Apex EX-500-2 Hex to Square Extension Bit 2 Inches

Product Description

The APEX EX-500-2 is a hex to square extension power screwdriver bit designed for use with power drivers and impact tools in professional trade applications. Measuring 2 inches in overall length, this single-piece bit features a pin lock design that secures the bit in place during high-torque driving operations, reducing the risk of bit walkout or disengagement mid-task. The 0.25-inch drive size makes it compatible with standard quarter-inch hex drive systems. Electricians, HVAC technicians, plumbers, and general contractors rely on extension bits like this when fastener access is restricted or recessed.

This bit is suited for residential and commercial installation work where a standard bit driver cannot reach confined fastener locations. The hex to square extension configuration allows technicians to adapt a hex drive power tool to square drive sockets and accessories, expanding the versatility of existing tool inventories. It is a single-piece component packaged individually, making it straightforward to stock and replace in a service kit or tool bag.

Key Features

• Hex to square extension bit type for drive adapter versatility
• 0.25-inch drive size compatible with standard quarter-inch hex drive power tools
• 2-inch overall length for reach into recessed or restricted fastener locations
• Pin lock design keeps the bit secured during power driving
• Single-piece construction packaged individually

Compatibility

Designed as an OEM-style replacement or supplemental bit for use with quarter-inch hex drive power screwdrivers and impact drivers in trade and industrial applications.

Installation Notes

This bit is installed and replaced by any trade professional using a quarter-inch hex drive power tool. Ensure the power tool is powered off and the battery is removed or the tool is unplugged before changing bits. Confirm the pin lock is fully engaged before beginning any driving operation. Inspect the bit for wear or damage before each use and replace if deformation is observed.