Metering Valve with Silencer Series ASN2

Cylinder extension speed: 100 mm/s Meter-out needle fully open 100 mm/s Return speed Solenoid valve (Reference) Recommended circuit for high return speed When low extension speed and high return speed are desired, the following circuit using 3-port is recommended. Exhaust port (EA) Supply port (P) Exhaust port (EB) Fig.

H

5.26 AIR PREPARATION HIGH FLOW SERIES LUBRICATOR SERIES (N)AL Port Sizes 1 12~2 Atomizes Lubricant into fine particles at a uniform rate Drip Rate easily monitored with Sight Dome Can be filled under pressure Bowl Guard Standard Damper precludes oil flooding S Y M B O L S H O W T O O R D E R L U B R I C AT O R S E R I E S NAL NAL800-N12 (1 14 NPT) NAL800-N14 (1 12 NPT) NAL900-N20 (2 NPT)

Safety Speed Control Valve (SSC Valve) Series ASS

Cylinder extension speed: 100 mm/s Meter-out needle fully open 100 mm/s Return speed Solenoid valve (Reference) Recommended circuit for high return speed When low extension speed and high return speed are desired, the following circuit using 3-port is recommended. Exhaust port (EA) Supply port (P) Exhaust port (EB) Fig.

Pneumatics Best 2 Auto Switch Guide Applicable Cylinder Series 1 CDA2-X1184 MDB-X1184 CDQ2-XB14 CDG5·S CDJ5·S Cylinder series CDJP2 MDU-Z CDQM CDQS HYDQ CDJ2 CDM2 CDM3 MDB1 HYDB CDG1 CDG3 CDQ2 CDUJ CDA2 CDS1 CDS2 MDB RDQ CQU CDU ø125 to ø200 ø125 to ø160

CDA2 B 50 200 X1184 B31J S With built-in special magnet Number of auto switches Cylinder stroke Description 2 pcs. 1 pc.

Slide Unit/Double Rod Type Series CX2 Slide Bearing: ø10, ø15, ø25

Note 1) 5 to 50 mm/s 5 to 40 mm/s 5 to 100 mm/s Note 1) Consult with SMC when the air-hydro type is mounted on a plate. Note 2) Consult with SMC when units are used at a low speed (10 mm/s or faster) (when intermediate stops are not required) since -XB13 (Low speed specification) is available. Note 3) When using the air-hydro type, use the double side hydro unit.

Electro-Pneumatic Proportional Valve Series VEF/VEP

Model Flow type Pressure type VEF2141 VEF3141 VEF2131 VEP3121 VEP3141 VEF2121 VEF3121 Item 4 1 8 3 , 4 1 8 3 , 4 1 , 8 3 2 1 8 3 , 2 1 4 3 , 8 3 , 2 1 4 3 , Port size Rc , Air Fluid 1.0 MPa 0 to 50C (With no condensation) Maximum operating pressure Ambient and fluid temperature 0.03 s or less 0.03 s or less 0.05 s or less Response time 0.05 s or less Hysteresis 3% F .S. 3% F .S.

Speed Controller with Residual Pressure Release Valve with One-touch Fitting Series AS



FE Elbow Type/Universal Type

Cylinder extension speed: 100 mm/s Meter-out needle fully open 100 mm/s Return speed Solenoid valve (Reference) Recommended circuit for high return speed When low extension speed and high return speed are desired, the following circuit using 3-port is recommended. Exhaust port (EA) Supply port (P) Exhaust port (EB) Fig.

ZP

(mm) 02 04 2 4 Nil -X19 With lock ring Without lock ring (10 or larger) 1 2 10 to 16 20 to 32 ZX 06 6 3 40, 50 ZR 08 8 Material 10 10 ZM N S NBR Silicon rubber 13 13 16 16 Pad type U Urethane rubber 20 20 ZH F Fluoro rubber 25 25 U C Flat Flat with ribs GN Conductive NBR (2 to 16) 32 32 ZU GS Conductive silicon rubber (2 to 16) 40 40 D Deep 20 or large are manufactured upon receipt of order

Vacuum Gripper

Vacuum pressure Theoretical lifting force Horizontal lifting force [N]Safety factor 1/4 [kPa] [N] 1 cup gripping -50 40.2 10 2 cups gripping -67 53.8 13.4 3 cups gripping -73 58.7 14.6 (Calculated by W = P X S, S = r2, r = 32 / 2. Refer to 3.3 How to calculate theoretical lifting force for the detail.)

Vacuum Gripper

Vacuum pressure Theoretical lifting force Horizontal lifting force [N]Safety factor 1/4 [kPa] [N] 1 cup gripping -50 40.2 10.0 2 cups gripping -67 53.8 13.4 3 cups gripping -73 58.7 14.6 (Calculated by W = P X S, S = r2, r = 32 / 2. Refer to 3.3 How to calculate theoretical lifting force for the detail.)

Vacuum Gripper

Vacuum pressure Theoretical lifting force Horizontal lifting force [N]Safety factor 1/4 [kPa] [N] 1 cup gripping -50 40.2 10.0 2 cups gripping -67 53.8 13.4 3 cups gripping -73 58.7 14.6 (Calculated by W = P X S, S = r2, r = 32 / 2. Refer to 3.3 How to calculate theoretical lifting force for the detail.)

