P.○○ indicates page in METRIC 2009 MISUMI Mechanical Components for Assembly Automation Catalog.

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107 108

■Standardized module unit to be used with pneumatic equipment. Can be used both in horizontal and vertical positions.

MAH25MAH32MAH40

■SpecificationsPart Number SpecificationType No. Cylinder

MAH25MAH32MAH40

N N (No)

C C (Yes)

■ComponentsPart Base Slider Fasteners

MMaterial 6063 Aluminum Alloy 6063 Aluminum Alloy Stainless SteelSSurface Treatment Clear Anodize Clear Anodize −

！1) Two automatic switches are attached to "with Cylinder" type.(2-line type contact switch lead wire length 3m)

2) Other cylinders can be mounted by selecting "No Cylinder" type. 3) Applicable cylinder diameters are φ25 φ32 and φ40.

Part Number Selection P (Slider Pitch) H L B B1 C Cd CP1 CP2 Cm h SW SB t t1 Position of slider mounting holesType No. S (Stroke) a b c e

MAH25N 100

150200250300350400

！�See the price list for selectable sizes.

120 48 135 180 160− −

60 −

6

23 160 90 46 25 70 28 50 53C 66 Rc1/8

MAH32N

150 54 165 220 200− −

60 − 27 200 120 52 27 90 30 60 60C 68 Rc1/8

MAH40N

200 62 175 270 250− −

66 36 30 256 130 60 32 120 35 60 65C 93 Rc1/4

11

Part Number − SMAH25NMAH40C

−−

250300

Part Number − S − (NSC · CSA)MAH25N − 200 − NSC

Part Number $ Standard Unit Price Qty. 1 ~ 4

Type No.Stroke Stroke Stroke Stroke Stroke Stroke Stroke

100 150 200 250 300 350 400

MAH25N 528.00 536.80 537.90 546.70 556.60 − −C 636.90 649.00 653.40 666.60 679.80 − −

MAH32N − 658.90 660.00 671.00 672.10 683.10 −C − 776.60 781.00 799.70 805.20 825.00 −

MAH40N − − 830.50 844.80 845.90 858.00 859.10C − − 959.20 976.80 984.50 1,003.20 1,009.80

！For larger quantity orders "Days to Ship" may differ from published catalog term.

■MassPart Number Mass (kg)

Type No. Stroke100 Stroke150 Stroke200 Stroke250 Stroke300 Stroke350 Stroke400

MAH25 N 3.7 4 4.2 4.5 4.7 − −C 4.2 4.5 4.8 5.1 5.4 − −

MAH32 N − 6.9 7.2 7.6 8.0 8.4 −C − 7.5 7.9 8.5 8.8 9.3 −

MAH40 N − − 10.6 11.2 11.8 9.3 12.9C − − 11.8 12.4 13.1 13.7 14.4

■Shock Absorber Type (Stopper bolt replaced as alteration)Orifice Type

Thread Diameter

Stroke mm

Max. Absorbed Energy J (kgf · m)

Max. Absorbed Energy per Minute J/min (kgf/min)

Max. Equivalent Mass kg

Collision Velocity Range m/s

Max. Resistance N (kgf)

Maximum Cycle for Use min-1

Operating Temperature Range °C

Piston Rod Return Force N (kgf)

Single-hole M20x1.5 16 29.4 (3.0 ) 29.4 (3.0) 300 0.3~1 3528 (360) 60 −5~70 18.1 (1.84) or less！ Refer to CAD Data for external dimensions.

■Velocity · Allowable Load · Allowable Moment · Thrust · Running Parallelism

Type Slider PitchP

Max. Velocity (mm/s)

Allowable Load (kN)

Allowable Static Moment (N · m) Reference Cylinder Thrust (kN) Running Parallelism of B

against A

Running Parallelism of Dowel Hole

against CMa Mb Mc At 0.4MPa At 0.5MPa At 0.6MPa At 0.7MPaPull Push Pull Push Pull Push Pull Push

MAH25 120 500 0.51 11.2 11.2 16.8 0.17 0.2 0.21 0.25 0.25 0.3 0.29 0.34 0.07 0.07MAH32 150 500 0.57 18.1 18.1 24.2 0.28 0.32 0.35 0.4 0.42 0.48 0.48 0.56 0.07 0.07MAH40 200 500 0.91 34.5 34.5 56.1 0.44 0.5 0.55 0.63 0.66 0.75 0.77 0.88 0.07 0.07

■Reference Deflection under Load

TypeAmount of deflection is 0.1mm for given load (N) and given stroke (mm).

Stroke100 150 200 250 300 350 400

MAH25 1941 1074 661 435 302 − −MAH32 − 1941 1248 849 603 444 −MAH40 − − 2386 1639 1174 869 662

■Allowable Moment

■Palette Conveyance　• The simple and convenient structure advantage of

pneumatic equipments saves labor of post assembly.

■Lift portion of return conveyor　• Can be used for vertical lift conveying by side face

installation.

■Conveyance of Work Material　• Can convey both small lightweight and large heavy parts.

*1) Allowable load is for unit used in horizontal position. When unit used in vertical position multiply the given values by 0.6 to obtain reference load. 2) Running parallelism is for reference only.

Note: 1MPa=145.04Psi

MAH25 Series

MAH32 Series

MAH40 Series

(Dowel Hole)

2-Cd

4-M8 Thread Insert 2DDepth 16 Slider

2-φ8H7 Depth 10

4-11 Drill φ17.5 Counterbore Depth 11

4-Cm

2-CmSet Collar(SSCSPDJ)

Retaining Ring(RTWS)

Linear Bushing(LMUW)

a±0.

