Product Overview
The A2XSY 1×95/16 mm² 8.7/15kV medium voltage power cable is engineered for high-performance electrical energy distribution in industrial facilities, underground installations, and power utility networks. Featuring a stranded aluminum conductor, cross-linked polyethylene (XLPE) insulation, extruded inner and outer semi-conducting layers, and a concentric copper wire screen, this single-core cable ensures exceptional electrical stability, low dielectric losses, and robust mechanical protection under operational loads.
Key Technical Specifications
Designed for professional industrial deployments, the A2XSY medium voltage cable incorporates precise structural materials adhering to established manufacturing standards.
| Cable Designation | A2XSY |
| Cross-Section | 1×95/16 mm² |
| Rated Voltage | 8.7/15kV |
| Conductor Material | Stranded Aluminum (Al) |
| Insulation Material | XLPE (Cross-linked Polyethylene) |
| Screen Material | Copper (Cu) Screen |
| Layers | Inner and Outer Semi-Conducting Layers |
| CPR Fire Class | Eca |
Applications & Installation
This medium voltage cable is primarily deployed in medium voltage power systems where aluminum conductors provide an optimal balance of electrical conductivity and weight efficiency. Typical application environments include:
- Underground cable ducts and direct burial installations
- Power distribution substations and transformer stations
- Industrial plants and heavy manufacturing facilities
- Municipal and regional electrical grid infrastructure
Proper installation practices, including adherence to minimum bending radii and pulling tension limits, must be observed to maintain the integrity of the XLPE insulation and copper screen.
Standards & Compliance
The A2XSY 1×95/16 mm² 8.7/15kV cable is manufactured in accordance with strict quality assurance and industrial benchmarks. It complies with TSEK 204 specifications and is classified under CPR fire performance class Eca, ensuring verified structural reliability for international B2B export projects.
