Kipp K0122.4101X40 Adjustable Clamping Handle M10x1.5

Product Description

The KIPP K0122.4101X40 is a metric threaded stud adjustable clamping handle designed for secure, tool-free clamping in industrial and mechanical assembly applications. The handle body is constructed from die cast zinc with a satin finish, while the stud and internal components are steel with a black oxide coating. The M10 x 1.5 threaded stud measures 40 mm in length, and the handle arm spans 95 mm for a comfortable, firm grip. The hub diameter is 27 mm and the body height is 17 mm. This hardware component is installed by machine builders, maintenance technicians, and industrial equipment assemblers where repeatable hand-tightening is required.

This clamping handle is suited for use on jigs, fixtures, machine guards, clamps, and adjustable mechanical assemblies in both light industrial and production environments. The adjustable arm style allows the handle to be positioned for optimal grip angle, making it practical in tight or awkward installation spaces. The modern arm design and black satin finish suit both functional and appearance-conscious applications on equipment panels and frames.

Key Features

• M10 x 1.5 threaded stud for direct engagement with standard metric threaded fixtures
• 40 mm stud length provides sufficient thread engagement for typical clamping applications
• Die cast zinc handle body with satin finish for durability and a clean appearance
• Steel components with black oxide coating for corrosion resistance
• Adjustable 20-degree arm angle for flexible positioning in confined spaces
• 27 mm hub diameter and 95 mm handle arm length for controlled hand torque

Compatibility

Designed as an OEM-style replacement or direct-fit component for industrial machinery, jigs, and fixtures using M10 x 1.5 metric threaded mounting points.

Installation Notes

Installation is performed by hand or with light tooling; de-energize and lock out any equipment before replacing or repositioning clamping handles on active machinery. Ensure the mating threaded bore is clean and free of debris before threading the stud to avoid cross-threading. Verify thread engagement depth is sufficient for the load requirements of the application before final tightening.