Dedicated Controller

No FOR 36 NEXT command was executed without executing FOR command. No operation program 37 Trying to execute a program/step with no commands. Invalid movement command 38 Trying to execute a command other than MOVA, MOVI, or ASET with a step (position movement) designated operation. Format error 39 An error is found in the attached value of a command being programmed.

IDU/IDF

247 74 59 395 198 38 132 34 328 200 IDF1D Rc 3/8 138 232 125 51 410 217 24 150 38 328 226 IDF2D 103 33 304 125 67 470 28 236 21 154 36 358 226 IDF3D : Power source 200 to 240VAC IDF4D Illuminated switch 170 31 481 242 Compressed air outlet Rc 3/8 Ventilation direction Compressed air inlet Rc 3/8 13 Inspection grill Ventilation air inlet Ventilation direction 606 469 [100VAC specification

MGC

M8 X 1.25Depth14 120 27 13 15 89 75, 100 125, 150 200, 250 300 M6 X 1Depth12 6.8 35 118 70 50 16.5 26.5 11Depth8 M8 X 1.25Depth14 135 32 13 15 94 8.6 40 140 75 50 34.5 M10 X 1.5Depth18 22 M8 X 1.25Depth16 14Depth10 160 37 16 18 107 45 170 110 80 M12 X 1.75Depth21 22 M10 X 1.5Depth20 17Depth12 37 10.5 194 42 19 23 142 Bore (mm) WH W V U T S R Q J O I N Z P M Y L X K Wq 20 25 32 40 50 23 36

MGF

Model Applicable screw Max. tightning torque Nm l (mm) MGF 40 MGF 63 MGF100 7.5 18 M8 x 1.25 9 36 M10 x 1.5 Example) 9 65 M12 x 1.75 2. When mounting a work piece to the cylinder, do so only when the piston is retracted. Also make sure that the rotational torque applied to the cylinder body does not exceed the allowable rotational torque (given on page 11).

MNB

125 125 125 125 125 125 401 to 500 150 150 150 150 501 to 600 175 175 601 to 700 187.5 187.5 701 to 750 73 81 89 89 101 101 1 to 50 86 94 102 102 114 114 51 to 100 98 106 114 114 126 126 101 to 150 111 119 127 127 139 139 201 to 300 161 169 177 177 189 189 301 to 400 186 194 202 202 214 214 401 to 500 227 227 239 239 501 to 600 264 264 601 to 700 276 276 701 to 750 32 40 50 63 80 100 36

SMC Basic Pneumatics

F 3 COMPRESSED AIR THEORY Units Pressur Prooerties of Gases lsothermic change (Boyle's Law) lsobaric change Charles Law Law of Gay Lussac lsochoric change Adiabatic (lsentropic) change Standard Volume Flow Bernoulli's Equation Air Humidity Relative humidity Pressur and Flow Use of the diagram: Formulae: 6 6 I 1 0 1 0 1 1 1 1 1 1 1 1 1 2 1 2 1 2 1 2 1 2 1 3 1 5 1 6 1 6 AE 36 36 5 AIR TBEATMENT

Compact Rotary Actuator Rack-and-Pinion Type/Sizes: 10, 15, 20, 30, 40 Series CRQ2

50 14 34 69 (11) 68 14 39 14.5 16.5 49 30.4 34.7 4.7 4.9 7 8.1 25 30 11 14 14 M8 x 1.25 M10 x 1.5 M10 x 1.5 78 (13) 76 16 47 18.5 55 40.4 Size Rotation K Q S W Key dimensions TF (H9) TG (H9) TL JJ US TA TD G L UW TB TC M N b l 90 180 90 180 90 180 3 29 104 130 122 153 20 0 0.03 1 15 59 24.5 8 11 9.6 11.5 4 13.5 27 4 4 2.5 74 20 M5 x 0.8 depth 6 0 0.03 30 2 18 65 27 10 13 11.4 13.5 19 36

Compact Electric Actuator Series LG1

To determine a standard for the resistor, refer to the correct useage on page 36.

Electric Actuator Series LJ1H/LJ1S Made to Order Specifications

Work piece mounting reference plane Rc 1/4 Vacuum suction port Rc 1/4 Vacuum suction port 80 Stroke + 115 (table movement range) 7.5 194 (249) 41 46 58 2-T-slot 1 57 65 69 90 95 9.3 44 40 (T-slot pitch) 2-T-slot 2 Stroke + 350 (405) 17 28 23 (78) 40 36 Body mounting reference plane 3-5H10 depth 5 3.3 5.8 1.7 5.3 T-slot 1 dimensions (switch groove) 11.5 45 27 (82) 40 80 Stroke + 145 9.4 4.5

Series MXP Precision Air Slide Table

36 39 7.5 20 74 65 90 168 168 Precision Air Slide Table Series MXP Dimensions 12 MXP12 Scale:55% Z 3 2-M40.7, 6 deep V 2-M30.5, 4 deep K 5 4 G Max. 3 7.5 M Stroke:S MXP12-15 Width across flats 2 Width across flats 6 A Piping port 2-M50.8 14 H (Plug:M-5P) 8 M40.7 18.2 8.5 4.2 25 24 8.5 4-M40.7 4.5 deep 4-M50.8 Bottom hole diameter 4.2 A 19 1.5 20 220.05 W 0.50.05 B D Piping port 2-M50.8

