Control cable LiYCY 300V 7x1 LIYCY3-7X1

Control Cable LiYCY – Reliable Choice for Control and Data Transmission Systems

LiYCY 7x1.0 is a flexible solution designed for transmitting control, measurement, and data signals in industrial environments and buildings. Its construction featuring stranded copper conductors, shielding, and PVC insulation ensures reliable operation even under demanding conditions. This cable is particularly recommended for applications where protection against electromagnetic interference is critical.

Construction and Applications

The LiYCY cable features a round cross-section and a gray outer sheath. Seven stranded copper conductors with a cross-section of 1 mm² provide sufficient capacity for a wide range of applications. A common braided shield effectively suppresses interference, which is essential in automation and data transmission systems. This cable performs excellently in control, measurement, signaling circuits, and for transmitting analog and digital signals. Thanks to its flexibility, it simplifies installation even in confined spaces.

Key Features and Benefits

• Shielding: Provides high immunity to electromagnetic interference (approximately 50 dB), ensuring stable signal transmission.
• Flexibility: Stranded conductor design facilitates cable routing, even in hard-to-reach areas.
• Durability: PVC insulation protects the cable against external factors, ensuring long-term service life.
• Versatility: Suitable for indoor applications, control systems, measurement circuits, and data transmission.
• Rated Voltage: 300 V – appropriate for most control and signaling applications.
• Conductor Cross-Section: 1 mm² – ensures optimal conductivity while maintaining cable flexibility.
• Stranded Conductors: Enhance resistance to interference and simplify identification of individual cores.
• Compliance with Standards: Fire reaction class Eca ensures safety for use in public buildings.

The LiYCY cable is a proven choice for installers and users seeking a reliable solution for transmitting control and data signals. Its flexibility, shielding, and robust construction guarantee long-term, trouble-free operation across a wide range of industrial and building applications.