Signal cable YKSY 0.6/1 kV 7x2.5 mm² NR YKSY-7X2,5-1KV NYY

Universal signal cable for diverse applications

The YKSY 0.6/1 kV cable is a reliable solution for transmitting control and power signals in electrical installations. Designed for both professional use and demanding end users, it ensures safe and efficient operation across a wide range of applications. Its seven-core construction with a cross-section of 2.5 mm² makes it suitable for control systems, automation, and powering devices with medium power consumption.

This cable features high manufacturing quality and durability. The materials used — copper conductors and polyvinyl chloride (PVC) for insulation and outer sheath — guarantee resistance to atmospheric and mechanical damage. Copper conductors ensure excellent electrical conductivity, minimizing energy losses. The use of PVC as insulation provides effective protection against short circuits and overloads.

Construction and applications

The YKSY cable is designed for fixed installations, both indoors and outdoors — directly buried in soil or installed in cable ducts. Its construction makes it ideal for use in alarm systems, fire protection systems, lighting control, and industrial applications. The seven twisted cores facilitate identification of individual conductors through numerical markings. This cable is particularly recommended where flexibility and ease of installation are required.

The YKSY cable has a rated voltage of 1 kV, enabling its use in medium-voltage installations. It features seven copper cores with a cross-section of 2.5 mm², ensuring excellent electrical conductivity. Both the core insulation and outer sheath are made of PVC, providing effective protection against short circuits, mechanical damage, and environmental factors. The approximate outer diameter of the cable is 13.8 mm, facilitating installation in existing cable routes. The minimum bending radius of 138 mm ensures safe cable routing without risk of insulation damage.

The YKSY cable does not include armor or shielding, making it a more economical solution for applications where these additional protective layers are not required. It is not intended for use in environments with increased fire risk (fire reaction class Eca) or at low temperatures.