Power Valve: Regulator Valve. Specifications. Model VEX Operation type Fluid Max. operating pressure Set pressure Air operated.

Power Valve: Regulator Valve Series 1 Large capacity relief regulator Rapid tank internal pressure setting, air blow, constant pressure supply and driving, balance and driving, steps directional control setting and multiple steps pressure control Air operated Specifications 110-01 0 Operation type Fluid Max. operating pressure Set pressure Air operated range Solenoid Ambient and fluid temp. Hysteresis Repeatability Sensitivity Mounting Lubrication Port 01 1(P) Port size (A) 1 8 3(R) Mass (kg) Air operated Solenoid 0.1 0. Pilot Solenoid Valve Specifications 10-01 0 130-0 04 03 150-06 170-10 1 190-14 0 04 10 Air operated, External pilot solenoid Air 1.0 MPa 0.05 to 0.9 MPa 0.05 to 0.7 MPa 0.05 to 0.9 MPa 0 to 50 C (Air operated: 0 to 60 C) No condensation 0.03 MPa 0.01 MPa 0.01 MPa Free Not required (Use turbine oil Class 1 ISO VG3, if lubricated.) 0 01 0 0 03 04 04 06 10 10 1 14 1 4 1 8 0. 0.3 1 4 1101 / 101 / 1301 1501 / 1701 / 1901 Pilot valve VK334- VO307- Electrical entry Grommet, DlN terminal Grommet, Grommet terminal, Conduit terminal, DIN terminal Coil rated voltage (V) AC(50/60Hz) DC V, 110V, 00V, 0V, 40V 6V, 1V, 4V, 48V Allowable voltage ±10% of rated voltage 15 to +10% of rated voltage Apparent AC Inrush 9.5VA/50Hz, 8VA/60Hz 1.7VA(50Hz), 10.7VA(60Hz) Holding 7VA/50Hz, 5VA/60Hz 7.6VA(50Hz), 5.4VA(60Hz) power DC 4 W (Without indicator light), 4.3 W (With indicator light) 4.8 W (Without indicator light), 5 W (With indicator light) Manual override Non-locking push type 0.4 0.5 Note) Non-lubricated specifications are not available for this product. 1 4 3 8 1 1 3 4 1.3 1.4 1 1 1 1 4 1.9.0 1 1 4 1 1 3.9 4.0 0 JIS Symbol Air operated External pilot solenoid External pilot solenoid Option Description Bracket (With bolt and washer) Pressure gauge Note) B F G Part no. 110-01 0 10-01 0 130-0 04 03 150-06 170-10 1 190-14 0 04 10 1-18-1A 3-3A 5-3A 7-3A 9-3A 1-18-A G7-10-01 G36-10-01 G46-10-01 Note) When requiring a gauge different than that mentioned above, specify the model number. Option is packed with it. (Refer to Best Pneumatics No. 6.) Example: 1300-03 G36-4-01 1946

Power Valve: Regulator Valve Series 1 Regulator valve How to Order 1 3 0 1 03 D B Operation type 0 Air operated 1 External pilot solenoid Thread type Nil Rc F G N NPT T NPTF Rated voltage (Only with solenoid) 1 VAC (50/60 Hz) 00 VAC (50/60 Hz) 3 110 VAC (50/60 Hz) 4 0 VAC (50/60 Hz) 5 4 VAC 6 1 VAC 7 40 VAC (50/60 Hz) 9 Other Option Option Nil B Bracket F Foot (110 only) G Gauge Sub-plate and gasket part no. Sub-plate When specifying more than one option, combine symbols alphabeticaly. Light/Surge voltage suppressor (Only with solenoid) Nil S With surge voltage suppressor (For grommet only) Z With light/surge voltage suppressor (Except grommet) 1 9 1 P Port size Symbol Port size A 1/8 B 1/4 Base gasket 1 11 Thread type Symbol Thread type Nil Rc F G N NPT T NPTF Body size Port size Electrical entry (Only with solenoid) Body size Body ported Base mounted Port Port size 1(P), (A) 3(R) 1 01 1 8 1 8 0 1 4 1 4 0 1 4 1 4 3 03 3 8 3 8 04 1 1 04 1 1 5 06 3 4 3 4 10 1 1 7 10 1 1 1 1 4 1 1 4 9 14 1 1 0 Nil Without sub-plate 01 1 8 1 8 0 1 4 1 4 G H D DO G H E T D G H D DO Electrical entry Grommet (Lead wire length 300 mm) Grommet (Lead wire length 600 mm) DIN terminal DIN terminal (Without connector) Grommet (Lead wire length 300 mm) Grommet (Lead wire length 600 mm) Grommet terminal Conduit terminal DIN terminal Grommet (Lead wire length 300 mm) Grommet (Lead wire length 600 mm) DIN terminal DIN terminal (Without connector) Caution Refer to front matters 58 and 59 for Safety Instructions and pages 3 to 7 for 3/4/5 Port Solenoid Valve Precautions. 1947

Series 1 Application Example 1. Relief regulator (Rapid tank internal pressure setting) (Relieving type regulator e.g. AR000) 5. steps directional control setting Relieving type diaphragm regulator Large exhaust capacity. Silencer is easy to connect.. Air blow (As port directional control regulator valve) (AR000, etc.) 3 VALVES IN ONE A simple main system is ensured. Remotely controlled by compact pilot system. 6. Multiple steps pressure control (Toward stepless control) Air motor, etc. External pilot port solenoid valve (For on/off operation) Diaphragm regulator (For pressure setting) Solenoid on/off operation controls the air flow. Setting can be changed by remote control. (Remote control) 3. Constant pressure supply and driving (As 3 port directional control regulator valve) Note) The pressure is about 0.01 MPa when OFF because of leakage. The main driving system is simple consisting of one 1 only. Remotely controlled by compact pilot system. Throttle Electropneumatic regulator (Solenoid valve) (Regulator) Actuator s appropriate pressure control saves energy (Air). Steplessly and remotely controlled by electric signals. Flexibile pressure control for welders. 4. Balance and driving (External pilot (Relieving type solenoid valve) regulator) Actuator driving system becomes simple. The large capacity relief valve rapidly responds and sets the balance pressure. Solenoid on/off operation drives the cylinder. Common exhaust. Caution Caution When the outlet side capacity is small, install a speed controller AS000, in the pilot pipe to lower the pilot pressure for vibration prevention. (Meter-in) ((5) steps directional control setting, (6) multiple steps pressure control setting) Relieving type regulator such as AR000, etc. should be used as pilot regulator in the application.(when the non-relieving type is used, pressure cannot be changed from high to low.) A sensitive regulator such as the ARP3000, etc. should be used as a pilot regulator on the low pressure side, particularly with 5. steps directional control setting and 6. multipje steps pressure control. (Using a non-sensitive regulator may cause unstable pressure.) 1948

Power Valve: Regulator Valve Series 1 Flow Characteristics 110 / 10 Port (A) pressure (MPa) Port 1 (P) pressure 1.0 MPa 190 Port (A) pressure (MPa) Port 1 (P) pressure 1.0 MPa 130 (Relief exhaust) Air flow rate (Reduced pressure supply) (Relief exhaust) Air flow rate (Reduced pressure supply) Port (A) pressure (MPa) Port 1 (P) pressure 1.0 MPa Setting Pressure Characteristics Port P1 pressure is set according to port (A) pressure. 0.9 0.8 0.7 150 (Relief exhaust) Air flow rate (Reduced pressure supply) Port (A) Port 1 (P) pressure (MPa) pressure 1.0 MPa Port (A) presure (MPa) 0.6 0.5 0.4 0.3 0. 0.1 0 0.1 0. 0.3 0.4 0.5 0.6 0.7 0.8 0.9 Port P1 pressure (MPa) 170 (Relief exhaust) Air flow rate (Reduced pressure supply) Port (A) pressure (MPa) Port 1 (P) pressure 1.0 MPa External Pilot Piping 110 10 130 150 Port (A) side 170 190 (Relief exhaust) Air flow rate (Reduced pressure supply) Port 1 (P), 3 (R) side Port (A) side Port 1 (P), 3 (R) side Port 1 00 1 01 P1 External pilot External pilot P (1) Pilot exhaust Note 1) Port P is not compatible with 1 00. Note ) A Silencer is mounted to port P for 1 01 as a standard. For the steps directional control and multiple steps pressure control setting, use the product after removing a silencer. Port 1 (P) side 1949

