Power cable YKYżo 3x2.5 RE 1kV G-103089

Energy cable YKY żo 3x2.5 RE 1kV – reliability and safety in your installation

This YKY żo 3x2.5 RE 1kV energy cable is a solid solution for running electrical installations in buildings and outdoors. Made of copper, with PVC insulation and coating, it provides safe and efficient power transmission. It will work well in both home and industrial installations.

Construction and application

The YKY żo cable is a type of cable designed for permanent installations indoors and outdoors, in conditions exposed to moisture. Its construction based on copper conductors insulated with PVC guarantees good conductivity and long-term operation. The designation "żo" indicates the presence of a protective conductor (grounding), which increases the safety of use. This cable is ideal for powering electrical receivers, lighting and other devices requiring a stable power source. Thanks to its UV resistance, it can also be used in outdoor installations.

Key features and benefits

• Copper conductors: Provide excellent electrical conductivity and minimize energy losses.
• PVC insulation: Protects against short circuits and mechanical damage, ensuring safe use.
• Protective conductor (żo): Increases safety by providing effective grounding.
• UV resistance: Allows the cable to be used in outdoor installations without fear of material degradation.
• Rated voltage 1 kV: Allows safe power supply to devices with different power consumption.
• Flexibility: Facilitates installation and cable routing in tight spaces.
• Compliance with PN-93/E-90401 standard: Quality and safety guaranteed by certification.
• Fire reaction class Eca: Provides limited flammability, which increases the fire safety of the building (according to EN 13501-6).

This cable is also characterized by high mechanical resistance and an allowable operating temperature of -30°C to +50°C after installation (without vibration), making it a reliable solution even in difficult operating conditions. The conductor resistance is 7.41 Ohm/km, which affects the efficiency of power transmission over longer cable lengths. The minimum bending radius during permanent installation is 117.6 mm – it is worth considering this when planning the cable route.