Apex MET-1800C Socket Retaining Ring Retainer Pin

Product Description

The APEX MET-1800C is a socket retaining ring configured as a retainer pin type, used to secure sockets and prevent accidental release during operation. This fastening hardware component is designed for use in drive tool assemblies where positive socket retention is required. It provides a mechanical lock between the drive and socket, reducing the risk of socket separation under load. Installation is straightforward and requires no specialized tooling. This part is suited for maintenance professionals, industrial technicians, and tradespeople working with impact or hand-drive socket sets.

The MET-1800C retainer pin style retaining ring is applicable in both shop and field environments wherever socket security is a concern. It is commonly installed in impact wrenches, ratchets, and drive extensions used across HVAC, plumbing, electrical, and general mechanical service applications. The retainer pin design is a standard configuration for drive tools requiring a positive locking mechanism to keep sockets engaged during use.

Key Features

• Retainer pin ring type provides positive socket retention during operation
• Compatible with standard socket drive assemblies
• Compact form factor with approximately 1 inch height, 1 inch width, and 1 inch length
• Lightweight at 1 pound, suitable for portable tool applications
• Sold individually, one piece per package

Compatibility

Designed as an OEM-style replacement retaining ring for standard socket drive tool assemblies requiring a retainer pin configuration.

Installation Notes

Installation of drive tool retaining hardware should be performed with the drive tool powered down or disconnected from any air or power source. Ensure the socket and drive are clean and free of debris before fitting the retaining ring. No special certifications are typically required for this hardware replacement, but always follow manufacturer guidelines for the host tool. Inspect the retaining ring for wear or deformation before each use.