Series 1 Pressure Characteristics Shows the outlet pressure (Port (A)) change against the inlet pressure (Port 1(p)) change. They conform to JIS B 837 (Air pressure regulator). 110 / 10 Port (A) presure (MPa) Set point 190 Port (A) presure (MPa) Set point Port 1 (P) pressure (MPa) 130 Port 1 (P) pressure (MPa) Relief Time 1. Relief time from 0.5 MPa to 0.1 MPa Port (A) presure (MPa) Set point Relief time (S) Port 1 (P) pressure (MPa) 150 Port (A) presure (MPa) Set point Tank size (l). Relief time from 0 l tank 170 Port 1 (P) pressure (MPa) Pressure (MPa) Port (A) presure (MPa) 1950 Port 1 (P) pressure (MPa) Set point 3. Relief time from an arbitrary pressure [Example] 1500 lowers 000 l tank from 0.4 MPa to 0.1 MPa: a) In graph. Initial pressure Desired low pressure Relief time From above, the relief time is 6 3 = 3 s Relief time (S) b) The relief time for the 000 l tank is found by conversion as shown below. Tank capacity t = x 0 000 = x 3 0 = 46 The result is 46 s. Relief time that is read

Power Valve: Regulator Valve Series 1 Construction/Working Principle/Component Parts (1) When Port (A) pressure is high Relief exhausting () Setting pressure condition (3) When Port (A) pressure is low Pressure reducing supply The balance between the acting force F1 of the pilot pressure (port P1) over the upper surface of the pressure regulating piston 3 and the acting force F of the pressure at port (A) leading to a space under the piston through the feed back flow root closes a couple of poppet valves 6 and sets port (A) pressure that corresponds to port P1 pressure. The poppet valves are backed up by spring 4 - in the pressure balance structure by means of port (A) pressure. (DRW ()) When port (A) pressure exceeds port P1 pressure, F becomes larger than F1, and the pressure regulating piston moves upward, opening the upper poppet valves. Thus air is released from port (A) to port 3 (R) (DRW (1)). When port (A) pressure lowers enough to restore the balance with port P1 pressurs, the regulator valve returns again to the DRW () condition. When port (A) pressure is lower than port P1 pressure, F1 becomes larger than F, and the pressure regulating piston moves downwards, opening the lower poppet valves. Thus air is supplied from port P1 to port (A) (DRW (3)). When port (A) pressure rises enough to restore the balance with port P1 pressure, the regulator valve returns again to the DRW () condition. (Air operated) 1 Manual override Port P1 (Air operated) 1300/1500/1700/1900 Feedback Port P1 Port 3 (R) Port (A) Feedback Port 1 (P) Port 3 (R) (Air operated) Feedback Port 1 (P) Port (A) Port 1 (P) Manual override End cover Sub-plate Port 1 (P) Port 3 (R) Port (A) No. Description Material 1 3 Body Cover Regulation piston Aluminum alloy casted Aluminum alloy casted Aluminum alloy 4 Spring Stainless steel 5 Valve guide Aluminum alloy 6 Poppet valve Aluminum alloy, Rubber 7 Shaft Stainless steel 8 Valve guide Aluminum alloy 1951

Series 1 Dimensions Air operated: 1 External pilot solenoid: 1101 78.5 (DIN terminal) Manual override 60 (Air operated) Pressure gauge (Option) Silencer (For 1101 only) 88.5 (Grommet) 84.5 Lead wire length 300 (Grommet: G) 118.5 (DIN connector) Applicable cable O.D ø3.5 to ø7 Manual override M5 x 0.8 B: Bracket F: Foot 3 x 1/8, 1/4 Air operated x ø4.5 (Mounting thread) x M3 x 0.5 (Mounting hole) 4 x ø4.5 (Mounting hole) Air operated: External pilot solenoid: 101 118.5 (DIN terminal) Manual override x ø4.5 (Mounting hole) Pressure gauge (Option) M5 x 0.8 Applicable cable O.D ø3.5 to ø7 300 103 (DIN terminal) 87 (Grommet) Manual override Port P Silencer (For 101 only) Air operated 3 x 1/8, 1/4 195

Power Valve: Regulator Valve Series 1 Dimensions Air operated: 1300 External pilot solenoid: 1301 (Silencer) Silencer 1301 only 78 (Air operated) Pressure gauge (Option) 78.5 (DIN terminal) G: Grommet 300 (Lead wire length) Silencer 1301 only Applicable cable O.D ø3.5 to ø7 D: DIN terminal Manual override Bracket (Option) (Bracket mounting hole) 4 x M5 x 0.8 x 8 (Bracket mounting thread) 3 x 1 /4, 3 /8, 1 / Air operated: 1500 External pilot solenoid: 1501 Bracket (Option) Pressure gauge (Option) DIN terminal (D) Conduit terminal (T) Grommet terminal (E) 179.5 (Conduit terminal) 166 (Grommet terminal) 141 (Grommet) Grommet (G) 191 (DIN terminal) 107 (Air operated) Silencer (1501 only) x M6 x 1 x 9 (Bracket mounting thread) x ø9 (Mounting hole) 3 x 1 /, 3 /4, 1 1953

Series 1 Dimensions Air operated: 1700 External pilot solenoid: 1701 Bracket (Option) Conduit terminal (T) Grommet terminal (E) Pressure gauge (Option) G46-10-01 DIN terminal (D) Grommet (G) Manual override 157 (Grommet) 18 (Grommet terminal) 195 (Conduit terminal) 07 (DIN terminal) 13 (Air operated) Silencer (1701 only) 4 x M6 x 1 x 6 (Bracket mounting thread) x ø9 (Mounting hole) x 1, 1 /4 Air operated: 1900 External pilot solenoid: 1901 Bracket (Option) Pressure gauge (Option) G46-10-01 Conduit terminal (T) Grommet terminal (E) Grommet (G) Manual override DIN terminal (D) Silencer (1901 only) 47 (Conduit terminal) 33.5 (Grommet terminal) 08.5 (Grommet) 57 (DIN terminal) 175 (Air operated) 4 x M6 x 1 x 1 (Bracket mounting thread) 4 x ø7 (Mounting hole) x 1 1 /, 1954

Series 1 Manifold Specifications External Pilot Piping Type Air External pilot Valve port operated solenoid valve Applicable valve 101 P1 External pilot External pilot P Note) Pilot exhaust Note) Port P is not available for Specifications Valve stations to 8 (1) Port specifications Common SUP, EXH Port size (Port 1 (P), (A), 3 (R)) Rc, NPTF, G, NPT 1 4 Applicable valve /101 () Applicable blanking plate 1-17 (With gasket and bolts) Note 1) If there are more than 5 stations, apply pressure from port 1(P) on both sides and exhaust from port 3 (R) on both sides. Note ) (air operated) and 101 (external pilot solenoid) are both individual external pilot type. The port P1 on the valve is used as a pilot port, but not the P1 hole on the manifold base. How to Order Series 1 Manifold V 1 6 Valve stations stations 8 8 stations 0 Thread type Nil Rc F G N NPT T NPTF P, A, R port size 0 1 4 How to Order Manifold Specify the part numbers for the regulator valve and blanking plates starting from the left of manifold base (After making the port (A) face the front). (Ex.) V-1-5-0N 1 5 station manifold base, Port thread NPT 101-5DOZ-G 4 Regulator valve, External pilot solenoid valve, 4 VDC, DIN terminal (without connector), with light/surge voltage suppressor, Option with pressure gauge Note) 1-17 1 Blanking plate Note) In the case of manifold, pressure gauge: G7-10-01 only (O.D. ø6) Dimensions V-1-1- Station -0 Manual override Non-locking push M5 x 0.8 (P1, P) x ø6.5 Mounting hole Pressure gauge (Option) G7-10-01 Mounting example Pilot port Port 1 (P): 1/4 Exhaust port n x port (A): 1/4 Port 3 (R): 1/4 L L1 L n 91 76 3 1 107 4 153 138 5 184 169 6 15 00 7 46 31 8 77 6 n: Station Formula L1 = 31 x n + 9 L = 31 x n + 14 1955

