Wera 05005325001 Insulated Nut Driver 10 Mm

Product Description

The WERA 05005325001 is a 10 mm insulated nut driver built for professional electrical and HVAC service work where contact with energized components is a real risk. The solid shaft design transfers torque efficiently without flex, and the cushion grip handle provides a secure, fatigue-reducing hold during repetitive fastening tasks. With an overall length of 237 mm (approximately 9.3 inches) and a shaft length of 125 mm (approximately 4.9 inches), this driver reaches fasteners in confined enclosures without compromising control. Licensed electricians and service technicians are the primary users of this tool.

This nut driver is suited for residential and commercial electrical panel work, control board servicing, and general trade applications where a 10 mm hex fastener is common. It is appropriate for use in HVAC control cabinets, electrical enclosures, and equipment service panels. The insulated construction makes it relevant wherever energized terminal work is performed and personal protective equipment standards require insulated hand tools.

Key Features

• Insulated construction for use around energized components
• 10 mm drive size for standard hex fasteners common in electrical and HVAC applications
• Solid shaft design for direct, efficient torque transfer
• Cushion grip handle reduces hand fatigue during extended use
• Overall length of approximately 9.3 inches for reach in confined spaces
• Limited lifetime warranty

Compatibility

Designed as an OEM-style hand tool replacement suitable for any application requiring a 10 mm insulated nut driver with a solid shaft configuration.

Installation Notes

This tool is intended for use by licensed electricians and qualified service technicians. Always de-energize and lock out equipment before beginning service work unless the task specifically requires live-circuit access and appropriate PPE is in use. Insulated tools reduce but do not eliminate shock risk - always follow NFPA 70E arc flash and shock hazard guidelines. Inspect the insulation for cracks or damage before each use and remove the tool from service if insulation integrity is compromised.