Gearwrench 80662 Hex Bit Socket 1/2 in Drive 14 Mm

Product Description

The GEARWRENCH 80662 is a 1/2 inch drive hex bit socket designed for driving hex fasteners in mechanical, automotive, and industrial applications. The socket accepts a 14 mm hex bit and measures 2.5 inches overall length with a 1.49 inch bit length, giving the tool enough reach for recessed or deep-set fasteners. Constructed from chrome-finished steel, the 80662 is built to handle the torque demands typical of 1/2 inch drive work. Licensed mechanics, millwrights, and service technicians rely on this type of socket where a standard hex key or Allen wrench cannot provide adequate torque or access.

This socket is suited for residential and commercial mechanical service work where 14 mm hex-head fasteners are common, such as automotive drivetrain components, industrial machinery, and heavy equipment. The 1/2 inch drive interface pairs with standard ratchets, breaker bars, and torque wrenches. The chrome finish helps resist corrosion during regular shop use. The compact package quantity of one makes it a straightforward single-unit replacement or addition to an existing socket set.

Key Features

• 1/2 inch drive interface compatible with standard ratchets and breaker bars
• 14 mm hex bit size for driving large hex fasteners
• 2.5 inch overall length with 1.49 inch bit engagement depth
• Chrome-finished steel construction for corrosion resistance and durability
• Meets ANSI and ASME standards for hand tool performance

Compatibility

Designed as an OEM-style replacement or standalone addition for use with any standard 1/2 inch drive ratchet, extension, or torque wrench.

Installation Notes

Installation and removal of hex fasteners using this socket should be performed by a qualified mechanic or technician familiar with proper torque requirements for the application. Always confirm the drive tool and socket are fully seated before applying torque. Inspect the socket for cracks or wear before each use and replace if damage is present. Follow all applicable safety procedures for the system being serviced, including de-energizing, depressurizing, or securing equipment before fastener work begins.