Proto J47705/32 Hex Bit Socket 1/4 in Drive 5/32 in Hex

Product Description

The PROTO J47705/32 is a hand hex bit socket designed for fastening and loosening internal hex fasteners using a 1/4 inch square drive ratchet or handle. The socket accepts a 5/32 inch hex bit and features a 1 inch bit length with an overall length of 1-7/8 inches. At 0.05 pounds, it is a compact, lightweight tool suited for tight-access work where a standard L-key or T-handle cannot be used. Technicians in HVAC, plumbing, electrical, and mechanical service trades rely on hex bit sockets like this when working with set screws, access panels, and equipment fasteners that require torque from a ratchet drive.

This socket is appropriate for both bench work and field service applications involving 5/32 inch hex drive fasteners. It fits into standard 1/4 inch drive socket sets, making it interchangeable with existing ratchets, extensions, and drive adapters already in a technician's kit. The compact overall length of 1-7/8 inches allows use in moderately confined spaces without requiring a stubby or flex-head driver. Typical applications include equipment assembly, panel fastener service, and set screw adjustments on motors, pulleys, and fittings.

Key Features

• 1/4 inch square drive for use with standard ratchets and drive accessories
• 5/32 inch hex size — 3.970 mm equivalent for metric reference
• 1 inch bit length provides solid fastener engagement
• 1-7/8 inch overall length suits moderately confined work areas
• Lightweight at 0.05 pounds for reduced hand fatigue during repetitive use

Compatibility

Designed as a standard 1/4 inch drive hex bit socket compatible with any 1/4 inch square drive ratchet, extension bar, or drive handle accepting conventional hex bit sockets.

Installation Notes

A licensed or qualified technician should confirm the correct hex size before applying torque to avoid rounding fastener heads. Ensure the square drive is fully seated in the ratchet or handle before use. When servicing energized equipment, de-energize and lock out the system in accordance with applicable safety procedures before accessing fasteners on electrical or mechanical components.