YLY 0.6/1 kV 1x120 cable YLY-1X120-1KV
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TECHNICAL DATA
Sales unit dimensions and weight: 1 m
YLY 0.6/1 kV 1x120 cable YLY-1X120-1KV
YLY 0.6/1 kV 1x120 Cable – A Reliable Choice for Demanding Installations
The YLY 0.6/1 kV 1x120 cable is a high-quality power cable designed for fixed installations. Constructed with a copper conductor and insulated with PVC inner and outer sheathing, it ensures safe and efficient transmission of electrical energy. Its robust design guarantees durability and resistance to mechanical damage.
With a conductor cross-section of 120 mm², this cable is an ideal solution for powering high-load equipment. This is especially critical in industrial, construction, and other applications requiring stable and reliable power sources. The round cable shape facilitates easy routing and installation under various conditions.
Key Features and Applications
- Durable Construction: Copper conductor with 120 mm² cross-section, combined with PVC insulation and sheathing, ensures long-term operation even under harsh conditions.
- Safety: Fire reaction class Eca minimizes the risk of fire spread in case of ignition.
- Flexibility: Despite its robust construction, the cable maintains sufficient flexibility for easy installation and adaptation to specific project requirements.
- Wide Application: Ideal for powering industrial machinery, heating equipment, lighting, and other high-energy-demand devices.
- Suitable for Fixed Installations: Designed for mounting indoors, in cable ducts, or directly on surfaces.
- Minimum Bending Radius: 112.8 mm ensures comfortable handling during installation and reduces the risk of cable damage.
The YLY 0.6/1 kV 1x120 cable is manufactured by the reputable company ELPAR Fabryka Kabli Sp. z o.o., guaranteeing high quality and compliance with applicable standards. Its technical parameters are carefully selected to ensure reliable long-term performance while minimizing operational costs and failure risks. The use of high-quality materials ensures durability and resistance to external factors—from operating temperatures (maximum conductor temperature: 70°C) to potential mechanical damage.