02(Th

e tolera

nce is a

pplicab

le to H7

hole o

nly)

Air Cylinder(w/ Automatic Switch)

Linear Shaft(PSFJZ)

A

Arrow View A

Stopper Bolt(SUST12)

2H±0.1

h

CP1

CP1

CP2

t t1

10 10

ec b

2

20 S (Stroke)5

P (S

lider

Pitc

h)SW

SB 20

B

L+20+S (Stroke)

B1

20 L+S (Stroke) 20 C+S (Stroke)

(MAH40 only)A

C

B

Stopper Pin(STEHN)

Floating Joint(FJUCS)

No Cylinder With Cylinder

Alterations Code Spec. $/1Code

Without Set Collar NSC Exclude from set

MAH25: -10.00MAH32: -12.00MAH40: -13.00

Stopper CSA Replace stopper bolt with shock absorber 63.00

Alteration

Pull

Push

■ComponentsPart Number Name

Type No. Cylinder Floating Joint Linear Shaft Linear Bushing Retaining Ring Stopper Bolt Stopper Pin Set Collar Shock Absorber

MAH25 N −FJUCS10 PSFJZ20 LMUW20 RTWS32 SUST12−60 STEHN17 SSCSPDJ20 Alteration

See the table below

See P.108 for specifications.

C φ25 Round Type

MAH32 N −FJUCS10 PSFJZ25 LMUW25 RTWS40 SUST12−60 STEHN17 SSCSPDJ25

C φ32 Round Type

MAH40 N − FJUCS14 PSFJZ30 LMUW30 RTWS45 SUST12−60 STEHN17 SSCSPDJ30C φ40 Round Type

Catalog Page Original P.1779 P.111 P.255 P.1400 P.961 P.959 P.244 Original

！For details of above component parts refer to the respective catalog pages.

( )

Pneumatic Linear Slide (Horizontal Type)

！�Non-Returnable

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109 110

■To be used in vertical applications only.

■ SpecificationsPart Number SpecificationType No. Cylinder Base

MAT25MAT32

NN(S) N (No) N (No)NB(S) N (No) B (Yes)CN(S) C (Yes) N (No)CB(S) C (Yes) B (Yes)

■ ComponentsPart Base Slider Fasterns

MMaterial 6063 Aluminum Alloy 6063 Aluminum Alloy Stainless SteelSSurface Treatment Clear Anodize Clear Anodize −

！1) Two automatic switches are attached to With Cylinder type.(2-line type contact switch lead wire length 3m)

2) Other cylinders can be used when "No Cylinder" type is selected. 3) Applicable cylinder diameters are φ25 φ32. 4) S type is for MAT25 only. 5) Diameter of S type shaft is φ16.(See components list below)

■ComponentsPart Number Name

Type No. Cylinder Sensor Linear Shaft Floating Joint Linear Bushing Retaining Ring Set Collar Brackets for Stand

MAT25

NNS・NBS − − PSFJZ16 (Shaft Dia. 16)

FJUCS10LMU16 RTWS28 SSCSPDJ16 PFPM16CNS・CBS MSCCA25 MD11L3 (Wire Length 3m)

NN・NB − − PSFJZ20 (Shaft Dia. 20) LMU20 RTWS32 SSCSPDJ20 PFPM20

CN・CB MSCCA25 MD11L3 (Wire Length 3m)

MAT32 NN・NB − − PSFJZ25 (Shaft Dia. 25) FJUCS14 LMU25 RTWS40 SSCSPDJ25 PFPM25

CN・CB MSCCA32 MD11L3 (Wire Length 3m)Catalog Page P.1745 P.1745 P.111 P.1779 P.255 P.1400 P.244 P.1222

！For details of above component parts refer to the respective catalog pages.

Part Number $ Standard Unit Price Qty. 1 ~ 4

Type No.S Stroke25 S Stroke50

P Slider Pitch P Slider Pitch120 150 200 120 150 200

MAT25

NNS 380.60 − − 389.40 − −NBS 427.90 − − 437.80 − −CNS 487.30 − − 509.30 − −CBS 533.50 − − 555.50 − −NN 393.80 420.20 477.40 402.60 429.00 467.50NB 442.20 475.20 518.10 449.90 482.90 526.90CN 499.40 508.20 559.90 521.40 525.80 579.70CB 545.60 558.80 618.20 567.60 577.50 636.90

MAT32NN − 470.80 531.30 − 470.80 531.30NB − 530.20 597.30 − 530.20 597.30CN − 592.90 652.30 − 603.90 664.40CB − 651.20 717.20 − 662.20 728.20

！For larger quantity orders "Days to Ship" may differ from published catalog term.

■Velocity · Allowable Load · Allowable Moment · Thrust · Running Parallelism

Type P Slider Pitch

Slider Weight (incl. Joint)

Max. Velocity (mm/s)

Allowable Load (kN)

Reference Cylinder Thrust (kN) Allowable Static Moment (N · m)At 0.4MPa At 0.5MPa At 0.6MPa At 0.7MPa Ma Mb Mc

Pull Push Pull Push Pull Push Pull PushMAT25(S) 120 0.9

500

0.08

0.15 0.2 0.19 0.25 0.23 0.3 0.26 0.34

3.6 3.6 5.9

MAT25120 0.9 0.08 4.8 4.8 6.9150 1.3 0.08 4.8 4.8 8.6200 1.8 0.08 4.8 4.8 11.4

MAT32 150 1.8 0.13 0.24 0.32 0.3 0.4 0.36 0.48 0.42 0.56 7.7 7.7 9.8200 2.6 0.13 7.7 7.7 13.1

Note: 1MPa=145.04psi

■Small Parts Pressurization Unit Can be utilized for forming of lead

frames for electronic components and pressing of circuit boards.

