L H Dottie GR1210 Copper Ground Rod 0.5 X 10 Inches

Product Description

The L H Dottie GR1210 is a copper ground rod designed for grounding electrode installations in residential and commercial electrical systems. Measuring 0.5 inches in diameter and 10 inches in length, this rod provides a reliable conductive path to earth ground, protecting equipment and occupants from fault currents and lightning-induced surges. Copper construction delivers strong conductivity and long-term corrosion resistance in soil contact. This type of ground rod is a standard component in grounding electrode systems and is typically installed by licensed electricians during new construction or service upgrades.

The GR1210 is suited for grounding electrode applications in residential, light commercial, and industrial installations. It is driven into the earth at the service entrance or supplemental grounding locations as required by the National Electrical Code. The 0.5-inch diameter and 10-inch length make it appropriate for code-compliant grounding electrode installations where a copper rod is specified.

Key Features

• Copper construction for high conductivity and corrosion resistance in direct earth contact
• 0.5-inch diameter meets standard grounding electrode rod sizing requirements
• 10-inch length suitable for grounding electrode system installations
• Sold individually as a single unit

Compatibility

Designed as an OEM-style replacement and standard grounding electrode rod for use in residential and commercial electrical grounding systems where a 0.5-inch diameter copper ground rod is specified.

Installation Notes

Ground rod installation is typically performed by a licensed electrician in accordance with NEC Article 250 requirements. De-energize the service or relevant circuits before making grounding electrode conductor connections. Use an appropriate driving tool or ground rod driver to install the rod to the required depth without damaging the copper surface. Do not bend or kink the rod during installation, as this can compromise structural integrity and soil contact.