Description
Schneider 140CRP31200 Ethernet processor interface module
Communication capability:
Multi-protocol support: Compatible with Ethernet IP and Modbus TCP protocols, enabling data interaction between PLC and remote I/O devices, HMI, SCADA systems, etc.
High-speed transmission: Supports a measurement and data exchange frequency of 50 times per second, meeting the strict real-time requirements of high-speed production lines. Supports 10/100Mbps Ethernet communication rate, enabling high-speed data transmission.
Network Management
Daisy chain topology: It adopts a Daisy chain loop structure, simplifies wiring, reduces installation costs, and is suitable for distributed I/O systems or device networks.
Remote configuration and diagnosis: It supports parameter configuration, firmware upgrade and fault diagnosis of remote I/O devices through the service port, reducing on-site maintenance requirements.
Reliability design
RSTP protocol support: Enabling the Fast Spanning Tree Protocol (RSTP) ensures that all remote I/O devices on the main loop recover from communication interruptions within 50 milliseconds, guaranteeing production continuity.
Redundant communication path: It provides interconnection ports, allowing distributed I/O and control networks to participate in remote I/O network communication, enhancing the system’s fault tolerance capability.
Other features:
Plug-and-play design: The modular structure supports quick installation and replacement without the need to readjust the scale or interrupt the system operation.
Multi-device management: Up to 31 sub-station IP parameters for remote I/O devices can be configured, which can meet the expansion requirements of medium and large-scale automation systems.
Rich ports: It has 4 external ports, including 1 service port, 1 interconnection port, 1 device network port and 1 second device network port.
Strong environmental adaptability: Operating temperature ranges from 0℃ to 60℃, voltage is 380V, power is 14W, weight is 0.261Kg, with large-capacity storage (256kbyte), good shock resistance, and can operate stably under harsh conditions such as vibration and electromagnetic interference.








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