Power cable YKYFtyżo 0.6/1 kV 4x4 RE YKYFTY-4X4-1KV

Power Cable YKYFtyżo – Reliability and Safety in Every Installation

The YKYFtyżo 4x4 mm² cable is a robust power cable designed for energy transmission in installations with a voltage rating of 0.6/1 kV. Made with copper conductors and insulated and sheathed in polyvinyl chloride (PVC), it ensures durability and resistance to external conditions. The reinforced construction with a strengthening tape provides additional protection against mechanical damage.

Construction and Application – Key to Efficient Operation

This cable is widely used in both underground and indoor installations. It performs exceptionally well in industrial facilities, power plants, supply networks, and local distribution systems. Its ability to be installed in cable ducts or directly in the ground makes it an extremely versatile solution. The stranded copper conductors offer flexibility and simplify installation.

The use of a strengthening tape increases the cable’s resistance to damage during laying and operation, which is particularly critical during earthworks. The durable outer PVC sheath protects against atmospheric and mechanical influences, ensuring long-term reliability.

Key Features for Professionals and End Users

This cable features a conductor cross-section of 4 mm², providing sufficient current-carrying capacity for a wide range of applications. Four conductors enable powering multiple circuits with a single cable, while the rated voltage of 0.6/1 kV meets the standard for most electrical installations. The high-purity copper ensures excellent electrical conductivity and durable connections. The PVC insulation and sheath provide effective protection against moisture and weather conditions. The strengthening tape enhances resistance to mechanical damage during installation, and the minimum bending radius of 214.2 mm (for fixed installations) facilitates easy handling. The fire reaction class Eca meets basic fire safety requirements.

The YKYFtyżo cable is also distinguished by high manufacturing quality and compliance with applicable standards, confirming its safety and operational reliability. As a result, both installers and end users can be confident in the proper functioning of the power system.