Jaws (for external shape clamping) (CP126)
Caution
Product Description
[Features]
· With diaphragm type clamp mechanism, 8 jaws securely clamp the workpiece, supporting a variety of irregular shaped workpieces.
· 0.3 mm clamp stroke available.
· Suitable for lost wax, diecast, extruded material, drawn material, and previously machined workpieces.
· By tightening cam shaft, mouth ring center is pulled inside.
· At the same time the mouth ring drops in 8 directions from the center, and the external shape of the workpiece is clamped.
Drawing
Product Specification
- Accessories:
o-ring: 1 pc.
self-cut washer: 1 pc.
hex socket button head screw: 1 pc.
| Jaw | Self-cut washer |
|---|---|
| A7075 Anodized surface treatment blue | S45C Black oxide coating |
Specifications Table
Usage Example
(1) Mounting the die (for external shape clamping)
· Install the o-ring into the groove on the top surface of the form clamp.
· Set the die so that the straight pin fits into the positioning hole of the die, and secure it with a hex socket button head screw.
Note: When mounting the die, make sure the cam shaft is fully loosened (turned counterclockwise until it stops).
(2) Self-cutting the die
2-1. Set the self-cut washer onto the die. (Using a bolt or similar makes the setup easier.)
Note: Be sure to securely set the self-cut washer on top of the hex socket button head screw.
2-2. · Tighten the cam shaft and clamp the self-cut washer. (Recommended Tightening Torque = 15 N⋅m)
· After clamping, remove the bolt from the self-cut washer.
2-3. Cut the jaw to match the shape of the workpiece. (Please perform self-cutting of the jaws within the allowable self-cutting range.)
(3) Setting the workpiece
· After self-cutting, loosen the cam shaft and remove the self-cutting washer.
· Set the workpiece, then rotate the cam shaft to clamp it.
Performance / Test Information
Performance curve
Cautions and Prohibitions
- To prevent damage and deformation, do not perform tightening without the workpiece. In addition, tightening beyond the allowable tightening torque will significantly reduce the durability of the jaws.