Mitsubishi Q172LX Servo External Signal Interface Module | High-Speed PLC Integration
Mitsubishi Servo External Signal Interface Module Q172LX
The Mitsubishi Q172LX Servo External Signal Interface Module features 32 external signal inputs for 8 axes, supporting both source and sink input types, and occupies 32 I/O points. It offers an enhanced user experience with a convenient data logging function that requires no programming. Using a dedicated configuration tool, data can be easily collected and saved in CSV format to an SD card. The saved CSV files can be utilized to create various reference materials such as daily reports, generated statements, and general documentation, applicable for startup data analysis and traceability. The module ensures no loss of control data changes by recording variations during each sequential scan or at millisecond intervals, enabling quick fault cause identification and motion analysis.
Mitsubishi Servo External Signal Interface Module Q172LX
Input Points: 32 servo external signal points, supporting up to 8 axes.
Input Type: Compatible with both source (current sourcing) and sink (current sinking) input configurations.
I/O Occupied Points: 32 points.
Enhanced User Experience with Data Logging Functionality
The module features an advanced data recording capability designed for improved usability and efficiency. Data logging can be configured effortlessly without the need for custom programming. Through a dedicated configuration tool wizard, users can easily set up the module to collect and save data directly to an SD memory card in CSV format.
Convenient Data Utilization
The saved CSV files can be seamlessly utilized to generate a variety of reference materials, including daily reports, summary sheets, and general operational reports. These documents are valuable for data analysis during system startup, traceability investigations, and performance reviews.
Comprehensive and Uninterrupted Data Capture
The module ensures no data is missed by recording changes in control data at every sequence scan cycle or at millisecond-level intervals. This high-resolution logging captures even the slightest variations in control signals, enabling detailed motion analysis and rapid fault diagnosis. In the event of a malfunction, users can quickly identify root causes and perform precise action analysis, significantly reducing downtime and enhancing system reliability.
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