Product Overview
The A2XSY 1×95/16 mm² 3.6/6kV medium voltage power cable is designed for high-performance electrical energy transmission in industrial installations, underground power networks, and urban distribution systems. Manufactured with high-grade stranded aluminum conductors and cross-linked polyethylene (XLPE) insulation, this single-core medium voltage cable ensures exceptional electrical and thermal stability under demanding operational conditions. The inclusion of inner and outer semi-conducting layers alongside a concentric copper wire screen provides optimal electric field control and short-circuit current capacity.
Key Technical Specifications
- Product Code / Category: A2XSY (Medium Voltage Cable)
- Cross-Section: 1×95/16 mm²
- Rated Voltage (U0/U): 3.6/6 kV
- Conductor: Stranded Aluminum Conductor
- Insulation: XLPE (Cross-Linked Polyethylene)
- Screen: Copper Wire Screen with Inner and Outer Semi-Conductive Layers
- CPR Class: Eca
| Parameter | Specification |
| Cable Category | Medium Voltage Cable (A2XSY) |
| Nominal Cross-Section | 1×95/16 mm² |
| Rated Voltage | 3.6/6 kV |
| Conductor Type | Aluminum (Stranded) |
| Insulation Material | XLPE |
| Screen Type | Copper Wire Screen |
| Standard Compliance | TSEK 204 |
Applications & Installation
A2XSY medium voltage cables are primarily utilized in power stations, transformer substations, and local distribution networks. Their robust mechanical and electrical construction allows for direct burial in the ground, installation in cable ducts, and indoor or outdoor deployment where medium voltage distribution is required. The stranded aluminum conductor offers an efficient balance of mechanical strength and weight, facilitating easier pulling and routing in industrial cable trays and underground trenches.
Standards & Compliance
This cable is manufactured in strict accordance with TSEK 204 standards, ensuring reliable performance, safety, and regulatory compliance for international procurement. It meets the European CPR (Construction Products Regulation) classification standard of Eca, verifying its reaction-to-fire performance characteristics for safe integration into commercial and industrial projects globally.
