Milwaukee Tool 49-66-6387 Impact Socket 3/4 in 49mm

Product Description

The MILWAUKEE TOOL 49-66-6387 is a 6-point impact socket designed for heavy-duty fastening applications. Built for use with 3/4 inch drive impact wrenches, it accepts a 49mm hex fastener and delivers the torque transfer needed for demanding mechanical work. The socket is constructed from steel with a black phosphate finish that resists corrosion and reduces glare. At 1.98 pounds and standard length, it is suited for technicians who need a reliable, non-sparking socket in environments where spark hazard is a concern. Licensed trades including heavy equipment mechanics, industrial maintenance techs, and commercial fleet technicians reach for this socket for high-torque fastener work.

This socket is appropriate for use in industrial, commercial, and fleet maintenance settings where large-diameter fasteners require controlled, high-torque removal or installation. The non-sparking characteristic makes it suitable for use near flammable materials or in environments governed by spark-restriction protocols. Standard-length geometry allows access in typical open-face fastening scenarios without requiring an extension in most applications.

Key Features

• 3/4 inch drive size for use with heavy-duty impact wrenches
• 49mm 6-point hex socket for maximum contact and reduced fastener rounding
• Non-sparking design suitable for spark-sensitive work environments
• Steel construction with black phosphate finish for corrosion resistance
• Standard length profile for straightforward fastener access
• Not insulated — not rated for energized electrical work

Compatibility

Designed as a standard-length 3/4 inch drive impact socket for use with 3/4 inch drive impact wrenches and drive tools accepting 49mm hex fasteners.

Installation Notes

Installation and removal should be performed by a qualified mechanic or maintenance technician familiar with impact tooling and torque requirements. Always ensure the drive tool is powered down or the air supply is disconnected before changing sockets. Confirm the socket is fully seated on the drive anvil before applying torque. Do not use this socket on energized components — it is not insulated for electrical work.