1956

Power Valve: 3 Position Valve Series 3 Realize a variety of circuits using simple components. Conventional system configuration Intermediate and emergency stops of large-sized cylinders Intermediate and emergency cylinder stops The 3 position closed center valve produces a simple and large capacity system. There were not many suitable large capacity 5 support valves available with a 3 position closed center. There were not many suitable -port valves for stopping. System configuration when using A large capacity system without connection loss. = 1 1 0.71 (Valves and piping can be made smaller.) ) ( ) ( ) ( Terminal deceleration and an intermediate speed change circuit can be produced easily. The simple system configuration permits sharp response. The large capacity system configuration without connection loss allows the use of smaller valves and piping. For example, when solenoid (b) of valve (A) is turned off while the cylinder is extending, the exhaust port closes and cylinder movement decelerates. = 1 1 1 0.58 (Emergency stop valve) )( )( )( )( Vacuum suction and release The 3 port, 3 position double solenoid that permits vacuum suction, release, and suspension (closed) is ideal for a system where many valves are used. Suction filter Vacuum pad Vacuum pump Pressurized air (A) (Speed change valve) (Switching valve) Universal porting could be used as a selector/ divider valve The pressure balancing poppet valve that permits any flow direction allows sequential switching operation, preventing blow by and air entrainment. Two-stage directional control selection Direction divider Stroke Stroke Time Time There is no blow-by when switched from vacuum suction to vacuum release or vice versa. Caution When maintaining the vacuum of port (A), the vacuum may decrease due to leakage from the vacuum pad or piping. Conduct vacuum suction at the vacuum adsorption position. Furthermore, it cannot be used as an emergency cutoff valve. For operation control of double acting cylinders Two power valves driven by a double acting cylinder allows operation control in 9 positions (3 positions x 3 positions = 9 positions) including slow stopping, acceleration, and deceleration. 3 x 3 = 9 positions 3 7 1 5 9 4 6 8 Reciprocation Pressure center Closed center Exhaust center Pressure & closed center Exhaust & closed center Slow stopping or decelaration Caution This valve is not a non-leak specification, and thus cannot be used for long term intermediate stops or emergency stops. 1957

Series 3 Cylinder Speed Chart Please assume the chart is offered as the guideline. For details about various each condition, please make use of SMC Selection Software and then decide it. Bore size Average Series MB, CA Series CS1/CS System velocity Pressure 0.5 MPa, Load factor 50% Pressure 0.5 MPa, Load factor 50% (mm/s) Cylinder stroke 500 mm Cylinder stroke 300 mm ø40 ø50 ø63 ø80 ø ø15 ø140 ø160 ø180 ø00 ø50 ø300 A B C D E 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 Vertically upward movement Horizontal movement F 0 900 800 700 600 500 400 300 00 0 When the cylinder is extended, the speed controller is metered-out, is connected with the cylinder directly, and its needle is fully open. Values on the average velocity of a cylinder are obtained from the stroke length divided by full stroke time. Load proportion is ((load weight x 9.8)/theoretical force) x % 1958

Power Valve: 3 Position Valve Series 3 Bore size Average Series MB, CA Series CS1/CS System velocity Pressure 0.5 MPa, Load factor 50% Pressure 0.5 MPa, Load factor 50% (mm/s) Cylinder stroke 500 mm Cylinder stroke 300 mm ø40 ø50 ø63 ø80 ø ø15 ø140 ø160 ø180 ø00 ø50 ø300 G H I J 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 Vertically upward movement Horizontal movement K 0 System A B C D E F G H I J K 900 800 700 600 500 400 300 00 0 When the cylinder is extended, the speed controller is metered-out, is connected with the cylinder directly, and its needle is fully open. Values on the average velocity of a cylinder are obtained from the stroke length divided by full stroke time. Load proportion is ((load weight x 9.8)/theoretical force) x % Conditions of Speed Chart Solenoid valve 3 1-0 3 3 4-03 04 350-04 06 10 370-10 1 390-14 0 Speed controller AS4000-0 AS40-03 AS40-04 AS40-04 AS500-06 AS600-10 AS600-10 AS800-1 AS900-14 AS900-0 Silencer AN00-0 AN300-03 AN400-04 AN400-04 AN500-06 AN600-10 AN600-10 AN700-1 AN800-14 AN900-0 Tubing diameter x Length ø10 x 1 m ø1 x 1 m ø1 x 1 m SGP15A x 1 m SGP15A x 1 m SGP0A x 1 m SGP5A x 1 m SGP5A x 1 m SGP3A x 1 m SGP40A x 1 m SGP50A x 1 m 1959

Series 3 How to Order Body size Port size Body size 1 01 Port size 1 8 Port 0 1 (P), (A) 1 4 3 (R) 3 50 0 03 04 04 06 10 1 4 3 8 1 1 3 4 1 70 10 1 1 11 4 11 4 90 14 11 4 0 Electrical entry (Only with solenoid) Body size Symbol Electrical entry G Grommet, Lead wire length 300 mm 1 Note) 3 50 70 90 H L LN LO M MN MO D DO G H E T D Grommet, Lead wire length 600 mm L plug connector, lead wire length 300 mm L plug connector, without lead wire L plug connector, without connector M plug connector, lead wire length 300 mm M plug connector, without lead wire M plug connector, without connector DIN terminal DIN terminal, without connector Grommet, Lead wire length 300 mm Grommet, Lead wire length 600 mm Grommet terminal Conduit terminal DIN terminal Body ported 3 1 0 01 5 D B Base mounted 3 0 01 5 D B 0 1 Operation type Body size Port size Body size Port size Port 1 (P), (A) 3 (R) Nil Without sub-plate 01 0 Nil 1 8 1 4 Without sub-plate 4 0 1 4 03 3 8 04 1 Sub-plate and base gasket part no. Valve size Air operated External pilot solenoid Internal pilot solenoid 1 3 4 5 6 7 9 Thread type Nil Rc F G N NPT T NPTF Rated voltage (Only with solenoid) Option VAC (50/60 Hz) 00 VAC (50/60 Hz) 110 VAC (50/60 Hz) 0 VAC (50/60 Hz) 4 VDC 1 VDC 40 VAC (50/60 Hz) Other Option (Only bracket or foot may be mounted.) Nil B Bracket (Except 33 ) F Foot (31 and 33 only) N Silencer for pilot exhaust (P) port (Only with solenoid) Light/Surge voltage suppressor Nil S With surge voltage suppressor(grommet only for a body size of 50 or more) With light/surge voltage suppressor Z (Except grommet) Electrical entry Note) (Only with solenoid) Symbol Electrical entry G Grommet, Lead wire length 300 mm H Grommet, Lead wire length 600 mm L L plug connector, lead wire length 300 mm LN L plug connector, without lead wire LO L plug connector, without connector M M plug connector, lead wire length 300 mm MN M plug connector, without lead wire MO M plug connector, without connector D DIN terminal DO DIN terminal, without connector Note) Refer to page 1974 for individual part numbers of plug and DIN connectors. (Common with Series VZ) 4 1 9 1 P 4 A P Sub-plate Symbol A B Port size Port size 1/8 1/4 Symbol Nil F N T Thread type Thread type Rc G NPT NPTF Port size Symbol Port size A 1/8 B 3/8 C 1/ Thread type Symbol Thread type Nil Rc F G N NPT T NPTF Base gasket Caution 1 11 Refer to front matters 58 and 59 for Safety Instructions and pages 3 to 7 for 3/4/5 Port Solenoid Valve Precautions. 1960 4 4

