Series VP7 6 VP7 6 FPG D VP7 6 FG D position position Single solenoid (FG-S) Double solenoids (FG-D) Reverse pressure (YZ-S) Reverse pressure (YZ-D) Closed centre (FHG-D) xhaust centre (FJG-D) Double pilot check (FPG-D) Pressure centre (FIG-D) VP7 6 FHG D Accessories With interface regulator Mounting screw (Including washer) TA-B-5 X 5 Gasket AXT500-1 Options Protection circuit Surge voltage suppressor R1/R port pressurized, Reverse pressure (1) R1=P1 pressure, R=P pressure Note1) Operate under the condition of P1>P when YZ-S is used. Interface Regulator (Options) Model ARB50-00-P ARB50-00-A ARB50-00-B Regulation port P A B VP7 6 FG S Note Refer to p.1.9- for specifications. Option Standard Specifications Fluid Pilot Valve Specifications Model Single position position Air 0.15 to 0.9 0.1 to 0.9 Operating pressure (MPa) Double position 0.15 to 0.9 Ambient and fluid temperature Max. 50 C Manual operation Non-locking lectrical entry DIN connector Lubrication Turbine oil class 1(ISO VG) Non-lube operation possible. Shock/Vibration resistance (1) 00/50m/s Note 1) Shock resistance: No malfunction resulted from the impact test using a drop impact tester. The test was performed on the axis and right angle direction of the main valve and armature, for both energized and de-energized states. Vibration resistance: No malfunction occurred in a one-sweep test between 8. and 000Hz. Test was performed at both energized and de-energized states to the axis and right angle direction of the main valve and armature. (value in the initial stage.) Part No. Rated voltage (V) Inrush current (A) (1) Holding current (A) (1) Allowable voltage (V) Coil insulation Note 1) At rated voltage No. of positions (Single) (Double) (Closed centre) (xhaust centre) (Double pilot check) (Pressure centre) Note 1) Note ) Note ) Note 4) AXT511B-1 AXT511B- AXT511B- AXT511B-4 100V AC 50/60Hz 00V AC 50/60Hz 4V DC 1V DC 0.049/0.04 0.04/0.01 0.01/0.00 0.015/0.01 0.075 0.15 85 to 110% of rated voltage Class B (10 C) or equivalent Model VP7-6-FG-S- -Q VP7-6-FG-D- -Q VP7-6-FHG-D- -Q VP7-6-FJG-D- -Q VP7-6-FPG-D- -Q VP7-6-FIG-D- -Q ffective area Max. operating (1) () () ( 1 4 with sub-plate) frequency Response time Weight (mm ) (Nl/min) (c/s) (S) (kg) 0 (169.11) 0 (169.11) 8.8 (1570.40) 8.8 (1570.40) 0 (1079.65) 0 (1079.65) [14.4 (785.)] 5 5 0.04 or less 0.04 or less 0.06 or less 0.06 or less 0.06 or less 0.06 or less 0.5 0.7 0.7 0.7 1.1 0.7 Min. operating frequency: Based on JIS B875 (once in 0 days). According to JIS B875 1975 dynamic performance test. (0.5MPa, Coil temperature: 0 C, At rated voltage, Without surge voltage suppressor) Without sub-plate. (Sub-plate: 0.7kg) [ ]: In normal position. Option 1.9-1
VP7 6 Permits Long Period Intermediate Stops. Mounting a double pilot check spacer makes it possible to keep a cylinder in the mid stroke position for a long time without influence of air leakage between spool valves. Double Pilot Check Spacer Specifications Part number Applicable solenoid valve Solenoid on one side being energized Leakage cm /min(anr) Solenoid on both sides being de-energized Characteristics of Check Valve Operating Pressure P P A B VV71-FPG VP7-6-FJG-D (xhaust center) R1 50 or less R R1 50 or less R R1 0 R Cylinder Speed and Stop Position rror VP7 6 FPG D Caution For position double pilot check valve, make sure that there is no leakage from the piping between valve and cylinder or from the fitting parts, checking it with solvent like neutral detergent solution. Leakage from sealant of cylinder should be checked. If any leakage occurs, cylinder piston may not stop at the mid position and be movable when the valve is de energized. Mid Stroke Cylinder Position Holding Circuit with Double Pilot Check Valve Note: Please note that single subplates and manifolds have changed colour from platinium silver to white as standard. Valves will remain platinium silver. Cylinder Supply Cylinder Loading ratio ø50-450 st ø80-450 st pressure 0.MPa load 5kg ø50 ø80 51% 8% 5 5 5 11 5 7 9 5 5 6 16 1.9-
