Dewalt Accessories DWA6PH2IR Phillips 2 Impact Bit 6in 5pk

Product Description

The DEWALT ACCESSORIES DWA6PH2IR is a 6-inch Phillips 2 Impact Ready power bit designed for use with impact drivers and high-torque drills. CNC machining ensures accurate geometry and an optimal fit into the screw recess, reducing cam-out and fastener damage. The Reflex Core design allows the 2-inch shank zone to flex up to 15 degrees under load, absorbing torque spikes that would otherwise snap a standard bit. These bits are rated for long service life in heavy-rotation trade applications where bit breakage and fastener drops are constant productivity drains. Sold in a 5-pack.

This bit is suited for residential and light commercial construction, finish carpentry, decking, and general fastening tasks where an impact driver is the primary tool. The 6-inch length provides clearance for driving screws into recessed or hard-to-reach locations without an extension. The magnetic tip engages the fastener before drive, reducing fumbling and dropped hardware on jobsite work. Electricians, framers, finish carpenters, and general contractors regularly use bits in this class for volume fastening work.

Key Features

• CNC machined for precise fit into Phillips 2 screw recess, reducing cam-out
• Reflex Core flexes up to 15 degrees to absorb impact torque and reduce breakage
• Magnetic tip retains fasteners, minimizes drops, and reduces wobbling during drive
• 6-inch length provides reach into recessed and obstructed fastening locations
• Impact Ready designation confirms compatibility with impact driver torque output
• Sold as a 5-pack for jobsite volume use

Compatibility

Designed as an OEM-style impact-rated replacement bit compatible with standard 1/4-inch hex impact drivers and high-torque drills accepting Phillips 2 drive bits.

Installation Notes

Install into the impact driver chuck with the tool unpowered and the trigger locked out before bit changes. Seat the hex shank fully into the chuck or bit holder before driving. Inspect bits for tip wear or twisting before each use session, as worn tips increase cam-out risk and can damage fastener heads. Disposal and replacement thresholds vary by application volume; for high-cycle production work, inspect more frequently.