MXW Series Long Stroke Slide Table

MXW12-125 137 35 32.5 330 6 76 60 127.5 182 136 MXW12-150 164 40 47.5 380 6 101 85 147 MXW Series Long Stroke Slide Table Dimensions MXW 16 Stroke: 75, 100 Operating port 2-M5 x 0.8 (mm) Width across hexagon socket hole 3 116 14 Scale: 30% 8 Width across flats 10 Operating port M5 x 0.8 Operation direction A 6-M5 x 0.8 thread depth 9 (Helisert) 6H9 +0.03 depth 5.5 0 7 (Plug : M-5P) 74 36

Heavy Duty Stopper Cylinder Series RSH/RS1H

Dimensions/Bore size: 50, 63, 80 RS1H 63 50 80 0.2 FX FZ S X Load carrying direction 4-N through 8-O recessed area L CZ CT CT Y V U Conveyor lower limit position CD T R Stroke H B 2-P D QA FT A GA Rear pressure port Front pressure port QB 2-Plug WB GB E W (Width across corners I) (mm) Width across corners I 85 103 132 H 128 144.5 171.5 FX 73 90 110 FZ 93 114 138 GA 16 24 24 CT 8 10 10 CZ 36

For Water Digital Flow Switch Series PFW

View A PFW31(-M) PFW3-B DIN rail type 8-M3 3 x 7.2 (= 21.6) 36 2-3.4 6.4 15 1 2 3 4 6.5 26 FLOW SWITCH SMC 35.5 30 56 (4.5) 44 UNIT RESET SET 5 6 7 8 29 38 15.2 26

Solid State Vacuum Regulator Series ITV2090/2091

optional) 2-Rc 1/4 ATM port, OUT port 4-M x 0.8 thread depth 6mm through Mounting hole OUT 2 G 15 19 R3.5 25 7 36 (10) 30 L-bracket INI-398-0-6 (optional) 2-Rc 1/4 ATM port, OUT port (7) 36 3

4/5 Port Solenoid Valve Series SYJ3000/5000/7000

) 79 (53) 63 (37) 81 (55) 84 (58) 0.36 0.12 0.46 0.35 0.12 0.46 2 position 5 port Base mounted 0.33 0.39 0.12 0.10 0.47 0.59 [0.40] 0.46 0.31 0.12 0.47 0.36 0.58 [0.32] M5 x 0.8 M5 x 0.8 (with sub-plate) 0.43 [0.33] 0.32 0.16 [0.11] 0.11 82 (56) 92 (66) 3 position 0.42 [0.33] 0.16 [0.080] 36 53 41 63 37 55 2 position 5 port Body ported 0.9 M3 x 0.5 M3 x 0.5 3 position 56 66 58 36 53 41 63

High Vacuum Angle Valve, XL Series

the bonnet assembly (1) is a heat resistant structure. 10 High Vacuum Angle Valve Series XLC, XLCV Dimensions (mm) 1in = 25.4mm (b) XLC/Air operated type C D E C E E Fn (KF flange) Fd (K flange) (a) (c) H J Heater (optional) B G A A (mm) H 40 G 17 26 41 52 70 83 Fd Fn 30 40 55 75 87 114 D 1 1 2 2 3 3 C 38 48 66 79 100 117 B 110 120 171 183 209 250 E Note 1) A 40 50 65 70 88 90 J 26 28 36

AC Servo Motor Driver (Pulse input type)

Acceleration/de celeration time 0 ~ 50 ms Set the time until the servo motor reaches/stops to the rated speed (3000 r/min). 36 - 5.5 Changing I/O Signal Allocation I/O signal assignment can be changed as appropriate from initial settings. There may be cases when changing to the Input/output signal assignment are required for actuator operation.

SFOD-OMT0012

Parameter setting . 28 (1) Exclusive parameter setting for the connected actuator . 28 (2) Change of controller and actuator settings . 31 (3) Change of the parameter protect setting . 32 4.3 Step data setting . 33 (1) Step data setting . 33 (2) Saving or Loading the Step data . 35 4.4 Monitor function . 36 4.5 Teaching . 36 4.6 Test Drive . 39 (1) Test Drive . 39 (2) JOG, Inching, and Return

SFOD-OMT0011CN

No.SFOD-OMT0011CN-A (4 ) // JXC-W1 (JXC3 Series) 1. . 3 2. . 5 2.1 . 5 2.2 . 5 2.3 . 5 3. . 6 3.1 . 6 (1) . 6 (2) . 6 3.2 . 6 (1) . 6 (2) . 6 (3) . 8 4. . 9 4.1 . 9 (1) . 9 (2) . 16 (3) . 19 (4) . 22 (5) . 23 (6) . 24 (7) . 26 4.2 . 28 (1) . 28 (2) . 31 (3) . 32 4.3 . 33 (1) . 33 (2) . 35 4.4 . 36 4.5 . 36 4.6 . 39 (1) . 39 (2) JOG . 40 (3) 1 . 40 4.7 . 42

OMR0031

Controller Set Up . 34 9.1 Communication Speed and Controller IDs . 34 9.2 Selection of the input type . 34 9.3 Basic parameter setup . 35 9.4 Step Data Input type . 36 (1) Cycle time entry method . 36 (2) Speed entry method . 37 9.5 I/O setup . 38 9.6 Step Data setup . 39 10. Monitor and Test Mode of the Controller . 41 11.