Bsc Preferred 103565 No. 0x4 Phillips Screwdriver

Product Description

The BSC PREFERRED 103565 is a No. 0 x 4 inch Phillips screwdriver designed for precision fastening tasks in trade and maintenance applications. The round shank measures 4 inches and fits a No. 0 Phillips tip, suited for small fasteners found in electrical panels, control boards, and light mechanical assemblies. The handle is constructed from cellulose acetate in a clear transparent finish with a blue inlay stripe, providing grip and visual identification. This tool is sold as a single unit and is well-suited for HVAC technicians, electricians, plumbers, and general trade professionals who need a reliable small-tip driver in their kit.

This screwdriver fits standard No. 0 Phillips fasteners commonly encountered during control board installation, junction box work, and equipment panel access. The compact tip size makes it practical for tight spaces inside HVAC equipment, electrical enclosures, and plumbing access panels. It is appropriate for both residential and light commercial service work where precision fastening with a small Phillips bit is required.

Key Features

• No. 0 Phillips tip for small-fastener precision work
• 4 inch round shank for controlled torque application
• Cellulose acetate handle - clear transparent with blue inlay stripe for easy tool identification
• Lightweight at 0.17 pounds for reduced hand fatigue during detail work
• Sold individually - unit of measure is each

Compatibility

Designed for use with standard No. 0 Phillips head fasteners as found in electrical, HVAC, and plumbing equipment panels and assemblies.

Installation Notes

This tool is used by licensed electricians, HVAC technicians, and plumbers during equipment service and installation. Always de-energize electrical equipment before using any hand tool inside a panel or enclosure, following NEC lockout/tagout requirements. Inspect the tip for wear before use - a worn Phillips tip increases the risk of cam-out and fastener damage. Store with tip protected to maintain point geometry.