Paramount PAR50152 Hex Screwdriver Insert Bit 5.5 in

Product Description

The PARAMOUNT PAR50152 is a hex screwdriver insert bit designed for use with power drivers, impact drivers, and bit holders that accept standard insert-style bits. With a 5mm hex drive and an overall length of 5.5 inches, this bit is suited for reaching fasteners in tight or deep access points where shorter bits fall short. Sold as a single piece, it is a straightforward replacement or addition to a field technician's driver bit set. HVAC, plumbing, and electrical trades commonly encounter hex-head fasteners on equipment covers, access panels, and mechanical assemblies where this bit length provides clear advantage.

This insert bit is appropriate for residential and light commercial service work where hex fasteners are encountered on equipment cabinets, motor mounts, and panel covers. The 5.5-inch overall length gives technicians the reach needed to drive fasteners recessed inside enclosures or behind obstructions without the need for an extension. It is a single-piece item suited for individual replacement or stocking in a service vehicle toolkit.

Key Features

• 5mm hex drive fits standard hex-head fasteners found on HVAC and mechanical equipment
• 5.5-inch overall length for extended reach into recessed or deep fastener locations
• Insert-bit style compatible with standard bit holders and quick-change chucks
• Single-piece packaging for individual replacement or inventory stocking

Compatibility

Designed for use with standard insert-bit holders and quick-change driver chucks that accept hex screwdriver insert bits.

Installation Notes

This bit is installed by a service technician into a compatible bit holder or quick-change chuck before use. Ensure the power driver or bit holder is fully powered down or disengaged before swapping bits. Confirm the bit is fully seated in the holder before applying torque to avoid cam-out or fastener damage. Proper bit engagement is especially important when working on equipment panels where fastener damage can complicate future service access.