The ABB AI820-eA 3BSE020836R2 Analog Input Module is designed for high-precision measurement applications in industrial automation. It offers seamless integration with ABB’s advanced PLC systems, ensuring reliable data acquisition and processing.
Input Channel:8
Analog Resolution:12 bits
Voltage Range:0-10 VDC / 4-20 mA
Operating Temperature:-25°C to +70°C
Isolation Voltage:500V
Communication Interface:Profinet
Power Consumption:≤ 2 W
Experience unparalleled accuracy and efficiency with the ABB AI820-eA 3BSE020836R2 Analog Input Module. This cutting-edge technology is specifically engineered for industrial automation environments, ensuring reliable data acquisition under harsh conditions.
Equipped with 8 high-precision analog channels, it can measure voltage and current inputs within the range of -10V to +10V, providing seamless integration into diverse control systems. Its 12-bit resolution ensures minimal error and maximum reliability.
Designed with advanced isolation technology, this module boasts an impressive isolation voltage of 50V, safeguarding against electrical interference and ensuring the integrity of data transmitted.
Operating in a temperature range of -20°C to +70°C, the AI820-eA is built to withstand extreme environmental challenges, making it suitable for applications in various industries including manufacturing, energy, and process control.
Efficient power management keeps energy consumption low while delivering high performance, contributing to sustainable operations. With its compact size and lightweight design, this module offers flexible installation options without compromising on functionality.
Backed by ABB’s reputation for quality and innovation, the AI820-eA is a trusted choice for enhancing operational efficiency and precision in your industrial automation projects.
The ABB AI820-eA 3BSE020836R2 Analog Input Module is designed for high-precision measurement applications in industrial automation. It offers seamless integration with ABB's advanced PLC systems, ensuring reliable data acquisition and processing.