Communication Protocols: Supports multiple communication protocols, including Modbus Master/Slave and DNP3 Master/Slave.
Communication Tasks: Each communication port supports up to 64 communication tasks.
Status Bits: Each port has 224 module and communication status bits, which can use the I, M, T areas, and 128 module and communication control bits, which can use the Q, M, T areas.
Versatile Communication Protocols: The support for Modbus and DNP3 protocols allows the module to effectively exchange data with different types of devices and systems, improving the overall system interoperability and compatibility.
Rich Communication Resources: With a large number of communication tasks and status/control bits, it can handle complex communication tasks, meeting the requirements of high – demand application scenarios.
Multiple Communication Modes: Provides multiple communication modes, such as continuous read, bit – controlled continuous read, bit – controlled single read, continuous write, bit – controlled continuous write, and bit – controlled single write. These modes can be adjusted according to the reliability and requirements of the communication object.
Application Scenarios
Industrial Automation: Widely used in various industrial production lines, such as manufacturing, packaging, and food processing industries, to realize the communication and control between different devices and systems.
Power Industry: In the power system, it can be used for data communication and control between power generation, transmission, and distribution equipment, such as substation automation systems.
Water Treatment: Applied in the water treatment process to achieve the monitoring and control of water treatment equipment and the communication between different treatment stages.