How to Order VP7 6 VP7 6 FG S 1 Q FG YZ FHG Option Caution Configuration Solenoid Voltage Optional Sub-plate port size Connector S Single None Without sub-plate 1 FJG D Double N With indicator light 1 4 Ordering source area code Code areas Japan, Asia - Australia urope N North America Solenoids are connected to the male pin terminal on the DIN connector terminal block as follows. Connect to each terminal block on the connector part. Terminal 1 FPG FIG A side B side COM Ground ither+com or COM is applicable. Applicable cable Core wire effective sectional area: 0.5 to 1.5mm Cable O. D.: ø6.8 to ø10 Applicable crimp style terminal As shown below; Appropriate tightening torque of the connector part Connector fixing thread 0.5 to 0.6 Nm Terminal thread 0.5 to 0.6Nm With indicator light 4 9 Order Made 100V AC, 50/60Hz 00V AC, 50/60Hz 4V DC 1V DC Others (50V or less) Precautions DlN connector(wiring) Indicator Light/Surge Voltage Suppressor Interface Regulator Specifications Z With indicator light and surge suppressor A0 A0 B0 B0 Contact SMC for other voltages (9) Protective class class I (Mark: ) Side piping Side piping Bottom piping 8 1 4 Bottom piping 8 R port: 8 Specifications Solenoid valve max. operating press. : 0.9MPa Set within the solenoid valve operating press- Model Applicable solenoid valve Regulation port Max.operating pressure Set pressure range Ambient and fluid temp Gauge port size Weight (kg) Supply eff. area (mm ) P A S at P1=0.7MPa, P=0.5MPa P B xhaust eff. area (mm ) A A S at P=0.5MPa B B Note 1) Note ) ure range. Note ) Note 4) - F N T A ARB50 VP7-6 B 1.0MPa (1) P 0.1 to 0.8MPa () 5 to 60 () 1/8 15 16 0.55 16 16 5 18 1 11 Solenoid valve: Max. 50 C ffective area shown in the above table is the synthesized value with position (single) type. Note 5) Interface regulator: Pressurize only from P port of the base except when used with reverse pressure valve. Use the ARB10 or ARB10 model to combine a pressure center valve and the A and B port pressure reduction of an interface regulator. Use the ARB10 or ARB10 model to combine a reverse pressure valve and an interface regulator. The P port pressure reduction cannot be used. To use a double pilot check valve and an interface regulator, use a manifold or a sub-plate the standard and stack in the following order: as the double pilot check interface, an interfacer regulator, and the valve. When a closed center valve is combined with the A and B port pressure reduction of an interface regulator, it cannot be used for intermediate stops of the cylinder because of the leakage from the relief port of the regulator. 0 Thread With connector Without connector Rc(PT) G(PF) NPT NPTF Be sure to read before handling. Refer to p.0- to 0-6 for Safety Instruction and common precautions. How to Calculate Flow Rate Refer to p.0-6 for flow rate calculation. 1.9-