Vacuum Gripper

Vacuum pressure Theoretical lifting force Horizontal lifting force [N]Safety factor 1/4 [kPa] [N] 1 cup gripping -50 40.2 10 2 cups gripping -67 53.8 13.4 3 cups gripping -73 58.7 14.6 (Calculated by W = P X S, S = r2, r = 32 / 2. Refer to 3.3 How to calculate theoretical lifting force for the detail.)

Vacuum Gripper

TQ1230001-OM102-B Theoretical lifting force of vacuum cup diameter 32mm with ZP2V-B06-05 at supply pressure 0.5 MPa Vacuum pressure Theoretical lifting force Horizontal lifting force [N]Safety factor 1/4 [kPa] [N] 1 cup gripping -50 40.2 10 2 cups gripping -67 53.8 13.4 3 cups gripping -73 58.7 14.6 (Calculated by W = P X S, S = r2, r = 32 / 2.

Suction cups with flange

Theoretical lifting force of vacuum cup diameter 32mm with ZP2V-B06-05 at supply pressure 0.5 MPa Vacuum pressure Theoretical lifting force Horizontal lifting force [N]Safety factor 1/4 [kPa] [N] 1 cup gripping -50 40.2 10 2 cups gripping -67 53.8 13.4 3 cups gripping -73 58.7 14.6 (Calculated by W = P X S, S = r2, r = 32 / 2.

PSxx-OMV0003CN

1028 0x0404 0 R/W dtL2 (OFF ) U16 0 Y OUT2 OFF 0.01 s 0x0x0BB8 (03000) 0.01 s 1030 0x0406 0 R/W FiL () U16 0 Y 5R.D. 0.1 1060 0x0424 0 R/W FSC () S16 0 Y -5050 -68No.PS-OMV0003CN-G () 1 3 dec hex 2 0Std 1dUAL(2 ) 2o1Lv(OUT1 ) 3o2Lv(OUT2 ) 4LinE() 5oFF() 1100 0x044C 0 R/W U8 0 Y std 1101 0x044D 0 R/W Std U8 0 Y 2 1102 0x044E 0 R/W U8 0 Y 2 2 1103 0x044F 0 R/W U8 1 Y Line

PSxx-OMV0008CN

1027 0x0403 0 R/W dtH2 (ON ) U16 0 Y 0x0x1770 (06000) 1028 0x0404 0 R/W dtL2 (OFF ) U16 0 Y OUT2 OFF 0.01 s 0x0x0BB8 (03000) 0.01 s 1030 0x0406 0 R/W FiL () U16 0 Y 5R.D. 0.1 1060 0x0424 0 R/W FSC () S16 0 Y -5050 -72No.PS-OMV0008CN-E () 1 3 dec hex 2 0Std 1dUAL(2 ) 2o1Lv(OUT1 ) 3o2Lv(OUT2 ) 4LinE(Line ) 5oFF() 1100 0x044C 0 R/W U8 0 Y 1101 0x044D 0 R/W Std U8 0 Y std 2 1102

SYJ300-OMU0003

(DC24V,12V) Z *W R () U () 5 DC24V *AC S *RU DC *Z 6 DC12V V DC6V S DC5V G 300m R DC3V H 600m 1 AC100V50/60Hz )V111 CE L -Q 2 AC200V50/60Hz LN L AC110V50/60Hz LO 3 (AC115V50/60Hz) M 4 AC220V50/60Hz MN M (AC230V50/60Hz) MO *WDC *CE DC WO M8 1 W *M8 P13P14 *P13P14 5 D V115 5 DC24V 6 DC12V S () 1 AC100V50/60Hz Z () *DOZYOZ *AC S 2 AC200V50/60Hz 3 AC110V50/60Hz (AC115V50

Hygienic Design Cylinder/Basic Type

Grease for food part no.: GR-H-010 (10 g) Standard grease part no.: GR-S-010 (10 g) External seal: Rod seal and the tube gasket are made from FKM. Seal kit includes o, !0 and !4. Order the seal kit based on each bore size. Since the seal kit does not include a grease pack, order it separately. Grease for food part no.: GR-H-010 (10 g) Standard grease part no.: GR-S-010 (10 g) 89

Escapements Series MIW/MIS

D F9NV S MIW Double finger type 20 30 1 A S D F9BV S Single finger type MIS Scraper Cylinder bore Nil S No Yes Number of auto switches 12 2 pcs. 1 pc. 12mm 20mm Nil S Stroke adjuster 20 Type of auto switch Nil A No Yes Stroke Without auto switch (built-in magnet) Nil 10 20 30 10mm 20mm 30mm Refer to the table below for auto switch part numbers.

Plate Cylinder with Lock Series MLU

Brown Load Brown Load Switch 1 Switch 1 Blue Blue Brown Brown Switch 2 Switch 2 Blue Blue Power supply voltage Internal voltage drop Leakage current Load impedance Load voltage at OFF = x 2 pcs. x Load voltage at ON = s x 2 pcs. = 1mA x 2 pcs. x 3k = 6V = 24V s 4V x 2 pcs. = 16V Example: Power supply is 24VDC Internal voltage drop in switch is 4V Example: Load impedance is 3k Leakage current