The clamping coupling code 5308241 is a mechanical component designed for the camshaft drive system of Gildemeister GM16AC multi-spindle automatic lathes, first version with serial number 5301. This component functions as a mechanical coupling between the camshaft overload shaft and the manual drive wheel code 5308303, which is used to rotate the camshaft system manually during machine adjustment and maintenance operations.

The camshaft system is one of the main kinematic assemblies in multi-spindle automatic lathes. Through the cam profiles, the machine controls the movement of multiple components such as tool slides, feed motions and the overall machining cycle of the spindle drum. Within this system the clamp coupling plays a key role by ensuring reliable motion transmission between the drive components.

The component provides a stable mechanical connection between the overload shaft and the manual drive wheel, allowing operators to perform accurate adjustments of the camshaft system during machine setup or maintenance procedures.

During automatic machine operation the clamp is subjected to cyclic mechanical stresses generated by the acceleration and braking phases of the camshafts during spindle drum indexing. Under these operating conditions the component must maintain high torsional stability and minimize transmission play to preserve the kinematic precision of the cam control system.

The quality of the coupling between rotating components directly affects the stability of cam movements and the accuracy of machining operations. Any wear or looseness in the clamp can lead to variations in transmission clearances, potentially affecting the precision of cam-controlled movements.

For this reason the clamp coupling represents an important component in the preventive maintenance of Gildemeister GM16AC multi-spindle automatic lathes, helping maintain the stability of the cam drive system and ensuring consistent machining accuracy in high-productivity industrial environments.