VP7 6 Construction Single: VP7-6-FG-S- -Q Double: VP7-6-FG-D- -Q Closed centre: VP7-6-FHG-D- -Q xhaust centre: VP7-6-FJG-D- -Q Pressure centre: VP7-6-FlG-D- -Q Double pilot check: VP7-6-FPG-D- -Q (Closed centre) Component Parts No. q w e r t y u Description Body Adapter plate Spool valve nd cover Spool spring Piston Piston ass'y Material Aluminum die cast Aluminum die cast Aluminum, NBR Aluminum die cast Stainless steel Resin Aluminum and others Replacement Parts No. i o!0!1 Description Pilot valve ass'y Gasket Sub-plate Double pilot check spacer Part No. AXT511B- AXT500-1 VS7-1- VV71-FPG Material NBR Aluminum die cast 1.9-4
VP7 6 Without Sub-Plate Single: VP7-6-FG-S-Q Double: VP7-6-FG-D-Q Closed centre: VP7-6-FHG-D-Q xhaust centre: VP7-6-FJG-D-Q Pressure centre: VP7-6-FlG-D-Q Double pilot check: VP7-6-FPG-D-Q 1.9-5
VP7 6 With Sub-plate Single: VP7-6-FG-S-Q Double: VP7-6-FG-D-Q Closed centre: VP7-6-FHG-D-Q xhaust centre: VP7-6-FJG-D-Q Pressure centre: VP7-6-FlG-D-Q Double pilot check: VP7-6-FPG-D-Q 1.9-6
VP7 6 With lnterface Regulator ARB50-00- Sub-plate: Series VS7 1 Specifications Applicable solenoid valve Sub-plate size Piping Weight ISO size 1 ISO size 1 Side piping, 1 4 8 Bottom piping, 1 4 8 0.7kg All R ports: /8 * Dimensions How to Order VS7 1 A0 Thread - F N T Rc(PT) G(PF) NPT NPTF Piping and port size A0 Side 1 4 A0 Side 8 B0 Bottom 1 4 B0 Bottom 8 R port: 8 Ordering source area code Code areas Japan, Asia - Australia urope N North America Model VS7-1-A0 VS7-1-A0 VS7-1-B0 VS7-1-B0 Piping Side Side Bottom Bottom Port size P, A, B R1, R 1 4 8 1 4 8 8 8 1.9-7
Series VP7 6 Manifold Specifications Manifold block size Applicable solenoid valve Station Piping ISO size 1 ISO size 1 series 1 to 10 stations A, B port 1 4, 8 One-touch fitting ø6, ø8, ø10 P, R1, R port 1 4, 8 One-touch fitting ø1 Individual SUP spacer W71-P- (0: 1 4, 0: C10:ø10) Individual XH spacer VV71-R- (0: 1 4, 0: 8, C1:ø1) Block plate (For multiple pressure supply) AXT50-14 Blank plate AXT50-9A Stations including control unit. (Control unit: equivalent to stations.) Series VV71 manifold provides a wide variety of functions and piping methods. Most suitable type to the operation purpose can be found in the product line- Note: Please note that single subplates and manifolds have changed colour from platinium silver to white as standard. Valves will remain platinium silver. Common xhaust Air supply and exhaust to each valve are performed with P and R ports which run through the connected manifold. This is the most popular among users. Individual xhaust Releases air individually with an individual exhaust spacer( VV71 R )on manifold block. Individual Supply Supplies P pressure individually with an individual supply spacer( VV71 P )on manifold block. Multi Level Pressure Supply Two or more different levels of pressure are supplied into one manifold. Place a block plate( AXT50 14 )among stations whose pressure levels are different. If supplying two different levels of P pressure, place it from the right/left directions of manifold. If >,useanindividualsupspacer ( VV71 P ). Bottom Piping/1/4, /8(A/B port) In case piping from the side disturbs the sight or in case there is no enough space for side piping, A/B port can be piped from the bottom of manifold. Main xhaust Back Pressure Block If the number of stations simultaneously operated is large it may cause trouble with back pressure of the main exhaust. Mounting back pressure block plate ( AXT50 7A ) makes it possible to prevent the influence of main exhaust back pressure. 1.9-8
