8.7/15kV PVC
Our range of 8.7/15kV cables is designed for reliable medium-voltage power distribution within modern data centres, substations and critical infrastructure projects. Available in a variety of N2 copper cable constructions with copper or aluminium conductors, XLPE insulation and PVC, LSZH or polyethylene outer sheaths, these cables support dependable power transmission across demanding fixed installation environments.
The range includes European cable designs such as N2XSY, N2XSH, N2XS2Y, N2XS(F)H, N2XS(F)2Y and N2XS(FL)2Y. These constructions are widely specified for European medium-voltage networks and can be supplied to recognised standards such as IEC 60502-2, with suitable fire-performance, water-blocking and sheath options selected according to the data centre specification and installation environment.
Why Choose 8.7/15kV N2 Cable for Data Centres?
- Designed for reliable 8.7/15kV medium-voltage power distribution.
- Suitable for data centres, transformer stations, substations and critical infrastructure.
- European N2 cable constructions support recognised data centre and distribution network requirements.
- Available with copper or aluminium conductors to suit project and installation requirements.
- XLPE insulation provides dependable electrical performance and thermal stability.
- PVC, LSZH and MDPE sheath options are available for different installation environments.
- LSZH constructions help reduce smoke and corrosive gas emissions during a fire.
- Longitudinal and radial water-blocked options are available for installations exposed to moisture.
- Suitable for connections between incoming supplies, transformers, switchgear and medium-voltage distribution equipment.
- Available in a wide range of conductor sizes for hyperscale, colocation, enterprise and edge data centre projects.
Whether you require N2XSY PVC cable, N2XSH LSZH cable, N2XS2Y MDPE cable or a water-blocked N2 construction, our 8.7/15kV range provides dependable medium-voltage performance for European data centre projects where electrical reliability, resilience and standards compliance are essential.