Power cable YAKY 0,6/1 kV 1x70 RMC YAKY-1X70-1KV NAYY

Power Cable YAKY 0.6/1 kV 1x70 RMC – Reliability and Durability in Every Application

The YAKY 0.6/1 kV 1x70 RMC cable is a robust solution for electrical power transmission, manufactured by the reputable company Elpar. Designed for installation in soil, cable ducts, and humid environments, it performs reliably in both residential and industrial construction. Its construction ensures safe and efficient operation across a wide temperature range.

This cable features a single stranded aluminum conductor with a cross-section of 70 mm², making it an ideal choice for powering buildings, high-power equipment (pumps, heaters, motors), and energy systems—particularly for power transmission between transformer stations. Manufactured from high-quality materials, it guarantees long-term, fault-free operation.

• Versatile Application: Perfect for both residential and industrial installations.
• Durability: Resistant to atmospheric conditions and mechanical damage.
• Safety: Polyvinyl chloride (PVC) insulation provides effective protection against electric shock.
• Flexibility: Stranded aluminum conductor simplifies installation and cable routing.
• Longevity: High-quality materials ensure extended service life.

Construction Features and Specifications

The YAKY cable features PVC insulation and an outer PVC sheath, providing resistance to abrasion and mechanical damage. The aluminum conductor is a compacted stranded round type (RMC), enhancing flexibility and ease of installation. The cable’s outer diameter is approximately 15.5 mm, with an allowable ambient temperature range of -30°C to +70°C. The rated voltage is U0/U: 600/1000 V. The minimum bending radius during fixed installation is 186 mm.

The cable complies with safety standards and has a fire reaction class Eca according to EN 13501-6. The maximum allowable conductor temperature is 70°C, enabling safe operation even under heavy load. The absence of a shield or protective barrier does not affect its functionality in typical power applications.