KL-0123-4264

Overview

The KL-0123-4264 is a screw-on connector manufactured by Gedore Tools, Inc., designed with an M12 interface. This component serves as a mounting adapter for the GEDORE Automotive KL-1010-23 puller device. It facilitates secure attachment to compatible hardware, such as double hollow screws like the M10x1 variant (KL-0123-4228). The part is classified under unclassified categories in distributor listings and is currently available through standard supply channels.

Feature Summary

• Provides a screw-on connection mechanism for automotive repair equipment
• Features an M12 threaded interface for standardized mounting

Applications

• Mounting adapter for GEDORE Automotive KL-1010-23 puller device
• Connection point for double hollow screws such as M10x1 variants

Procurement Notes

Verify the specific M12 thread pitch and length requirements against the target application hardware before purchase. Confirm compatibility with the intended pulling tool model, specifically the KL-1010-23. Ensure the connector material meets the mechanical load expectations of the assembly. Cross-reference the manufacturer product number KL-0123-4264 with official Gedore documentation to validate current production status and technical specifications.

Selection Notes

Select this connector when integrating the KL-1010-23 puller with existing M12 mounting points or specific hollow screw configurations. It is suitable for applications requiring a robust screw-on interface rather than quick-release mechanisms. Consider the torque limits of the M12 thread during installation to prevent stripping. Evaluate the spatial constraints around the mounting area to ensure adequate clearance for the connector body.

Part Context

This component belongs to the Gedore Automotive accessories line, supporting specialized vehicle maintenance tools. It functions as a critical interface piece between the main puller unit and the workpiece or mounting fixture. The M12 specification indicates a metric thread standard commonly used in industrial and automotive settings. Its role is primarily structural, ensuring stable alignment during pulling operations.