Power Valve: 3 Position Valve Series 3 Variety of circuits in simple construction 3 position valve suitable for intermediate and emergency stop of large size cylinder. System construction with Conventional system construction Specifications Operation type Fluid Pressure range Body ported Air operated External pilot solenoid Internal pilot solenoid Ambient and fluid temperature Response time Max. operating frequency Mounting Lubrication Base mounted 3-01 Pilot pressure 0.5 MPa 31-01 0 33-0 03 04 04 350-06 370-10 1 390-14 0 10 0 34-0 03 04 Air operated, External pilot solenoid, Internal pilot solenoid Air Main pressure Low vacuum to 1.0 MPa External pilot pressure 0. to 1.0 MPa Main pressure Low vacuum to 1.0 MPa External pilot pressure External pilot pressure 0. to 0.9 MPa 0. to 0.7 MPa Main pressure Main pressure 0. to 0.7 MPa 0. to 0.9 MPa 0 to 50 C (Air operated 60 C) 40 ms or less 60 ms or less 3 cycles/sec. Free Not required (Use turbine oil Class 1 ISO VG3, if lubricated.) Note) Non-lubricated specifications are not available for this product. There were not many suitable large capacity 5 port valves available with a 3 position closed center. There were not many suitable large capacity port valves available for stopping operations. Pilot Solenoid Valve Specifications Pilot valve Electrical entry Coil rated voltage (V) AC(50/60Hz) DC Temperature rise Apparent Inrush power AC Holding Power consumption DC Manual override 311, 31, 331, 341 31, 3, 33, 34 Exclusive pilot valve Grommet, L plug connector, M plug connector, DIN terminal 3501, 3701, 3901 350, 370, 390 VO307- Grommet, Grommet terminal, Conduit terminal, DIN terminal V, 110V, 00V, 0V, 40V 6V, 1V, 4V, 48V 15 to +10% of rated voltage 4.5 VA/50 Hz, 4. VA/60 Hz 1.7 VA (50 Hz), 10.7 VA (60 Hz) 3.5 VA/50 Hz, 3 VA/60 Hz 7.6 VA (50 Hz), 5.4 VA (60 Hz) 1.8 W (Without indicator light),.1 W (With indicator light) 4.8 W (Without indicator light), 5 W (With indicator light) Non-locking push type Non-locking push type Note) When replacing the pilot valves specified for valve sizes 1 to 4, please request SMC to replace them at the factory. Air operated Option Bracket (With bolt and washer) Foot (With bolt and washer) Pilot exhaust port P silencer Note) Mass Description B F N Note) Only with solenoid. 31-01 0 1-18-1A 1-18-A 31-01 0 Air operated Solenoid 0.1 0. 3-01 0 33-0 03 04 3-01 0 0. 0.3 AN10-M5 3-3-A 33-0 03 04 0.3 0.4 Part no. 34-0 03 34-0 03 04 0.6 0.7 04 350-04 06 10 5-3A 350-04 06 10 1.4 1.6 370-10 1 7-3A AN10-0 370-10 1.1.3 390-14 0 9-3A 390-14 0 3.3 3.5 (kg) Internal pilot solenoid/external pilot solenoid JIS Symbol Air operated External pilot solenoid Internal pilot solenoid 1961

Series 3 Flow Characteristics Body ported Base mounted (With sub-plate) Body ported 31-01 31-0 33-0 33-03 33-04 350-04 3-01 3-0 34-0 34-03 34-04 350-06 350-10 370-10 370-1 390-14 390-0 Port size 1/8 1/4 1/4 3/8 1/ 1/ 1/8 1/4 1/4 3/8 1/ Port size 3/4 1 1 1 1/4 1 1/ Flow characteristics 1 (P) (A) (A) 1 (P) 3 (R) (A) (A) 3 (R) C[dm 3 /(s.bar)] b Cv C[dm 3 /(s.bar)] b Cv C[dm 3 /(s.bar)] b Cv C[dm 3 /(s.bar)] b Cv.4 3.5 4.1 8.7 9.8 4 3.3 4.1 8.1 1 13 Effective area (mm ) 160 180 300 330 590 670 0.19 0.35 0.36 0.9 0.37 0.3 0.34 0.8 0.34 0.6 0.0 Cv 8.9 10 17 18 33 37 0.59 0.89 1.1..7 6.4 0.86 0.99.0 3. 3.3.4 3.3 4.3 7.9 9.6 4 3.5 4.1 7.9 1 13 0.31 0.49 0.4 0.5 0.5 0.30 0.39 0.39 0.39 0.9 0.4 0.59 0.89 1.1..7 6.4 0.86 0.99.0 3. 3.3.3 3.1 4.1 7.8 9.1 5 3.3 3.8 8. 1 1 0.36 0.46 0.41 0.51 0.53 0.31 0.37 0.38 0.33 0.8 0.9 0.59 0.89 1.1.4 3.0 6.4 0.86 0.97.1 3.1 3..5 3.5 4.6 8.7 11 3.5 4.4 8.1 13 14 0. 0.33 0.5 0.33 0.37 0.7 0.36 0.3 0.37 0.8 0.0 0.61 0.93 1..4 3.0 5.7 0.87 1.1. 3.3 3.3 External Pilot Piping 31 3 350 370 390 Port 3 0 3 1 3 P1 P External pilot External pilot External pilot Pilot exhaust Plug Pilot exhaust Port 1 (P) side 330 Air operated 331 External pilot solenoid Port 1 (P) side 33 Internal pilot solenoid Caution 3 3 4 1 (Solenoid) When the 340 air operated power valve is delivered from our factory, the M5 threaded pilot port P in the cover is open and the 1/8 pilot port in the sub-plate is plugged. When port P on the body Note) is used as a pilot exhaust port, remove the 1/8 plug and put the M5 plug into the pilot valve port P to cover it. Note) Body for 33 1, sub-plate for 341 Port 1 (P), 3 (R) side Port 1 (P), 3 (R) side Port 1 (P), 3 (R) side 340 Air operated for sub-plate 341 External pilot solenoid for subplate 34 Internal pilot solenoid for subplate Cover Cover Sub-plate Plug (1/8) Sub-plate Plug (1/8) 196

Power Valve: 3 Position Valve Series 3 Body Ported: 31 Air operated: 310 External pilot solenoid: 311 Internal pilot solenoid: 31 x M3 x 0.5 (Mounting thread) 4 x ø4.5 (Mounting hole) DlN terminal (D) Foot F (Option) Silencer (P) Hexagonal socket M3 x 0.5 x 8 ( pcs.) Spring washer Nominal 3 ( pcs.) A perspective drawing Table (1) With/Without Plug for M5 Port 310 311 31 P1 With plug P (Option: N) (Except 310) M plug connector (M) L plug connector (L) M5 x 0.8 (P) Refer to Table (1). Manual override Non-locking push 60 (Air operated) M5 x 0.8 (P1) Refer to Table (1). Bracket B (Option) 3 x 1 /8, 1 /4 x ø4.5 mounting hole Hexagonal socket M3 x 0.5 x 8 ( pcs.) Spring washer Nominal 3 ( pcs.) Caution How to Use Plug Connector Applicable : 31 1 /3 1 /33 1 /34 1 Attaching/Detaching of a plug 1. To install the connector Push the connector straight on the pins of the solenoid, making sure the lip of the lever is securely positioned in the groove on the solenoid cover.. To deinstall the connector Press the lever against the connector and pull the connector away straight from the solenoid. L type Mode coil Groove Pin Cover M type Lever DC indicator Socket DXT170-71-1 Pin Connector Cover Hook Red Black DC coil: + red, black Lead wire 0. to 0.33 mm (Max. O.D.: ø1.7 mm) Crimping lead wire and socket Peel 3. to 3.7 mm of the tip of the lead wire, enter the core wires neatly into a socket and press contact it with a press tool. Be careful so that the cover of lead wire does not enter into the core press contacting part. (Press contacting tool: No. DXT 170-75-1) Core wire crimping area Terminal Hook Crimping area Core wire Insulation Lead wire Attaching/Detaching of a socket with lead wire 1. Attaching Insert a socket into the square hole (indicated at +, ) of connector, push fully the lead wire and lock by hanging the hook of a socket to the seat of connector. (Pushing in can open the hook and lock it automatically.) Then confirm the locking by lightly pulling on the lead wire.. Detaching For pulling out a socket from connector, pull out the lead wire while pushing the hook of a socket with a stick with a fine point (1 mm). If a socket is to be re-used as it is, return the hook to the outside. Socket Hook Connector Lead wire 1963

Series 3 Base Mounted: 3 Air operated: 30 External pilot solenoid: 31 3 x 1/4, 1 /8 Internal pilot solenoid: 3 DlN terminal (D) Max. 10 60 (Air operated) x ø4.5 (Mounting hole) M5 x 0.8 (P1) Refer to Table (1).Manual override (Solenoid valve) L plug connector (L) M plug connector (M) Table (1) With/Without Plug for M5 Port 30 31 3 P1 With plug P M5 x 0.8 (P) Refer to Table (1). Sub-plate Refer to page 1960. Silencer (P) AN10-M5 (Option: N) (Except 30) Caution How to Use DIN Connector Refer to page 1974. 1964

Power Valve: 3 Position Valve Series 3 Body Ported: 33 Air operated: 330 External pilot solenoid: 331 Internal pilot solenoid: 33 x M5 x 0.8 depth 10 Mounting thread 4 x ø6 mounting hole DlN terminal (D) Max. 10 Foot F; 3-3-A (Option) Hexagonal socket head cap screw (with spring washer) M5 x 0.8 x 10 ( pcs.) A perspective drawing Table (1) With/Without Plug for 1/8 Port 330 331 33 P1 With plug P With plug With plug Silencer (P) AN10-M5 (Option: N) (Except 330) M plug connector (M) L plug connector (L) Sol. a Sol. a Manual override Non-locking push 3 x 1 /4, 3 /8, 1 / Refer to Caution on page 196. 79 (Air operated) x ø5.5 mounting hole 1965

