Description

The FREUD DPH31P5 is a No. 3 Phillips drive bit from the Diablo line, sold in a 5-pack with each bit measuring 1 inch in length. These bits are engineered for use in cordless and corded impact drivers and drill drivers, where tip wear, cam-out, and shank failure are common failure points. The optimized tip geometry delivers a tight, precise grip on fastener heads, reducing slippage and stripping during both installation and removal. The torque-resistant shank design absorbs rotational stress to protect the tip during high-torque driving sequences. These are a working-trade consumable suited for framers, finish carpenters, electricians, and plumbers running impact drivers on production fastening work.

These No. 3 Phillips bits are sized for larger fasteners commonly encountered in structural, rough-in, and mechanical installation work. The 1-inch length is optimized for use in bit holders and quick-change chucks on impact drivers. The 5-pack quantity supports single-trade or multi-tech job sites where bit turnover is frequent. Diablo positions this line as impact-rated, making it appropriate for high-cycle driving applications where standard bits wear prematurely.

Key Features

No. 3 Phillips tip profile for large-head fastener applications
1-inch bit length fits standard quick-change bit holders
Impact-rated shank absorbs torque for reduced tip stress
Optimized tip geometry reduces cam-out, stripping, and slippage
Compatible with cordless and corded impact drivers and drill drivers
5-pack quantity for job-site use where bit replacement is routine

Compatibility

Designed for use in standard 1/4-inch hex quick-change chucks on cordless and corded impact drivers and drill drivers.

Installation Notes

These bits are installed and replaced by any trade professional using a 1/4-inch hex impact driver or drill driver. Ensure the bit is fully seated in the chuck before driving to prevent cam-out and premature tip wear. Inspect bit tips regularly during high-volume fastening work and replace when tip geometry shows visible rounding or deformation. No tools or special procedures are required for bit changes on quick-change systems.