Copper XLPE Insulated SWA Medium Voltage Power Cable

Copper XLPE Insulated SWA Medium Voltage Power Cable

Product Description

Our range of Steel Wire Armoured (SWA) Medium Voltage XLPE Power Cables delivers robust solutions for power distribution networks where superior mechanical protection and reliability are critical. Engineered for a rated voltage of 8.7/15kV, these cables feature high-conductivity copper conductors insulated with cross-linked polyethylene (XLPE), ensuring excellent dielectric strength and long-term thermal stability. The defining feature is the high-tensile, galvanized steel wire armour that provides unmatched resistance to crushing forces, impact damage, and longitudinal stress, all protected by a durable polyvinyl chloride (PVC) outer sheath. This construction creates a cable family specifically designed to withstand the harshest environmental and operational challenges in permanent installations.

Model Type: YJV32 8.7/15 kV                                             YJV42 8.7/15 kV

We offer tailored solutions within this cable family to address specific mechanical demands. One variant features a flexible, fine-wire armour design, providing an exceptional balance of high tensile strength and bendability, making it ideal for vertical risers, cable trays requiring frequent directional changes, and installations where maneuverability is essential. For the most extreme conditions, another variant utilizes a heavy single-wire armour construction, delivering maximum mechanical robustness for direct burial in challenging terrain, underwater crossings, mining operations, and applications requiring supreme resistance to crushing forces and extreme tensile loads. This dual-approach ensures the perfect match between cable capability and project requirements.

Investing in our SWA Medium Voltage Cable range guarantees long-term infrastructure integrity and optimized lifecycle value. The advanced XLPE insulation system supports high current-carrying capacity with a maximum continuous operating temperature of 90°C, while the integrated steel armour provides both mechanical protection and serves as an effective earth continuity conductor, enhancing overall system safety. Manufactured in full compliance with international standards, these cables deliver reliable performance for primary distribution feeders, industrial plant networks, renewable energy connections, and major infrastructure projects. This combination of proven materials, protective engineering, and application-specific design creates the dependable backbone required for modern medium-voltage power distribution.

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