MOS-8

MOS-12C

MOS-16C

MOS-20C

MOS-25C

MOS-32C

Specifications

Specifications

Catalog Number

Max.Bore(mm)

Rated Torque(N•m)

Max.Torque(N•m)

Max. Rotational Frequency(min-1)

Moment of Inertia*(kg•m2)

Static Torsional Stiffness(N•m/rad)

Errors of Angularity(°)

Errors of Shaft End-Play(mm)

Mass*(g)

MOS-8

3

0.08

0.16

78000

1.2×10-8

2

0.5

2

2

MOS-12C

5

0.2

0.4

52000

7.1×10-8

9

0.6

2

3

MOS-16C

6

0.4

0.8

39000

3.0×10-7

30

1

2

8

MOS-20C

8

0.7

1.4

31000

7.4×10-7

47

1.3

2

13

MOS-25C

10

1.2

2.4

25000

2.2×10-6

85

1.5

2

24

MOS-32C

14

2.8

5.6

19000

7.3×10-6

190

2

2

48

Small Eccentric Reaction Force

Allowable Misalignment

Vibration Absorption

Oldham type flexible coupling

Compact coupling with short overall length

Slippage between hubs and spacer allows high parallel and angular misalignments

Minimized load on shaft caused by misalignments.

Simple configuration enables ease of assembly

Protruded spacer design enables high allowable angular misalignment

Exhibits excellent electrical insulation

Operational Temperature: -20℃~80℃

Finished products featuring two different end bore diameters available in stock

Oldham coupling with no protrusions feature low allowable misalignment (1〜1.5°) due to interference between the spacer and hubs at the proximity of the outside diameter.

A bending moment is generated as well.

The MOS series features a high maximum angular misalignment (3°), enabled by the protrusions which act as points of support.

No bending moment is generated and the shaft load is minimized.

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