ABB CI626A

Technical parameters

Operating voltage: 24V DC

Backplane current: 800 mA

Operating temperature: - 25°C to 70°C

Storage temperature: −40 °C to 85 °C

Relative humidity: 5% to 95%

Vibration resistance: 10 to 150Hz

User program space: 128M.

Communication protocol: Ethernet interface, RS485 interface allows reliable serial communication

Functional features

Efficient signal processing: It can realize accurate conversion and analysis of a certain range of voltage or current signals, analog signals, and digital signals of different logic levels. Such high accuracy proves the reliability of data for advanced industrial processes used for control and monitoring.

High anti-interference ability: In complex industrial electromagnetic environments, it can effectively filter electromagnetic interference from surrounding equipment to ensure stable signal transmission and complete data. This function is very important to maintain the normal operation of the entire industrial automation system.

Support various configurations: Users can set various parameters according to their own usage. It has developed into a variable model; users can customize its input/output mode, communication settings and other functions through software or hardware configuration, making it suitable for various industrial scenarios.

Self-diagnosis function: It can monitor its own operation. Once abnormal measures occur, such as component failure, signal error or communication interruption, it can promptly issue an alarm signal and diagnose detailed information.

Application scope

Industrial manufacturing: ABB CI626A is used to control and monitor many processes in factory production lines. For example, it can track the temperature, pressure and flow of production equipment by processing signals from relevant sensors. It can also control motors, actuators and other mechanical equipment with high precision to ensure the smooth progress of the production process.

Power generation and distribution: It has important applications in power plants and distribution systems, monitoring the operating status of power generation equipment, transformers and switchgear. It collects and analyzes relevant electrical signals to ensure the stability and safety of power generation and distribution, and can be used as an early warning of possible failures.

Automatic control system: Whether it is building automation, intelligent transportation system or any other field that requires precise control and monitoring of multiple parameters. It is able to communicate with PLC, HMI and other control equipment to form an integrated and efficient control network.