VP7 6 How to Order (Manifold) VV71 5 0R 0D Q Stations Piping of A/B port Control unit Piping of P/R1/R port 1 1 station 0R 1 4 (Right) 0D 1 4 (Bottom) 0R 8 (Right) A 0U 1 4 (Top) 10 10 stations 0L 1 4 (Left) 0B 1 4 (Both sides) AP 0L Stations including 8 (Left) 0D 8 (Bottom) a controller eqivalent to 0Y 1 4 (Bottom) M 0U 8 (Top) two stations. 0Y 8 (Bottom) 0B 8(Both sides) MP C6R One-touch ø6 (Right) C1D One-touch ø1 (Bottom) C8R One-touch ø8 (Right) C1U One-touch ø1 (Top) One-touch ø10 (Right) F C1B One-touch ø1 (Both sides) Mixed Ordering source area code Code areas Japan, Asia - Australia urope N North America C10R C6L C8L C10L One-touch ø6 (Left) One-touch ø8 (Left) One-touch ø10 (Left) Mixed G C Note) For the mixed, put mark and indicate piping specifications separately. None Filter with auto drain, Regulator, Air release valve Filter with auto drain, Regulator, Pressure switch, Air release valve Filter with manual drain, Regulator, Air release valve Filter with manual drain, Regulator, Pressure switch, Air release valve Filter with auto drain, Regulator (Air release valve blank plate) Filter with manual drain, Regulator (Air releasing valve blank plate) Air release valve (Filter, Regulator blank plate) Air release valve Note: Manifold exploded view see page 1.9- for details. Note) For mixed, put an and indicate piping specifications separately. Rated coil voltage of air releasing valve W/o air release valve 1 100V AC, 50/60Hz 00V AC, 50/60Hz 4V DC 4 1V DC Others 9 (50V or less) Order Made Contact SMC for other voltages (9) Protective class class I (Mark: ) Manifold Control Unit Piping can be simplified by mounting control equipment like air filters, regulators, air release valve and the like to a manifold as a unit. Control units Symbol for ordering Control equipment Air filter with auto drain Air filter with manual drain Regulator Air release valve Pressure switch Blank plate (Air release valve) Blank plate (Filter, Regulator) A AP M MP F G C No. of necessary manifold blocks for mounting 1 Control Unit Specifications Air filter (With auto drain/with manual drain) Filtration 5µm Regulator Set pressure (Secondary pressure) 0.05 to 0.85MPa Pressure switch Pressure setting range 0.1 to 0.7MPa Contact structure 1ab (induced load) Rated current 15V AC A, 50V AC A Air release valve (Single only) Operating pressure range 0.15 to 0.9MPa Options Blank plate Air release valve adapter plate Controller Pressure switch AXT50-9A (For manifold) AXT50-18A (For air release valve adapter plate) MP (For controller/ Filter regulator) MP (For pressure switch) AXT50-17A VAW-A (Adapter plate/filter with auto drain cock/regulator) VAW-M(Adapter plate/ Filter with manual drain cock/regulator) IS100-0 (-M5 X 1) Manifold Circuit xample Spacer for reverse pressure Spacer for R1/R/Individual XH Interface speed control Adapter plate for lock up cylinder With interface regulator Relief Main XH. back press. proof block Silencer for pilot XH. Residual press. release valve interface Individual SUP spacer with residual press. release valve Double pilot check spacer with residual press. release valve AXT50-1A-1 ( 8 ) VV71-R-0 AXT50-A AXT50-6A P (P port regulation) ARB50-00- A (A port regulation) B (B port regulation) AXT50-7A AN110-01 VV71-R-AB VV71-PR- VV71-FPGR 0: 1 4 0: 8 1.9-9
VP7 6 Manifold Common XH. R side D side U side L side L side Bottom Piping L L1 L n 1 107 119 150 16 19 05 n: Station quation L1=4n+64, L=4n+76 4 6 48 5 79 91 6 4 7 65 77 8 408 40 9 451 46 10 494 506 1.9-10
VP7 6 Manifold Controller L: Size L n L1 L 150 97 19 40 4 6 8 5 79 46 6 469 7 65 51 8 408 555 9 451 598 10 494 641 n: Station quation L1=4n+64 L=4n+11 Interface speed control 1.9-11
