Proto J15080 Impact Socket 1-1/2 in Drive 5 in Hex

Product Description

The PROTO J15080 is a heavy-duty impact socket designed for high-torque fastening and removal applications. Built from alloy steel, it features a 1-1/2 inch drive and a 5 inch hex socket with a 6-point contact pattern. The 6-point design concentrates force on the flat faces of the fastener, reducing rounding and improving grip under impact loads. At 6-3/4 inches overall length, it provides the reach needed for deep or recessed fasteners. This socket is installed by industrial mechanics, heavy equipment technicians, and maintenance professionals working with large fastener sizes.

The J15080 is suited for use in industrial, construction, and heavy equipment maintenance environments where 1-1/2 inch drive impact tooling is required. It is compatible with 1-1/2 inch drive impact wrenches and torque multipliers. Typical applications include structural fastener work, heavy machinery assembly, and infrastructure maintenance where 5 inch hex fasteners are encountered. The 6-point geometry makes it a reliable choice when working with worn or high-load fasteners in demanding field conditions.

Key Features

• 1-1/2 inch drive size for use with heavy-duty impact wrenches and torque multipliers
• 5 inch hex socket with 6-point design for maximum contact and reduced fastener rounding
• 6-3/4 inch overall length provides reach for recessed or deep fastener access
• Alloy steel construction rated for impact tool use
• Meets ANSI B107.2 specification for impact sockets
• Lifetime warranty from PROTO

Compatibility

Designed for use with 1-1/2 inch drive impact wrenches, air tools, and torque multipliers requiring a 5 inch hex impact socket.

Installation Notes

Install and remove using a 1-1/2 inch drive impact wrench or manual torque multiplier only — do not use this socket with hand-drive ratchets not rated for impact loads. Confirm the drive retainer or pin-and-ring retention is secure before applying torque. Always wear appropriate eye and hand protection when operating impact tooling under high-torque conditions.