Gibraltar SSW10-3P-G Threaded Spring Plunger 10-32 Ss

Product Description

The GIBRALTAR SSW10-3P-G is a threaded spring plunger designed for use in positioning, indexing, and light-duty locking applications across mechanical assemblies. It features a 10-32 thread size with a 3/4 inch thread length and a stainless steel body, making it well-suited for environments where corrosion resistance is required. The plunger nose is steel, and the unit incorporates a locking element to prevent the plunger from backing out under vibration or repeated cycling. Initial end force is 2.9 pounds and final end force is 11.1 pounds. This part is installed by machinists, tool-and-die technicians, and mechanical assembly professionals.

The SSW10-3P-G is used in precision mechanical fixtures, jigs, and assemblies where a spring-loaded detent or stop point is needed. The 10-32 threaded body allows direct installation into tapped holes in metal or hard plastic components. The locking element makes it appropriate for assemblies subject to vibration or repeated adjustment cycles where an unlocked plunger would be unreliable. It is a standard-length plunger suitable for general-purpose industrial and commercial mechanical applications.

Key Features

• 10-32 thread size with 3/4 inch thread length for direct installation into tapped holes
• Stainless steel body provides corrosion resistance in demanding environments
• Steel nose material for durability at the contact point
• Locking element prevents plunger from loosening under vibration
• 1/8 inch plunger projection (0.1250 inches decimal) for consistent detent engagement
• 2.9 lb initial end force and 11.1 lb final end force for reliable spring-loaded positioning

Compatibility

Designed as a standard 10-32 threaded spring plunger for use in tapped-hole mechanical assemblies requiring spring-loaded positioning or indexing with a locking body.

Installation Notes

Install using a 1/16 inch hex key to thread the plunger into a properly tapped 10-32 hole. Ensure the mating hole is clean and free of debris before installation. Power down or de-energize any equipment before working on assemblies that contain this component. Do not overtighten, as excessive torque may damage the locking element or thread engagement.