Operating pressure can be adjusted by changing pressure supply.

■Punching Operation With or without bottom base unit is easy to use as a tool

in punching operation.

■Elevation Unit of Probe Apparatus for Electrical Inspection Can handle variety of work material by switching probe heads. Operational tools can be mounted on three surfaces.

■Allowable Moment

Part Number Selection H H1 C CP Cｍ Cd Slider Dimensions Bracket for Stand Mounting Dimensions Bottom Base Dimensions SDType No. S P SB D1

MAT25

NN(S)

2550

120150200

！120 for S type

177 110

−

28 5

−

50P SW SP1 SP2 t t1 t2 a b c e

120 160 70 130 46 25 12 40 15 − 60150 200 100 170 52 27 15 60 10 20 80200 256 140 226 60 32 17 80 10 20 100

MAT25(S)d f w

5.5 32 20MAT25

d f w6.6 35 25

MAT32d f w9 45 35

P W B W1 B1

120 184 60 172 50150 240 75 220 60200 288 75 270 60

6.640

35 for S type

NB(S) − −CN(S)

32.5 M5CB(S)

MAT32

NN150200 235 140

−

34 5

−

68 9 45NB − −CN 33 Rc1/8CB

■ MassPart Number Mass (kg)

Type No.S Cylinder Stroke 25 S Cylinder Stroke50

P Slider Pitch P Slider Pitch120 150 200 120 150 200

MAT25

NNS 2.1 − − 2.2 − −NBS 2.5 − − 2.6 − −CNS 2.5 − − 2.7 − −CBS 2.9 − − 3.1 − −NN 2.6 3.0 3.7 2.8 3.2 3.9NB 3.1 3.7 4.5 3.2 3.8 4.6CN 3.0 3.4 4.0 3.2 3.6 4.3CB 3.4 4.0 4.8 3.6 4.3 5.1

MAT32NN − 5.3 6.2 − 5.5 6.4NB − 6.1 7.0 − 6.2 7.2CN − 5.8 6.6 − 6.1 7.0CB − 6.5 7.5 − 6.8 7.8

■Precision Part Number Running Parallelism to Reference Axis (Upright)

TypeUnder No Load Under Load (Reference)

Slider Pitch Slider Pitch120 150 200 120 150 200

MAT25(S) 0.07 − − 0.08 − −

MAT25 0.07 0.07 0.07 0.1 0.1 0.1

MAT32 − 0.07 0.07 − 0.1 0.1

*1) Measurement reference axis is A Axis. 2) Measured with load attached to e and weight of 3kg loaded at the distance of

70mm from shaft center 3) Precision values do not change with different stroke values. 4) Running parallelism values are for reference only.

Pressurization Section

MAT25 SeriesProbe Plate

Probe Plate

Work

MAT25(S) Series

Die Set

Electronic Component

MAT32 Series Dial Gauge MAT25(S) Series

4-d Drill

b

A

B

Arrow View A

Arrow View B

* Reference dimension of opening with set collar

(Common to Slider Parts)

(Cylinder Mounting Screw) 4-d1 Drill4-Cm

Air Cylinder (MSCCA)

Reference Axis A

Sensor (MD11)

Slider

(Refer to Precision Chart)Linear Shaft

(PSFJZ)

Retaining Ring(RTWS)

e Precision MeasurementLoad Position (Refer to Precision Chart)

Strut Base(PFPM)

Bottom Base

C2

M6 Thread Insert, depth 12

2-Cd

t

SD

P70

SW

e

C+S

(Stro

ke)

t 2

t 1

w

B1 B

W1

SP2

SP1

W

�CP

f

c

a

12

SBH 1

+S (S

troke

)

PP−SD

12H+

S (S

troke

)

Set Collar(SSCSPDJ)

Bottom Base (with Base type)

11

Part Number − S − P

MAT25NN − 25 − 120

Alterations Code Spec. $/1Code

Without Set Collar NSC Exclude from set

MAH25(S): -10.00MAH32: -12.00MAH40: -13.00

Part Number − S − P − (NSC)MAT25NN − 25 − 120 − NSC

Alteration

Pull

Push

( )With Cylinder and With Base ( )No Cylinder

and No Base

Pneumatic Linear Slide (w/Ball Bearings, Vertical Type)

！Non-Returnable

■Comparison Measurement Unit Measurement is indispensable in production process. Post-assembly is easy.

P.○○ indicates page in METRIC 2009 MISUMI Mechanical Components for Assembly Automation Catalog.

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111 112

Angle Plate

Scale

■MassPart Number Hand Wheel

Type Mass (kg)

Type No. L=220 L=320 L=370 L=420 L=470

KUE

14A 3.4 4.4 4.9 5.4 5.9B 3.1 4.1 4.6 5.1 5.6C 3.1 4.1 4.6 5.1 5.6

20A 4 5 5.5 6 6.5B 3.7 4.7 5.2 5.7 6.2C 3.7 4.7 5.2 5.7 6.2

■Allowable Load · Allowable MomentPart Number Allowable Load (N) Allowable Static Moment (N · m)Type No. Horizontal Vertical Ma Mb Mc

KUE14 245 49 7 7 1320 490 98 14 14 27

Feature: Manually operated unit is suitable for simplified positioning/adjusting.

