Proto J10027T Impact Socket 1 in Drive 1-11/16 in 12-point

Product Description

The PROTO J10027T is a 12-point impact socket designed for heavy-duty fastener removal and installation using a 1 inch square drive. Built from steel with a chrome finish, it accepts a 1-11/16 inch fastener and measures 2-11/16 inches in overall length. The J10027T is intended for use with impact wrenches in professional trade and industrial environments where high torque output is required. Automotive technicians, fleet maintenance crews, and industrial mechanics rely on this socket for reliable performance on large fasteners under sustained impact load.

This socket is suited for applications requiring a 1 inch drive tool — typically found in heavy equipment service, large commercial vehicle repair, and industrial machinery maintenance. The 12-point design allows engagement at multiple rotational positions, which is useful in tight or restricted-access fastener locations. The 2-11/16 inch overall length fits standard deep or shallow clearance scenarios typical of this drive size class.

Key Features

• 1 inch square drive for use with heavy-duty impact wrenches
• 1-11/16 inch socket size for large fastener applications
• 12-point geometry allows engagement at multiple positions
• Steel construction with chrome finish for durability and corrosion resistance
• 2-11/16 inch overall length suits standard clearance requirements

Compatibility

Designed as a direct-fit impact socket for 1 inch drive impact wrenches and torque multipliers commonly used in heavy equipment, commercial vehicle, and industrial maintenance applications.

Installation Notes

Installation and removal of this socket is performed by automotive technicians, industrial mechanics, and maintenance professionals. Always power down or de-energize the impact wrench before changing sockets. Confirm the drive retaining pin or hog ring is fully engaged before applying torque. Do not use impact sockets with hand ratchets, as impact-grade and hand-tool grades are not interchangeable under high torque.