Wera 05059810001 PH2 Phillips Power Screwdriver Bit

Product Description

The WERA 05059810001 is a PH2 Phillips power screwdriver bit designed for use with 1/4 inch hex drive power tools and impact drivers. The bit measures 2 inches in overall length and features a PH2 specialty point geometry engineered to reduce cam-out under high-torque power driving conditions. This set includes 4 pieces, making it a practical supply for service vans and job site kits. HVAC techs, electricians, and plumbers reach for bits like these when installing equipment panels, junction boxes, and access covers where consistent drive engagement matters.

This bit is suited for residential and light commercial trade work where Phillips drive fasteners are common. Typical applications include equipment panel assembly, electrical enclosure work, cabinet installation, and any repetitive power-driving task requiring a reliable PH2 bit. The 1/4 inch hex shank seats directly into standard quick-change bit holders, drill/drivers, and impact-rated tool chucks without adapters.

Key Features

• PH2 specialty point geometry reduces cam-out during high-torque power driving
• 1/4 inch hex shank fits standard quick-change holders and drill/driver chucks
• 2 inch overall length provides clearance in tight panel and enclosure work
• 4 pieces per set for multi-tech crews or stocking service kits
• Rated for power driver and impact driver use

Compatibility

Designed as a standard replacement or stock bit for any 1/4 inch hex drive power tool or drill/driver accepting PH2 Phillips bits, including quick-change bit holders and impact drivers commonly used in HVAC, electrical, and plumbing trades.

Installation Notes

Installation requires no tools beyond the drive tool itself. Ensure the bit is fully seated in the quick-change holder or chuck before driving to prevent slippage. Inspect bits regularly for wear at the tip, as a worn PH2 point increases cam-out risk and can damage fastener heads. Replace bits showing visible rounding or chipping at the drive surfaces.