Integrated Controller

Lead 6: EQY25B 300 Force [N] Select a model based on the pushing force set value and force while referencing the force conversion graph. Lead 12: EQY25A 200 Selection example) Based on the graph shown on the right side, Pushing force: 100 [N] Pushing force set value: 40 [%] The EQY25DHB can be temporarily selected as a possible candidate.

REC

LH MM 2-4 3.2 N N X X Y S+Stroke Y LX Z LS+Stroke LZ ZZ+Stroke (mm) A AL B B1 B2 C D F G H H1 H2 I K LD LH LS LX LZ MM N NA Bore size Stroke range 20 M8 X 1.25 18 15.5 40 13 26 40 8 13 10 41 5 8 33.5 5 6.8 25 186 40 55 20 30 150 to 700 M10 X 1.25 25 22 19.5 47 17 32 45.5 10 13 10 45 6 8 37.5 5.5 6.8 28 186 40 55 20 34.5 150 to 700 M10 X 1.25 32 22 19.5 47 17 32 49.5 12 13 11 45 6 8 46.5

MNB

Double rod type n n pcs. Type of auto switch Mounting bracket Nil Without auto switch B Basic type Select the applicable auto switch type from the table below.

Transfer

Bore size (mm) Holding force 25 245 N 32 400 N 40 628 N Note) The holding force is the locks ability to hold a static load that does not involve vibrations or impacts, when it is locked without a load. Therefore, when normally using the cylinder near the upper limit of the holding force, be aware of the points described below.

ML2B

(N) s : Shock absorber stroke (m) ML2B32 Horizontal collision: P = 0.5 MPa 1.

Rodless Cylinder for Vacuum Series CYV ø15, ø32 1

of the items below, where the total (n) does not exceed "1". n = 1 + 2 + 3 1 Load factor n 1 = m/m max MX Note Item Review m. m max is the maximum load mass.

ML2B

: With brake: ML2B Bore size S Stroke ML2B Bore size B Stroke N K M 9 N K M 1 RE A B O 1 H REC O H PP CX NN NN MM MM CY KK LL KK LL 2-PA J J MQQ M 2-PA (Port for operating cylinder) (Port for operating cylinder) F I F RHC (mm) (mm) MK(2) M 30.5 32 41.5 K 46 58 68 J 40 46.5 55 I 76.5 91 110 N 16 15 19 H 73 88 106 F 93.5 107.5 130.5 O 18.5 19.5 21.5 N 16 15 19 M 13 15 19 K 46 58 68 J 40 46.5

CYV

of the items below, where the total (n) does not exceed "1". n = 1 + 2 + 3 1 Load factor n 1 = m/m max Note Item Review m. m max is the maximum load mass. 1.

Rodless Cylinder for Vacuum Series CYV ø15, ø32

of the items below, where the total (n) does not exceed "1". n = 1 + 2 + 3 1 Load factor n 1 = m/m max Note Item Review m. m max is the maximum load mass. 1.

CYPSeries

"n" pcs. Nil S n Cylinder bore size 15 32 15mm 32mm Type of auto switch Nil Without auto switch Select auto switches from the table below.

CYPSeries

"n" pcs. Nil S n Cylinder bore size 15 32 15mm 32mm Type of auto switch Nil Without auto switch Select auto switches from the table below.

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n Singap;;

CYP

"n" pcs. Nil S n Cylinder bore size 15 32 15mm 32mm Type of auto switch Nil Without auto switch Select auto switches from the table below.

High Power Cylinder:

27 30 5.8 to 8.8 6.8 to 11.3 Axial foot GA Rc(PT)P H GB F Rc(PT)P K F Effective Thread H2 A WH NN I MM H1 NE D LY ND NB 4-LD LH LT NF E 10 E JD N 10 JC N NA X Y X Y S+Stroke LX LZ LS+Stroke ZZ+Stroke (mm) Bore (mm) 20 25 32 40 Stroke range (mm) 200 to 700 200 to 700 200 to 1000 200 to 1000 I 26 31 38 47 F 16 16 19 21 A 18 22 22 24 E 14.5 18 18 20.5 D 10 12 12 16 GB 47.5 49.5 51.5 51.5 GA

Clean Room Rodless Cylinder Series CYP ø15, ø32 1

of the items below, where the total (n) does not exceed 1.

VQ5000

41n + 76, L2 = 41n + 96 n: Stations (Maximum 12 stations) L n 9 445 465 8 404 424 L1 L2 7 363 383 6 322 342 5 281 301 4 240 260 3 199 219 2 158 178 1 117 137 12 568 588 11 527 547 10 486 506 2-6-25 Base Mounted 26 Series VQ5000 Kit (Serial transmission unit) S IP65 compliant Manifold Specifications The serial transmission system reduces wiring work, while minimizing wiring and saving space

Compact

NEW ZEALAND SMC Pneumatics (N.2.) Ltd.

CLQ

"n" pcs.

Series REC 10- ø20, ø25, ø32, ø40 11- Sine Cylinder

LH MM 2 x 4 3.2 N X Y N X Y S + Stroke LX LS + Stroke Z LZ ZZ + Stroke (mm) AL LH LS LZ MM G NA N LX LD D C A B 16 13 13 13 8 F Bore size K H1 H 8 6 6 5 H2 I 41 32 32 26 B2 54 47 47 40 B1 Stroke range 50 45 45 41 M10 x 1.25 M8 x 1.25 30 40 32 25 20 5.5 5.5 5 200 to 1000 150 to 1000 150 to 700 150 to 700 10 8 8 8 26.5 22 20 20 12.5 11 10 10 24 22 22 18 46.5 37.5 33.5 22 17 17 13 21 19.5 19.5

CXT

YES Calculation of resistance force f n 1 (L/GP) 2 (Provided that L > GP) Calculation of theoretical output F L W Refer to Theoretical Output 1 on page 8-27-3.