Wera 05059641001 Power Screwdriver Bit 2.5 Mm Hex

Product Description

The WERA 05059641001 is a power screwdriver bit designed for use with power drivers and electric screwdrivers in professional trade and assembly applications. Built to a 2.5 mm hex specialty point size, this bit delivers consistent torque transfer for standard hex fasteners without cam-out. The overall length measures 3.5 inches (89 mm), and the body diameter is 4.00 mm. Non-magnetic construction keeps the bit performing in environments where magnetism is not desirable. Electricians, assemblers, and service technicians working with small hex fasteners will find this bit a direct fit for daily use.

This bit is suited for light-to-medium duty power driving tasks involving 2.5 mm hex fasteners in residential, commercial, and industrial service environments. Common applications include control panel assembly, HVAC equipment servicing, electrical enclosure work, and equipment maintenance where small hex-head fasteners are standard. It is sold individually and is compatible with standard hex bit holders and chucks accepting 0.25 inch hex shanks.

Key Features

• 2.5 mm hex specialty point size for precise fitment on standard hex fasteners
• 3.5 inch overall length provides reach in recessed or tight access areas
• 4.00 mm body diameter for structural rigidity during power driving
• Non-magnetic construction for use in sensitive or magnetism-restricted environments
• 0.25 inch hex drive shank compatible with standard power bit holders

Compatibility

Designed for use with power drivers and electric screwdrivers equipped with a standard 0.25 inch hex bit chuck or holder accepting hex shank screwdriver bits.

Installation Notes

Installation is performed by trade professionals or service technicians using compatible power drivers. Ensure the bit is fully seated in the bit holder before operating the driver. Match the bit point size exactly to the fastener to avoid fastener damage or bit wear. Verify driver torque settings are appropriate for the fastener size and material being driven.