Control cable LiYCY 300V 6x0.5 LIYCY3-6X0,5

Control Cable LiYCY – Reliability and Flexibility in Every Circuit

The LiYCY control cable 6x0.5 is a versatile solution for control, signaling, and measurement installations. Constructed with copper conductors, PVC insulation, and shielding, it ensures stable signal transmission and protection against interference. The gray outer PVC sheath enhances resistance to mechanical damage and external environmental factors. This cable is an excellent choice for both professionals and residential installations.

Construction and Properties

The LiYCY cable features a meticulous design that translates into durability and functionality. Six copper conductors with a cross-section of 0.5 mm² provide adequate conductivity, while their PVC insulation guarantees safe operation. The conductors are twisted, facilitating easier installation. Copper wire shielding protects against electromagnetic interference, which is especially critical in industrial environments or areas exposed to strong radiation. Additionally, the PVC outer sheath protects the cable against moisture, oils, and other chemical agents.

Pay attention to the operating temperature range – from -5°C to +80°C (depending on installation conditions), enabling use in diverse environments. The minimum bending radius of 72 mm ensures easy installation even in confined spaces. Fire reaction class Eca complies with European fire safety standards.

Applications and Benefits

The LiYCY 6x0.5 cable is widely used in:

• Control systems: Ideal for connecting sensors, switches, and other automation components.
• Signaling: Reliable signal transmission in alarm and monitoring systems.
• Measurement: Precise connections in measurement and laboratory setups.
• Machinery and equipment: Flexible internal connections in industrial machinery.
• Building automation systems: Control of lighting, heating, and other building functions.

Thanks to its shielding, the cable minimizes signal interference risks, ensuring stable operation of connected devices. The flexible construction simplifies routing in tight spaces and provides resistance to bending and twisting. Resistance to external factors increases installation longevity and reduces the need for frequent repairs or replacements.