ABB EI813F Ethernet fieldbus module

• Communication Protocols: Supports mainstream industrial Ethernet protocols such as EtherNet/IP, PROFINET, and Modbus TCP/IP, compatible with multi-brand automation systems.​

• Data Transfer Rate: 10/100Mbps auto-negotiation, supporting full-duplex/half-duplex modes to ensure high-speed data interaction.​

• Interface Quantity: 2 RJ45 Ethernet interfaces, supporting network redundancy configuration (e.g., ring network redundancy) with switching time ≤50ms.​

• I/O Data Capacity: Maximum 2048 bytes for input/output data, meeting large-scale signal transmission requirements.​

• Operating Environment: Operating temperature -40℃~70℃, relative humidity 5%-95% (non-condensing), protection class IP20 (suitable for installation in control cabinets).​

• Power Requirement: 24V DC±10% power supply, power consumption ≤6W.​

• Dimensions: Width×height×depth approximately 35mm×100mm×120mm, using standard DIN rail mounting, compact structure.​

• Certification Standards: Certified by UL, CE, ATEX, compliant with IEC 61131-2 and IEEE 802.3 Ethernet standards.​

• Multi-Protocol Compatibility: Integrates multiple mainstream industrial Ethernet protocols, enabling direct connection to PLCs, HMIs, and sensors of different brands without additional conversion devices, simplifying system integration.​

• High-Reliability Communication: Dual Ethernet interfaces support redundant network architecture, with fast switching in case of faults to ensure uninterrupted data transmission, enhancing industrial network stability.​

• Wide Temperature Adaptability: Operates stably in extreme temperatures, suitable for high-temperature or cold industrial scenarios such as metallurgy and chemical industry.​

• Fast Data Processing: Equipped with efficient data caching and forwarding capabilities, reducing communication delay to meet real-time control needs.​

• Easy Installation and Configuration: Supports configuration via web interface or dedicated software, automatically identifying network parameters to reduce debugging difficulty; LED indicators display communication status in real time for easy troubleshooting.​

• Process Industry Control: In chemical, petroleum, and pharmaceutical production lines, serves as a communication bridge between field devices and control systems, enabling remote monitoring and data collection of valves, transmitters, etc.​

• Smart Manufacturing Factories: Connects robots, CNC machine tools, and intelligent sensors on production lines to build industrial Internet of Things, supporting real-time upload of production data and remote scheduling.​

• Energy and Power Systems: Used for equipment networking in substations and wind farms, transmitting data such as current, voltage, and equipment status to ensure efficient monitoring and dispatching of power systems.​

• Transportation Infrastructure: Adapts to Ethernet communication of devices such as signal machines and conveyors in rail transit and port automation systems, ensuring efficient operation of transportation hubs.​

• Municipal Utilities: Compatible with automation control networks in waterworks and sewage treatment plants, connecting level gauges, water pumps and other equipment to realize remote operation and maintenance as well as data management.​

• For module installation, ensure Ethernet cables meet industrial-grade standards (e.g., Cat 5e or Cat 6). When routing, keep them away from high-voltage cables to avoid electromagnetic interference.​

• When configuring network parameters, ensure compatibility with IP addresses, subnet masks, etc., of other devices in the system to prevent communication failures caused by IP conflicts.​

• For redundant network configuration, correctly set ring network protocol parameters (e.g., MRP, STP) to ensure normal operation of fault switching functions.​

• Regularly check the module firmware version and update it through official channels to fix potential vulnerabilities and optimize communication performance.​

• The working environment should be well-ventilated and dry to avoid accumulation of dust and corrosive gases, prolonging the module's service life.​

The structure and details of the product：

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