1

3 mm or more, I: 6 mm or less J: 4 mm or more, I: 6 mm or less H: M6 or more, X: 22.5 mm or less H: M6 or less 16 16 J :4 mm or more, I: 6 mm or less J: 4 mm or more, I: 6 mm or less XA2 XA17 H: M8 or more, X: 26.5 mm or less H: M8 or less 20 20 J: 5 mm or more, I :11 mm or less J: 5 mm or more, I: 11 mm or less H : M10 or more, X: 33 mm or less H: M10 or less 25 25 J: 6 mm or more, I: 13

Rotary Table

0.025[J] 0.048[J] 0.081[J] 0.240[J] 0.320[J] 0.560[J] With internal shock absorber 0.039[J] 0.116[J] 0.116[J] 0.294[J] 1.100[J] 1.600[J] 2.900[J] Allowable Kinetic Energy (J) With external shock absorber (For low energy) 0.161[J] 0.574[J] 0.805[J] 1.310[J] With external shock absorber (For high energy) 0.231[J] 1.060[J] 1.210[J] 1.820[J] With adjustment bolt 0 to 190 Note2) With internal

XL

Valve side exhaust 29 Series XLS High Vacuum Angle Valve Dimensions (mm) 1in=25.4mm XLS/Without control power supply Grommet (G) D Conduit (C) J K 27010 E D G B C G(PF)1/2 Terminal (T) J K2 J H 29010 L 25 33 B C G(PF)1/2 DIN terminal (D) J K L C B F A 29.5 39 B C G(PF)1/2 6 to 9 22 A (mm) A B 104 L 48 62 C D F G H J E K 41 60 95 43 Model XLS-16G XLS-16C XLS-16D XLS-16T XLS-25G XLS-

%silltr

A tree stop of a rotating mass without cushioning or overloading risks breaking the pinion or vane, The allowable energy published by the manutacturer musl be caretully respected. a J=m.r 6 J = m . V c J = m . r l 2 + 1 2 2 T I v I + I I ri J' r 2 4 d = m . ,#,*, a J = m . I a 'ilE' d !-::-!. mb= n, t r a+b l l ta2+c2 i a ' Ti+l 2 . ^ 2 12 ho'oo#" ' 1 J = n y r = m " . * * ' o .

C85

Lubrication CG1 Nylon tarpaulin Max. ambient temperature 60C Rubber cushion/Double rod Rod boot MB Heat resistant tarpaulin Max. ambient temperature 110C MB1 Piston speed 50 to 1500 mm/s Rubber cushion CA2 0.02 J 0.03 J 0.04 J 0.09 J 0.27J 0.4 J Allowable kinetic energy Air cushion/Double rod CS1 Air cushion 0.17 J 0.19 J 0.4 J 0.66 J 0.97 J C76 Non-rotating accuracy 1 30' 1 30' 1 1 0

SMC Basic Pneumatics

A tree stop of a rotating mass without cushioning or overloading risks breaking the pinion or vane, The allowable energy published by the manutacturer musl be caretully respected. a J=m.r 6 J = m . V c J = m . r l 2 + 1 2 2 T I v I + I I ri J' r 2 4 d = m . ,#,*, a J = m . I a 'ilE' d !-::-!. mb= n, t r a+b l l ta2+c2 i a ' Ti+l 2 . ^ 2 12 ho'oo#" ' 1 J = n y r = m " . * * ' o .

High Vacuum Angle Valve, XL Series

Valve side exhaust 29 Series XLS High Vacuum Angle Valve Dimensions (mm) 1in=25.4mm XLS/Without control power supply Grommet (G) D Conduit (C) J K 27010 E D G B C G(PF)1/2 Terminal (T) J K2 J H 29010 L 25 33 B C G(PF)1/2 DIN terminal (D) J K L C B F A 29.5 39 B C G(PF)1/2 6 to 9 22 A (mm) A B 104 L 48 62 C D F G H J E K 41 60 95 43 Model XLS-16G XLS-16C XLS-16D XLS-16T XLS-25G XLS-

