Product Overview

The ABB 200-CICN​ and 200-CIE​ are high-performance Ethernet communication interface modules designed for ABB’s Advant Controller series, particularly the AC 800M high-integrity process controllers. These modules serve as the critical link between the deterministic control environment of the AC 800M and modern industrial Ethernet networks, enabling seamless integration into plant-wide automation architectures. The 200-CICN​ and 200-CIE​ are engineered to provide robust, high-speed connectivity primarily for the EtherNet/IP protocol, facilitating real-time I/O control, peer-to-peer controller communication, and data exchange with supervisory systems. As integral components of ABB’s IndustrialIT and System 800xA extended automation systems, these interfaces transform the AC 800M from a standalone controller into a networked automation node capable of participating in distributed control strategies and leveraging the power of open industrial Ethernet.Functionally, the ABB 200-CICN​ typically serves as a high-performance communication interface with advanced capabilities, often deployed in demanding applications requiring maximum network performance and determinism. The ABB 200-CIE, while also providing robust Ethernet/IP connectivity, may represent a specific configuration or variant within the same product family, potentially optimized for different system roles or offering distinct feature sets. Both modules install directly into the AC 800M controller’s rack, connecting to the controller’s internal high-speed bus (PMbus) and providing dual 10/100BASE-TX RJ-45 ports for network connectivity. This dual-port architecture enables the creation of efficient line (daisy-chain) topologies or device-level rings (DLR) without additional switches, enhancing network reliability and simplifying cabling infrastructure. The value proposition of the 200-CICN/CIE​ lies in their ability to provide certified, reliable industrial Ethernet connectivity that meets the rigorous demands of process control environments, supporting everything from simple remote I/O scanning to complex multi-vendor system integration while maintaining the high availability and safety standards associated with ABB’s control platforms.

Technical Specifications

Main Features and Advantages

High-Performance Deterministic Communication: The ABB 200-CICN​ and 200-CIE​ modules are engineered for industrial-grade deterministic performance. They provide full support for EtherNet/IP scanner and adapter functionality, enabling the AC 800M to control remote I/O devices, variable frequency drives, and other CIP-compliant equipment with precise timing. The Device Level Ring (DLR) capability is particularly valuable for mission-critical applications, as it provides sub-3ms network redundancy and recovery in case of a single cable break, ensuring continuous operation without control interruptions. This deterministic behavior is essential for process control applications where consistent, predictable network performance directly impacts product quality, safety, and equipment protection.Seamless System Integration and Advanced Diagnostics: These modules offer exceptional integration capabilities within ABB’s automation ecosystem. Configuration is performed entirely within the ABB Control Builder M engineering environment, providing a unified workspace for controller programming, network configuration, and device management. The modules support sophisticated data exchange mechanisms including produced/consumed tags for efficient controller-to-controller communication and explicit messaging for device configuration and diagnostics. Comprehensive diagnostic features include detailed status indicators on the module’s front panel and extensive diagnostic data accessible through the engineering software, enabling proactive maintenance and rapid troubleshooting. The rugged industrial design features high-voltage isolation (1500V AC) and robust EMI/RFI protection, ensuring reliable operation in electrically noisy industrial environments. The 200-CICN​ and 200-CIE​ effectively bridge the gap between traditional control systems and modern IT/OT convergence, enabling secure, high-performance data exchange across the entire automation pyramid while maintaining the reliability and determinism required for critical process control applications.