Description
High-Quality SWA Low Smoke Zero Halogen Cable
3 Core 4.0mm² 6943B XLPE LSZH SWA Cable – 25m
The 3 Core 4.0mm² 6943B XLPE LSZH SWA Cable – 25m is designed for safe, reliable power distribution in fixed electrical installations. Manufactured to BS 6724 standards, it is suited to environments where low smoke and reduced acid gas emissions are important in the event of fire.
This cable features plain annealed copper Class 2 stranded conductors, thermosetting XLPE insulation, LSZH bedding and sheathing, and galvanised steel wire armour for strong mechanical protection. Its durable construction makes it suitable for residential, commercial, and industrial installations where safety and long-term performance matter.
Suitable for use in air, clipped direct, embedded in concrete, buried underground, or installed in ducting, this cable offers dependable performance across a wide range of demanding applications.
Key Features – 3 Core 4.0mm² 6943B XLPE LSZH SWA Cable – 25m
- Manufactured to BS 6724 standards
- 3 core 4.0mm² cable supplied in a 25 metre length
- Plain annealed copper Class 2 stranded conductors
- Thermosetting XLPE Type GP8 insulation
- LSZH Type LTS1 bedding and sheath for reduced smoke and acid gas emissions
- Galvanised steel wire armour for mechanical protection
- Operating temperature range of -15°C to 90°C
- Minimum bending radius of 8 x ∅
Technical Overview – 3 Core 4.0mm² 6943B XLPE LSZH SWA Cable – 25m
- Product type: 6943B XLPE LSZH SWA Cable
- Core count: 3 Core
- Cable size: 4.0mm²
- Length: 25m
- Conductor: Plain Annealed Copper Class 2 Stranded
- Insulation: Thermosetting XLPE Type GP8
- Bedding and sheath: LSZH Type LTS1
- Armour: Galvanised Steel Wire Armour
- Minimum operating temperature: -15°C
- Maximum operating temperature: 90°C
- Minimum bending radius: 8 x ∅
- Core colours: Brown, Black and Grey
- Sheath colour: Black
- Current carrying capacity: Refer to table 4E4A of BS7671
Why Choose This Product?
Choose the 3 Core 4.0mm² 6943B XLPE LSZH SWA Cable – 25m for fixed installations that require mechanical protection, low smoke performance, and dependable compliance with British Standards. It is a practical choice for safe power distribution in demanding environments.
