Wiha 76502 Phillips Power Screwdriver Bit 1/4 in Hex 10pk

Product Description

The WIHA 76502 is a No. 2 Phillips power screwdriver bit designed for use with power tools and impact drivers equipped with a 1/4 inch hex drive. Built from Chrome Vanadium Molybdenum steel, this bit delivers the toughness needed for repeated high-torque applications common in trade work. The overall length measures approximately 1-9/64 inches, making it well-suited for close-quarter fastening tasks. Sold in a 10-piece pack, the 76502 is a practical replenishment option for electricians, HVAC technicians, plumbers, and general contractors who burn through bits on the job.

This bit is intended for use in production, service, and maintenance environments where a No. 2 Phillips drive is the standard. The 1/4 inch hex shank provides a secure, tool-free connection to standard power screwdrivers, cordless drills, and impact drivers. The compact overall length suits tight or confined fastening locations encountered in panel work, equipment installation, and fixture assembly. The 10-pack quantity supports ongoing shop stock or field kit replenishment without frequent reorder.

Key Features

• No. 2 Phillips tip with matching No. 2 specialty point size for precise drive engagement
• 1/4 inch hex shank fits standard quick-change chucks on cordless drills and impact drivers
• Chrome Vanadium Molybdenum steel construction for durability under repeated torque loads
• Overall length of 1-9/64 inches supports use in confined or recessed fastening locations
• Sold as a 10-piece pack for efficient stock replenishment

Compatibility

Designed for use with any power screwdriver, cordless drill, or impact driver equipped with a standard 1/4 inch hex quick-change chuck.

Installation Notes

Ensure the tool is powered off or the battery is removed before inserting or changing bits. Seat the hex shank fully into the chuck until the retention mechanism engages before operating the tool. Inspect bits regularly for wear, rounding, or cracking and replace as needed to prevent cam-out and fastener damage. Bits should be matched to the fastener drive size to maintain proper torque transfer.