2.5mm² 7 Core PVC SWA XLPE Steel Wire Armoured Cable

Professional-Grade Steel Wire Armoured Power Cable for Maximum Durability

The 2.5mm² 7-core SWA XLPE PVC armoured cable delivers strong mechanical protection with steel wire armour that makes it highly resistant to crushing, impact, and external damage, making it ideal for underground installations and heavy-duty environments. This configuration makes it perfectly suited for multi-circuit applications requiring reliable, protected power distribution across demanding installations.

Engineered for Real-World Harsh Conditions

Unlike standard cables, this armoured cable is built to handle what industrial and outdoor environments actually demand. The steel wire armour provides a protective barrier that helps the cables withstand mechanical stress and damage, making SWA cables suitable for use in harsh conditions such as underground installations, outdoor environments, and industrial settings where the risk of damage is high. Whether you're running power across construction sites, industrial facilities, or permanently burying cable underground, the galvanised steel wire armouring protects against accidental damage from excavation, soil pressure, and environmental hazards.

XLPE Insulation for Temperature & Chemical Resistance

The XLPE (cross-linked polyethylene) insulation layer provides resistance to different fluids and chemicals, with good heat stability and UV resistance. This means your cable won't degrade when exposed to moisture, temperature swings, oils, or direct sunlight. The combination of XLPE insulation and PVC outer sheath delivers a dual-layer defence against environmental stresses, making it suitable for both outdoor overhead installations and direct burial scenarios without requiring additional conduit protection.

7-Core Design for Complex Power Distribution

The seven-core construction allows you to run multiple circuits through a single cable, significantly reducing installation complexity and costs. This is ideal for applications requiring:

• Three-phase power distribution with neutral and earth cores
• Multiple control or auxiliary circuits alongside main power
• Industrial motor control and power supply to machinery
• Renewable energy systems connecting to grid infrastructure
• Building services and emergency backup systems

Proven for Critical Applications

Common applications for LV armoured cables include the supply of mains electricity and for auxiliary control cables in diverse environments including aerial power networks, outdoors, indoors, underground systems and in cable ducting. The 2.5mm² cross-sectional area balances current-carrying capacity with practical installation flexibility. Armored XLPE cables are suitable for moderately humid environments with minor mechanical damage risks, ideal for underground direct burial cables with moderate soil moisture and no long-term water accumulation, and outdoor non-submerged cable trenches with drainage systems.

Standards-Compliant and Safety-Focused

This cable adheres to BS 5467 (XLPE/PVC) standards, ensuring it meets rigorous British electrical safety requirements. The armouring in SWA cables helps prevent electrical hazards, such as short circuits or electrocution, especially in installations exposed to external interference or accidental damage. When installed correctly with appropriate glands and cleats, you get a system that's not only durable but genuinely safe for long-term operation.

Cost-Effective Long-Term Solution

Utilizing armoured cable saves costs largely because it alleviates the need for extra protective layers like conduits or external shields which require significant time and money to install, and its resilience against harsh conditions further lowers maintenance requirements and long-term replacements, boosting its overall economic value. While the initial investment is higher than unarmoured cable, you eliminate the need for protective ducting and reduce maintenance downtime over the cable's 40+ year lifespan.

Choose this 2.5mm² 7-core armoured cable when you need power distribution that won't fail when conditions get tough. It's trusted across manufacturing plants, construction sites, utilities, solar installations, and industrial operations where reliability and durability aren't negotiable.