GE IC697CMM711 Single-slot Communication Coprocessor Module

• Processor: Equipped with a 12MHz 80C186 microprocessor, which can provide high-speed data processing and transmission capabilities.
• Communication Interfaces: Features two RS-422/RS-485 or RS-232 serial ports, facilitating connection and communication with various devices that have corresponding interfaces.
• Configuration Method: Configured through software without the need for jumpers, reducing the complexity of hardware configuration and the probability of errors, and allowing users to flexibly adjust communication parameters and modes according to actual needs.
• Status Indication: Equipped with three status LEDs, which are used to indicate the overall status of the module and the activity of the two serial ports respectively, making it easy for users to quickly understand the working status of the module and timely detect and solve possible problems.

• Support for Multiple Communication Protocols: Supports various communication protocols such as Communication Control (CCM), Remote Terminal Unit (RTU), and General IC69 Communication (SNP), which can meet the communication needs in different industrial automation scenarios.
• Multiple Communication Mode Combinations: The two serial ports can work in nine possible configurations, such as CCM/CCM, CCM/RTU, RTU/CCM, RTU/RTU, SNP/SNP, SNP/CCM, CCM/SNP, SNP/RTU, RTU/SNP, greatly improving the flexibility and adaptability of the module.
• High-speed Data Transmission: The 12MHz processor enables the module to achieve high-speed data transmission, ensuring the rapid and accurate exchange of large amounts of data in industrial automation systems and improving the response speed and real-time performance of the system.
• High Reliability: No battery is required, reducing system problems caused by battery failures, improving the reliability and stability of the module, and making it suitable for long-term operation in harsh industrial environments.

• Realizing Communication Between Devices: It can realize communication between PLC and other devices such as frequency converters, touch screens, and upper computers, enabling data exchange and collaborative work between different devices, and building a complete industrial automation control system.
• Expanding PLC Functions: Through communication with other devices, it realizes functions such as data collection, remote monitoring, and fault diagnosis, expands the application range and control capabilities of PLC, and helps users better manage and optimize the production process.
• Building PLC Control Networks: Multiple IC697CMM711 modules can participate in building PLC control networks, realizing interconnection between multiple PLCs, and achieving more complex distributed control and management.

• Process Control: In the production processes of chemical, petroleum, electric power and other industries, it is used to monitor and control various process parameters such as temperature, pressure, flow rate, and liquid level to ensure the stability and safety of the production process.
• Machine Control: It can be used to control equipment such as machine tools, robots, and automated production lines, realizing precise motion control and operation of the equipment, and improving production efficiency and product quality.
• Data Collection: Collect data from various on-site sensors, instruments and other equipment, and transmit the data to PLC or upper computers for processing and analysis, providing a basis for production decision-making.
• Remote Monitoring: Realize the monitoring and maintenance of remote equipment through the network. Engineers can understand the operating status of the equipment in real-time from a distance, conduct timely troubleshooting and equipment maintenance, and reduce maintenance costs and downtime.