MITSUBISHI A1S68DAV Digital-Analog Converter Module

The three key factors determining productivity are throughput, production, and downtime. These innovative modules will significantly enhance all these aspects. High-performance data sampling will improve the throughput by processing critical sample data promptly. Furthermore, the high resolution (11.1-16 bit) data ensures better process management. By controlling these processes, you can directly enhance the yield because the accuracy of your data is superior, and the resolution is higher. The final step in productivity is downtime, and the new advanced diagnostics in these modules help to quickly clear faults and get processes back up and running so you can be more productive.

Additionally, GE provides process solutions for process industry companies. The foundation of these solutions is the Process System, a cutting-edge, scalable, fully integrated process automation and control system. Contemporary but tested technology, the MITSUBISHI A1S68DAV, presents a comprehensive solution for process environments.
Companies employing this module in process applications requiring high-performance thermocouple inputs to their controllers can expect significant improvements in productivity.

The MITSUBISHI A1S68DAV diminishes downtimes and furnishes enhanced process control by yielding high-resolution and high-performance data sampling to augment throughput. The recently introduced Isolated Thermocouple Analogue Input Module and Isolated Resistance Temperature Device (RTD) Module ensure reliable channel-to-channel isolation, which ameliorates performance and heat exchange capabilities whilst reducing downtime. The greater amount of throughput that can be achieved through your system, the more considerable revenue generation it is possible to attain. The new modules make use of high-performance buses for improved performance and advanced diagnostics. Modules designed for water/wastewater, chemical manufacturing, and oil and gas offer advanced temperature input capabilities for critical control applications.