Gibraltar SW10-3SL-G Threaded Spring Plunger 10-32 Steel

Product Description

The GIBRALTAR SW10-3SL-G is a stubby-style threaded spring plunger designed to provide controlled, spring-loaded force in positioning, indexing, and light-duty locking applications. The plunger features a 10-32 thread size with a 0.468-inch thread length and a maximum plunger diameter of 0.093 inches. It delivers 0.75 pounds of initial end force and 2.5 pounds of final end force, making it suitable for applications requiring a defined resistance range. Both the body and nose are constructed from steel. This type of component is typically installed by machine builders, maintenance technicians, and precision assembly professionals working on fixtures, tooling, and mechanical assemblies.

The SW10-3SL-G is suited for use in mechanical assemblies where a compact, threaded spring plunger is needed to locate, retain, or provide tactile feedback against a mating surface. The stubby plunger length type makes it appropriate for applications with limited clearance or shallow engagement depth. It is commonly found in jigs, fixtures, machine tool components, and light industrial hardware assemblies where repeatable spring force and a low-profile projection of 0.065 inches are required.

Key Features

• 10-32 threaded body for direct installation into tapped holes
• Stubby plunger length type suits tight-clearance and shallow-engagement applications
• 0.065-inch plunger projection provides low-profile spring-loaded contact
• 0.75 lb initial end force and 2.5 lb final end force for defined resistance range
• Steel body and steel nose for durability in industrial environments
• No locking element — free-spinning installation for straightforward positioning

Compatibility

Designed as a direct-thread replacement or new-install spring plunger for mechanical assemblies, jigs, fixtures, and tooling components that accept a 10-32 threaded spring plunger with a stubby plunger configuration.

Installation Notes

Installation requires a properly tapped 10-32 hole in the mating component. Use an appropriate driver or hex tool as specified by the body hex size to avoid damaging the plunger or thread. Ensure the mating surface is clear of debris before threading the plunger into place. No locking element is present, so thread-locking compound may be applied if retention under vibration is required.