Data transmission via fiber-optic cables.
Our FO converters support conventional communication protocols used in remote control technology, such as PROFIBUS, Modbus/RTU/ASCII/TCP, and DeviceNet/CAN, as well as the RS-232, RS-422, and RS-485 interfaces. The main advantages compared to conventional copper-based data transmission are the electromagnetic immunity, the high-quality electrical isolation of the optical path, and the achievable distances of up to 45 km. Benefit from these advantages in your sophisticated remote control application.
In addition to numerous diagnostics LEDs, the Ethernet media converters feature the Link Fault Pass Through link-management function. This ensures permanent connection monitoring. Both sides of the network connection can therefore detect a lost link immediately. The entire connection over the optical path is therefore as transparent is it would be if communication were purely copper-based. In the event of a network interruption, the transmission path is switched off. Redundancy mechanisms can be used directly.
In addition, when the FEF (far end fault) function signals a lost link to the media converters, this also allows the faulty segment to be localized.
One advantage of optical data transmission is the increase in the maximum range. Only distances of 100 meters between two devices can be achieved with copper-based Ethernet communication.
This distance is sufficient for small systems, but is much too short for communication to remote systems. With fiber optic cables and industrial media converters or switches, on the other hand, distances of several kilometers can be reached without difficulty for a point-to-point connection.
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