Value Collection R63096240 Slotted Spring Pin 420 Ss

Product Description

The VALUE COLLECTION R63096240 is a slotted spring pin designed for use in mechanical assemblies requiring a resilient, interference-fit fastener. Measuring 0.1563 inches (5/32 inch) in diameter and 1-1/8 inches in length, this pin is manufactured from Grade 420 stainless steel with a bright finish. The slotted design allows the pin to compress during installation and exert outward spring force against the bore wall, creating a secure hold without threads or adhesives. Machinists, maintenance technicians, and precision assembly professionals install this type of fastener across a wide range of industrial and mechanical applications.

Slotted spring pins of this size are commonly used in shaft-to-hub connections, hinges, linkage assemblies, and other precision component alignments where a removable yet secure pin is needed. The 420 stainless steel construction provides corrosion resistance suitable for moderate environments, making this pin appropriate for both indoor machinery and light-duty outdoor or wet-area assemblies. This pin does not meet military specifications.

Key Features

• Slotted design compresses for easy insertion and exerts radial force for a secure, vibration-resistant fit
• Grade 420 stainless steel construction offers solid corrosion resistance in moderate environments
• Bright finish for clean, consistent appearance and dimensional accuracy
• 0.1563 inches (5/32 inch) diameter suits standard bore sizes in precision assemblies
• 1-1/8 inches overall length provides sufficient engagement depth for typical shaft and linkage applications

Compatibility

Designed as a standard slotted spring pin for use in any mechanical assembly accepting a 5/32 inch (0.1563 inch) diameter roll pin, including shaft-to-hub connections, hinges, and linkage components.

Installation Notes

Slotted spring pins are typically installed using a pin punch and hammer or a press tool sized to match the pin diameter. Always ensure the receiving bore is clean and deburred before driving the pin. Align the slot parallel to the direction of load where possible to maximize shear strength. Remove and replace worn or deformed pins rather than reusing them, as repeated compression cycles can reduce holding force.