1x240mm² Copper Conductor AWA Armoured 6/10kV Power Cable | Industrial & Utility Grade
| Volatge: | 6/10kV | Cross section: | 1X240mm2 |
| Conductor: | Copper | Insulation: | XLPE |
| Armouring: | AWA | Outer Sheath: | PVC |
| Application: | Industrial & Utility Grade |
1x240mm² Copper Conductor AWA Armoured 6/10kV Power Cable | Industrial & Utility Grade
Product Overview
Welcome to our premium range of medium-voltage power cables. The 1x240mm² Copper Conductor AWA Armoured 6/10kV Power Cable is engineered for high-performance power transmission in industrial plants, underground utility networks, and large-scale infrastructure projects.
Featuring single-core stranded annealed copper conductors, robust XLPE insulation, and Aluminium Wire Armour (AWA), this cable provides exceptional mechanical protection against heavy loads, tensile stress, and single-core magnetic interference. Built to international standards (IEC 60502-2, BS 6622), it ensures reliable, long-lasting power delivery in harsh operating environments.
Key Features & Advantages
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High Current-Carrying Capacity: The $240\text{ mm}^2$ cross-sectional copper conductor guarantees minimal power loss and high transmission efficiency over long distances.
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Superior Mechanical Protection: AWA (Aluminium Wire Armour) provides high tensile strength, making it ideal for direct burial, cable trays, and ducts without the risk of eddy-current heating associated with steel wire armour on single-core cables.
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Advanced Insulation: XLPE (Cross-linked Polyethylene) insulation offers excellent thermal stability, moisture resistance, and high dielectric strength for 6/10kV systems.
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Corrosion & Weather Resistant: Durable PVC or LSZH outer sheath protects against UV rays, chemicals, oils, and abrasive soil conditions.
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Compliance & Safety: Manufactured under strict ISO 9001 quality control, meeting global medium-voltage testing and safety benchmarks.
Technical Specifications
|
Specification Item |
Technical Data / Parameters |
|
Product Name |
1x240mm² AWA Armoured 6/10kV Power Cable |
|
Conductor Material |
Stranded Annealed Copper (Class 2, IEC 60228) |
|
Nominal Cross-Sectional Area |
$240\text{ mm}^2$ |
|
Rated Voltage ($U_0 / U$ / $U_m$) |
$6/10\text{ kV}$ ($12\text{ kV}$) |
|
Insulation Material |
XLPE (Cross-linked Polyethylene) |
|
Insulation Thickness |
$3.4\text{ mm}$ (nominal) |
|
Armour Type |
Single Layer Aluminium Wire Armour (AWA) |
|
Outer Sheath Material |
PVC (Flame Retardant) or LSZH |
|
Approx. Overall Diameter (OD) |
$42.5 - 46.0\text{ mm}$ |
|
Approx. Cable Weight |
$3,850\text{ kg/km}$ |
|
Operating Temperature |
Normal: $90^\circ\text{C}$ | Short Circuit: $$250^\circ\text{C$ (max 5s) |
|
Applicable Standards |
IEC 60502-2, BS 6622, IEC 60332-1 |
|
Minimum Bending Radius |
$15 \times \text{Overall Diameter}$ |
Typical Applications
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Power Generation & Substations: Medium-voltage distribution grids for renewable energy (solar/wind farms) and traditional power plants.
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Industrial Facilities: Main power feeds for heavy machinery, factories, chemical plants, and refineries.
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Infrastructure & Construction: Underground urban distribution, tunnels, subways, and commercial building complexes.
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Outdoor & Direct Burial: Suitable for laying directly in soil, cable trenches, or outdoor cable trays.
Frequently Asked Questions (FAQ)
Q1: Why is AWA (Aluminium Wire Armour) used instead of SWA for single-core cables?
A: Single-core AC cables generate magnetic fields. If steel wire armour (SWA, a ferromagnetic material) is used, eddy currents and overheating occur in the armour layer, causing severe energy loss and insulation breakdown. Non-magnetic Aluminium Wire Armour (AWA) prevents electromagnetic induction heating while offering robust mechanical protection.
Q2: What is the maximum continuous operating temperature for this cable?
A: The XLPE insulation allows for a continuous conductor operating temperature of up to $90^\circ\text{C}$. In short-circuit conditions (up to 5 seconds), the maximum allowable temperature is $250^\circ\text{C}$.
Q3: Can this 6/10kV 1x240mm² AWA cable be laid directly underground?
A: Yes, the AWA armour provides sufficient mechanical resistance against crushing forces, soil compaction, and impact, making it fully suitable for direct burial, cable ducting, or outdoor open-air installation.
Q4: Do you offer custom drum lengths and outer sheath options?
A: Absolutely. We supply standard lengths ($500\text{m}$, $1000\text{m}$) on heavy-duty wooden or steel drums, as well as customized lengths to match your site layout. We also provide UV-resistant, anti-termite, anti-rodent, and Low Smoke Zero Halogen (LSZH) outer sheaths upon request.
Why Choose Us?
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Certified Quality: All cables undergo rigorous routine and type testing (partial discharge, voltage withstand, and conductor resistance tests) prior to shipment.
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Customized Solutions: Options available for outer sheath materials and custom drum lengths.
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Global Shipping & Support: Experienced export packaging, fast lead times, and dedicated technical support for EPC contractors and electrical distributors.