Wera 05051205001 Hex Bit Screwdriver 1/4 Inch Drive

Product Description

The WERA 05051205001 is a 1/4 inch drive bit holding screwdriver designed for hex tip bits. It features a magnetic bit holder that secures the bit during use, reducing drop risk in confined or overhead work. The ergonomic handle provides a comfortable grip for extended fastening tasks. With an overall length of approximately 9.1 inches and a shaft length of 4.75 inches, the tool fits standard trade use cases in electrical, HVAC, and general mechanical work. The chrome-plated shaft meets DIN ISO 1173-C 6.3 standards. Licensed tradespeople and skilled technicians who work with hex-drive fasteners regularly will find this a practical addition to a hand tool kit.

This screwdriver is suited for residential and light commercial service work where hex bit fasteners are common. It is well-matched to panel work, equipment access covers, and fixture installation. The 1/4 inch drive accepts standard hex bits, making it compatible with the wide range of insert bits already in most trade kits. The magnetic retention keeps bits seated during single-handed positioning, which is useful in tight spaces typical of mechanical rooms and electrical enclosures.

Key Features

• 1/4 inch drive accepts standard hex insert bits
• Magnetic bit holding keeps bits secure during use
• Ergonomic handle designed for comfort during extended use
• Chrome-plated shaft finish for corrosion resistance
• Meets DIN ISO 1173-C 6.3 standard
• Compact shaft length of 4.75 inches for access in tight spaces

Compatibility

Designed for use with standard 1/4 inch hex insert bits conforming to DIN ISO 1173-C 6.3. Compatible with the broad range of hex bits used in electrical, HVAC, and mechanical trade applications.

Installation Notes

This is a hand tool requiring no power source or code compliance for use. Ensure the correct hex bit size is fully seated in the magnetic holder before applying torque to avoid fastener damage. Keep the tool away from sensitive magnetic components such as certain sensors or magnetized media during storage and use.