Handwheel Type A Handwheel Type B Handwheel Type C

Part Number − Hand Wheel Type − L

KUE14 − A − 320

11KUE

AHLNK80

Trapezoidal Screw

Stop Plate Set

Linear Guide

Bosh Handwheel

PHLFK80Plastic Offset Handwheel

PHLK80Plastic Offset Handwheel

Handwheel Type A Handwheel Type B Folding Type

Handwheel Type C

Section view of frame

Enlarged view of the slot for nut

A

A

Section View A-A

2 - M4 Depth 8 (same spec. for the back side)

(Note 1: Maximum Stroke St/2+5) (Note 1: Maximum Stroke S/2+5)

Nut BracketTrapezoidal Screw NutSide Plate

A4-M6 Thread Effective Depth 10

5.4

4.2 6

10.2

90

46

2015

150

10

10

51H

67.5

φ80

45

P3.

5

Q−φ11Q−φ6.66.

6

Mounting Hole Pitch S

φ13

38.5

(K) 10 L

Effective Stroke St/2Effective Stroke St/2 20

1010

10060

φ80150

50115

10(K)

22

φ14φ

8

NN

N

55φ80

10(K)

40

26φ

20

Note 1) Maximum stroke is stroke at the point of the contact with stopper.

Use M6 nuts.

5

67.5

Turning force

Mb

Mc

Ma

■Vertical Vertical Position Angle Plate

can be mounted for vertical movements.

B

A

■Horizontal Scale can be installed to the

side of the frame.

■Moment Diagram

■Turning Force

■Parallelism

Part Number Hand Wheel Type

$ Standard Unit Price Qty. 1 ~ 2Type No. L=220 L=320 L=370 L=420 L=470

KUE

14A 468.00 482.00 506.00 538.00 563.00B 473.00 486.00 511.00 542.00 568.00C 482.00 495.00 520.00 551.00 577.00

20A 555.00 569.00 595.00 623.00 649.00B 560.00 573.00 599.00 628.00 654.00C 569.00 582.00 608.00 637.00 663.00

！ For larger quantity orders "Days to Ship" may differ from published catalog term.

Part Number Handwheel type Selection Trapezoidal Screw Trapezoidal Screw Nut Stop Plate Set Linear Guide K N H PType No. Frame Length L Type Thread Dia Lead Type Type Part Number

KUE14 A Plastic Offset Handwheel PHLK

B Plastic Offset Handwheel PHLK Folding Type

C Bosh Handwheel AHLNK

220320370420470

MTSBRA 14 3MTSFJR

(Resin Type) MTQDM SE2B135.5 34.5 43No.

Handwheel TypeA B C

20 MTSBRC 20 414 101 83 104.5

7.5 32.5 45.520 104 86 107.5

！Details of handwheel指■P.2493 · 2495 Details of trapezoidal screws nuts指■P.580 · 581 · 597 Details of stop plate sets指■■P.606 Details of linear guides指■P.327

Part Number Frame Mounting HoleType No. S Q

KUE14

L S L Q220 100 220 4320 150 320 6

20370 175 370 6420 200 420 6470 150 470 8

■Stroke

Type Effective Stroke St(mm)L=220 L=320 L=370 L=420 L=470

KUE 103 203 253 303 353

■Components

Part Frame Table Trapezoidal Screw

Trapezoidal Screw Nut Nut Bracket Side Table

MMaterial 6063-T5 Aluminum Alloy 6063 Aluminum Alloy 1045 Carbon Steel Polyacetal 5052 Aluminum Alloy 6063 Aluminum Alloy

SSurface Treatment Clear Anodize Clear Anodize - - Clear Anodize Clear Anodize

！When ordering 3 or more units of identical units, please request a quotation.！Non-Returnable

Nut

Adjustor Foot

MANNUALY OPERATED LINEAR MOTION UNITS

Mannualy Operated Linear Motion Units- Single Table

■Required Torque and Turning ForcePart Number Required Torque (N·m) Required Turning Force(N)

Type No. Horizontal Vertical Horizontal Vertical

KUE 14 0.028 0.152 1.068 5.84120 0.042 0.297 1.60 11.388

* Torque and turning force required at maximum allowable load.* Turning force is the force that rotates the handwheel.(See the figure on the right)* Values at vertical position are required torque and turning force to lift the table in upward direction.

* Example:KUE14-C-320

■Precision

Type Parallelism (mm)

Backlash(mm)

KUE 0.15 0.3

* Parallelism refers to running parallelism between reference surfaces A and B.(See the figure on the right)* Backlash amount is not a guaranteed but reference value only.

■Use of Frame Slots Slots for M6 nuts are on side

and bottom. To tighten bolts and install

adjuster feet, insert nuts either from the wheel side or the opposite side.

(P.1403·1404)

(P.1702·1707)

(P.2470)

(P.1379)

P.○○ indicates page in METRIC 2009 MISUMI Mechanical Components for Assembly Automation Catalog.

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114113

KUED

PHLFK80Plastic Offset Handwheel

PHLK80Plastic Offset Handwheel

Handwheel Type A Handwheel Type B　Folding Type

Handwheel Type C

Section view of frame

Section view of frame

Section View A-A

5.4

4.2 6

10.2

90

46

2015

150

10

10

51H

67.5

φ80

45

P3.

5

10(K)

22

φ14φ

8

NN

55φ80

10(K)

40

26φ

20

Use M6 nuts.

■Stroke

Type Effective Stroke St (mm)L=320 L=370 L=420 L=470

KUED 65 90 115 145

■Components

Part Frame Table Trapezoidal Screw

Trapezoidal Screw Nut Nut Bracket Side

Table

MMaterial 6063-T5 Aluminum Alloy 6063 Aluminum Alloy 1045 Carbon Steel Polyacetal 5052 Aluminum Alloy 6063 Aluminum Alloy

SSurface Treatment Clear Anodize Clear Anodize Clear Anodize Clear Anodize

Part Number − Handwheel Type − L

KUED14 − A − 320

！When ordering 3 or more units of identical units, please request a quotation.！Non-Returnable

Feature: Manually operated unit is suitable for simplified positioning/adjusting. The left and right table open and close simultaneously.

