Power cable YAKXSżo 0,6/1 kV 5x10 RE ENERGYPAR YAKXS-5X10-1KV

Aluminum Power Cable – Reliability and Durability in Every Installation

This YAKXSżo 0.6/1 kV 5x10 RE power cable, manufactured by ELPAR, is a reliable solution for electrical energy transmission. Designed for both indoor installations and direct burial in soil, it delivers dependable performance in industrial plants, power stations, and local distribution networks. The cable features a construction that ensures high resistance to environmental conditions and long-term service life.

Design and Technical Parameters for Professionals

The YAKXSżo cable features aluminum conductors, offering excellent conductivity with relatively low weight. The insulation is made of cross-linked polyethylene (XLPE), providing high resistance to mechanical and electrical damage, as well as enabling operation across a wide temperature range—from -30°C to +90°C. The outer sheath, made of polyvinyl chloride (PVC), protects the cable against moisture, UV radiation, and other atmospheric factors. Stranded conductors ensure flexibility during installation.

It is worth noting the cable’s rated voltage of 1000 V and conductor cross-section of 10 mm², making it suitable for a wide range of power applications. The minimum bending radius is 214.8 mm for multi-core cables—this must be considered during installation to prevent damage. Color-coded conductor identification (green-yellow, blue, brown, black, gray) simplifies correct connection and ensures safe operation.

Applications and Benefits for End Users

The YAKXSżo cable is an ideal choice for powering diverse electrical equipment—from industrial machinery to lighting installations. The ability to install it both indoors (in cable ducts) and directly in the ground enhances its versatility. Thanks to high-quality materials and robust construction, the cable ensures safe and reliable energy transmission over many years. The fire reaction class Eca further enhances safety in case of fire. The absence of a screen or armor reduces cost without compromising core functionality in typical power applications.