Essential 0gh-at600 Limited Time 70% Off [kYdze7nR]

The Essential 0gh-at600 Limited Time 70% Off [kYdze7nR] module from B & R Automation in the 0GH PLC Modules series is engineered specifically for industrial temperature measurement. It integrates a key feature with 16 inputs and boasts a precise measurement range of -50.0 to +750.0 degrees C in 0.1 degrees C increments. With integrated linearization and terminal temperature compensation from -20 to +90 degrees C, the module is designed to deliver highly accurate readings. Its primary function is to reliably capture and process analog temperature signals from various sensor types making it ideally suited for complex industrial monitoring applications.

Detailed technical specifications of the Essential 0gh-at600 Limited Time 70% Off [kYdze7nR] reveal a robust design that underscores its performance. The module operates with a rapid measurement time per conversion of 20 msec and supports a maximum cycle time of 235 msec, ensuring efficient data processing. It features integrated linearization & compensation routines that maintain accuracy across a wide range of temperatures. LED indicators including a RUN LED verify operational status, offering instant visual confirmation of both sensor and analog/digital conversion performance. Meanwhile, the module is designed with sensor compatibility in mind, fully supporting Type L, J, and K sensors for diverse deployment scenarios.

Additional design features enhance its suitability for demanding environments. The unit requires the use of shielded cables for sensor connections to minimize electromagnetic interference, with shielding configured to serve two inputs concurrently for consistent signal integrity. The design incorporates eight shielded connections linked via 100 ? resistors to ground for improved stability and noise reduction. These thoughtful features, combined with reliable diagnostic LED indicators, ensure that the Essential 0gh-at600 Limited Time 70% Off [kYdze7nR] delivers dependable performance and accuracy, making it a preferred choice for precision temperature monitoring in industrial applications.