1. Modbus protocol
Modbus protocol is a widely used bus protocol in industrial fields, characterized by simplicity, reliability, and ease of implementation. This driver supports both Modbus RTU and Modbus TCP communication modes, making it easy to communicate with devices such as PLC and HMI (Human Machine Interface), meeting the needs of on-site monitoring and data acquisition.
2. Profibus protocol
Profibus is a high-speed, reliable, and open fieldbus standard widely used in the fields of process automation and manufacturing automation. This driver supports the Profibus DP communication protocol and can exchange data with other devices in the Profibus network, enabling remote control and status monitoring of the devices.
3. DeviceNet protocol
DeviceNet is an open network standard based on the CAN bus, designed specifically for the field of industrial automation. This driver supports the DeviceNet communication protocol and can communicate with sensors, actuators, and controllers in the DeviceNet network to achieve interoperability between devices.
4. CC Link protocol
CC Link is a high-performance, open fieldbus system widely used in the industrial automation field in Asia. This driver supports CC Link communication protocol and can exchange data with other devices in the CC Link network, achieving flexible configuration and efficient operation of the system.
5. Ethernet/IP protocol
Ethernet/IP is an industrial protocol based on Ethernet, which combines industrial Ethernet and Common Industrial Protocol (CIP) technology. This driver supports Ethernet/IP communication protocol, which enables communication with devices such as PLC and HMI through Ethernet. It supports communication methods such as TCP/IP and UDP/IP, meeting the needs of large-scale system integration and remote monitoring.
6. EtherCAT protocol
EtherCAT is a high-performance Ethernet communication protocol that features high speed, real-time, and flexibility. This driver supports EtherCAT communication protocol, which enables high-speed data transmission and real-time control through Ethernet. It also supports distributed clock synchronization and is suitable for applications that require high real-time performance.
7. Profinet protocol
Profinet is an Ethernet based industrial automation network standard that supports multiple communication methods and functions. This driver supports Profinet communication protocol and can exchange and control data with other devices in the Profinet network. It supports TCP/IP, UDP/IP, and RT (real-time) communication methods, meeting the diverse needs of industrial automation systems.
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