Wiha 76893 Impact Hex Insert Bit Set 8 Piece

Product Description

The WIHA 76893 is an 8-piece impact hex insert bit set designed for use with 1/4-inch drive impact drivers and power tools. The set covers both inch and metric hex sizes, ranging from 5/32 to 1/4 inch and 4 to 6mm, making it a practical choice for technicians who work across both measurement systems. A magnetic bit holder is included to keep bits seated during fastening. This set suits HVAC, electrical, and mechanical trade work where hex-head fasteners are common and tool changes need to stay efficient.

This bit set fits standard 1/4-inch drive impact drivers commonly used in residential and light commercial service work. It is well suited for technicians installing or servicing equipment panels, access covers, and bracket hardware that use hex-head cap screws in both inch and metric sizes. The included magnetic bit holder assists with single-handed bit retention in tight spaces. Electricians, HVAC technicians, and plumbers working on equipment enclosures will find the dual-system size coverage useful on multi-brand installations.

Key Features

• 8-piece set covers both inch sizes (5/32, 3/16, 7/32, and 1/4 inch) and metric sizes (4, 5, and 6mm)
• Rated for impact driver use with 1/4-inch hex shank drive compatibility
• Includes a magnetic bit holder for secure bit retention during fastening
• Compact set dimensions allow storage in a tool bag or service pouch
• Single package quantity with no minimum order beyond one unit

Compatibility

Designed for use with any 1/4-inch drive impact driver or power screwdriver accepting standard hex insert bits.

Installation Notes

Insert bits should only be seated fully into the driver chuck before applying torque. Inspect each bit for wear or deformation before use on impact-rated applications, as damaged bits can slip under load and damage fastener heads. Store bits in the provided holder to prevent loss and corrosion. No special licensing is required to use hand tools, but the installer is responsible for selecting the correct bit size to avoid fastener damage.