Dewalt Accessories DWAFE3PH2IR PH2 Impact Bit 3.5in 5-pack

Product Description

The DEWALT ACCESSORIES DWAFE3PH2IR is a 3.5-inch Phillips PH2 impact driver bit designed for heavy-duty fastening applications. Part of the DEWALT ELITE SERIES, this bit features a FLEXTORQ Zone that flexes under torsional load to absorb the rotational impact from impact drivers, extending service life in high-cycle work. Laser-etched markings on the shank allow fast size identification without sorting through a pouch. Each package contains five bits. Licensed HVAC techs, electricians, plumbers, and general contractors who run impact drivers daily will find this bit suited to production-pace fastening tasks where standard bits wear out quickly.

The DWAFE3PH2IR is intended for use with impact drivers and impact-rated drill-drivers in residential and commercial construction, mechanical rough-in, and equipment installation work. The 3.5-inch length provides clearance to drive fasteners in recessed or tight locations where a standard 1-inch bit is too short. The five-piece pack supports keep-on-hand inventory for service vans and job boxes.

Key Features

• FLEXTORQ Zone absorbs torsional impact to extend bit life under continuous impact driver use
• Laser-etched size markings remain legible through heavy use for quick identification
• 3.5-inch length provides reach into recessed fastener locations
• Phillips PH2 tip fits the most common screw drive size in construction and mechanical trades
• Sold in a five-piece pack for job-box and service-van inventory

Compatibility

Designed for use with standard 0.25-inch hex-chuck impact drivers and impact-rated drill-drivers accepting PH2 Phillips fasteners.

Installation Notes

Install the bit firmly into the tool chuck before applying load to prevent cam-out or bit ejection. Confirm the tool is set to an impact or driving mode appropriate for the fastener size and substrate. Inspect the tip for wear regularly, as a worn PH2 tip increases cam-out risk and can damage fastener heads. Dispose of worn bits rather than continuing to use them at reduced performance.