Product Overview
The AAC (All Aluminum Conductor) is an industry-standard bare overhead conductor engineered for electrical power transmission and distribution networks. Constructed entirely from high-purity electrical grade aluminum strands, this conductor provides an exceptional strength-to-weight ratio combined with superior electrical conductivity. It is specifically designed for overhead power lines where mechanical tensile requirements are moderate, and high corrosion resistance is essential, particularly in urban and coastal environments.
Key Technical Specifications
Manufactured to rigorous international benchmarks, the AAC overhead conductor ensures compliance with established utility requirements. Below is a summary of the structural and material parameters:
| Conductor Type | AAC (All Aluminum Conductor) |
| Material | High-Purity Electrical Grade Aluminum |
| Governing Standard | TS EN 50182 |
| Conductor Construction | Concentric lay stranded aluminum wires |
| Application Field | Overhead electrical transmission and distribution lines |
Applications & Installation
AAC conductors are extensively deployed across overhead electrical grids, rural electrification projects, and urban distribution systems. Due to the high conductivity of aluminum and its resistance to atmospheric corrosion, these conductors are ideally suited for short-to-medium span overhead lines, substations, and jumper connections. Proper installation practices utilizing approved tensioning equipment and mechanical connectors ensure long-term structural integrity and minimal electrical resistance losses over the operational lifespan of the grid infrastructure.
Standards & Compliance
Cable Export supplies overhead line conductors that strictly adhere to recognized global and regional standards. This product is manufactured, tested, and inspected in compliance with TS EN 50182 specifications, assuring international procurement teams and electrical engineers of consistent quality, precise dimensional tolerances, and dependable electrical performance for global infrastructure projects.
