Shape: Standard, Operating Environment: Standard, Compatible Fluid: Air, Supply Side Connection Type: Rc, Supply Side, Connection Diameter: 1/4, Control Side Connection Type: Rc, Control Side, Connection Diameter: 1/4, Size of Body: 2, Number Of Circuits: 5 stations, Pilot Method: Internal pilot, Specification: For VY120$For VEX110$For VEX120$For VEX130$For VEX150$For VEX170$For VEX190$For

Shape: Standard, Operating Environment: Standard, Compatible Fluid: Air, Supply Side Connection Type: [NPT] NPT, Supply Side, Connection Diameter: 1/4, Control Side Connection Type: [NPT] NPT, Control Side, Connection Diameter: 1/4, Size of Body: 2, Number Of Circuits: 5 stations, Pilot Method: Internal pilot, Specification: For VY120$For VEX110$For VEX120$For VEX130$For VEX150$For VEX170

Model: 4000 (SV4000), Valve Manifold Stations: 5

Model: 2000 (SV2000), Valve Manifold Stations: 5

Series 11-/12-, 21-/22- CXSJ Dual Rod Cylinder/Compact Type

The maximum piston speed for retraction is approximately 70% that of extension. 848 Dual Rod Cylinder/Compact Type CXSJ 2122CXSJ/ 1112Auto Switch Proper Mounting Positions (Detection at Stroke End) CXSJ6 / CXSJ6 11122122D B (mm) D-M9 23 (24) 2 (1) 13 (11.5) 8 (9) D-A93 19 (20) 14.5 (15.5) 6.5 (7.5) Symbol A B C D Note 1) A C Note 1) The above mentioned values are indicated as a guide for

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

range Note 1)Set flow rate range Note 1)Minimum set unit Note 1)Accumulated pulse flow rate exchange value (Pulse width: 50 ms) Note 1)Note 1, 2)Display unitsAccumulated flow range Note 1)Power supply voltageCurrent consumptionPower supply voltage for sensorPower supply current for sensor Note 3)Sensor input--Output Note 4)specificationsHysteresisResponse time Note 5)Linearity

PSxx-OMP0001E

This product is not designed to be explosion proof. Temp. characteristics 3%F.S. Switch turns ON when the pressure is larger than setting pressure. PS1000 ON OFF Repeatability 1%F.S. Do not use the product in a place where static electricity is a problem.

Floating Joint/Stainless Steel Type Series JS

Maximum tension and compression N Air cylinder Hydraulic cylinder JS10-4-070 JS16-5-080 JS20-8-125 JS32-10-125 JS40-14-150 JS63-18-150 M4 x 0.7 M5 x 0.8 M8 x 1.25 M10 x 1.25 M14 x 1.5 M18 x 1.5 0.5 0.5 0.5 0.5 0.75 1 10 10, 16 20 25, 32 40 50, 63 80 210 1100 2500 6000 11000 1MPa or less Note 2) 5 to 60C 3.5MPa or less Note 1) Use the applicable cylinder bore size as a guide.

Microprocessor-Controlled Electro-Pneumatic Regulator ITV2000 EASY PROGRAMMING GUIDE

Linearity 1% FS Hysteresis 0.5% FS Repeatability 0.5% FS Monitor Output 1~5VDC analog transistor (NPN, PNP), max. 30mA 1Except ITV201, which is 29PSI.

Card Motor Controller Controller Setting Software for LATCA (For Windows®8.1)

Article 5 (Termination) 1. SMC has the full authority to terminate this agreement in the event of any terms and conditions have been breached. 2. This Software and any copies thereof must be destroyed when this Agreement is terminated.

Card Motor Controller Controller Setting Software for LATCA （ For Windows®7 ）

Article 5 (Termination) 1. SMC has the full authority to terminate this agreement in the event of any terms and conditions have been breached. 2. This Software and any copies thereof must be destroyed when this Agreement is terminated.