Mitsubishi Q2MEM-4MBF Linear Flash Memory Card – High-Speed Programmable Controller Storage Module
Mitsubishi Linear Flash Memory Card Q2MEM-4MBF
Mitsubishi Linear Flash Memory Card Q2MEM-4MBF
SRAM memory card; capacity: 4 MB.
Supports SD memory cards.
High-speed universal QCPU supports SD memory cards,
enabling easy data exchange with PCs that have an SD card slot.
Additionally, SD memory cards and expansion SRAM cards can be used simultaneously.
Thus, the expansion SRAM card can be used to expand file registers,
while the SD memory card can be used for data file recording, saving large amounts of comment data, and bootstrap operation via the memory card.
Simply insert the SD memory card to start automatic recording.
By inserting an SD card containing a recording setting file into the CPU, recording starts automatically.
Even when remote data collection is required,
recording can begin immediately after receiving the setting file via email and saving it to the SD card.
Improved user experience for data logging.
Easy recording without the need for programming.
Simply use the dedicated configuration tool wizard to easily complete settings,
and collected data can be saved in CSV format to the SD card.
Saved CSV files can be effectively used to create various reference materials,
including daily reports, generated reports, and general reports.
These materials can be used for data analysis and traceability at startup.
Capture control data changes without omission
Data can be collected during every sequential scan or at millisecond intervals,
recording control data changes without omission.
Therefore, in the event of a failure, the cause can be quickly identified and operation analysis performed.
The Mitsubishi Linear Flash Memory Card Q2MEM-4MBF is a high-performance SRAM memory card with a storage capacity of 4 megabytes. It is designed to support SD memory cards, enabling seamless data exchange between high-speed通用型 QCPU systems and PCs equipped with SD card slots. This card allows simultaneous use of both SD memory cards and expansion SRAM cards, providing flexible data management capabilities.
With the expansion SRAM card, users can extend file registers, while the SD memory card facilitates data file recording, storage of extensive annotation data, and boot operation via the memory card. The system supports automatic recording: simply inserting an SD memory card containing a recording configuration file into the CPU initiates automatic data logging. This feature is particularly useful for remote data collection, as users can receive recording configuration files via email, transfer them to the SD card, and begin recording immediately.
The data recording function is designed for enhanced user experience, requiring no programming. Using a dedicated configuration tool with a guided wizard, users can easily set up and save collected data in CSV format directly to the SD card. The saved CSV files can be efficiently utilized to create various reference materials, including daily reports, statistical reports, and general documentation. These resources are valuable for data analysis and traceability during system startup.
The system ensures no control data fluctuations are missed by collecting data during every sequential scan or at millisecond intervals. This capability allows for precise recording of control data changes, enabling rapid identification of causes during system failures and facilitating accurate operational analysis.
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