（26）：GCAN-205C
Is industrial equipment renovation always hindered by protocol barriers? The on-site CAN servo and sensors cannot be directly connected to Modbus TCP PLC. The self-developed conversion program has a long development cycle, frequent packet loss in high-temperature workshops, and electromagnetic interference leads to communication breakdowns. This problem is solved by the Shenyang Guangcheng GCAN-205C Modbus TCP to CAN gateway one-stop solution.
The module adopts national industrial hardware, equipped with 1500V electrical isolation, stable operation in a wide temperature range of -40 ℃~+85 ℃, supports CAN2.0A/B full baud rate, and is matched with visual configuration software. It does not require complex code and can complete bidirectional data mapping with one click. Network disconnection can automatically reconnect, completely eliminating data loss.
A real implementation case of an energy storage power station upgrade project: The original BMS battery CAN device could not be connected to Modbus monitoring PLC, resulting in extremely low manual inspection efficiency. After installing GCAN-205C, CAN charging and discharging data was uploaded to the central control in real time, and voltage and temperature were remotely monitored. There were no communication failures throughout the year, saving a lot of manual operation and maintenance costs.
Engineers and equipment manufacturers who are suitable for multiple scenarios such as automated production lines, energy storage, intelligent buildings, and vehicle industrial control, and require CAN and Ethernet protocol interoperability, are welcome to add WeChat 13019325660 to obtain complete supporting solutions.
The module adopts national industrial hardware, equipped with 1500V electrical isolation, stable operation in a wide temperature range of -40 ℃~+85 ℃, supports CAN2.0A/B full baud rate, and is matched with visual configuration software. It does not require complex code and can complete bidirectional data mapping with one click. Network disconnection can automatically reconnect, completely eliminating data loss.
A real implementation case of an energy storage power station upgrade project: The original BMS battery CAN device could not be connected to Modbus monitoring PLC, resulting in extremely low manual inspection efficiency. After installing GCAN-205C, CAN charging and discharging data was uploaded to the central control in real time, and voltage and temperature were remotely monitored. There were no communication failures throughout the year, saving a lot of manual operation and maintenance costs.
Engineers and equipment manufacturers who are suitable for multiple scenarios such as automated production lines, energy storage, intelligent buildings, and vehicle industrial control, and require CAN and Ethernet protocol interoperability, are welcome to add WeChat 13019325660 to obtain complete supporting solutions.
Last：（25）：GCAN-204C
Next：（27）：GCAN-226