CQSY/CQ2Y/CM2Y/CG1Y/CA2Y

L B + Stroke A + Stroke CE1 CE2 Rod end male thread ML2B H1 C J G5-S Auto switch D-A9, F9 CV MVGQ Rod end nut C1 X L1 CC RB Rod End Male Thread (mm) Bore size (mm) C1 X H1 L1 J 32 20.5 23.5 28.5 M14 x 1.5 D40 20.5 23.5 28.5 M14 x 1.5 50 26 28.5 33.5 M18 x 1.5 -X (mm) Without auto switch With auto switch A B A B 20U Z Bore size (mm) Stroke range (mm) C D E F H I J K L M N O P Q S 5 to 50 40

CQSY/CQ2Y/CM2Y/CG1Y/CA2Y

x 1.5 M26 x 1.5 27 30 31 37 40 1/4 3/8 3/8 1/2 1/2 84 90 98 116 126 146 159 170 204 215 RZQ MI W S CEP1 CE1 CE2 ML2B C J G5-S CV MVGQ CC RB J D-X 20Data 10-4-17

C85

J 0.04 J 0.09 J 0.27J 0.4 J Allowable kinetic energy Air cushion/Double rod CS1 Air cushion 0.17 J 0.19 J 0.4 J 0.66 J 0.97 J C76 Non-rotating accuracy 1 30' 1 30' 1 1 0 42' 0 42' Non-rotating 0/+1.4 0/+1 Stroke tolerance (mm) C85 Maximum ambient temperature of rod boots only.

Precision Air Slide Table Series MXP ø6, ø10, ø12, ø16, (ø8: new addition, see 8-8-23 ) 1

Use the collision speed when calculating dynamic moment. 12 28 41 MXP16 26 Symbol Unit Definition Definition Symbol Symbol Unit mm An (n = 1 to 3) V Collision speed mm/s Correction values of moment center position distance J E Va Average speed Kinetic energy mm/s J Emax W Load weight Allowable kinetic energy kg mm Ln (n = 1 to 3) Wa Allowable load weight Overhang kg Nm M (Mp, My, Mr) We

JA/JAH/JB/JS

ExampleRod end nut for JS40 CV MVGQ CC RB J D-X 20Data 10-19-13 14 Series JS Dimensions JS10, 16 Center of sphere M M U D J U F B G H C E P Use the precision spanner for clock 4 mm in the case of mounting male thread of JS10.

JA/JAH/JB/JS

ExampleRod end nut for JS40 CV MVGQ CC RB J D-X 20Data 10-19-13 14 Series JS Dimensions JS10, 16 Center of sphere M M U D J U F B G H C E P Use the precision spanner for clock 4 mm in the case of mounting male thread of JS10.

Programless controller (with stroke study) Step motor (servo 24 VDC)

(i) MAN (r) (j) Reverse button Performs reverse jog and inching.

MHL2

50 70 Note 1) J dimension is at fully closed.

MHL2

J dimension is different from the value which is subtracted stroke from G dimension.

60

Grommet Conduit DIN terminal Conduit terminal L VXK21l0 VXK22l0 VXK23l0 I J 40 43 46 I J 58.5 61.5 64 I 44 53 59.5 J 46.5 49.5 52 K (92) (95) (98) I 44.5 53.5 60 J K L 30 33 36 I J 48.5 51.5 54 I J 65.5 68.5 71 I 44 53 59.5 J 53.5 56.5 59 K I 43 52 58.5 J K VXK21l2 VXK22l2 VXK23l2 2, 3, 4.5 1/8, 1/4 1/4, 3/8 1/4, 3/8 52 61 67.5 43 52 58.5 19.5 22.5 25.5 44.5 53.5 60 (61) (129) 48 57 63.5

Parallel Style Air Gripper: Wide Type Series MHL2

170 210 128 200 240 26 50 70 Note 1) J dimension is at fully closed.

MGP

Table 1 How to calculate the kinetic energy of load Bore size (mm) Allowable kinetic energy (J) 12 0.043 16 0.075 M+m 2 u=1.4ua u Ek= 2 20 0.11 25 0.18 Ek : Kinetic energy (J) M : Weight of driven object m : Weight of cylinder moving part (kg) u : Max. speed (m/s) ua: Average speed (m/s) 32 0.29 40 0.52 50 0.91 63 1.54 80 2.71 100 4.54 Note) Select a cylinder so that "Ek" does not exceed

Stopper Cylinder Series RSQ Series RSG (Fixed mounting (Adjustable height) mounting height)

(mm) Bore size (mm) CC Single acting 80 50 32 RB 40 63 50 80 Option J Three types of action With lock mechanism With cancel cap Vm/min D1. Single acting 2. Double acting 3.