Product Description

The IP3112-B310-0000 input module from Beckhoff delivers highly precise data acquisition for demanding measurement applications. As part of the IP Compact Box Series, it packs an impressive 16-bit resolution into a rugged inline housing. This enables discernment of over 65,000 values across small signal ranges from 0 to 20 mA. Combined with a measurement error rate below 0.3%, highly accurate readings are ensured down to the least significant bit.

Complementing this fine-tuned accuracy are industry-leading conversion speeds. At a blazing-fast 5 milliseconds, the IP3112-B310-0000 supports refresh frequencies up to 200 Hz—rapid enough for real-time process control. Faster sampling improves response for closed-loop control and transient event detection. Configurable conversion timing further allows optimization based on specific machinery requirements. Additional features bolster robust, uninterrupted use within industrial settings. Four M12 screw-type inputs accept wired sensors for continuous monitoring. Configurable filtering removes electrical noise without impacting scan speed. Wide-ranging 24V DC power sustains function as voltage fluctuates. Together with IP20-rated construction, the module stands up to harsh factory vibrations and ambient conditions.

EtherCAT connectivity provides an automation-ready backbone. Continuous automatic data transmission to 12 Mbps maintains unfaltering synchronized communication between I/O and logic controllers. Distributed processing allows localized field evaluation and control actions for minimal latency. Tight coordination across cells streamlines overall production flow. Overall, the Beckhoff IP3112-B310-0000 module delivers the accuracy and swiftness of a laboratory-grade measurement device while retaining industrial-strength hardiness. Whether collecting process variables, weighing loads, or detecting anomalies, it captures truthful data at blazing speeds. Industries from discrete parts to continuous processes benefit from reliable insights into dynamic systems operation.