Linear Guide 2-φ5H7

2-φ5H7

6-M6 Thread Effective Depth 10

6-M6 Thread Effective Depth 10

Trapezoidal Screw (Left-right Screw)

Nut BracketTrapezoidal Screw NutSide Plate

AHLNK80Bosh Handwheel

130

φ80 50

60607575

150

115

A

A

Effective Stroke St(Note 1: Maximum Stroke St+5)

Effective Stroke St(Note 1: Maximum Stroke St+5)

Note 1) Maximum stroke is stroke at the point of contact with stopper.

Stop Plate Set 2 - M4 Depth 8 (same spec. for the back side) 2 - M4 Depth 8 (same spec. for the back side)

6.6

N

38.5

φ13

(K) 10

10

L

Q-φ11

Q-φ6.6

55

2020

10

Mounting Hole Pitch S

67.5

Handwheel Type A Handwheel Type B Handwheel Type C

■Moment Diagram

■Turning Force

■Parallelism

！The left and right tables open and close simultaneously.

MANNUALY OPERATED LINEAR MOTION UNITS −TWO TABLES−

Mannualy Operated Linear Motion Units -Two tables-

11

■Required Torque and Turning ForcePart Number Required Torque (N·m) Required Turning Force(N)

Type No. Horizontal Vertical Horizontal Vertical

KUED 14 0.028 0.152 1.068 5.84120 0.042 0.297 1.597 11.388

* Torque and turning force required at maximum allowable load.* Turning force is the force that rotates the handwheel.(See the figure on the right)* Values at vertical position are required torque and turning force to lift the table in upward direction.

■Precision

Type Parallelism (mm)

Backlash(mm)

KUED 0.15 0.3

* Parallelism refers to running parallelism between reference surfaces A and B. (See the figure on the right)* Backlash amount is not a guaranteed but reference value only.

■Allowable Load · Allowable MomentPart Number Allowable Load (N) Allowable Static Moment (N · m)Type No. Horizontal Vertical Ma Mb Mc

KUED14 122.5 24.5 0.5 0.5 620 245 49 1 1 13

Part Number Handwheel Selection Trapezoidal Screw Trapezoidal Screw Nut Stop Plate Set Linear Guide K N H PType No. Frame Length L Type Thread Dia Lead Type Type Part Number

KUED14 A Plastic Offset Handwheel PHLK

B Plastic Offset Handwheel PHLK Folding Type

C Bosh Handwheel AHLNK

320370420470

MTSBWA 14 3 MTSFJRMTSFJL

(Resin Type)MTQDM SE2B13

No.Handwheel TypeA B C

14 101 83 104.520 104 86 107.5

5.5 34.5 43

20 MTSBWCA 20 4 7.5 32.5 45.5

！Details of handwheel指P.2493 · 2495 Details of trapezoidal (lead) screws nuts and linear guides指 P.580 · 581 · 597 · 327 Details of stop plate sets指■■P.606

Part Number Hand Wheel Type

$ Standard Unit Price Qty. 1 ~ 2Type No. L=320 L=370 L=420 L=470

KUED

14A 810.00 823.00 836.00 849.00B 813.00 826.00 839.00 852.00C 817.00 830.00 843.00 856.00

20A 952.00 965.00 978.00 991.00B 955.00 968.00 981.00 994.00C 958.00 971.00 984.00 997.00

！ For larger quantity orders "Days to Ship" may differ from published catalog term.

■MassPart Number Hand Wheel

Type Mass (kg)

Type No. L=320 L=370 L=420 L=470

KUED

14A 4.9 5.4 5.9 6.4B 4.6 5.1 5.6 6.1C 4.6 5.1 5.6 6.1

20A 5.5 6 6.5 7B 5.2 5.7 6.2 6.7C 5.2 5.7 6.2 6.7

Part Number Frame Mounting HoleType No.

KUED14 L S Q

320 150 6370 175 6420 200 6470 150 820

Turning force

A

B

Mb

Mc

Ma

■Use of Frame Slots Slots for M6 nuts are on side

and bottom. To tighten bolts and install

adjuster feet, insert nuts either from the wheel side or the opposite side.

Adjustor Foot

Push-Pull Gauge

Can be used as work clamp of a circuit board sampling inspection apparatus.

■As a Inspection Apparatus

Base Plate Fixture

Nut

Adjuster Feet (■P.2470)

(■P.1379)

115 116

Calculation Support Software

Technical Calculation Software

1

2

3

Parameter Description

5

6

7

4

Access our calculation software

Select a product1

Enter operating conditions2

Enter Load Conditions3

Calculation result will be displayed4

LX Technical Calculation Software URL: http://www.misumiusa.com/lx.aspx

Select part number, options, number of blocks, base length and mounting orientation from pull-down lists.

Enter load and load Position.Three different coordinates can be specified.Load should be more than 0.

Calculation result will be shown data such as product number, mounting orientation, operating parameters entered and load rating. Result page will also display theoretical Life Span (service life) for LX unit. It is not recommended to use selected LX unit if values for life span is displayed in red. Reset the values and select different LX unit or change operating conditions and recalculate. Choose "print format" for printing; available as PDF or HTML. (Adobe Acrobat Reader is necessary to view PDF.)

Enter values for operating condition parameters. Maximum values for operating parameters depend on initial product selection. Input value will be displayed in red if it exceeds maximum allowable value.

Block gap

Max. Allowable Stroke

Stroke

Sending (Threading) (Max. Speed)

Acceleration/Deceleration Time

Numbers of reciprocal operations Strokes (cycles) per minute.

