Single Core Aluminium Conductor XLPE Insulated AWA Cable to BS 5467 Standard

Single Core Aluminium Conductor XLPE Insulated AWA Cable to BS 5467 Standard

Application

Single core aluminium conductor XLPE insulated AWA cable to BS 5467 is widely used for underground and outdoor power distribution, offering excellent mechanical protection and reliable performance in AC systems.

Construction

The Single Core Aluminium Conductor XLPE Insulated Aluminium Wire Armoured (AWA) Cable to BS 5467 is designed with a robust multilayer construction to ensure reliable power transmission, mechanical protection, and long service life.

Cable Construction Details:

• Aluminium Conductor
  Stranded aluminium conductor (Class 2, BS EN 60228) providing high conductivity, lightweight performance, and cost efficiency.
• XLPE Insulation
  Cross-linked polyethylene (XLPE) insulation offering excellent electrical properties, high thermal resistance (up to 90°C), and improved durability.
• PVC Bedding (Inner Sheath)
  A protective PVC layer applied over the insulation to ensure mechanical stability and proper armouring support.
• Aluminium Wire Armour (AWA)
  Non-magnetic aluminium wire armour providing superior mechanical protection and making the cable ideal for single core AC applications without eddy current losses.
• PVC Outer Sheath
  Durable outer sheath (PVC or optional LSZH) ensuring resistance to moisture, chemicals, UV exposure, and environmental conditions.

Standards

BS 5467   IEC60502-1

Installation Method

Single core aluminium XLPE insulated AWA cable supports direct burial, duct, trench, tray, and open air installation, offering flexible and reliable solutions for power distribution systems.

Specification

FAQ

1. What is a low voltage power cable and where is it used?

Answer: Low voltage power cables are designed for power distribution in residential, commercial, and industrial applications. Common types include copper or aluminum conductor PVC insulated cables and XLPE insulated cables, suitable for indoor, underground, or overhead installations.

2. Do your cables comply with international standards?

Answer: Yes, our cables are manufactured according to international standards such as IEC, BS, and DIN, including IEC 60502-1 and BS 5467. This ensures safety, durability, and global market compatibility.

3. What is the temperature rating of your cables?

Answer: Temperature ratings vary by cable type. PVC insulated cables typically operate from -10°C to 70°C, while XLPE insulated cables can handle -30°C to 90°C. High-temperature or specialized cables can also be customized for extreme environments.

4. How to choose the right cable size?

Answer: Cable size selection depends on current carrying capacity, installation method, and ambient temperature. We provide detailed cable ampacity tables and engineering guidance to help you choose the safest and most cost-effective solution.

5. What types of sheaths and armoring are available?

Answer: We offer PVC, PE, and LSZH sheaths. Armoring options include steel wire armor (SWA), aluminum wire armor (AWA), or non-armored cables. Suitable types are available for underground, overhead, or indoor installations.

6. How resistant are your cables to interference?

Answer: Shielded cables effectively protect against electromagnetic interference (EMI) and radio frequency interference (RFI). We offer copper tape shielding, copper braid shielding, and double shielding to ensure stable power and signal transmission.

7. What certifications and test reports do you provide?

Answer: Our factory provides ISO 9001 certification, CE certification, IEC test reports, and type test reports for cables, ensuring compliance with international engineering and project standards.

8. What installation methods are suitable for your cables?

Answer: Our cables can be installed in conduits, buried directly, mounted on cable trays, or used in overhead applications. Choosing the right cable type and sheath ensures long-term safety and reliability.

9. Do you offer cable customization services?

Answer: Yes, we provide customized cable lengths, conductor sizes, insulation types, sheath materials, and colors to meet special project requirements, including high temperature, high humidity, corrosion resistance, or fire-resistant applications.

10. How do you ensure cable quality?

Answer: Each cable undergoes rigorous testing during production, including conductor resistance, insulation voltage, bending, and tensile tests. Every batch is delivered with a quality inspection report to guarantee safety, stability, and long service life.