Freud DBH238QC Magnetic Driver Bit Holder 2.375 in 5 Pack

Product Description

The FREUD DBH238QC is a 2.375-inch quick-change magnetic driver bit holder designed to extend a drill's reach in tight or hard-to-access areas. Built under the Diablo line, this holder features a tool-free quick-change mechanism that allows fast bit swaps without interrupting workflow. A high-strength permanent magnet delivers a secure, anti-wobble grip when driving screws and fasteners. The torque-resistant construction absorbs rotational stress to reduce wear on the holder body. The shank design is impact-rated for use in both cordless and corded impact drivers and drill drivers, adding durability under high-demand fastening conditions.

This bit holder suits residential and light commercial construction, cabinetry, decking, metal framing, and general fastening tasks where extended reach is needed. It is sold in a package of 5 units, making it practical for stocking service vans or tool kits. Electricians, HVAC technicians, plumbers, and general contractors who regularly work in confined spaces or behind panels will find the extended length and quick-change feature useful on the job site.

Key Features

• Tool-free quick-change mechanism for fast, efficient bit swaps
• High-strength permanent magnet provides anti-wobble, secure fastener grip
• Torque-resistant design reduces stress and wear on the holder body
• Impact-rated shank for use with cordless and corded impact and drill drivers
• 2.375-inch length extends reach into confined or hard-to-access areas
• Sold in a 5-unit pack for jobsite or van stocking

Compatibility

Designed for use with standard quick-change compatible cordless and corded impact drivers and drill drivers across common 1/4-inch hex shank platforms.

Installation Notes

Insert the bit holder into a 1/4-inch hex chuck or quick-change chuck until fully seated before operating. Ensure the drill or impact driver is powered off and the trigger is locked before changing bits. Inspect the magnet and shank for wear or damage periodically, particularly when used in high-cycle impact applications. No special tools are required for bit changes.