The ABB CI627A (part number 3BSE017457R1) is a high-performance industrial communication interface module compatible with both ABB Advant Master process control systems and AC800M series PLCs. Its core value lies in building a data transmission bridge between devices, adapting to various industrial automation scenarios. Below is more detailed product information:

Core Technical Parameters

Basic Physical Parameters: Net weight 0.2kg, some vendors list the packaged weight as 2kg; dimensions are described in different ways, such as 120mm×80mm×40mm and 20cm×16cm×12cm (presumably differences between the packaged and bare module versions); modular design, compatible with standard industrial installation methods, facilitating rapid assembly and maintenance.

Electrical Parameters: 24VDC power supply, compatible with common industrial DC power supply systems, and supports single-channel communication configurations, meeting basic communication link requirements.

Communication Parameters: Compatible with multiple mainstream industrial communication protocols such as Modbus TCP/IP, PROFINET, and Profibus, covering interface types such as Ethernet and serial ports, allowing flexible connection to different types of field devices; data transmission rate adjusts according to the protocol to meet the real-time transmission needs of most industrial scenarios, while also enabling flexible interaction of cyclic and non-cyclic data.

Core Functional Highlights

Seamless Cross-System Adaptation: Not only designed specifically for ABB Advant Master process control systems for seamless integration, but also compatible with AC800M series PLCs. Furthermore, its multi-protocol support capabilities allow for easy integration into various existing industrial automation systems, reducing the adaptation costs of cross-device and cross-system integration.

High Reliability Operation Guarantee: Possesses industrial-grade anti-interference capabilities, resisting electromagnetic interference generated by field inverters, motors, and other equipment; it also supports redundant configuration and fault self-recovery mechanisms, enabling rapid switching or self-recovery in case of failure, reducing system downtime and ensuring continuous operation of industrial processes.

Multifunctional Data Processing: In addition to core inter-device data transmission, it can also collect analog and digital signals from sensors, field instruments, and other devices, convert and process them before transmitting them to the host computer. It also supports remote control commands to field devices, achieving integrated data acquisition, transmission, and control.

Convenient Operation and Maintenance Diagnosis: It features built-in system status monitoring and fault diagnosis functions, capable of capturing communication anomalies, module failures, and other issues in real time and issuing alarms. It also provides detailed diagnostic information to help maintenance personnel quickly locate and troubleshoot problems, reducing maintenance difficulty.

Typical Application Scenarios: This module is widely used in industrial automation and process control, such as production process monitoring in the chemical, oil and gas industries, and status monitoring and operation control of power equipment in power systems. In factory automation scenarios, it can monitor the operating status of production line equipment and transmit control commands. Furthermore, it can be adapted to water treatment automation control, building HVAC system integration, and automated warehouse conveyor and sorting system control.

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