QTERM-K65 Focus on market demand, I/O comprehensive system upgrade
Today, machines and systems generate all kinds of data, not just simple status reports, but even data for process control itself. A distributed installed I/O system must be able to detect incoming signals quickly and accurately and provide those signals in the network currently in use. This is the only way to ensure that data is efficiently transferred to processing devices such as controllers, IPC or cloud systems. In view of these developments, Weidmuller has implemented a comprehensive upgrade of the I/O system to improve module performance.
In the field of industrial automation, the data processing of smart sensors isQTERM-K65 becoming more and more complex. In addition to the basic digital or analog measurement values of the sensor, the sensor often transmits other data, such as the unit of the measurement variable, a time stamp, and the state of the sensor. This information provides greater transparency into the state of the system or its efficiency. This change also puts higher requirements on data volume and prioritization, data acquisition and processing, etc., to ensure that machines have process capabilities. To address these challenges, Weidmuller u-remote Systems has introduced a new, higher-performing backplane bus. Its performance capacity has been increased sevenfold 1, resulting in a significant increase in the amount of data that can be recorded within each backplane bus cycle, significantly improving the efficiency of data processing and response output. This upgrade not only makes the event recording more accurate, but also synchronizes the control process by increasing the resolution, further improving the efficiency and effectiveness of the entire system. In the future, u-remote systems will gradually equip the entire I/O product family with this new chip to ensure compatibility with previous generation systems.
Since 2013, industrial connectivity specialist Weidmuller has shifted its strategic focus to automation. Weidmuller launched the u-remote remote I/O system, the fine mechanical design is a key factor in its success, the body is only 11.5 mm, with its intuitive and easy to operate in the software and hardware design, since the launch, well received by users.
The innovative design of Weidmuller I/O modules provides great convenience for the replacement of electronic components. Its unique three-stage structural design, including wiring bars, electronic components and base modules, greatly simplifies operation. On the basis of retaining the existing circuit, the replacement of electronic coQTERM-K65 mponents can be realized through the design of rotary wiring bar. At the same time, with the integrated removal lever, it can be easily removed from the base module without tool assistance for replacement. Because the power supply and communication interface are integrated into the base module, the system supports hot swapping, and electronic components can be replaced without even having to disconnect the power supply, thus minimizing downtime and the possibility of errors.
At the same time, Weidmuller’s I/O stations are simple to configure, providing users with great flexibility. Whether it is a module or a fieldbus coupler, users can flexibly configure and set parameters according to their needs. The integrated Web server on the fieldbus coupler allows the user to independently select and set the measurement range of each analog input module on a web-enabled device. Through the server, users can not only view the status information, diagnosis data, and process data of the device in real time, but also directly test, modify, and save the Settings. This setup information can also be easily copied to other sites, simplifying the series installation process of the device and requiring no additional software support. Users can access the Web server via an integrated USB or Ethernet interface on the fieldbus coupler and easily view and manage data with a standard web browser