Series 3 Base Mounted: 34 Air operated: 340 External pilot solenoid: 341 Internal pilot solenoid: 34 3 x 1 /4, 3 /8, 1 / DlN terminal (D) Max. 10 79 (Air operated) M5 x 0.8 depth 5 Pilot port (340 only) Manual override (Solenoid) 3 x ø5.5 mounting hole Table (1) With/Without Plug for Sub-plate 340 341 34 P1 With plug With plug P With plug With plug With plug L plug connector (L) M plug connector (M) Sub-plate Silencer (P) AN10-M5 (Option: N) (Except 340) M5 x 0.8 (P) Plug (1/8) Refer to Table (1). Refer to Caution on page 196. 1966

Power Valve: 3 Position Valve Series 3 Body Ported: 350 /370 Air operated: 3500/3700 External pilot solenoid: 3501/3701 Internal pilot solenoid: 350/370 Bracket (Option) 370 x øc (Mounting hole) 4 x M6 x 1 x 6 Bracket mounting thread Table (1) With/Without Plug for 1/4 Port 5 3 700 5 3 701 5 3 70 P1 With plug P Conduit terminal (T) Grommet terminal (E) Grommet (G) DIN terminal (D) i (Conduit terminal) g (Grommet) h (Grommet terminal) j (DIN terminal) A (Air operated) Plug (1/4) 1 (P1) Refer to Table (1). Silencer (P) AN10-0 (Option: N) 5 (Except 3 700) 350 x øc (Mounting hole) x M6 x 1 x 9 Bracket mounting thread Port size Port 3 (R) x port size Port 1 (P), (A) Dimensions Port size A 1 (P), (A) 3 (R) 350 1, 3 4, 1 107 370 1, 1 1 4 1 1 4 13 350 370 a 110 10 b 130 136 Bracket øc d 9 1 9 0 e 5 B 96 11 f 47 49 C 6 30 D 70 90 Grommet g 140.5 156.5 E 50 60 F 5 30 G 10 15 H 5 5 Grommet terminal h 166 18 J 80 K 46 60 L 45 51 Conduit terminal i 179.5 195 M 60 8 N 7 95 DIN terminal j 191 07 O.3.3 1967

Series 3 Base Mounted: 390 Air operated: 3900 External pilot solenoid: 3901 Internal pilot solenoid: 390 Bracket (Option) Table (1) With/Without Plug for 1/4 Port 3900 3901 390 P1 With plug P Conduit terminal (T) Grommet (E) Grommet (G) DIN terminal (D) 54 (Conduit terminal) 15 (Grommet) 40 (Grommet terminal) 65 (DIN terminal) Plug (1/4) 1 (P1) Refer to Table (1). 181 (Air operated) Silencer (P) AN10-0 (Option: N) (Except 3900) 4 x ø7 (Mounting hole) 4 x M6 x 1 x 1 (Bracket mounting thread) x 1 1 /, Port 1 (P), (A) Port 3 (R) 1968

Series 3 Manifold Specifications Manifold: Series V Specifications V V4 Applicable valve 30/3 340/34 Valve stations Note) to 8 to 6 Port specifications Common SUP, EXH Pilot type Internal pilot, Common external pilot Common external pilot port size M5 x 0.8 Length of thread 5 1 (P) Port size 3 (R) 1 4 3 8 3 8 1 (A) 1 4 3 8 3 8 Applicable blanking plate 1-17 4-5 (With gasket, screw) (With gasket, screw) Note) When series V is used with more than 5 stations, or Series V4 is used with more than 4 stations, apply pressure to the port 1 (P) on both sides and exhaust from the port 3 (R) on both sides. Common External Pilot Piping V- V4- (P1: M5 plug) (P1: M5 plug) P: Pilot exhaust port P1: Common external pilot port P: Pilot exhaust port P1: Common external pilot port V 1 6 How to Order Manifold Base 0 Thread type Body size Pilot type Valve stations Port size Body size Pilot type Applicable valve Valve Port size stations Port 1 (P) 3 (R) (A) 1 Internal pilot 3 Air operated: 6 6 0 1 4 Common external pilot 30 Note) 8 8 1 Internal pilot 34 A 3 8 1 4 4 Air operated: B 3 8 Common external pilot 340 Note) 6 6 C 1 3 8 3 manifold (Size, 4) Pilot type Manifold pilot type Air operated type Internal pilot type Common external pilot type Individual external pilot type Manifold part no. V - - - V -1- - V -- - V - - - Applicable valve part no. 30/340 3/34 3/341/34 31 Note) If external pilot types are used, the common external pilot type is recommended. Nil N F T Rc NPT G FNPT Note) Air operated 30 and 340 (air operated) are used. Distinction between the pilots (internal or extertal pilot) of the manifold base does not matter. Either may be used. Example for ordering a manifold base: The valve and blank plate for manifold arrangement should be specified in order from the left side of the manifold base (with the port (A) on your side). (Example) V--7-0N 3-1LN 6 pcs. 1-17 1 pc. Solenoid V4--6-A 340 5 pcs. 4-5 1 pc. Air operated Operating pressure range Low vacuum to 1.0 MPa 0. to 0.7 MPa Low vacuum to 1.0 MPa Pilot pressure range 0. to 1.0 MPa 0. to 0.7 MPa 1969

Series 3 Manifold: V- V- 1 Applicable valve: 30/3 Valve mounting side Pilot port Pilot port Manifold base Refer to page 1969. Blanking plate Port (A)Side Port (A)Side Internal pilot type Common external pilot Manual override (Non-locking push) Common external pilot port x M5 x 0.8 depth 5 x port 3 (R): 1/4 Exhaust from both sides when there are 5 or more stations x M5 x 0.8 depth 5 Pilot port x ø6.5 Mounting hole 63 (Air operated) 101 (External and internal pilot) 110.5 (M) 75 (M) 84 (L) x port 1 (P): 1/4 Supply from both sides when there are 5 or more stations Manual override (Non-locking push) n x port (A): 1/4 L Dimension L L1 L n 91 76 3 1 107 Formula L1 = 31n + 9, L = 31n + 14 n: Station 4 5 6 7 8 153 184 15 46 77 138 169 00 31 6 1970

Power Valve: 3 Position Valve Series 3 Manifold: V4- V4-1 Applicable valve: 340/34 V4- Applicable valve: 340/34 Valve mounting side Pilot port Pilot port Manifold base Refer to page 1969. Blanking plate Port (A) side Port (A) side Internal pilot Common external pilot Manual override (Non-locking push) x M5 x 0.8 depth 5 Pilot port (For 340 only) x ø8.5 Mounting hole Common external pilot port x M5 x 0.8 depth 5 x port 3 (R): 1/, 3/8 Exhaust from both sides when there are 4 or more stations 79 (Air operated) 18 (External and internal pilot) 137.5 (L) 88 (M) 96 (L) x port 1 (P): 1/, 3/8 Supply from both sides when there are 4 or more stations n x port (A): 1/4, 3/8 L Dimension L n L1 L 13 107 L1 = 46n + 31, L = 46n + 15 n: Station 3 4 5 6 169 15 61 307 153 199 45 91 1971

Series 3 Construction/Working Principle/Component Parts (1) (A) R 3(R) () Closed center (3) (A) R 3(R) This is a 3 port switch valve in which the shaft 7 - extending from the driving piston ee 3 opens/closes a pair of poppet valves 6. The poppet valve has a pressure balancing mechanism in which port (A) pressure is constantly applied from the back and the center spring 4 is acting as a backup. When neither the pilot solenoid valve a nor b are energized (or when air is exhausted both from the port 1 (P1) and 3 (P) of the air operated type), no force will act on the working piston, and the spring closes the poppet valve, thus the valve assumes the closed center position (DRW ()). When the pilot solenoid valve a is energized (or when pressurized air enters through the port 1 (P1) of the air operated type), pilot air that enters the space above the working piston pushes down the piston and opens the lower poppet valve, thus connecting the port 1 (P) and port (A) (DRW (3)). The upper poppet valve continues to close the port 3 (R) by means of pressure balance and the spring. When the pilot solenoid valve b is energized (or when pressurized air enters through the port 3 (P) of the air operated type), the pilot air that enters the space under the working piston pushes the piston upward and opens the upper poppet valve, thus connecting the port (A) and port 3 (R) (DRW (1)). The lower poppet valve continues to close the port 1 (P) by means of pressure balance and the spring. 310 (Air operated) Port 3 (P) Port 1 (P1) Port 3 (R) Port (A) Port 1 (P) 30 (Air operated) Port 1 (P1) Port 1 (P) Port (A) Port 3 (R) Port 3 (P) Component Parts No. Description Material 1 3 Body Cover Working piston Aluminum alloy Aluminum alloy Aluminum alloy 4 Center spring Stainless steel 5 Valve guide Aluminum alloy 6 Poppet valve Aluminum alloy, Rubber 7 Shaft Stainless steel 8 Manual override POM 9 Sub-plate Aluminum alloy 197

