Signal cable YKSYFty-Nr 0.6/1 kV 14x1.5 black with polyvinyl insulation and sheath 0951 005 05

Signal cable – reliability and durability in every circuit

YKSYFty-Nr cable is a solid solution for transmitting signals in installations requiring resistance to external factors. Designed to operate at 0.6/1 kV, it can be used in both control systems and extensive communication networks. The cable construction with 14 cores with a cross-section of 1.5 mm² ensures flexibility and ease of installation, and its black polyvinyl chloride (PVC) coating guarantees protection against mechanical damage and weather conditions.

Construction and application – what is worth knowing?

The YKSYFty-Nr cable stands out for its construction ensuring long-term and trouble-free operation. Insulation and coating made of polyvinyl chloride (PVC) are characterized by high resistance to abrasion, moisture and chemicals. This makes the cable perfect for harsh industrial conditions, as well as outdoor installations exposed to direct contact with the environment. 14 cores facilitate the construction of complex signaling systems.

• Wide application: ideal for control systems, industrial automation, alarm systems and communication networks.
• Resistance to damage: PVC coating protects against mechanical factors, moisture and chemicals.
• Flexibility: facilitates installation and cable routing in tight spaces.
• Reliability: ensures stable signal transmission without interference.
• Core cross-section 1.5 mm²: optimal compromise between flexibility and conductivity.

Key features for professionals

This cable is not only a set of parameters – it is above all a practical solution for installers. The construction with 14 cores allows for simultaneous transmission of many signals, which significantly simplifies the design and installation of installations. The PVC coating makes it easier to route the cable and ensures its durability even in difficult working conditions. Using the appropriate core cross-section (1.5 mm²) guarantees safe and efficient signal transmission without the risk of overheating or voltage drop.