Value Collection P20046 Clevis Pin 0.25 in Steel

Product Description

The VALUE COLLECTION P20046 is a standard clevis pin designed for use in mechanical linkage, fastening, and pivot applications across a wide range of industrial and trade environments. Machined from 1010-1018 steel with an uncoated finish, this pin measures 0.25 inches in diameter and 3.5 inches in overall length, with a maximum usable length of 3.4375 inches. A 0.09375-inch cross hole is drilled near the retention end to accept a cotter pin or snap ring. Mechanical contractors, millwrights, and maintenance technicians commonly use clevis pins in linkage assemblies, control rods, and hinge connections.

This clevis pin is suited for light-to-medium duty mechanical assemblies where a removable, through-hole pivot or fastener is required. Common applications include HVAC actuator linkages, damper control rods, and general mechanical connections in equipment maintenance and repair. The standard uncoated steel construction is appropriate for dry or protected indoor environments where corrosion exposure is minimal.

Key Features

• 0.25-inch pin diameter for standard clevis and yoke fitment
• 3.5-inch overall length with 3.4375 inches of usable engagement
• 0.09375-inch retention hole accepts standard cotter pins or snap rings
• 1010-1018 steel construction provides reliable shear strength for mechanical linkage loads
• Uncoated finish suits dry indoor assembly applications

Compatibility

Designed as a standard-dimension clevis pin for mechanical linkage, pivot, and fastening assemblies requiring a 0.25-inch diameter through-pin with a cotter retention hole.

Installation Notes

Installation is performed by mechanical, HVAC, or maintenance technicians as part of linkage or pivot assembly work. Ensure the receiving clevis or yoke bore is clean and free of burrs before inserting the pin. Always secure the retention hole with an appropriately sized cotter pin or snap ring before returning the assembly to service. De-energize or lock out any connected mechanical or electrical systems before servicing linkage components per applicable OSHA lockout-tagout procedures.