BS 5467 SWA PVC BASEC Multi Core 0.6/1kV Cable
BS 5467 Copper Conductor Multi Core SWA PVC BASEC 0.6/1kV Cable
Category | Details |
|---|---|
Application | Multi-core PVC cable with steel wire armour (SWA). Power and auxiliary fixed wiring cables for use in power networks, underground, outdoor and indoor applications, and for use in cable ducting. |
Characteristics | |
Voltage Rating Uo/U | 0.6/1kV |
Temperature Rating | Fixed: -25°C to +90°C |
Minimum Bending Radius | 1.5mm² to 16mm² - Fixed: 6 x overall diameter 25mm² and above - Fixed: 8 x overall diameter |
Construction | |
Conductor | Class 2 stranded copper conductor |
Insulation | XLPE (Cross-Linked Polyethylene) |
Bedding | PVC (Polyvinyl Chloride) |
Armour | SWA (Steel Wire Armour) |
Sheath | PVC (Polyvinyl Chloride) |
Core Identification | |
2 core | Brown, Blue |
3 core | Brown, Black, Grey |
3 core (optional) | Green/Yellow, Blue, Brown |
4 core | Brown, Black, Blue, Grey |
4 core (optional) | Green/Yellow, Brown, Black, Grey |
5 core | Green/Yellow, Brown, Blue, Black, Grey |
7 core and above | White cores with Black numbers |
Sheath Colour | Black |
Cable Third-Party Accreditations | We supply BASEC approved products. Cables are tested and certified by BASEC, The British Approvals Service for Cables. |
Standards | BS 5467, IEC/EN 60502-1, IEC/EN 60228 Flame Retardant to IEC/EN 60332-1-2 UV Resistant |
Usage Scenarios
The BS 5467 SWA PVC Cable’s robust construction makes it ideal for a variety of applications:
Power Networks: Used in low-voltage distribution systems for residential, commercial, and industrial settings.
Underground Installations: The SWA provides protection against mechanical damage, making it suitable for buried cables in urban and rural environments.
Outdoor Applications: UV-resistant PVC sheath ensures longevity in harsh weather conditions.
Indoor Installations: Flame-retardant properties comply with safety standards for buildings.
Cable Ducting: Flexible design allows installation in ducts for organized cable management.
In South Africa, where reliable power distribution is critical amid ongoing energy challenges, this cable is widely used in infrastructure projects, renewable energy installations, and urban development.
Frequently Asked Questions
What is the BS 5467 SWA PVC Cable used for?
It is used for low-voltage power distribution in networks, underground, outdoor, and indoor applications, and cable ducting, particularly in harsh environments requiring mechanical protection.
Why is the SWA important?
The Steel Wire Armour provides mechanical protection against physical damage, making it ideal for underground and industrial installations.
What are the benefits of XLPE insulation?
XLPE offers superior thermal resistance (up to 90°C), improved electrical properties, and durability compared to traditional PVC insulation, ensuring long-term reliability.
Is the cable suitable for South Africa’s climate?
Yes, the UV-resistant PVC sheath and wide temperature range (-25°C to +90°C) make it suitable for South Africa’s diverse weather conditions.
How does BASEC approval benefit users?
BASEC certification ensures the cable meets rigorous quality and safety standards, reducing the risk of failures and ensuring compliance with international regulations.
What is the minimum bending radius?
For cables with cross-sectional areas of 1.5 mm² to 16 mm², it’s 6x the overall diameter; for 25 mm² and above, it’s 8x the overall diameter.
The BS 5467 SWA PVC BASEC Multi Core 0.6/1kV Cable is a cornerstone of modern electrical infrastructure, offering unmatched durability, safety, and performance. Its technical specifications, including Class 2 stranded copper conductors, XLPE insulation, and SWA, make it a reliable choice for power networks, underground installations, and renewable energy projects. In South Africa, where energy reliability and sustainability are pressing concerns, this cable plays a vital role in upgrading grids, supporting solar integration, and powering industries. By adhering to BS 5467 and BASEC standards, it ensures safety and efficiency, making it an essential component in the nation’s journey toward a stable and sustainable energy future.