Load Coefficient

Enter values less than maximum allowable stroke (when numbers of blocks are two).

Maximum Allowable Stroke will be shown automatically.

Enter value equal to [Threading speed (V) x Acceleration/deceleration time (t1)] or less.Enter the maximum speed of a product to calculate a lifspan.Enter value equal of [Stroke (Ls)/Acceleration/deceleration time (t1)] or less.

Accelaeration-Time needed for unit to reach maxiumum operating speed. Deceleration- Time need for max. operating speed to be reduced to zero.Enter value equal of [Stroke (Ls)/Acceleration/deceleration time (t1)] or less.

Enter numbers of reciprocal operations (strokes) per minute.

Reciprocating motion generally causes vibrations and shocks, especially under high-speed operation or when machine starts/stops. It is difficult to acculately calculate impact of vibrations and shocks on product life span. As a result of this load coefficient factor(fw) is used. If vibrations and shocks significantly influence operation, enter the value for load factor obtained from (based on) experience.

Access our calculation software

Motorized Single Axis Actuator RS Selection Support Software

RS Selection Support Software URL: http://www.misumiusa.com/rs.aspx

Select environment

Choose Standard/Clean Room Specification.

Select mounting orientation

Confirm allowable overhung and allowable static moment.

Rigidity confirmation

Select options

Choose Horizontal/Wall-mount/Vertical Use.

Enter operation pattern and conditions.

Enter operating conditions

Select options you need e.g. Controller specification.

Selected product number, price, lead time and specification will be displayed.Pages are also available in PDF.

Result will be displayed.

Choose a product from the list.

Select a product number

Part Number

Select d1 and d2 (d1≦d2) D d3 L ℓ F A

Clamp Bolts$ Standard Unit PriceType No. M

Tightening Torque(N·m)

Double Disks Type

SCPW

16 *3 4 5 6 16.6 6.5 23 7.2 3 5.3 M2.6 1.0 41.50

21 4 5 6 8 9 21 9.5 24.5 7 3.5 7 M2.6 1.2 30.60

28 5 6 8 9 10 28 12 32.2 9 4 9.5 M3 1.5 35.10

34 6 8 9 10 11 12 14 34 15 35 9.8 5 12 M3 1.5 40.50

Type MMaterial SSurface Treatment AAccessoriesBolt Disk Bolt Body Disk Bolt

SCXW Aluminum Alloy

Stainless Steel

4137 Alloy Steel Anodize − Trivalent

ChromateHexagon Socket

Head Cap Screws

Part Number

Select d1 and d2 (d1≦d2) D d3 L ℓ F A

Clamp Bolts$ Standard Unit PriceType No. M

Tightening Torque(N·m)

Double Disks Type

SCXW

21 4 5 6 8 21 9.5 24.5 7 3.5 7 M2.6 1.2 41.00

28 5 6 8 10 28 12 32 9 4 9.5 M3 1.5 47.00

34 6 8 10 12 14 34 17 35 9.8 5 12 M3 1.5 53.00

Part Number Allowable Torque(N·m)

Allowable Declination

(°)

Allowable Eccentricity

(mm)

Static Torsional Spring Constant

(N·m/rad)Max.Revolutions

(r/min)Moment of Inertia

(kg·m2)Allowable End Play

(mm)Mass

(g)Type No.

SCXW21 1.2 1.0 0.10 900

10000

1.20x10-6

±0.20

18

28 1.6 1.2 0.15 3600 4.68x10-6 42

34 4.0 1.5 0.20 5700 1.10x10-5 65

Part NumberSelect d1 and d2 (d1≦d2) d3 L ℓ A F

Clamp Bolts$ Standard Unit PriceType D M Tightening

Torque (N·m)

Double Disks Type

MCSLC

16 *4 5 6 6.8 23.2 7 5 3 M2.5 1 29.30 20 *4 5 6 6.35 7 8 8.1 26 7.5 6.5 3.7 32.00 25 *5 6 6.35 7 8 9.53 10 10.4 30.2 9 8.5 4 M3 1.7 36.90 32 8 9.53 10 11 12 14 15 41 12.4 10 6 M4 2.5 40.50 40 8 9.53 10 11 12 14 15 16 18 19.5 47 15.5 13.1 7.8 M5 7 45.50

Part Number Allowable Torque(N·m)

Allowable Declination

(°)

Allowable Eccentricity

(mm)

Static Torsional Spring Constant

(N·m/rad)

Max.Revolutions (r/min)

Moment of Inertia (kg·m2)

Allowable End Play

(mm)

Mass(g)Type D

MCSLC

16 0.9

2 0.15

450 6000 2.7x10-7

±0.2 1020 1.3 700 5500 8.0x10-7 1625 2.8 950 5000 2.5x10-6 ±0.3 3032 5 1100 4000 6.6x10-6 ±0.4 6240 9 0.2 2800 3800 1.9x10-5 ±0.5 110

Type MMaterial SSurface Treatment AAccessoriesBody Disk Body

MCSLC Aluminum Die Casting Stainless Steel Electroless Nickel

PlatingHexagon Socket

Head Cap Screws

AlterationPart Number − Shaft Hole Dia. d1(LDC) − Shaft Hole Dia. d2(RDC)

MCSLC40 − LDC9.5 − RDC10.5

Alteration Shaft Hole Dia.

Spec.

Code LDC (Left Shaft) RDC (Right Shaft)$/1Code 5.00 5.00

D LDC·RDC16 4~620 4~825 5~1032 6~1440 8~18

0.1mm Increments

LDC7.8RDC9.3

Ordering COde

×Express Delivery Service is not available.

