Williams JHWO-474 Drive Ratchet Repair Kit 3/8 in

Product Description

The WILLIAMS JHWO-474 is a drive ratchet repair kit designed to restore ratchet mechanisms used with drive tools ranging from 2 to 4-3/4 inches. The kit is built around a 3/8 inch male size interface and is specifically engineered for demanding industrial environments. Weighing 1.39 pounds, this kit provides the internal components needed to bring a worn or damaged drive ratchet back to working condition without replacing the entire tool. It is well-suited for maintenance technicians and industrial mechanics who rely on ratchet tools in high-cycle applications where component wear is common.

This repair kit is intended for use with drive ratchet tools in the 2 to 4-3/4 inch drive range. It is particularly useful in industrial maintenance settings where collars, lock nut rings, and bearings require frequent adjustment. The kit is sold as a single-unit package, making it a straightforward drop-in solution for shops that service their own hand tools rather than replace them outright. Applications include heavy equipment maintenance, industrial assembly lines, and trade service environments where tool uptime matters.

Key Features

• Engineered specifically for drive ratchet repair on 2 to 4-3/4 inch drive tools
• 3/8 inch male size fits standard drive ratchet interfaces
• Built to withstand rigorous industrial use conditions
• Ideal for servicing collars, lock nut rings, and bearings
• Single-unit package quantity for straightforward procurement
• Covered by manufacturer limited warranty

Compatibility

Designed for use with drive ratchet tools in the 2 to 4-3/4 inch drive range requiring a 3/8 inch male size repair interface.

Installation Notes

Installation of this repair kit should be performed by a qualified mechanic or tool technician familiar with ratchet drive mechanisms. Remove all load from the tool and ensure it is fully disengaged before disassembly. Follow the manufacturer service documentation for the specific ratchet model being repaired to ensure correct reassembly sequence and component orientation. Do not attempt repair while the tool is under tension or connected to a power-driven assembly.