Wera 05136000001 Socket Adapter 1/4 Inch Hex to Square

Product Description

The WERA 05136000001 is a socket adapter that converts a 1/4 inch square drive tool to accept 1/4 inch hex shank bits. It features a hex male end and a square female socket, allowing technicians to use standard hex bit accessories with square-drive ratchets, torque wrenches, or impact tools. With an overall length of 1 inch and a weight of approximately 0.02 pounds, this compact adapter is a practical addition to any service technician's kit. HVAC, electrical, and plumbing professionals will find it useful when switching between drive formats on the job without carrying duplicate toolsets.

This adapter suits trade professionals who regularly work with both hex bit sets and square-drive sockets. It is well suited to tight-clearance service work common in HVAC equipment access panels, electrical enclosures, and plumbing fixture installations where a single ratchet handle needs to serve multiple drive formats. The compact 1 inch overall length keeps the tool extension minimal, reducing interference in confined spaces.

Key Features

• Converts 1/4 inch square drive tools to accept 1/4 inch hex shank bits
• Hex male drive end mates with standard 1/4 inch hex bit holders and accessories
• Square female socket end fits 1/4 inch square-drive ratchets, torque wrenches, and handles
• 1 inch overall length minimizes added reach in confined spaces
• Lightweight at approximately 0.02 pounds - minimal tool weight addition

Compatibility

Designed as a standard adapter for use with 1/4 inch square-drive handles and 1/4 inch hex shank bit accessories commonly found in HVAC, electrical, and plumbing service toolsets.

Installation Notes

Installation of this adapter requires no special tools. Seat the hex male end fully into the receiving hex bit holder before applying torque, and ensure the square female end is fully engaged with the square-drive tool. Inspect the adapter for wear or deformation before each use, and replace it if any rounding or cracking is observed. Do not exceed the rated torque capacity of the lowest-rated tool in the drive chain.