Value Collection P20221 Clevis Pin 0.375in Stainless Steel

Product Description

The VALUE COLLECTION P20221 is a standard clevis pin designed for use in mechanical linkage and fastening applications. Machined from 18-8 stainless steel with an uncoated finish, this pin provides corrosion resistance in both indoor and light outdoor environments. It measures 0.375 inches in pin diameter with an overall length (OAL) of 1.75 inches and a usable length of 1.594 inches. The cotter pin hole diameter is 0.156 inches. This pin is installed by maintenance technicians, millwrights, and general tradespeople working on equipment linkages, brackets, and mechanical assemblies.

Standard clevis pins are used across a wide range of mechanical, HVAC, and equipment-mounting applications where a removable pivot or linkage connection is required. The 18-8 stainless steel grade makes this pin suitable for light-duty industrial use and environments where mild moisture exposure is a concern. It is sold individually and is well-suited for repair, replacement, or new assembly work on linkage rods, yokes, and clevis brackets.

Key Features

• 0.375 inch pin diameter for use in standard clevis and yoke fittings
• 1.75 inch overall length with 1.594 inches of usable engagement length
• 0.156 inch cotter pin hole for standard retaining clip or cotter pin
• 18-8 stainless steel construction for corrosion resistance
• Uncoated finish — no coating buildup to affect dimensional fit
• Single-piece quantity, no minimum bundle requirement

Compatibility

Designed as a standard-size clevis pin for use in mechanical linkage assemblies, yoke fittings, and clevis brackets requiring a 0.375 inch pin diameter and 1.75 inch OAL.

Installation Notes

Clevis pins are installed by hand or with light tooling into aligned clevis and yoke bores. Always confirm bore alignment before driving the pin to avoid galling the stainless steel surface. Secure with an appropriate cotter pin or retaining clip through the 0.156 inch hole after installation. Inspect the pin and retaining hardware periodically in high-cycle or high-load applications.