Value Collection R63090963 Slotted Spring Pin 420 Ss

Product Description

The VALUE COLLECTION R63090963 is a slotted spring pin designed for mechanical fastening applications where controlled radial force and vibration resistance are required. Manufactured from 420 stainless steel with a bright finish, this pin measures 3/8 inches in overall length with a 5/32 inch diameter. The slotted design allows the pin to compress during installation, creating a tight interference fit in the mating hole. Machinists, maintenance technicians, and assemblers working on industrial equipment and mechanical assemblies rely on this pin type for reliable retention in both static and dynamic load conditions.

This slotted spring pin suits a wide range of mechanical assembly and repair applications including machine components, linkages, hinges, and shaft-to-hub connections. Its 420 stainless steel construction offers moderate corrosion resistance, making it appropriate for indoor industrial environments and applications where mild moisture exposure is a factor. The bright finish indicates no additional coating or treatment, which keeps dimensional tolerances predictable during press-fit installation.

Key Features

• 420 stainless steel construction provides moderate corrosion resistance and durability
• Slotted design compresses radially for a secure interference fit
• 3/8 inch overall length suits compact mechanical assemblies
• 5/32 inch diameter for precise hole fitment
• Bright finish maintains consistent dimensional tolerances
• Inch measurement system for compatibility with standard tooling and drawings

Compatibility

Designed as a standard slotted spring pin for use in mechanical assemblies requiring a 5/32 inch diameter hole and 3/8 inch pin length. No specific OEM model compatibility is stated for this part.

Installation Notes

Installation is performed by machinists or mechanical assemblers using a pin punch and hammer or an arbor press to drive the pin into a properly sized through-hole or blind hole. Power down and de-energize any equipment before servicing components that contain spring pins. Ensure the receiving hole diameter matches the nominal pin diameter per applicable engineering drawings to achieve the correct interference fit. Do not reuse spring pins that have been removed, as repeated compression cycles can reduce retention force.