ISO Standard Solenoid Valve/SIZw Rubber Seal Series VP7 8 position Single solenoid (FG-S) Double solenoid (FG-D) Reverse pressure (YZ-S) Reverse pressure (YZ-D) position Closed centre (FHG-D) xhaust centre (FJG-D) Double pilot check (FPG-D) Pressure centre (FIG-D) With interface regulator Accessories Mounting screw (washer) Gasket Option Interface Regulator (Options) Model ARB50-00-P ARB50-00-A ARB50-00-B Regulation port P A B TA-B-6 X 45 AXT510-1 Protection circuit Surge voltage suppressor R1/R port pressurized, Reverse pressure (1) R1=P1 pressure, R=P pressurization Note 1) Operate under the condition of P1>P when "YZ-S" is operated. Note Refer to p.1.9-14 for specifications. Option Standard Specifications Fluid Operating pressure (MPa) Single Double Ambient and fluid temperature Manual operation lectric entry Air position 0.15 to 0.9 position 0.1 to 0.9 position 0.15 to 0.9 Max. 50 C Non-locking DIN connector Turbine oil class 1 (ISOVG), Non-lube operation possible. Lubrication (1) Shock/Vibration resistance 00/50m/s Note 1) Shock resistance: No malfunction resulted from the impact test using a drop impact tester. The test was performed on the axis and right angle direction of the main valve and armature, for both energized and de-energized states. Vibration resistance: No malfunction occurred in a one-sweep test between 8. and 000Hz. Test was performed at both energized and de-energized states to the axis and right angle direction of the main valve and armature. (value in the initial stage.) Pilot Valve Specifications Part No. Rated voltage (V) Inrush current (A) (1) Holding current (A) (1) Allowable voltage (V) Coil insulation Model Note 1) At rated voltage No. of positions (Single) (Double) (Closed centre) (xhaust centre) (Double pilot check) (Pressure centre) Note 1) Note ) Note ) Note 4) AXT511C-1 AXT511C- AXT511C- AXT511C-4 100V AC 50/60Hz 00V AC 50/60Hz 4V DC 1V DC 0.049/0.04 0.04/0.01 0.01/0.00 0.015/0.01 0.075 0.15 85 to 110% of rated voltage Class B (10 C) or equivalent Model VP7-8-FG-S- VP7-8-FG-D- VP7-8-FHG-D- VP7-8-FJG-D- VP7-8-FPG-D- VP7-8-FIG-D- ffective area ( 8 With sub-plate) (mm )(Nl/min) 65 (5.40) 65 (5.40) 57.6 (140.80) 57.6 (140.80) 40 (159.0) 57 (111.6) [0.6 (1668.,55)] Max. operating frequency (c/s) 5 5 (1) () () Response time (S) 0.05 or less 0.05 or less 0.07 or less 0.07 or less 0.07 or less 0.07 or less Weight (kg) 0.9 1.1 1.1 1.1 1.5 1.1 Min. operating frequency: According to JIS B875 (once in 0 days). According to JIS B875-1975 dynamic performance test.(0.5mpa, Coil temperature: 0 C, At rated voltage, Without surge voltage suppressor) Without sub-plate. (Sub-plate: 0.68kg) [ ]: In normal position. Option 1.9-1
VP7 8 Permits Long Period Intermediate Stops. Mounting a double pilot check spacer makes it possible to keep a cylinder in the mid stroke position for a long time without influence of air leakage between spool valves. Double Pilot Check Spacer Specifications Part number Applicable solenoid valve Solenoid on one side being energized Leakage cm /min (ANR) Solenoid on both sides being de-energized P P A B VV7-FPG VP7-8-FJG-D (xhaust center) R1 50 or less R R1 50 or less R R1 0 R Characteristics of Check Valve Operating Pressure Check valves are operated properly as long as the cylinder side pressure is below twice as much as the P side pressure. Cylinder Speed and Stop Position rror VP7 8 FPG D Caution For position double pilot check valve, make sure that there is no leakage from