（15）：GCAN-208-2C
Long distance CAN networking in industrial sites often encounters multiple challenges: limited transmission distance of copper cables, strong electromagnetic interference generated by frequency converters and high-power motors, which can easily cause communication packet loss; After the interruption of the single port converter link, the entire bus was paralyzed, and the wiring stability in long-distance scenarios such as factory areas and tunnels was poor.
This device is equipped with dual fiber optic interfaces, which can isolate electromagnetic interference during fiber optic transmission and solve the problem of copper cable signal attenuation; Double optical ports are used to build fiber optic ring network redundancy, with automatic switching in case of a single line failure, ensuring continuous communication of the bus. Reserved fixed holes on both sides of the body, wall mounted with screws, equipped with a single CAN channel, built-in terminal resistor, 9-24V wide voltage power supply, and simple wiring and debugging process.
This device is suitable for projects that require high communication reliability, such as rail transit, tunnel electromechanical systems, large photovoltaic power plants, and distributed PLC networking in factory areas.
If you have problems with long-distance CAN bus networking or communication interruption on site, please feel free to consult Shenyang Guangcheng Technology www.gcgd.net for selection and technical support that is suitable for your working conditions.
This device is equipped with dual fiber optic interfaces, which can isolate electromagnetic interference during fiber optic transmission and solve the problem of copper cable signal attenuation; Double optical ports are used to build fiber optic ring network redundancy, with automatic switching in case of a single line failure, ensuring continuous communication of the bus. Reserved fixed holes on both sides of the body, wall mounted with screws, equipped with a single CAN channel, built-in terminal resistor, 9-24V wide voltage power supply, and simple wiring and debugging process.
This device is suitable for projects that require high communication reliability, such as rail transit, tunnel electromechanical systems, large photovoltaic power plants, and distributed PLC networking in factory areas.
If you have problems with long-distance CAN bus networking or communication interruption on site, please feel free to consult Shenyang Guangcheng Technology www.gcgd.net for selection and technical support that is suitable for your working conditions.
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