Gibraltar 10022 Threaded Ball Plunger 5/8-11 Steel

Product Description

The GIBRALTAR 10022 is a threaded ball plunger designed for positive positioning and detent applications in mechanical assemblies. It features a 5/8-11 thread, a 0.375-inch steel ball, and a steel body with a black finish and purple color code for quick identification. The locking element locks the ball adjustment in place once the desired force setting is reached. Initial end force is 7 pounds, with a final end force of 50 pounds. This part is installed by machinists, mechanical assemblers, and maintenance technicians working on jigs, fixtures, and positioning equipment.

This ball plunger is suited for use in industrial and light manufacturing environments where repeatable detent or positioning force is needed. The 5/8-11 threaded body allows installation into standard tapped holes in steel, aluminum, or plastic plates. With a maximum ball reach of 0.096 inches and a body length of 0.9844 inches (63/64 inches), the 10022 fits applications where space is limited and precise end-force control is required. Typical uses include slide stops, panel alignment, and tooling fixtures in production and maintenance settings.

Key Features

• 5/8-11 threaded body for installation into standard tapped holes
• 0.375-inch steel ball with 0.096-inch maximum ball reach
• 7-pound initial end force and 50-pound final end force
• Locking element secures ball force setting after adjustment
• Steel body with black finish and purple color code for fast identification
• Compact body length of 0.9844 inches (63/64 inches) for tight installations

Compatibility

Designed as a standard threaded ball plunger for use in any application requiring a 5/8-11 tapped hole and a steel detent or positioning component.

Installation Notes

Installation is performed by threading the 10022 into a properly tapped 5/8-11 hole using a wrench on the hex body. Ensure the mating surface and threads are clean and free of debris before installation. Lock the locking element only after confirming the ball protrusion and force setting are correct for the application. Avoid overtightening, which can damage the locking element or distort the body.