P.○○ indicates page in METRIC 2009 MISUMI Mechanical Components for Assembly Automation Catalog.

117

P.○○ indicates page in METRIC 2009 MISUMI Mechanical Components for Assembly Automation Catalog.

118

！Shown values for static torsional spring constant, moment of inertia and mass are for maximum shaft diameter.

！When d1 or d2 is marked with *, use the coupling with 50% or less of allowable torque shown in the table to prevent slipping.

dOuble disks Type

MCSLC (sTandard HOle)！����d1and d3 tolerance are values before slitting.！���Because of independency of allowable eccentricity

declination and end play, the compounding of multiple misalignments decreases each allowable value by ½.

！���For selection criteria and alignment adjustment see P.783.

A

2―M

H8d1

ℓ

F

D

ℓL

Hd2

8

d3

■Double Disks Type (Disk High Torque Clamping Type)

■For Servo Motors(DiSk HigH Torque CLaMping Type)

Part Number − Shaft Hole Dia. d1 − Shaft Hole Dia. d2

SCXW34 − 10 − 14SCPW34 − 8 − 12

■Volume Discount RateQuantity 1~9 10~14 15~19

Rate Price List 5% 10%！�For larger

quantity orders "Days to Ship" may differ from published catalog term.

！A flat charge of $5.40 for 3 or more identical pieces.

Express A $2.00/unit 6

Part Number Allowable Torque(N·m)

Allowable Declination

(°)

Allowable Eccentricity

(mm)

Static Torsional Spring Constant

(N·m/rad)

Max.Revolutions

(r/min)Moment of

Inertia (kg·m2)Allowable End

Play(mm)

Mass(g)Type No.

SCPW

16 1.01.0 0.10

500

10000

4.22x10-7

±0.20

11

21 1.2 800 1.11x10-6 17

28 1.6 1.2 0.15 3000 4.68x10-6 42

34 4.0 1.5 0.20 4800 1.10x10-5 65

■Double Disks Type (High Rigidity Type)

！�The static torsional spring constant, moment of inertia and mass are values for shaft diameter.

■Double Disks Type (High Precision Positioning Type)

！��d1 and d3 tolerance are values before slitting.！���Because of independency of allowable

eccentricity declination and end play, the compounding of multiple misalignments decreases each allowable value by ½.

！���For selection criteria and alignment adjustment see P.783.

* Tapped hole for clamp bolt may go through depending on sizes.

dOuble disks Type

SCXW

suiTable wHen HigH velOCiTy and HigH preCisiOn are required; suCH as wiTH ball sCrew.

Servo MotorSCXW Coupling Ball Screws

■For Servo MoTorS

(HigH poSiTioning preCiSion Type)

L

F

d3

Dd 1

H7

d 2H7

A

� �*2-M

dOuble disks Type

SCpW！���d1 and d3 tolerance are values before

slitting.！���Because of independency of allowable

eccentricity declination and end play, the compounding of multiple misalignments decreases each allowable value by ½.

！���For selection criteria and alignment adjustment see P.783.

* Tapped hole for clamp bolt may go through depending on sizes.

A

*2-ML

d3

Fℓ ℓ

Dd1H

7

d2H

7

■For Servo MoTorS

(HigH rigiDiTy Type)

！When d1 or d2 is *, use it with 60% or less of allowable torque in the table below to prevent slipping.

Part Number Select d1 and d2 (d1≦d2) L ℓ d3 F G Clamp Bolts $ Standard Unit PriceType D CPDW CPDT M Tightening

Torque (N·m) CPDW CPDT

CPDWCPDT

19 4 4.5 5 6 6.35 7 8 27 20 8 8.5 2.5 6.5 M2 0.5 32.50 30.40 25 6 6.35 7 8 9.525 10 11 12 31 24 10 12.5 3.5 9 M2.5 1 37.60 34.80 32 8 9.525 10 11 12 14 15 40 29 12 16 4 11 M3 1.5 41.90 39.20 40 8 9.525 10 11 12 14 15 16 17 18 19 20 44 33 14 21 5 15 M4 2.5 48.80 44.40

CpDW(dOuble disks Type) CpDT(single disk Type)■�For Servo Motors (Standard)

！��d1 and d3 tolerance are values before slitting.

！��CPDT does not tolerate eccentric misalignment.

！��Because of independency of allowable eccentricity declination and end play, the compounding of multiple misalignments decreases each allowable value by ½.

！��For selection criteria and alignment adjustment see P.783.

Part Number Allowable Torque(N·m)

Allowable Declination

(°)

Allowable Eccentricity

(mm)

Static Torsional Spring Constant

(N·m/rad)

Max.Revolutions

(r/min)Moment of

Inertia (kg·m2)Allowable End Play

(mm)Mass

(g)Type D

CPDW19 0.7

1.50.12 200 33000 8.7x10-7

±0.5

1825 1 450 25000 2.7x10-6 2532 2.5 0.15 1100 19000 9.6x10-6 6040 3.5 1400 15000 1.9x10-5 100

Order Example Allowable Torque(N·m)

Allowable Declination

(°)

Static Torsional Spring Constant

(N·m/rad)

Max.Revolutions

(r/min)

Moment of Inertia (kg·m2)

Allowable End Play

(mm)Mass(g)Type D

CPDT19 0.7

0.7

280 33000 6.3x10-7

±0.2

925 1 630 25000 2.1x10-6 1932 2.5 1600 19000 7.2x10-6 4140 3.5 2600 15000 1.3x10-5 68

！Single disk type coupling does not tolerate eccentricity.

■Double Disks Type (Standard) ■Single Disk Type (Standard)

！When searching for more compact and rigid coupling, refer to Servo couplings on to P.117.

