Info:
The design means that a horizontal (Fh) and a vertical (Fv) force component are created when the force is applied, the size of which depends on the stroke. The vertical (Fv) force component can amount to a maximum of approx. 25% of the clamping force (Fsp). This force is used to press the workpiece against the support. The horizontal force (Fh) decreases depending on the stroke to at least 95% of the initial force. Alternatively, the pressure oil can be supplied via a G1/4 connection thread or O-ring flange connection.
The clamping piston has an internal stroke limiter. The piston and the pressure piece are each returned to the home position by a spring after pressure relief. Care must be taken to ensure that no cutting or cooling fluids can enter the cylinder.
Workholding Technology
Rotary linear clamp Hydraulic
Hydraulic double-acting, pmax. 250 bar, pneum. query clamped and/or unclamped (also simultaneously!) During the clamping process, the rotary linear clamp first rotates the clamping arm and then switches to a linear movement. This means there are no lateral forces at the clamping point and workpiece tolerances are compensated for by the linear stroke.
Workholding Technology
Support elements, screw-in
Support elements, screw-in Contact by spring, actuation with hydraulics, pmax. 500 bar