Data transmission cable A/C UNITRONIC® LiYY A 5X22AWG/7, Flexible, PVC, 0022605

Universal cable for data and signal transmission

The UNITRONIC® LiYY cable is a flexible solution for connections in installations, both stationary and with limited movement. The use of an outer PVC jacket provides resistance to oil, making it suitable for operation in more demanding conditions. This cable is designed for use in dry and humid indoor environments, and its versatility allows it to be used in control, regulating and measuring circuits.

This 5-core cable with a cross-section of 22AWG/7 (approximately 0.32 mm²) is particularly well suited for machine interfaces and applications requiring data and low-frequency signal transmission. Its flexibility makes it easy to install and route in tight spaces.

Construction and application

The UNITRONIC® LiYY cable is characterized by a construction that ensures reliability and durability. It is ideal where flexibility and resistance to external factors are required. This makes it suitable not only in industry, but also in construction and home automation systems. It can be used to connect sensors, controllers, and as a signal cable in measuring devices.

• Flexibility: Allows easy installation even in hard-to-reach places.
• Oil resistance: Increases the durability of the cable in industrial environments.
• Versatility: Suitable for a wide range of applications - from control circuits to data transmission.
• Indoor use: Designed for operation in dry and humid environments.
• Low interference: Ensures stable signal transmission thanks to its appropriate construction.

Construction features and compliance

The UNITRONIC® LiYY cable has been designed for long-term operation. The materials used guarantee resistance to mechanical damage and the influence of atmospheric factors (indoors). The cable meets safety standards, confirming its reliability and suitability for various industrial applications and building installations. Its flexibility results from the use of a multi-core construction with copper wires, which facilitates laying and connection without the risk of damage to the conductive cores.