AlterationPart Number − Shaft Hole Dia. d1 − Shaft Hole Dia. d2

CPDT40 − LDC9.5 − RDC10.5×Express Delivery Service is not available.

Alteration Shaft Hole Dia.

Spec.

Code LDC (Left Shaft) RDC (Right Shaft)$/1Code 15.00 15.00

LDC H

8

RDC H

8

0.1mm Increments

LDC15.2RDC21.7

Ordering COde

D LDC·RDC19 4~825 6~1232 8~1540 8~20

Part Number − Shaft Hole Dia. d1 − Shaft Hole Dia. d2

CPDW40 − 12 − 14Express TExpress A

$4.00/unit$2.00/unit 6

sizes sHOwn in THe Tables belOw are fOr lX and ku series Only.

！A flat charge of $5.40 for 3 or more identical pieces (except Express T).×Express T is not available for MCSLC ！Non-Returnable

■Volume Discount Rate •MCSLC

Quantity 1~9 10~14 15~19 20~29Rate Price List 5% 10% 18%

！�For larger quantity orders "Days to Ship" may differ from published catalog term.

！�For larger quantity orders "Days to Ship" may differ from published catalog term.

•CPDW・CPDT

Quantity 1~9 10~12 13 · 14 15~19Rate Price List 5% 10% 18%

For Servo Motors

COUPLINGS −HIGH PRECISION POSITIONING DISK TYPE/HIGH RIGID DISK TYPE/SERVO MOTOR CORRESPONDENCE-

Couplings “Servo Fine”-High Precision Positioning Disk/High Rigidity Disk- For Servo Motors

COUPLINGS −ULTRA HIGH TORQUE DISK TYPE / DISK, SLIT TYPE / SERVO MOTOR CORRESPONDENCE−

Coupling-Disk High Torque Type/Disk,Slit Type-

LDC H

8

RDC H

8

■��Torsional rigidity has been improved at the maximum of 26% than that of the conventional type employing Shape R. Suitable when faster positioning precision is required. All types of bolts are trivalent chromate treated and appropriate to use in cleanroom environment.

Caution: Edge on stainless steel disk may cause injury. Wearing thick gloves when installing is strongly encouraged for your safety.

Sizes shown in the tables below are for LX and KU Series only.

Part MMaterial SSurface Treatment AAccessories

Body Aluminum Alloy Anodize Hexagon Socket Head Cap ScrewsDisks · Pins Stainless Steel −

！Non-Returnable

Type MMaterial SSurface Treatment AAccessoriesBody Disk Bolt Body Disk Bolt

SCPW Aluminum Alloy

Stainless Steel

4137 Alloy Steel Anodize − Black Oxide Hexagon Socket

Head Cap Screws

GG

M

F F

L

d1 D

ℓℓ

d2H

8

F F

L

H8d1

d2 D

d 3

H8

ℓ ℓ

H8

119 120

FAQ MISUMI Users' Voice

Lead, Logical, Luxury

Motorized Single Axis Actuators RS SeriesWe use it for product transfer. We use it for camera positioning in inspection.

Image measurement manufacturer Image processing manufacturer

Single Axis Actuators LX Series

QA

QA

QA

QA

QA

QA

QA

QA

QA

Customers Voice

Using Misumi Actuator saves time and money compared to building similar unit by ourselves. It has a compact design and operates with very little noise.

We find Misumi 8 day shipping for Linear Actuator very convenient.

Customers who’ve bought Misumi actuators provided a feedback on why they choose Misumi over other suppliers:

* Proven quality

* Compact Design

* High Precision Product, with inspection certificate

* Standard and configurable units to fit different design needs

* Actuators with Bellow or Cover available

* Sensor kit available

* Actuators with Motor and Driver are available

* Clean Room compatible

* Linear Actuators Brackets allow user to create 2-axis gentry system

* Low and competitive pricing

* Short lead time

* Online calculation software –helps with product selection

* 3D models available, easy to incorporate into design

Are units without grease fitting, like RS1/2/3 maintenance - free?

No, all units need to be lubricated periodically. To lubricate RS1/2/3 unit, remove the end and side cover of the unit and add grease to ball screw and slider by hand. See instruction manual for more details on how to maintain robot units.

What is the recommended grease?

Alvania Grease No.2 (Showa Shell) and Daphne Eponex No.2 (Idemitsu Kosan) for standard environment, LG-2 (NSK) for Clean Room Class environment.

Is your slider made from aluminum?

Yes, we use Aluminum Die casting, which has an excellent machining characteristic.

Can RS unit be used in Clean Rooms?

Yes, we offer RS clean room type. These units are equipped with air fittings. Operate with using suction blower.

Is it difficult to program a controller?

No, programming a controller is very simple. All you need to do is enter an operating point coordinates.

What enables your fast shipping and low price?

Suruga Seiki Co. Ltd., one of MISUMI group company, develops and manufactures our products.Their technology enables us to realize cost reduction and fast shipping.

Can I order LX unit with Low Dust Raise Grease?

Yes, this option has been added to LX product line. Just add letter "G" at the end of the part type when ordering.Ex.) LX3010CL→LX3010CLG

Do you offer LX series with high precision/accuaracy?

Yes, we offer Precision Class LX units that come with precision inspection certificate. To order one just add letter “P” at the end of part type.Ex.) LX2001CL→LX2001P

We could not use some of the LX due to small lead. Did you expend the lead variations?

Yes, lead 5 is available now in LX20 and LX26 Series.They are suitable for operation with fast cycle time.

A

A

Q A&

Q A&

LXBL3026

LX30□□C(X-Axis)

(Z-Axis)LX2602