Value Collection P20246 Clevis Pin 1/4 in 2 in Oal Steel

Product Description

The VALUE COLLECTION P20246 is a standard clevis pin designed for use in mechanical linkage, toggle, and pivot applications. Machined from 1010/1018 steel with an uncoated finish, this pin measures 0.25 inches in diameter and 2 inches in overall length, with a usable length of 1.9 inches. A 0.09375-inch cotter pin hole is located near the retaining end. It is a foundational fastener used by millwrights, maintenance technicians, and mechanical tradespeople in a wide range of industrial and light commercial assembly and repair work.

This clevis pin is suited for use in mechanical linkage systems, clevis-and-yoke assemblies, and pivot joints where a removable, cross-pinned connection is required. It is applicable in HVAC damper linkages, plumbing valve actuator assemblies, and general mechanical systems requiring a secure but serviceable pivot point. The uncoated steel construction is appropriate for dry or protected indoor environments.

Key Features

• 0.25-inch pin diameter with 2-inch overall length for standard clevis linkage applications
• 1.9-inch usable length provides adequate engagement through typical clevis and yoke hardware
• 0.09375-inch cotter hole accepts standard cotter pins for positive retention
• 1010/1018 steel construction offers reliable strength for light to medium-duty mechanical loads
• Uncoated finish suitable for dry, indoor, or protected installation environments

Compatibility

Designed as a standard-dimension clevis pin for use in mechanical linkage and pivot assemblies where a 0.25-inch pin diameter and 2-inch overall length are specified.

Installation Notes

Clevis pins are installed by mechanical technicians and maintenance personnel. Before installation, ensure the mating clevis or yoke bore is clean and correctly sized to receive a 0.25-inch pin without excessive play. Insert the pin fully through the aligned bores and secure with a cotter pin through the retaining hole to prevent backing out during operation. Always de-energize or mechanically lock out any actuator or linkage system before servicing connected components.