Stanley STHT60038 Phillips No. 2 Screwdriver 7.25 in

Product Description

The STANLEY STHT60038 is a No. 2 Phillips screwdriver built for general-purpose fastening work across trades and jobsite applications. The tool measures 7.25 inches in overall length with a 4-inch round shank blade, giving the user adequate reach and torque leverage for driving Phillips-head fasteners in tight or open cavities. Weighing in at 0.13 pounds, it is lightweight enough for extended use without fatigue. This screwdriver suits electricians, plumbers, HVAC technicians, and general contractors who need a reliable hand tool for panel work, equipment installation, and routine service calls.

The STHT60038 is appropriate for residential and light commercial jobsite use wherever No. 2 Phillips fasteners are encountered. Common applications include mounting electrical panels and covers, securing HVAC access doors, tightening fixture hardware, and general assembly tasks. The 4-inch blade length provides practical reach into recessed fastener locations without excessive tool length. This screwdriver is a single-unit, individually packaged hand tool suitable for both professional tool bags and service vans.

Key Features

• No. 2 Phillips tip fits the most common Phillips fastener size in trade work
• 4-inch round shank blade provides reach into recessed mounting locations
• 7.25-inch overall length balances leverage and maneuverability
• Lightweight at 0.13 pounds for reduced hand fatigue during extended use
• Single-unit packaging with no minimum order quantity above one

Compatibility

Designed as a standard No. 2 Phillips hand screwdriver suitable for driving Phillips-head fasteners commonly found in residential and light commercial trade applications.

Installation Notes

This tool is a non-powered hand screwdriver requiring no special installation. Before using on any electrical equipment or panel, de-energize the circuit and verify voltage absence per NFPA 70E safe work practices. Do not use the screwdriver as a pry bar or chisel, as this can damage the tip geometry and reduce fastener engagement. Inspect the tip for wear before use to avoid cam-out and fastener damage.