Wera 05134911001 PH2 Phillips Power Screwdriver Bit

Product Description

The WERA 05134911001 is a PH2 Phillips power screwdriver bit designed for use with impact drivers, electric screwdrivers, and power drills equipped with a 1/4 inch hex shank. At 6 inches in overall length, it provides extended reach in deep cavities, recessed fasteners, and tight working spaces. The 6.00 mm body diameter gives it the structural integrity to handle power-tool torque without premature camout. HVAC technicians, electricians, and plumbers reach for this bit when driving Phillips-head fasteners during panel assembly, equipment installation, and cabinet work.

This bit fits standard 1/4 inch hex quick-change chucks common to cordless and corded power drivers. The 6 inch length makes it practical for applications where a standard-length bit cannot reach the fastener, including work inside electrical enclosures, air handler cabinets, and distribution panels. It is sold individually and suits professional trade environments where bit quality and dimensional consistency matter across repeated high-cycle use.

Key Features

• PH2 Phillips tip for industry-standard No. 2 Phillips fasteners
• 1/4 inch hex drive shank fits quick-change chucks on most power drivers
• 6 inch overall length for extended reach in confined or deep-set fastener locations
• 6.00 mm body diameter for torsional strength under power-tool loads
• Specialty point sizing reduces camout during high-torque driving

Compatibility

Compatible with any power driver, impact driver, or electric screwdriver accepting a standard 1/4 inch hex shank bit. Designed as an OEM-style replacement or upgrade bit for professional trade power tools requiring a No. 2 Phillips PH2 insert bit.

Installation Notes

Seat the 1/4 inch hex shank fully into the quick-change chuck before operating the driver. Verify the fastener head matches PH2 sizing before applying power-tool torque to avoid fastener or tip damage. When working inside live electrical enclosures or panels, follow NFPA 70E lockout/tagout procedures and de-energize circuits before driving fasteners. Inspect the bit tip regularly for wear and replace when the tip geometry shows rounding or deformation.