Kipp K0122.2A41X60 Adjustable Clamping Handle 3/8-16

Product Description

The KIPP K0122.2A41X60 is an adjustable clamping handle with a threaded stud mount, designed for manual clamping, locking, and positioning applications in industrial and mechanical assemblies. The handle body is die cast zinc with a satin finish, and the stud and internal components are steel with a black oxide coating. The 3/8-16 threaded stud extends 2.36 inches, and the handle arm spans 2.56 inches at a 20-degree angle, giving operators firm grip and controlled torque without tooling. At 0.23 pounds, it installs quickly on fixtures, jigs, machine guards, enclosures, and light structural assemblies where repeatable hand-tightening is required.

This handle fits residential, commercial, and light industrial equipment requiring frequent manual adjustment or tool-free clamping. Typical applications include machine tool fixtures, enclosure panels, access doors, workholding jigs, and industrial equipment frames. The modern-design arm style and black finish make it a functional choice for exposed hardware positions. It ships individually and is sold as a single unit.

Key Features

• 3/8-16 threaded stud mount for direct installation into tapped holes
• Die cast zinc handle body with satin finish for corrosion resistance and clean appearance
• Steel stud and components with black oxide coating
• 20-degree handle arm angle for ergonomic hand clearance in confined mounting areas
• Compliant with DIN EN 12844, REACH, and RoHS standards
• Lightweight at 0.23 pounds - suitable for frequent operator use

Compatibility

Designed as an OEM-style or replacement adjustable clamping handle for industrial fixtures, machine enclosures, and mechanical assemblies requiring a 3/8-16 threaded stud connection.

Installation Notes

Installation is performed by threading the stud directly into a prepared 3/8-16 tapped hole by hand or with light tooling. Ensure the mating surface is clean and the thread engagement depth is sufficient to carry the expected clamping load. No power source or special tools are required, but the installer should confirm the substrate material and thread depth meet the load requirements of the application before final assembly.