Data transmission cables used in industrial electronics and automation installations are crucial for ensuring reliable communication and the transmission of both analog and digital signals. They are used in control systems, signaling, and measurement technology, where high-precision and high-speed data transmission is required—even under harsh industrial conditions.
They are typically characterized by the following features:
- Electromagnetic interference resistance (EMC) – often shielded to protect signals from environmental interference.
- Durability and mechanical resistance – designed to withstand tough working conditions, such as high temperatures, vibrations, or moisture.
- Low attenuation – to ensure signal stability and reliability over longer distances.
- Compliance with industrial standards – often meet the requirements of protocols such as Profibus, CAN, Modbus, or industrial Ethernet.
Examples include data transmission cables for networks like industrial Ethernet, bus cables for Profibus and Profinet systems, as well as multi-pair cables for analog and digital transmissions in DCS (Distributed Control Systems) and PLC (Programmable Logic Controller) systems.
They are intended for use in control and signaling systems, measurement technology, and for the transmission of analog and digital data signals in industrial electronics and automation installations.