Power Valve: 3 Position Valve Series 3 Construction/Working Principle/Component Parts 330 (Air operated) 340 (Air operated) Port 3 (R) Port 1 (P1), 3 (P) Port (A) Port1 (P) 350 /370 /390 (Solenoid) Port 1 (P) Port (A) Port 3 (R) Pilot valve a Pilot valve b Port P1, P Port 3 (R) Port (A) Port 1 (P) 1973

Connectors for Series 3 Body Sizes 1,, 3 and 4 Plug Connector Lead Wire Length How to Use DIN Connector Caution The standard length of a plug connector with lead wire is 300 mm, but the following lengths are also available. How to Order Connector Assembly DXT170 Connector Assembly with Cover Caution 80 A Lead wire colors Symbol Lead wire with socket Note Nil Socket only Without ( pcs.) lead wire 1 3 Blue ( pcs.) Red ( pcs.) Gray ( pcs.) For VAC For 00 VAC For other VAC 4 Red: +, Black:- For DC Lead wire length Lead wire length Symbol (L mm) Nil 300 6 600 10 0 15 1500 0 000 5 500 30 3000 Connector assembly with protective cover enhances dust protection. Effective to prevent short circuit accidents due to penetration of foreign matter into the connector part. Cover material adopts the chloroprene rubber which is excellent in weather ability and electric insulation properties. However, use caution not to splash cutting oil, etc. onto it. Simple and unencumbered appearance by adopting a round-shaped cord. How to Order DXT170 Series 3 Specific Product Precautions Be sure to read before handling. Refer to front mattes 58 and 59 for Safety Instructions. How to Order Specify the connector assembly part number together with the part number for the plug connector's solenoid valve without connector. Note) The solenoid valve and the connector assembly are shipped separately. 13 A Lead wire length Lead wire length Symbol (L mm) Nil 300 6 600 10 0 15 1500 0 000 5 500 30 3000 Caution Wiring 1) Loosen the set screws and pull out connector from the terminal block of solenoid valve. ) Pull out screws and insert a screwdriver to the slit area near the bottom of terminal block to separate the terminal block and housing. 3) Loosen the terminal screws (slotted screws) on the terminal block, insert the core of the lead wire into the terminal in accordance with the wiring method, and secure with the terminal screws. 4) Tighten the ground nut to secure the cord. Change of electrical entry After separating the terminal block and housing, the cord entry direction can be changed by attaching the housing in the desired direction (4 directions in 90 increments). When equipped with light, avoid damaging the light with lead wire. Caution Plug a connector in or out vertically, never at an angle. Applicable cables Cord O.D.: ø3.5 to ø7 (Reference) 0.5 mm -core and 3-core wires equivalent to JIS C 3306. Ground nut Tightening torque 1.65 to.5 N. m Washer Grommet (Rubber) (Voltage symbol) Refer to the table below Terminal screw (3 places) Tightening torque 0. to 0.5 N. m DIN connector part no. Connector with light circuit Set screw Tightening torque 0.3 to 0.4 N. m Housing (Place to mount a light) Terminal block Slit area Without light DXT170-176-1 With Light Rated voltage Voltage symbol Part no. VAC 00 VAC 110 VAC V 00 V 110 V DXT170-176--01 DXT170-176--0 DXT170-176--03 0 VAC 0 V DXT170-176--04 40 VAC 6 VDC 1 VDC 4 VDC 48 VDC 40 V 6 VD 1 VD 4 VD 48 VD DXT170-176--07 DXT170-176-3-51 DXT170-176-3-06 DXT170-176-3-05 DXT170-176-3-53 Connector assembly with cover: Dimensions AC circuit DC circuit Red Black Black Polarity indication NL: Neon light R: Resistor D: Protective diode LED: LED diode R: Resistor 1974

Power Valve: Economy Valve Series 5 Three functions (pressure regulator, switching valve, and speed controller) are provided by a single valve. The conventional valve combination circuit has been condensed into a single valve. A large capacity and economical system. This valve provides twice the system capacity of the conventional circuit. Therefore, it is possible to downsize 1 or sizes (for example, a conventional 3A circuit can be changed to a 5A or a 0A). It is economical, as its performance cost (system price/effective area) is one half of the conventional type. (Comparison based on SMC data.) Basic type Standard Specifications 55-04 06 10 Operation type Air operated, External pilot solenoid Fluid Air 0 to 1.0 MPa 0.05 to 0.9 MPa Pressure range Set pressure range Ambient and fluid temperature Pilot pressure Repeatability Sensitivity Response time Max. operating frequency Number of needle rotations Mounting Lubrication Port 1 (P) Port size (A) 3 (R) mm Effective area Cv Basic type Air operated Select type Basic type Solenoid Select type Pilot Solenoid Valve Specifications 04 1 57-10 1 59-14 0 Max. 50 C (Air operated 60 C) P1: 0.05 to 0.9MPa P: 0. to 0.9MPa (Air operated: P, P3: 0. to 0.9 MPa P P3) 0.01 MPa 0.01 MPa 60 ms or less 3 cycles/sec. 6 turns 8 turns Free Not required (Use turbine oil Class 1 ISO VG3, if lubricated.) 06 10 10 1 14 0 1 1 4 1 1 4 1 300 17 130 160 180 7. 8.9 10.0.3 3. 3.5. 3.5.6 3.8 Note) Non-lubricated specifications are not available for this product. Mass (kg) Pilot valve Electrical entry Coil rated voltage (V) AC (50/60Hz) DC Allowable voltage Apparent Inrush power AC Holding Power consumption DC Manual override 3 4 1 330 18 1 1 4 590 33 4.7 5.0 4.9 5.3 5511/5711/5911/5501/5701/5901 SF4- -0 Grommet (G), Grommet terminal (E), Conduit terminal (T), DIN terminal (D) V, 00 V, Other (Option) 4 V, Other (Option) 15 to +10% of rated voltage 5.6 VA (50Hz), 5.0 VA (60Hz) 3.4 VA (50Hz),.3 VA (60Hz) 1.8 W (Without indicator light), W (With indicator light) Non-locking push type 670 37 Air operated Basic type Select type Select type Accessory/Part No. Description Bracket (With bolt and washer) Pressure gauge 55-04 06 10 5-3A Part no. 57-10 1 59-14 0 7-3A G46-10-01 9-3A External pilot solenoid valve Note) With this valve, the port 3(R) is a supply port and port 1(P) is an exhaust port. 1975

Series 5 Applicable System/Example of Single Acting Circuit (The valves can be used also for double acting circuits, too. Please consult with SMC for details.) 1. Speed control Conventional circuit Economy system Speed controller Solenoid valve. Intermediate (emergency) stop Regulator Ascending speed is controlled by a pilot regulator. Descending speed is controlled by needle setting. Conventional circuit Economy system 3. Double pressure driving Energy-saving lifter (Air saving counter balance) Conventional circuit Economy system TANK TANK 4. Two speed driving Conventional circuit Economy system 1976

