Swin g Cl a m p
S m a rt S eri es
Sw i n g C l a m p
K SS
Mod el
High Rigidity, Long Operational Life and
High Accuracy with Powerful Swing Mechanism
Swing Angle Position Repeatability ± 1°
Action Description
Free State
Stroke End
Cylinder
Rod
Built-in Spring
Top
Mounting
Bottom
Mounting
Thrust
Bearing
・ W hen releasing force is applied to
the thrust bearing on the bottom,
the built-in spring is compressed
and the clamp is released.
・ T he stroke end is shown in
in the drawing.
Applying a thrust force exceeding 200N at
the mechanical end position may damage
the inside of the clamp.
Especially in case of a driving device using
as shown on P.4 "Application Examples", set
the clamp to a position where it stops within
the over stroke range before the mechanical
end when released to avoid overloading.
3
Mechanical End
Workpiece Locked State
Clearance
Clearance
No Clearance
No Clearance
Releasing Force
120~200N
・ W hen releasing force is
released, the rod swings and
descends with the built-in
spring to clamp a workpiece.
Recommended Releasing Point
Action
Action
Model No.
Specifications
Description
Description
Indications
Action Description
Before Swing: Released
The lever descends
(Stroke End/
as it swings.
Mechanical End)
Application Examples
When Locked
Operation by sliding cam
Cam
Performance
External
Cautions
Curve
Dimensions
After swing completion,
Action Completed:Clamped
it descends vertically.
(Free State /
Workpiece Locked State)
When Released
4
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