Model:IMASI03

Module Type:Universal Analog Input Slave

Operating Voltage:DC 24V

Input Channels:8

Sampling Rate:1 kHz

Resolution:12 bits

Environmental Conditions:-20°C to +70°C

Communication Interface:MODBUS RTU

Connectors:M12 x 8

Dimensions:160mm x 100mm x 100mm

Weight:0.5 kg

    The ABB IMASI03 Universal Analog Input Slave Module stands as an indispensable component in industrial control systems, offering unparalleled reliability and precision in data acquisition. Designed with robust materials, this module ensures consistent performance across a wide range of environmental conditions, from freezing cold to extreme heat.

    Featuring 8 universal analog input channels, the IMASI03 supports diverse industrial signals, making it suitable for applications requiring high accuracy and stability. Its 1 kHz sampling rate ensures real-time data capture without compromising on speed or quality.

    Built with advanced signal processing capabilities, the module boasts a 12-bit resolution, enabling precise measurement of analog signals within a vast dynamic range. This feature is crucial for applications where minute differences in signal levels are critical for system performance.

    Equipped with a MODBUS RTU communication interface, the IMASI03 facilitates seamless integration with a variety of PLC systems, streamlining the setup process and enhancing interoperability. The M12 connectors provide a secure and durable connection, further contributing to the module’s ruggedness and reliability.

    Compact yet powerful, the IMASI03 Universal Analog Input Slave Module measures 160mm x 100mm x 100mm and weighs just 0.5 kg, making it easy to install in tight spaces without sacrificing functionality. Its lightweight design also contributes to reduced system complexity and cost.

    Backed by ABB’s commitment to quality and innovation, the IMASI03 is designed to withstand harsh industrial environments, ensuring long-term reliability and minimizing maintenance requirements. This makes it an ideal choice for demanding applications where downtime and errors cannot be tolerated.