Milwaukee Tool 48-32-4248 T30 Torx Power Bit 6 in 10pk

Product Description

The MILWAUKEE TOOL 48-32-4248 is a T30 Torx power screwdriver bit designed for use in power drivers and impact-rated tool applications. Constructed from alloy steel, this bit measures 6 inches in overall length and accepts a standard 1/4-inch hex drive shank. Sold in a 10-pack, it is suited for repetitive fastening tasks where bit turnover is expected. Licensed electricians, HVAC installers, plumbers, and general trade contractors reach for this format when driving Torx fasteners in equipment panels, junction boxes, access covers, and mechanical assemblies.

This bit is a practical match for production and service work where T30 Torx fasteners appear regularly. The 6-inch length provides extended reach into recessed or hard-to-access fastener locations without requiring an extension. The 1/4-inch hex shank seats directly into standard quick-change bit holders and most cordless driver chucks. Trade professionals stocking a service van or tool bag benefit from having multiple bits on hand to handle wear across a full workday.

Key Features

• T30 Torx tip fits standard T30 Torx fasteners common in mechanical and electrical assemblies
• 6-inch overall length for extended reach into recessed fastener locations
• 1/4-inch hex drive shank compatible with quick-change bit holders
• Alloy steel construction for durability under power-tool torque loads
• 10-pack quantity supports high-volume or multi-tech service operations

Compatibility

Designed as an OEM-style replacement power bit compatible with 1/4-inch hex quick-change bit holders and standard cordless or corded power drivers accepting 1/4-inch hex drive accessories.

Installation Notes

Insert the 1/4-inch hex shank fully into the bit holder before driving to ensure positive seating and reduce cam-out risk. Use at appropriate torque settings for the fastener size to avoid stripping. Inspect bits for tip wear or deformation and replace as needed, particularly on impact driver applications where wear is accelerated.