Milwaukee Tool 48-32-4815 Square Bit 1/4 in Drive 6 in

Product Description

The MILWAUKEE TOOL 48-32-4815 is a single-end, straight square screwdriver bit designed for use with 1/4 inch hex drive power tools and manual bit holders. Built from steel, this bit measures 6 inches in overall length, giving technicians extended reach in recessed or obstructed fastener locations. The Number 2 square point provides positive engagement with Robertson-head fasteners commonly found in electrical panels, HVAC equipment enclosures, plumbing fixture assemblies, and general mechanical work. It is sold as a single bit and suits any trade professional who needs a reliable, longer-length square drive bit on the job.

This bit is suited for residential and light commercial service work where Number 2 square drive fasteners are standard. Electricians frequently encounter square-head screws in panel boxes, junction boxes, and device mounting. HVAC technicians and plumbers encounter them in equipment cabinets, access panels, and trim assemblies. The 6 inch length is particularly useful when working inside enclosures where a standard 1 inch or 2 inch bit lacks the reach to engage deeply set fasteners without a bit extension.

Key Features

• Number 2 square point for positive engagement with Robertson-head fasteners
• 1/4 inch hex shank fits standard power tool chucks and manual bit holders
• 6 inch overall length provides extended reach in recessed applications
• Single-end, straight design for direct chuck seating
• Steel construction for durability under torque loads

Compatibility

Designed as an OEM-style replacement bit compatible with any 1/4 inch hex drive power screwdriver, impact driver, or manual bit holder that accepts standard insert bits.

Installation Notes

Seat the 1/4 inch hex shank fully into the bit holder or chuck before applying torque to prevent cam-out or bit ejection. Inspect the square tip for wear before use, as a worn tip increases the risk of fastener head damage. When working inside energized panels or enclosures, follow NFPA 70E arc flash and shock hazard protocols and de-energize circuits where possible before driving fasteners.