the piping between valve and cylinder or from the fitting parts or so, checking it with solvent like neutral detergent solution. Leakage from sealant of cylinder should be checked. If any leakage occurs, cylinder piston may not stop at the mid position and be movable when the valve is de-energized. Mid Stroke Cylinder Position Holding Circuit with Double Pilot Check Valve Note: Please note that single subplates and manifolds have changed colour from platinium silver to white as standard. Valves will remain platinium silver. Cylinder ø50-450 st ø80-450 st Supply Cylinder pressure load Load ratio ø50 ø80 51% 8% 5 11 7 9 0.MPa 0.5 0. 0.5 5kg 5 5 5 6 16 1.9-1
VP7 8 How to Order Thread - F VP7 8 FG S 1 Q N T Rc(PT) G(PF) NPT NPTF Configuration Solenoid Voltage Optional Sub-plate port size Connector S Single 100V AC, 50/60Hz Without sub-plate FJG D Double N A0 8 FG YZ FHG FPG FIG 1 4 9 Order Made 00V AC, 50/60Hz 4V DC 1V DC Others (50 or less) Z None Indicator light Indicator light and surge suppressor Contact SMC for other voltages (9) Side piping A04 Side piping 1 A06 Side piping 4 B0 Bottom piping 8 B04 Bottom piping 1 B06 Bottom piping 4 0 With connector Without connector Option Ordering source area code Code areas Japan, Asia - Australia urope N North America Protective class class I (Mark: ) Precautions Be sure to read before handling. Refer to p.0- to 0-6 for Safety Instruction and common precautions. Caution DIN connector (Wiring) Solenoids are connected to the male pin terminal on the DIN connector terminal block as follows. Connect to each terminal block on the connector part. Terminal 1 A side B side COM Ground ither +COM or COM is applicable. Applicable cable Core wire effective sectional area: 0.5 to 1.5mm Cable O.D.: ø6.8 to ø10 Applicable crimp style terminal As shown below Appropriate tightening torque of the connector part Connector fixing thread: 0.5 to 0.6Nm Terminal thread: 0.5 to 0.6Nm 1.9-14 Indicator Light/Surge Suppressor With indicator light Interface Regulator Specifications Specifications Set within the solenoid valve operating pres- Model Applicable solenoid valve Regulation port Max. operating pressure Set pressure range Ambient and fluid temp. Gauge port size Weight (kg) Supply eff. area (mm ) P A S at P1=0.7MPa, P=0.5MPa P B xhaust eff. area (mm ) A A S at P=0.5MPa B B Note 1) 0.9MPa Note ) sure range. Note ) Note 4) A ARB50 VP7-8 B 1.0MPa (1) P 0.1 to 0.8MPa () 5 to 60 () 1/8 40 1 0.8 1 4 60 5 Solenoid valve max. operating pressure: 7 7 Solenoid valve: Max. 50 C ffective area shown in the above table is the synthesized value with position (single) type. Interface regulator: Pressurize only from P Note 5) port of the base except when used with reverse pressure valve. Use the ARB10 or ARB10 model to combine a pressure center valve and the A and B port pressure reduction of an interface regulator. Use the ARB10 or ARB10 model to combine a reverse pressure valve and an interface regulator. The P port pressure reduction cannot be used. To use a double pilot check valve and an interface regulator, use a manifold or a subplate the standard and stack in the following order: as the double pilot check interface, an interfacer regulator, and the valve. When a closed center valve is combined with the A and B port pressure reduction of an interface regulator, it cannot be used for intermediate stops of the cylinder because of the leakage from the relief port of the regulator. How to Calculate Flow Rate Refer to p.0-6 for flow rate calculation.
