Kipp K0116.4121X60 Adjustable Clamping Handle M12x1.75

Product Description

The KIPP K0116.4121X60 is an adjustable clamping handle with a threaded stud mount designed for secure, tool-free clamping in industrial and mechanical assemblies. The handle body is die cast zinc with a powder-coated black finish, while the threaded stud and internal components are steel with a black oxide coating. The stud is M12 x 1.75 thread with a 60 mm threaded length, and the handle arm measures 95 mm in length. The ball-end arm style allows the handle to pivot and lock at a 20-degree angle, enabling ergonomic repositioning in tight or awkward installations. Manufactured to DIN EN 12844 standards and compliant with REACH and RoHS requirements.

This clamping handle is suited for use on machine tools, fixtures, jigs, enclosures, and general industrial equipment where a hand-adjustable locking handle is needed. It is commonly installed by mechanical technicians, maintenance professionals, and machine builders working on precision assemblies or production tooling. The threaded stud connection makes it straightforward to install into any M12 x 1.75 tapped hole without additional hardware.

Key Features

• Adjustable ball-end arm pivots at 20 degrees for repositionable grip angle
• M12 x 1.75 threaded stud with 60 mm threaded engagement length
• Die cast zinc handle body with powder-coated black finish for corrosion resistance
• Steel stud and components with black oxide coating
• Compliant with DIN EN 12844, REACH, and RoHS standards
• 25 mm hub diameter and 95 mm handle arm length for solid grip leverage

Compatibility

Designed as a direct-fit threaded stud clamping handle for any application with an M12 x 1.75 tapped mounting point on industrial machinery, fixtures, or enclosures.

Installation Notes

Installation is performed by threading the stud directly into a prepared M12 x 1.75 tapped hole by hand or with a wrench on the stud flats. Verify the tapped hole depth accommodates the full 60 mm threaded length before installation. Ensure the mating surface is clean and free of debris to allow full seating of the base. No special tools or torque requirements beyond standard mechanical assembly practice are needed for typical installations.