Apex M-497 Power Hex Bit Holder 1/4 Inch Hex Drive

Product Description

The APEX M-497 is a power hex bit holder designed for use with 1/4 inch hex shank power bits in impact drivers, drill drivers, and other rotary power tools. It accepts standard 1/4 inch hex drive bits and extends tool reach with an overall length of approximately 3-3/32 inches. The holder transmits torque efficiently from the tool chuck to the working bit, reducing bit walkout during fastening operations. It is a standard accessory used by electricians, HVAC technicians, plumbers, and general trade professionals who rely on power drivers for production fastening work.

This hex bit holder is suited for light commercial and residential trade applications where quick bit changes and positive bit retention are required. It fits into standard 1/4 inch hex chuck power tools and is appropriate for repetitive fastening tasks on equipment panels, junction boxes, ductwork, and structural components. Its compact overall length keeps the tool-to-fastener stack manageable in confined spaces.

Key Features

• 1/4 inch hex drive accepts standard power hex shank bits
• Overall length of 3-3/32 inches suits close-quarters fastening
• Compatible with impact drivers and drill drivers using 1/4 inch hex chucks
• Lightweight at 0.05 pounds for reduced tool fatigue during extended use
• Single-piece construction for straightforward bit holder replacement

Compatibility

Designed as a standard replacement or accessory hex bit holder for power tools equipped with a 1/4 inch hex chuck, including impact drivers and drill drivers commonly used in trade service work.

Installation Notes

Insert the M-497 into any 1/4 inch hex chuck power tool and secure according to the tool manufacturer's locking mechanism before use. Ensure the tool is powered off and the trigger is locked out before changing or seating the bit holder. Inspect the holder for wear or deformation before each use, and replace if the hex shank shows signs of rounding or cracking that could cause slippage under load.