Kipp K0117.1A21X40 Adjustable Clamping Handle 1/4-20

Product Description

The KIPP K0117.1A21X40 is an adjustable clamping handle with a threaded stud mount, designed for secure manual clamping and positioning in industrial, mechanical, and trade equipment applications. The handle body is die cast zinc with a powder-coated black finish, while the stud and internal components are stainless steel with a black oxide coating. The 1/4-20 threaded stud extends 1.57 inches and the ball-end arm pivots at a 20-degree angle, allowing the operator to reposition the grip without removing the handle from the fastening point. At 0.08 pounds, it is a compact, lightweight fitting suited to frequent adjustment cycles.

This handle is used in light industrial machinery, jigs, fixtures, enclosures, and equipment panels where a tool-free clamping or locking mechanism is required. The 1/4-20 thread size is common across a wide range of machine tool and mechanical assembly applications. It is typically installed by machinists, mechanical technicians, or maintenance trades. The zinc die cast body meets DIN EN 12844 material specification standards.

Key Features

• Adjustable ball-end arm at 20-degree angle for repositionable grip without removal
• 1/4-20 threaded stud mount with 1.57-inch stud length for versatile fastening depth
• Die cast zinc body with powder-coated black finish for corrosion resistance and durability
• Stainless steel stud and components with black oxide coating
• Meets DIN EN 12844 material specification for zinc die castings
• Compact hub diameter of 0.51 inches suits space-constrained panel and fixture installations

Compatibility

Designed as a direct-fit threaded stud clamping handle for equipment, fixtures, jigs, and enclosures using a standard 1/4-20 threaded mount point.

Installation Notes

Installation requires no special tools beyond standard hand tools for thread engagement. Ensure the mating threaded insert or boss is clean and free of debris before threading in the stud. Do not overtighten; clamping force should be applied by hand per the handle design intent. Verify thread engagement depth is sufficient for the application load before placing the assembly into service.