Wera 05059603001 Power Screwdriver Bit 2mm Hex 4pc

Product Description

The WERA 05059603001 is a power screwdriver bit designed for use with hex drive power tools and impact drivers in professional trade applications. Built around a 2 mm hex specialty point, this bit fits fasteners commonly encountered in electrical, HVAC panel assembly, and light mechanical work. The overall length measures 2 inches, and the body diameter is 4 mm, making it compatible with standard quick-change bit holders. The set includes 4 pieces, providing backup bits on the job. At 0.1 pounds, the set is lightweight and easy to keep in a service bag or toolbox.

This bit is suited for residential and light commercial applications where small hex fasteners are present, including control panel assembly, junction box work, and equipment installation. Electricians, HVAC technicians, and plumbers who encounter hex-head screws in panel or equipment enclosures will find this bit useful as a go-to option for powered fastening tasks. The 4-piece quantity supports continuous work without stopping to locate a replacement when a bit wears.

Key Features

• 2 mm hex specialty point size for small hex fasteners
• 2 inch overall length fits standard power tool bit holders
• 4 mm body diameter compatible with common quick-change chucks
• 4-piece set provides redundancy for extended service calls
• Hex drive shank for use with power screwdrivers and impact drivers

Compatibility

Designed for use with standard 0.25 inch hex drive power screwdrivers, impact drivers, and bit holders that accept 2 inch power bits.

Installation Notes

This bit is installed and used by electricians, HVAC technicians, and other trade professionals operating power screwdrivers or impact drivers. Ensure the tool is powered off or the trigger is locked before inserting or removing the bit from the chuck. Use only with fasteners matching the 2 mm hex point size to avoid stripping the fastener or damaging the bit. Follow applicable NEC or equipment manufacturer guidelines when working inside energized enclosures.