Signal cable YKSYżo 0.6/1 kV 30×1 NR YKSY-30X1-1KV NYY

Signal cable – reliable signal transmission

The YKSYżo 0.6/1 kV 30x1 signal cable is a robust cable designed for signaling and automation systems. Its construction with 30 cores, each with a cross-section of 1 mm², ensures reliable signal transmission even under demanding conditions. Copper cores guarantee stable connections, while the PVC insulation protects against mechanical damage and external environmental factors. This cable is particularly suitable for installations requiring a high number of signaling circuits within a single cable.

Construction and application

The YKSYżo cable features a round cross-section and lacks armor, facilitating easy installation and routing. The cable cores are twisted and numbered, simplifying identification of individual circuits. PVC insulation of the cores provides excellent flexibility and resistance to abrasion. With a rated voltage of up to 1000 V, this cable is suitable for a wide range of industrial and construction applications. It is intended for use in signaling systems, industrial automation, and control systems — performing reliably wherever dependable transmission of control and measurement signals is required.

Key features and benefits

• High number of cores: 30 cores in a single cable enable comprehensive signaling solutions without the need for multiple separate cables — saving installation time and costs.
• Copper cores: Ensure stable and reliable signal transmission, minimizing the risk of interference.
• PVC insulation: Protects against mechanical damage, moisture, and atmospheric conditions, ensuring long-term durability.
• Flexibility: Enables easy installation even in confined spaces — minimum bending radius is 209 mm.
• Numbered cores: Simplifies identification of individual circuits during installation and maintenance.
• Fire reaction class Eca: Enhances safety in public buildings and industrial facilities.
• Core cross-section 1 mm²: Optimal for most signaling applications — provides adequate current-carrying capacity while maintaining cable flexibility.