VP7 8 Construction Single: VP7-8-FG-S- -Q Double: VP7-8-FG-D- -Q Closed centre: VP7-8-FHG-D-D- -Q xhaust centre: VP7-8-FJG-D- -Q Pressure centre: VP7-8-FlG-D- -Q Double pilot check: VP7-8-FPG-D- -Q (Closed centre) Component Parts No. q w e r t Description Body Adapter plate Spool ass'y nd cover Spool spring Material Aluminum die cast Aluminum die cast Aluminum, NBR, etc. Aluminum die cast Stainless steel Replacement Parts No. y u i o Description Pilot valve ass'y Gasket Sub-plate Double pilot check spacer Part No. AXT511C- AXT510-1 VS7-- VV71-FPG Material NBR Aluminum 1.9-15
VP7 8 Without Sub-plate Single: VP7-8-FG-S-Q Double: VP7-8-FG-D-Q Closed centre: VP7-8-FHG-D-Q xhaust centre: VP7-8-FJG-D-Q Pressure centre: VP7-8-FlG-D-Q Double pilot check: VP7-8-FPG-D-Q 1.9-16
VP7 8 With Sub-plate Single: VP7-8-FG-S-Q Double: VP7-8-FG-D-Q Closed centre: VP7-8-FHG-D-Q xhaust centre: VP7-8-FJG-D-Q Pressure centre: VP7-8-FlG-D-Q Double pilot check: VP7-8-FPG-D-Q 1.9-17
VP7 8 With Interface Regulator ARB50-00- P port regulation A port regulation B port regulation Sub plate: Series VS7 Specifications Applicable solenoid valve Sub-plate size Piping Weight ISO size ISO size Side piping: 8 1, 4 Bottom piping: 8 1, 4 0.68 ( 8, 1 ) 1.9 ( 4 ) Dimensions How to Order Note: Please note that single subplates and manifolds have changed colour from platinium silver to white as standard. Valves will remain platinium silver. Piping Port size A B C D F G H J K L M N O P Q R S T U V W X Y VS7--A0 Side A04 8, 1 11 15.5 75 98 6 VS7--B0 Bottom B04 VS7--A06 Side 4 14 0.5 86 18 7 VS7--B06 Bottom 4-M6, 1 Deep 4-M6, 1 Deep 0 50 49 4 1 6 88 10 16 1 16 47.5 10 8 16 4 6 6 4 0 55 4 40 116 11 16 60 11 5 0 0 1.9-18
SeriesVP7 8 Manifold Specifications Manifold block size Applicable Solenoid valve Stations Piping Individual SUP Spacer Individual XH Spacer Blank plate A/B port P/R1/R port Block plate (For multiple pressure supply) ISO size ISO size series 1 to 10 stations 8 1 1 4 8 1 VV7-P- (0:, 04: ) VV7-R- (0: 8, 04: 1 ) AXT51-14-1A(For P port) AXT51-14-A(For R1/R port) AXT51-9A VV7 manifold gives a wide variety of functions and piping methods. Most suitable type for the operation can be found in the product line up. Common xhaust Air supply and exhaust to each valve are performed with P and R ports which runs through the connected manifold. Individual xhaust R ports are independent for each valves. Releases air individually with an individual exhaust spacer ( VV7-R ) on manifold block. Note: Please note that single subplates and manifolds have changed colour from platinium silver to white as standard. Valves will remain platinium silver. Individual Supply Supplies P pressure individually with an individual supply spacer( VV7-P )on manifold block. V Type Type that valves of different body sizes can be combined. (Adapter plate: VV7 V 1) Main xhaust Back Pressure Block If the number of stations simultaneously operated is large it may cause a trouble with back pressure of the main exhaust. Mounting back pressure block plate ( AXT51 5A )makes it possible to prevent the influence of main exhaust back pressure. Multi Level Pressure Supply Two or more different levels of pressure are supplied into one manifold. Place a block plate( AXT51 14 1A ) among stations whose pressure levels are different. If supplying two different levels of P pressure, place it from the right/left directions of manifold. If more than two, use an Individual SUP spacer( VV7 P ). Bottom Piping (/8, 1/) In case piping from the side obstructs view the sight or in case there is not enough space for side piping A/B port can be piped from the bottom of manifold. 1.9-19
