Power cable AsXSn 4x95 1kV G-111337

Energy cable AsXSn 4x95 1kV – a reliable cable for low-voltage networks

AsXSn 4x95 1kV cable is a solid and durable power cable designed for efficient energy transmission in low-voltage networks. Made of high-quality materials, it ensures safe and long-lasting operation. It is an ideal solution for both professional installers and end-users looking for reliable cabling.

Construction and application

This cable has four aluminum conductors with a cross-section of 95 mm², insulated with polyolefin (polyethylene). The conductors are additionally marked with ridges/projections, which facilitates identification during installation. The cable is intended for use in overhead power networks where high resistance to weather conditions is required. Therefore, it is perfect for mounting on poles.

Advantages and benefits

• High conductivity: Aluminum conductors with a cross-section of 95 mm² provide efficient current flow, minimizing energy losses.
• Durable insulation: Polyolefin (polyethylene) effectively protects against mechanical damage and external factors.
• Easy conductor identification: Ridges/projections on the conductors facilitate correct connection of the wires, reducing installation time and minimizing the risk of errors.
• UV resistance: The cable is resistant to sunlight, guaranteeing its long-term operation even in harsh weather conditions.
• Light weight: Compared to copper cables, aluminum conductors reduce the weight of the cable, making it easier to transport and install – especially for longer sections.
• Rated voltage: Designed to operate in networks with a voltage of 1 kV (U) and 0.6 kV (U0).

Technical specifications

AsXSn 4x95 1kV cable has an approximate outer diameter of 36 mm and a weight of 1290.256 kg/km. The lack of an outer jacket means that the cable requires appropriate protection against mechanical damage during installation and operation. The lack of a supporting element requires careful installation and proper cable fastening to ensure its stability and safety.