BS 5467 AWA PVC BASEC Single Core 0.6/1kV Cable
BS 5467 Copper Conductor Single Core AWA PVC BASEC 0.6/1kV Cable
Category | Details |
|---|---|
Cable Type | BS 5467 Copper Conductor Single Core AWA PVC BASEC 0.6/1kV Cable |
Application | Single core PVC cable with aluminium wire armour (AWA). 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 | Fixed: 8 x overall diameter |
Construction | |
Conductor | Class 2 stranded copper conductor |
Insulation | XLPE (Cross-Linked Polyethylene) |
Bedding | PVC (Polyvinyl Chloride) |
Armour | AWA (Aluminium Wire Armour) |
Sheath | PVC (Polyvinyl Chloride) |
Core Identification | Brown |
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 |
Additional Properties | Flame Retardant to IEC/EN 60332-1-2, UV Resistant |
In an era where reliable electricity is the backbone of modern society, the choice of cabling can make or break infrastructure projects. The BS 5467 Copper Conductor Single Core AWA PVC BASEC 0.6/1 kV Cable stands out as a robust solution designed for demanding environments. This British Standard-compliant cable, featuring a copper conductor, aluminum wire armor (AWA), and polyvinyl chloride (PVC) sheathing, is engineered for low-voltage applications up to 1 kV. Its BASEC certification ensures it meets rigorous quality and safety benchmarks, making it a go-to option for power networks worldwide.
Usage Scenarios: From Underground Networks to Industrial Power
The BS 5467 Copper Conductor Single Core AWA PVC BASEC 0.6/1 kV Cable's versatility shines in various applications, driven by its armored design and low-voltage rating.
In power networks, it's commonly used for fixed wiring in substations and distribution lines. Underground installations benefit from AWA's crush resistance, protecting against excavation damage. For example, in urban grids, these cables feed street lighting or traffic signals, where reliability trumps cost.
Outdoor scenarios include renewable energy farms, connecting solar inverters or wind turbines to the grid. The UV-resistant PVC sheath withstands harsh weather, while XLPE insulation handles variable loads from intermittent sources.
Indoors, it's ideal for factories and commercial buildings, ducted through conduits for auxiliary power like HVAC or machinery. The single-core design suits high-current phases, often paralleled for balanced three-phase systems.
In cable ducting, the smooth sheath eases pulling, and the 8x bending radius allows navigation around obstacles. It's also flame-retardant, making it safe for confined spaces.
Globally, similar cables (e.g., under SANS 1507 in South Africa) upgrade aging infrastructure, reducing outages in high-demand areas.
Frequently Asked Questions
What makes the BS 5467 cable suitable for underground use? Its AWA provides mechanical protection, while PVC sheathing resists moisture and chemicals, ideal for buried applications.
How does temperature affect performance? Rated for -25°C to +90°C, it maintains integrity, but connections must suit 90°C ops per BS 7671.
What's the difference between AWA and SWA? AWA is aluminum for single-core to avoid magnetic losses; SWA is steel for multicore.
Can it handle renewable energy loads? Yes, its high current capacity and thermal resilience suit variable solar/wind inputs.
Why choose copper over aluminum conductors? Copper offers lower resistance and better conductivity, reducing losses in high-demand scenarios.
How to calculate voltage drop? Use tabulated r, x, z values; for 100 mm run at 100A on 50 mm², drop = (mV/A/m) A m / 1000.
The BS 5467 Copper Conductor Single Core AWA PVC BASEC 0.6/1 kV Cable exemplifies engineering excellence, blending robust construction with superior electrical traits. From technical specs like XLPE insulation and AWA armor to applications in power networks, it delivers reliability where it matters most.
