Control cable LiYCY 300V 4x1.5 LIYCY3-4X1,5
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TECHNICAL DATA
Sales unit dimensions and weight: 1 m
Control cable LiYCY 300V 4x1.5 LIYCY3-4X1,5
Control Cable – Reliability and Flexibility in Every Circuit
The LiYCY control cable is a versatile solution for internal installations requiring flexibility and resistance to external factors. Its construction featuring copper wires, PVC insulation, and shielding ensures stable transmission of control signals and protection against interference. This 4-wire cable with a cross-section of 1.5 mm² performs excellently in both industrial applications and commercial or residential buildings.
Construction and Application – A Blend of Functionality and Safety
The LiYCY cable features a round geometry and a gray outer PVC sheath. The twisted copper wires with PVC insulation provide flexibility and simplify installation even in confined spaces. The shielding effectively minimizes electromagnetic interference, which is critical in control and automation systems. This cable is suitable for use in:
- Internal installations in dry and humid environments,
- Machines and equipment,
- Control systems,
- Industrial automation,
- Signaling and alarm systems.
Product Advantages – Why Choose LiYCY?
- Flexibility: Twisted wires facilitate cable routing even under challenging conditions.
- Shielding: Reduces electromagnetic interference, ensuring stable signal transmission.
- Resistance: PVC insulation protects against mechanical and chemical influences.
- Safety: Fire reaction class Eca ensures appropriate fire safety performance.
- Versatility: Broad range of applications – from industrial installations to home systems.
- Durability: Copper wires guarantee long-term, reliable operation.
- Standards Compliance: Meets requirements of European safety standards.
Thanks to these features, the LiYCY cable is an investment in a safe and efficient electrical installation that will serve for many years. Its technical parameters and robust construction make it a trusted choice for both professionals and end users.
