IEC 61138 Supper Flexible Copper Wire Transparent PVC Insulation Grounding Cable and Wire 70mm2 or 2/0AWG Product Abstract​ High-Performance Grounding Solutions for Electrical Systems​ The IEC 61138 compliant super flexible copper grounding cables, available in 70mm² or 2/0AWG with transparent PVC insulation, are engineered to deliver exceptional reliability in grounding applications. Designed to meet strict international standards, these cables ensure safe and efficient electrical continuity, making them indispensable for various industrial, commercial, and residential electrical systems.​ Superior Conductor & Flexibility​ Crafted from high-purity copper, the conductors offer excellent electrical conductivity, ensuring low resistance and efficient dissipation of fault currents—critical for effective grounding. The super flexible design, achieved through fine-stranded copper construction, allows easy maneuvering in tight spaces, around equipment, or in complex installations. This flexibility simplifies routing in confined electrical panels, machinery enclosures, or building structures, reducing installation time and effort.​ Transparent PVC Insulation Advantages​ The transparent PVC insulation provides clear visibility of the conductor, facilitating quick inspections for damage or corrosion. It offers robust protection against moisture, abrasion, and environmental contaminants, ensuring long-term insulation integrity. The insulation is also resistant to temperature variations, maintaining performance in both high and low ambient conditions, which is vital for grounding systems exposed to diverse environments.​ Compliance & Applications​ Adhering to IEC 61138 standards guarantees these cables meet rigorous safety and performance criteria for grounding. The 70mm² (equivalent to 2/0AWG) size ensures high current-carrying capacity, making them suitable for heavy-duty grounding in industrial facilities, power distribution systems, commercial buildings, and renewable energy installations. They effectively mitigate electrical faults, protect equipment, and enhance overall system safety.