Power Valve: Economy Valve Series 5 Energy-saving Lifter Simple Two economy valves and a tank move the double-acting cylinder to raise and lower heavy objects. Energy-saving The balancing air reciprocates between the lower cylinder chamber and the tank, thus not being consumed. Low pressure air alone is exhausted from the upper chamber in every cycle, so the air consumption is reduced to 0 to 30% of the air consumption by the double acting cylinder with an ordinary change over valve. Excellent operation control The economy valve sets pressure and permits high speed and low speed operation as well as suspension of operation. While the piston moves up and down, the valve controls speed change in the middle of strokes, terminal deceleration, inching, and emergency stops. Simple operation The pilot system is composed of a small regulator and solenoid valve (which is unnecessary for solenoid style), remote controls the economy valve. Therefore, change in the pilot system sequence allows selection of a cylinder operation mode. Change in the large capacity main piping system is not necessary. <System configuration and operation of circuit in which external pilot solenoid is used> Action TANK For upper chamber setting Upper cylinder chamber Lower cylinder chamber For lower chamber setting The two economy valves (hereinafter called ) X and Y and a tank composes a main system that drives the double acting cylinder, and the small regulator (hereinafter called REG) and pilot valve (hereinafter called SOL) remote control the economy valve. SOL Cylinder Xa Xb Xc Yb Ya Mode High ON OFF Upward speed a Low speed b High speed c Downward Low speed d Stop e a: The air in the upper cylinder chamber is exhausted from the port 1 (P) of Y, and the air in the tank flows in through the port 1 (P) of X. b: Air flows into the lower cylinder chamber through a throttled opening, set by a needle, from the port (A) to 1 (p) of X. c: The air in the tank flows into the upper cylinder chamber at a preset low pressure from the port (A) of Y, while the air in the lower cylinder chamber returns to the tank through X. d: Air returns to the tank through a throttled opening from the port 1 (P) to (A) of X. e: The air in the lower cylinder chamber is blocked at the port 1 (P) of X, while the air in the upper cylinder chamber is blocked at the port (A) of Y. Caution A lifter circuit can be composed of air operated valves. Please contact SMC for details. 1977

Series 5 Cylinder Speed Chart System A B C D E F G System A B C D E F G Average velocity (mm/s) Solenoid valve 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 0 900 800 700 600 500 400 300 00 0 Conditions of Speed Chart 55-04 06 10 57-10 1 59-14 0 Please assume the chart is offered as the guideline. For details about various each condition, please make use of SMC Selection Software and then decide it. Bore size Series CS1/CS Pressure 0.5 MPa, Load factor 50% Cylinder stroke 300 mm ø15 ø140 ø160 ø180 ø00 ø50 ø300 Speed controller AS40-04 AS500-06 AS600-10 AS600-10 AS800-1 AS900-14 AS900-0 Silencer AN400-04 AN500-06 AN600-10 AN600-10 AN700-1 AN800-14 AN900-0 Vertically upward movement Horizontal movement When the cylinder is extended, the speed controller is metered-out, is connected with the cylinder directly, and its needle is fully open. Values on the average velocity of a cylinder are obtained from the stroke length divided by full stroke time. Load proportion is ((load weight x 9.8)/theoretical force) x % Tubing diameter x Length SGP15A x 1 m SGP0A x 1 m SGP5A x 1 m SGP5A x 1 m SGP3A x 1 m SGP40A x 1 m SGP50A x 1 m 1978

Power Valve: Economy Valve Series 5 5 Economy valve Type 0 Basic 1 Select 5 1 1 06 E Z B Operation type 0 Air operated 1 External pilot solenoid Body size Body size 5 7 9 How to Order Option Nil B Bracket G Pressure gauge Port size Port size port 1(P), (A) port 3(R) Rated voltage (Only with solenoid) 04 1 1 1 VAC 50/60 Hz 06 3 4 3 4 00 VAC 50/60 Hz 10 1 1 3 110 VAC 50/60 Hz 10 1 11 4 4 0 VAC 50/60 Hz 1 11 4 5 4 VDC 14 11 4 6 1 VDC 0 7 40 VAC 50/60 Hz 9 Other Option Thread type Nil Rc F G N NPT T NPTF How to order pilot valves SF4 0 Light/Surge voltage suppressor Electrical entry Rated voltage Light/Surge voltage suppressor (Only with solenoid) (Ex.) SF4-1G-0 Nil S With surge voltage suppressor VAC, Grommet (Grommet only) With light/surge voltage suppressor Z (Except grommet) Electrical entry (Only with solenoid) G Grommet, Lead wire length 300 mm H Grommet, Lead wire length 600 mm E Grommet terminal T Conduit terminal D DIN terminal (Ex.) 5511-06EZ-BG Body size 5, Select, External pilot solenoid Port size 3/4 00 VAC, Grommet terminal, with light/surge voltage suppressor Option Bracket, with pressure gauge Economy valve Basic type Select type Port size Air operated External pilot solenoid Air operated External pilot solenoid Port 1 (P), (A) Port 3 (R) 5500 5501 5510 5511 1, 3 4, 1 1, 3 4, 1 5700 5701 5710 5711 1, 11 4 1 1 4 5900 5901 5910 5911 11, 1979

Series 5 Flow Characteristics (P1 + 0.1013) = (1 to 1.89)(P + 0.1013) Subsonic flow Port 1 (P)0.9MPa Port (A) pressure (MPa) Port 3 (R)1MPa Sonic flow (P1 + 0.1013) 1.89 (P + 0.1013) Needle fully open Port 1 (P) (A) Flow rate (l/min (ANR)) Reduced pressure supply Port 3 (R) (A) Pressure Characteristics Needle Characteristics Port (A) 1 (P) Shows the outlet pressure (port 3 (R)) change against the inlet pressure (port (A)) change. They conform to JIS B 837 (Air pressure regulator). 55 Port (A) pressure (MPa) 57 Port (A) pressure (MPa) Port 3 (R) pressure (MPa) Set point Set point Port (A) 1 (P) Flow rate (l/min(anr)) (Inlet pressure: 0.5 MPa) Needle rotation ( Counterclockwise) Setting Pressure Characteristics Port (A) pressure is set according to pilot pressure. (port 3 (R) (A): Non-relief regulator) Effective area (mm ) 59 Port 3 (R) pressure (MPa) Port (A) pressure (MPa) Set point Port (A) pressure (MPa) Port 3 (R) pressure (MPa) Pilot pressure (port P1) MPa 1980

Power Valve: Economy Valve Series 5 Basic Type/Dimensions 5500/5501 5700/5701 Bracket (Option) Pressure gauge (Option) Silencer (P3) Conduit terminal (T) 1/4 (P1) Refer to page 1983. Refer to page 1983. Grommet terminal (E) Port size Port 3 (R) Grommet Air (operated) DIN terminal (D) Applicable O.D. ø6 to ø8 1/4 (P) Refer to page 1983. x port size Port (A),1 (P) x ød Mounting hole Bracket mounting thread Min. Max. 5500 5501 5700 5701 Port size Port (A),1 (P) Port 3 (R) 1, 3 4, 1 1, 11 4 1 1 4 A 1, 3 4, 1 143.5 133.5 6.5 70 50 5 10 7 5 156.5 36.5 80 60 16.5 0 81.5 83.5 Center 60 160.5 B 150.5 C 6.5 D 90 E 60 F 30 G 15 H 7 I 5 J 173.5 K 37.5 L M 60 N 13 O 17 P 88.5 Q 86.5 R 18 S 8 T x M6 x 1 x depth 9 x M6 x 1 x depth 6 U 116.5 136.5 5500 5501 5700 5701 Bracket mounting dimensions a b c d e f 19 130 110 9 1.3 3 136 10 9 0.3 Grommet g 187 04 Grommet terminal h 187.5 04.5 Conduit terminal i 05.5.5 DIN terminal j 05 5900/5901 Bracket (Option) Silencer (P3) Refer to page 1983. Grommet terminal (E) Conduit terminal (T) Pressure gauge (Option) Port 3(R) x 1 1, Port (A), 1 (P) (Mounting hole) 4 x M6 x 1 x 1 Bracket mounting thread Max..5 Min.14 DIN terminal (D) Applicable O.D. ø6 to ø8 1/4 (P1) 1/4 (P) Refer to page 1983 Refer to page 1983. 1 (Air operated) 1981

Series 5 Select Type/Dimensions 5510/5511 5710/5711 Pressure gauge (Option) Bracket (Option) Silencer (P3) Refer to page 1983. Port size Port 3 (R) Conduit terminal (T) Grommet terminal (E) Grommet (G) 1/4 (P1) Refer to page 1983. DIN terminal (D) Applicable O.D. ø6 to ø8 1/4 (P) Refer to page 1983. x port size Port (A),1 (P) x ød Mounting hole A (Air operated) Bracket mounting screw Max..5 Min. 14 Max. O Min. N 5510 5511 5710 5711 Port size Port (A),1 (P) Port 3 (R) A 1, 3 4, 1 1, 3 4,1 160 150 79 70 50 5 10 7 5 173 53 80 60 13 18 98 Center 60 x M6 x 1 x depth 9 116.5 1,11 4 1 1 4 177.5 B 167.5 C 84.5 D 90 E 60 F 30 G 15 H 7 I 5 J 190.5 K 54.5 L M 60 N 13 O 17 P 105.5 Q 103.5 R 18 S T U 8 4 x M6 x 1 x depth 6 136.5 5510 5511 5710 5711 Bracket mounting dimensions a b c d e f 19 130 110 9 1.3 3 136 10 9 0.3 Grommet g 04 1 Grommet terminal h 04.5 1.5 Conduit terminal i 39.5 DIN terminal j 1.5 39 5910/5911 Bracket (Option) Silencer (P3) Refer to page 1983. Conduit terminal (T) 43 (Air operated) Port 3 (R) Pressure gauge (Option) Grommet terminal (E) Grommet (G) DIN terminal (D) Applicable O.D. ø6 to ø8 1/4 (P) 1/4 (P1) Refer to page 1983. Refer to page 1983. x 1 1, Port (A), 1 (P) 4 x M6 x 1 x 1 Bracket mounting screw 4 x ø7 Mounting hole 198

