Tinned Electrolytic Copper Wire with Coated Surface and Round Holes

The copper clad steel grounding rod features independent monitoring, testing, and communication capabilities. It accommodates different transmission media and protocols for real-time data transmission. It is suitable for general and special environments like humid, saline, acidic soils, and chemical corrosive media. Widely used in power plants, substations, airports, railways, high-rise buildings, and petrochemical plants for lightning protection and anti-static grounding.

The service life depends on the material. Copper clad steel grounding rods generally last more than 30 years. Pure copper grounding rods can last over 40 years. Galvanized steel grounding rods have a shorter lifespan of 10-15 years. Specific lifespan is affected by soil corrosiveness, temperature, and humidity.

Pure copper offers better conductivity (about 8 times that of steel), stronger corrosion resistance (over 10 times that of steel), and high electrical stability. However, it is costly and has lower mechanical strength. Copper plated materials balance performance and cost by using a steel core for strength and a copper layer for conductivity, suitable for most engineering scenarios.

The length typically varies between 4 and 10 feet, with a diameter of approximately 1/2 to 1 inch. The copper plating thickness is usually about 0.254 millimeters or 10 mils. The grounding resistance should be less than or equal to 25 ohms. Detailed size guides are available to assist in selecting the right size for specific projects.

First, determine the position away from underground facilities. Prepare the rod, ensuring size and thickness are correct. Insert the rod underground, leaving about 6 inches protruding. Use a grounding rod driver if needed. Connect the grounding wire to the electrical system securely. Finally, test the grounding system to ensure security and compliance.