VP7 8 How to Order VV7 5 0R 04D Q Stations 1 1 station 10 10 stations Ordering source area code Code - N areas Japan, Asia Australia urope North America A/B port piping 0R 8 (Right) 04R 1 (Right) 0L 8 (Left) 04L 1 (Left) 0Y 8 (Bottom) 04Y 1 (Bottom) Mixed If mixed piping is desired, write and indicate piping specifications separately. Air release valve None With air release valve 04D 04U 04B 06D 06U 06B P/R1/R port piping 1 (Bottom) 1 (Top) 1 (Both sides) 4 (Bottom) 4 (Top) 4 (Both sides) Note: Manifold exploded view see page 1.9-4 for details. Rated voltage of coil of air release valve W/o air releasing valve 1 100V AC 50/60Hz 00V AC 50/60Hz 4V DC 4 1V DC Others 9 (50V or less) Order Made Contact SMC for other voltages (9) Protective class class I (Mark: ) Options Blank plate Air release valve adapter plate With interface regulator Relief Spacer for reverse pressure Spacer for R1/R individual XH. Interface speed control Main XH. back pressure block plate Silencer for pilot XH. AXT51-9A AXT51-18A AXT51-17A P(P regulation) ARB50-00- A(A regulation) B(B regulation) AXT51-19A-1( 8 ) AXT51-19A-( 1 ) VV7-R-04 AXT510-A AXT51-5A AN110-01 For air releasing valve adapter plate 1.9-0
VP7 8 Manifold Common XH Size in : /4 Size 1 4 L L1 n 1 10 16 176 19 0 18 4 5 6 7 8 9 10 quation 88 44 400 456 51 568 64 n: Station L1=56n+64 48 04 60 416 47 58 584 640 L=56n+80 58 14 70 46 48 58 594 650 n: Station L L1 146 L 16 74 0 86 44 498 554 610 666 L1=56n+90 L=56n+106 1.9-1
VP7 8 Manifold V Type Size in : /4 Interface speed control Size 1 4 L L1 n 1 10 16 176 19 0 18 Interface Regulator 4 5 6 7 8 9 10 quation 88 44 400 456 51 568 64 n: Station L1=56n+64 48 04 60 416 47 58 584 640 L=56n+80 58 14 70 46 48 58 594 650 n: Station L L1 146 L 16 74 0 86 44 498 554 610 666 L1=56n+90 L=56n+106 Bottom piping Size in : /4 1.9-
Manifold xploded View VP7-6 VP7 6 D side end plate assembly Tension bolt Manifold block assembly U side end plate assembly < nd plate assembly > AXT50 A <Tension bolt part number > AXT50 4 nd plate position L R AXT50 L side R side P, R port size Ordering source area code 0 Code areas 0 - Japan, Asia C1 Australia urope N North America < Manifold block assembly> 1A Wiring specification A B Side Bottom Ordering source area code Code areas Japan, Asia - Australia urope N North America 1/4 /8 ø1 One-touch fitting Cylinder port position L R Cylinder port size 0 0 C6 Note 1) C8 Note 1) C10 Note 1) L side R side 1/4 /8 ø6 One-touch fitting ø8 One-touch fitting ø10 One-touch fitting Number of stations For stations For stations 10 For 10 stations 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 1) Side ported only < Manifold block replacement parts > Part No. AXT50-19 AXT50-0 AXT50-- AXT50-1 M4 X 8 Description O-ring O-ring Plate Gasket Oval countersunk head screw Qty. 4 1 1 Material NBR NBR SPCC NBR SWRH 1.9-
VP7 8 Manifold xploded View VP7-8 D side end plate assembly Manifold block assembly U side end plate assembly < nd plate assembly > AXT51 nd plate position L R L side R side A Ordering source area code Code areas Japan, Asia - Australia urope N North America P, R port size 04 06 C1 < Manifold block replacement parts> Part No. AXT51-1 AS568-0 AS568-00 AXT51-5 AXT51-4 M4X10 AXT51-6-1 AXT51-6-4 AXT51-6- 1.9-4 Description O-ring O-ring O-ring Gasket Plate Oval countersunk head screw Connection fitting A Connection fitting B Hexagon socket head screw 1/ /4 ø1 One-touch fitting Qty. 1 1 1 Material NBR NBR NBR NBR SPCC SWRH <Manifold block assembly> AXT51 1A Wiring specification A B Side Bottom Ordering source area code Code areas Japan, Asia - Australia urope N North America Cylinder port position L R Cylinder port size 0 04 /8 1/ L side R side