Experience Fm3312-b110-0210 Save 55% Now [4aztxyU0]

High-Density Thermocouple Module Experience Fm3312-b110-0210 Save 55% Now [4aztxyU0]

The Experience Fm3312-b110-0210 Save 55% Now [4aztxyU0] from Beckhoff is a cutting-edge thermocouple module designed for high-precision temperature measurement in challenging industrial environments. This module, part of the FM Thermocouplers series, offers 12 thermocouple channels and a broad measuring range of -10 to +900°C for Type J sensors. With its EtherCAT fieldbus protocol and 100 Mbit/s data transfer rate, it ensures rapid and deterministic communication, making it ideal for demanding applications.

Key Product Properties and Specifications

The Experience Fm3312-b110-0210 Save 55% Now [4aztxyU0] boasts an impressive array of technical features. It delivers accurate readings with a resolution of 0.1°C per digit and a measurement uncertainty of ±0.5% of full scale. This module offers a conversion time of approximately 250 ms per channel, allowing for near-real-time monitoring. It is versatile, accommodating both Type J thermocouples and mV inputs, and provides 5 configurable input filter variants to optimize signal conditioning. Additionally, the module features a maximum cable length of 30 meters and maintains power efficiency with a typical current consumption of 120 mA and a maximum of 150 mA.

Practical Applications and Benefits

The Experience Fm3312-b110-0210 Save 55% Now [4aztxyU0] is a robust solution for process and machine automation. Its compact design and industrial UL approval make it suitable for various industrial applications, including machine tools, ovens, and environmental chambers. The module's dual M12 D-coded, 4-pin fieldbus connections and simplified wiring with M8 plug and socket inputs and outputs facilitate easy integration into existing control architectures. With its wide power supply voltage range of 24 V DC (-15%/+20%) and Han24E thermocouple connections, this module is a flexible, high-performance solution for precise temperature monitoring and control in advanced industrial automation applications.