Power Valve: Economy Valve Series 5 External Pilot Piping Caution Refer to front matters 58 and 59 for Safety Instructions and pages 3 to 7 for 3/4/5 Port Solenoid Valve Precautions. Port 3 (R) side Port 1 (P) side P1 P P3 External External 5 00 pilot pilot Plug 5 01 5 10 5 11 External pilot External pilot External pilot External pilot External pilot External pilot Pilot Note) exhaust External pilot Pilot Note) exhaust Note) For pilot exhaust port, silencer AN10-0 is mounted. Related Products: Silencer (Series AN) Over 30 db noise reduction Sufficient effective area Exhaust Cleaner (Series AMC) Provides a silencing capability and an oil mist recovery function. Can also be used in a centralized piping system. Connection Effective area R mm AN110 1 8 35 AN00 1 4 35 AN300 3 8 60 AN400 1 90 AN500 3 4 160 AN600 1 70 AN700 11 4 440 AN800 11 590 AN900 960 Refer to page Best Pneumatics No. 6 for details. Connection R Effective area mm Max. air flow l/min AMC310 3 8 16 300 AMC510 3 4 55 1,000 AMC610 1 165 3,000 AMC810 11 330 6,000 AMC910 550 10,000 99.9% of oil mist removal. Over 35 db noise reduction. Refer to page Best Pneumatics No. 6 for details. 1983

Series 5 Basic Type/Construction/Working Principle/Component Parts 1. 3 (R) (A) Reduced pressure supply Note) With this valve, the port 3 (R) is a supply port and port 1 (P) is an exhaust port.. Closed center 3. (A) 1 (P) Throttled exhaust When the pilot solenoid valve a is energized (or when pilot pressure is applied to the port P1 of the air operated type) while the port P1 is under the pilot pressure, reduced pressure is supplied from the port 3 (R) to the port (A). The acting force of the pilot pressure (port P1) reaches the space under the pressure control piston 3 pushes the piston upward and opens the poppet valve 6. Thus air is supplied from the port 3 (R) to the port (A). The air entering through the port (A) flows through the feedback passage to the space above the piston, and when its pressure balances with the pilot pressure under the pressure control piston, the poppet valve closes, thus setting the port (A) pressure corresponding to the pilot pressure (port P1). (port P1 pressure: port (A) pressure = 1:1) When the reduced pressure is supplied from 3 (R) to (A), air will not be exhausted from (A) to 1 (P) even when the pilot pressure (port P1) is larger than the port (A) pressure. When neither the pilot solenoid valves a or b is energized (or when no pilot pressure is applied to the ports P1 and P of the air operated type), no acting force is applied to the pressure control piston 3 and operation piston 9, and the spring 4 closes both poppet valves 6, thus the valves assume the closed center position. While the port (A) is being pressurized, air will not be released even if electrical power to the pilot solenoid valve a is turned off (or pilot pressure is released from the port P1 of the air operated type). When the pilot solenoid valve b is energized while pilot pressure is in the port P (or when the pilot pressure is applied to the port P of the air operated type), an acting force generated above the operation piston 9 pushes the operation piston down, and thus the port 1 (P) and port (A) are connected. At that time, the lower poppet valve 6 opens by the degree preset by the needle 11. (Counterclockwise rotation of the needle opens the poppet valve.) The upper and lower poppet valves operate independently. When the pilot solenoid valves a and b are energized alternately (or when pilot pressure is applied to the ports P1 and P of the air operated style alternately), the supplied reduced pressure (3 (R) (A)) can be throttled and exhausted ( (A) 1 (P)). Construction Pilot valve Pilot valve Port P3 Manual button Port P1 Port P Feed back flow passage Port 3 (R) Port (A) (Basic type: External pilot solenoid) Port 1 (P) Component Parts No. Description Material 1 3 Body Cover Pressure control piston Aluminum alloy casted Aluminum alloy casted Aluminum alloy 4 Spring Stainless steel 5 Chamber Aluminum alloy 6 Poppet valve NBR 7 Rod Stainless steel 8 Valve guide Aluminum alloy 9 Operation piston Aluminum alloy 10 Bottom cover Aluminum alloy 11 Needle Brass 1984

Power Valve: Economy Valve Series 5 Select Type/Construction/Working Principle/Component Parts 1. 3 (R) (A) Reduced pressure supply. Closed center 3. (A) 1 (P) Fully open exhaust Note) With this valve, the port 3 (R) is a supply port and port 1 (P) is an exhaust port. 4. (A) 1 (P) Throttled exhaust When the pilot solenoid valve a is energized (or when pilot pressure is applied to the port P1 of the air operated type) while the port P1 is under the pilot pressure, reduced pressure is supplied from the port 3 (R) to the port (A). The acting force of the pilot pressure (port P1) reaches the space under the pressure control piston 3 pushes the piston upward and opens the poppet valve 6. Thus air is supplied from the port 3 (R) to the port (A). The air entering through the port (A) flows through the feedback passage to the space above the piston and when its pressure balances with the pilot pressure under the pressure control piston, the poppet valve closes, thus setting the port (A) pressure corresponding to the pilot pressure (port P1). (port P1 pressure: port (A) pressure = 1:1) When the reduced pressure is supplied from 3 (R) to (A), air will not be exhausted from (A) to 1 (P) even when the pilot pressure (port P1) is larger than the port (A) pressure. Construction When neither the pilot solenoid valve a nor b is energized (or when no pilot pressure is applied to the ports P1 and P of the air operated type), no acting force is applied to the pressure control piston and operation piston, and the spring 4 closes both poppet valves 6, thus the valve assumes the closed center position. While the port (A) is being pressurized, air will not be released even if electrical power to the pilot solenoid valve a is turned off (or pilot pressure is released from the port P1 of the air operated type). Pilot valve When the pilot solenoid valve b is energized while pilot pressure is in the port P (or when the pilot pressure is applied to the port P of the air operated type), an acting force generated above 3 9 the operation piston 9, and pushes down the operation piston, and thus the ports 1 (P) and (A) are connected. At that time, the lower poppet valve 6 fully opens. When the pilot solenoid valves b and c are energized simultaneously while pilot pressure is in the port P (or when the pilot pressure is applied simultaneously to the ports P and P3 of the air operated type), an acting force generated above the operation piston 9 pushes the piston down and another acting force generated under the stopper 11 pushes up the stopper, and thus the ports 1 (P) and (A) are connected. At that time, the lower poppet valve 6 opens by the degree preset by the needle 1. (Counterclockwise rotation of the needle opens the poppet valve.) The upper and lower poppet valves operate independently. When the pilot solenoid valves a and b are energized alternately (or when pilot pressure is applied alternately to the ports P1 and P of the air operated type), the supplied reduced pressure (3 (R) (A)) can be throttled and exhausted ( (A) 1 (P)). The pilot solenoid valve c remains energized (or pilot pressure remains applied to the port P3 of the air operated type). By turning on/off the pilot solenoid valve c (or by supplying/exhausting pilot pressure to/from the port P3 of the air operated type) while electric power is being supplied to the pilot solenoid valve b (or pilot pressure is being applied to the port P of the air operated type), either throttling or fully open exhaust can be selected (decelaration/ accelaration) for the port (A) 1 (P). Port P3 Manual button Port P1 Port P Feed back flow passage Port (A) Port 3 (R) Port 1 (P) (Select type: External pilot solenoid) Component Parts No. Description Material 1 Body Aluminum alloy casted 3 Cover Pressure control piston Aluminum alloy casted Aluminum alloy 4 Spring Stainless steel 5 Chamber Aluminum alloy 6 Poppet valve NBR 7 Rod Stainless steel 8 Valve guide Aluminum alloy 9 Operation piston Aluminum alloy 10 Bottom cover Aluminum alloy 11 Stopper Aluminum alloy 1 Needle Brass 1985