Bare Stranded Copper Conductor | High-Conductivity Grounding & Overhead Line Solutions

Bare Stranded Copper Conductor | High-Conductivity Grounding & Overhead Line Solutions

At a Glance: Bare Stranded Copper Conductor

• Primary Use: Overhead power transmission, overhead traction systems, and high-conductivity electrical grounding.
• Key Benefit: Unmatched flexibility and high conductivity (low resistivity) due to $99.9\%$ pure electrolytic copper.
• Built For: Demanding electrical applications requiring superior current transmission and corrosion resistance, complying with NEC 250 standards.

Your Solution for Reliable Grounding and Power Distribution

The Bare Stranded Copper Conductor, also known as copper stranded conductor, is engineered from multiple twisted electrolytic copper wires. This construction provides exceptional flexibility and unmatched conductivity, making it an ideal choice for critical electrical applications.

Key Features & Benefits

• Material Excellence: Made from $99.9\%$ pure electrolytic copper ($\text{C}11000/\text{C}10200$), annealed for superior ductility and performance.
• Low Resistivity: Offers efficient current transmission with a low resistivity of 0.01724 Ω⋅mm2/m at 20∘C.
• Versatile Types:
  • Hard-Drawn: Features high tensile strength ($\text{350-500 MPa}$) for rigorous overhead power and distribution lines.
  • Soft-Drawn: Provides a flexible design ($\text{200-300 MPa}$) for easy handling in grounding and equipment earthing applications.
• Corrosion Resistance: The bare copper surface ensures long-term durability and resistance in harsh operating environments.
• Customization: Available in sizes from $\text{6 AWG}$ to $\text{1000 kcmil}$, with customizable stranding options (Class B, C, or custom patterns) to fit specific project needs.

Conductor Applications Summary

Frequently Asked Questions (FAQ)

Where is the Bare Stranded Copper Conductor primarily used? It is primarily used for electrical grounding systems (substation grids, transformer earthing) and overhead power transmission (high-voltage lines, railway systems). It is also suitable for general industrial use in demanding environments like petrochemical plants and data centers.

What material is used for the conductor and what is its resistivity? The conductor is made from $99.9\%$ pure electrolytic copper ($\text{C}11000/\text{C}10200$). It exhibits low electrical resistance with a resistivity of 0.01724 Ω⋅mm2/m at 20∘C.

• Renewable Energy Systems: Our solar panels and wind turbines harness the sun’s and wind’s power, providing clean energy.
• Water Conservation Strategies: Conserve precious water resources with our advanced water treatment plants, rainwater harvesting systems, and efficient irrigation technologies.
• Sustainable Building Technologies: Create eco-friendly and energy-efficient buildings with our sustainable construction materials, green roofs, and innovative building practices.

Our expertise and commitment to environmental stewardship make us your trusted partner in achieving a greener tomorrow. Store

ARAB LAND Solutions, Musaffah – Mussafah 32/1 – Abu Dhabi, UAE.

info@arablandsolutions.com