Power cable YKYFtZnyżo 0.6/1kV 4x25 RMC EM1939

Energy cable YKYFtZnyżo – reliability and safety in every circuit

The YKYFtZnyżo 0.6/1kV cable is a solid power supply solution designed for both indoor and outdoor installations. Its construction ensures not only effective power transmission but also high resistance to mechanical damage and atmospheric factors. Used in industry, construction, and power distribution networks.

Construction and application

This cable features copper conductors with a cross-section of 25 mm², allowing for the transmission of significant currents. It has four cores, making it ideal for three-phase power circuits. An additional layer of insulation and steel tape armouring increase its durability and resistance to damage during installation and operation. The armouring protects the cable from mechanical damage and the effects of rodents.

Applications of the YKYFtZnyżo cable include:

• Fixed installations: in residential, commercial, and industrial buildings.
• Powering machines and equipment: requiring a stable and safe power source.
• Power distribution networks: as an element of the transmission infrastructure.
• Industrial electrical installations: where high resistance to working conditions is required.
• Installation under plaster or in protective conduits.

Key features and benefits

• Durable construction: the combination of copper conductors, insulation, and armouring ensures long-lasting and reliable cable operation.
• Resistance to mechanical damage: steel armouring protects against abrasion, impacts, and other mechanical damage during installation and operation.
• Safety of use: the cable meets safety standards for power cables, providing protection against electric shock and fire.
• Versatility of application: suitable for various types of electrical installations, both indoor and outdoor.
• Flexibility: despite the armouring, the cable retains sufficient flexibility, making it easy to install even in difficult conditions.
• Cross-section 25 mm²: allows for the transmission of higher currents than cables with a smaller cross-section – ideal for powering devices with high power consumption.
• Four cores: allow for the implementation of three-phase power circuits without the need for additional neutral or protective conductors (depending on the configuration).