Kipp K0122.3101X25 Adjustable Clamping Handle M10

Product Description

The KIPP K0122.3101X25 is an adjustable clamping handle with a threaded stud mount, designed for use on machinery, fixtures, and industrial equipment where quick manual adjustment and secure locking are required. The handle body is die cast zinc with a satin finish, and the steel stud and internal components carry a black oxide coating. The M10 x 1.50 threaded stud is 25 mm (approximately 0.98 inches) long, and the handle arm extends 80 mm (approximately 3.15 inches) in radius length. The hub diameter is 21 mm (approximately 0.83 inches). This handle is installed by maintenance technicians, machine builders, and tooling fabricators working on manual clamping applications.

This adjustable clamping handle is suited for use on jigs, fixtures, machine guards, and adjustment mechanisms in industrial and light manufacturing environments. The 20-degree handle arm angle provides clearance in tight installations. It fits applications calling for an M10 x 1.50 threaded stud connection where a hand-operable, repositionable clamp handle is needed. The black finish coordinates with standard machine guarding and fixture hardware.

Key Features

• M10 x 1.50 threaded stud with 25 mm threaded length for direct installation into tapped holes
• 80 mm handle radius length for sufficient lever arm during manual clamping
• Die cast zinc handle body with satin finish for durability and corrosion resistance
• Steel stud and components with black oxide coating
• 20-degree handle arm angle improves clearance in confined fixture applications
• Compliant with DIN EN 12844, REACH, and RoHS standards

Compatibility

Designed as an OEM-style replacement or direct-fit component for machinery and fixtures requiring an M10 x 1.50 threaded stud adjustable clamping handle with a 21 mm hub diameter.

Installation Notes

Installation is performed by threading the stud directly into a prepared M10 x 1.50 tapped hole in the fixture or machine member. Ensure the mating thread is clean and free of debris before installation. Disengage any stored mechanical energy and isolate the machine before servicing clamping hardware. Do not exceed the manual torque the handle geometry is intended for, and verify thread engagement depth is sufficient for the application load.