ABB CI810B AF100 communication module

ABB CI810B AF100 communication module

ABB CI810B is a communication interface module for AF100 fieldbus. It is a bridge connecting ABB control system (such as S800 series) and AF100 fieldbus network to realize data exchange and control between controller and field equipment (such as sensors, actuators, etc.). Allow different devices to work together on the same network.

Main feature
High reliability: With high-quality components and redundant design, it can operate stably in harsh industrial environments for a long time and reduce the probability of failure.
High-speed data transmission: supports high-speed data exchange, and the maximum communication rate can reach 12Mbps, which can meet the application scenarios with high real-time requirements in industrial automation.
Easy installation and configuration: Modular design, support for standard interfaces, simple installation, easy configuration through related engineering tools, reduce the difficulty of system integration.
Electrical isolation: With electrical isolation function, can prevent interference and fault spread between different equipment, improve the stability of the entire system and anti-interference ability.

Technical parameter
Input voltage: 24V DC.
Communication interface: Supports the twisted pair physical layer and complies with the AF100 standard.
Communication speed: up to 12Mbps.
Operating temperature range: -20℃ to + 60℃.
Weight: About 0.2 to 0.7 kg.

Application field
Industrial automation: Production line automation control for manufacturing, to achieve accurate data interaction and collaborative work between equipment, improve production efficiency and product quality.
Process control: In the field of process control such as power system and water treatment facilities, on-site instruments and controllers can be connected to achieve real-time monitoring and control of process parameters to ensure stable operation of the production process.
Discrete manufacturing: It is suitable for automated production lines in discrete manufacturing, such as automobile manufacturing, electronic equipment manufacturing, etc., to achieve automatic control and data transmission of each production link.
Energy management: In the energy industry, it can be used for the data transmission and control of the power system to realize the monitoring and management of the energy production, transmission and distribution process, and improve the efficiency of energy utilization.