1×95/16mm2 (N)A2XS(F)2Y BLACK 12/20KV
Technical data
| Conductor | Circular Stranded Compacted Aluminum (Class 2) |
|---|---|
| Conductor Screen | Extruded Thermosetting Semi-Conducting Compound |
| Insulation | XLPE |
| Insulation Screen | Extruded Thermosetting Semi-conducting Compound (Bonded) |
| Metallic Screen | Copper Tape Screen (Open Helix) |
| Water Blocking Tape | Non-conductive Water Blocking Tape |
| Outer Sheath | PE, Black |
Description
1×95/16mm² (N)A2XS(F)2Y BLACK 12/20KV is a high quality and robust high voltage cable, specially developed for the safe and efficient transmission of electrical energy in medium voltage networks. This cable is suitable for voltages up to 12/20 kV, making it ideal for applications in industry, power supply and infrastructure.
This high-voltage cable consists of a single 95 mm² copper conductor reinforced with a 16 mm² steel jacket for additional mechanical protection. The cable has a black protective jacket that resists abrasion, UV radiation and various weather conditions. Thanks to its strong construction, the cable continues to perform reliably even under harsh conditions and long-term outdoor use.
The cable features a special insulation layer and shielding that ensure optimum electrical safety and reduction of electromagnetic interference. This makes the 1×95/16mm² (N)A2XS(F)2Y BLACK 12/20KV extremely suitable for high voltage networks where stability and safety are crucial.
Installers appreciate the sturdy but flexible cable, which is easy to lay despite its sturdy construction. In addition, this cable meets current European standards, making it trouble-free to use in a variety of projects.
Choose the 1×95/16mm² (N)A2XS(F)2Y BLACK 12/20KV when looking for a durable, safe and reliable high voltage cable. This cable offers long-lasting performance and optimal protection in professional high voltage installations.
Note
The listed product information and technical data are compiled with the utmost care but may differ from reality. Images, specifications, and descriptions are indicative and non-binding.