Contents

SAFETY PRECAUTIONS
CONDITIONS OF USE FOR THE PRODUCT
INTRODUCTION
CONTENTS
RELEVANT MANUALS
TERMS
PART 1 Real-time Data Analyzer
- 1 Real-time Data Analyzer
- 2 SPECIFICATIONS
  - 2.1 Functional Specifications
    - Similar Waveform Recognition Tool
    - Real-time Statistic Diagnosis Tool
  - 2.2 Operational Specifications
    - Operating status
    - Operation when an error occurs
- 3 FUNCTION LIST
  - 3.1 Function List of Similar Waveform Recognition Tool
  - 3.2 Function List of Real-time Statistic Diagnosis Tool
- 4 PROCEDURE BEFORE OPERATION
  - 4.1 License Manager
    - Startup method
    - Screen configuration
    - Registration procedure of a temporary license
    - Registration procedure of a subscription license
  - 4.2 Startup Method
    - Similar Waveform Recognition Tool
    - Real-time Statistic Diagnosis Tool
  - 4.3 Display Language Switching
PART 2 Similar Waveform Recognition Tool
- 5 OVERVIEW
  - 5.1 Home screen
    - Setting file import
    - Setting file export
    - Edgecross Link Setting
- 6 WAVEFORM LEARNING
  - 6.1 Operation Overview in Waveform Learning
- 7 DATA DIAGNOSIS
  - 7.1 Operation Overview in Similarity Diagnosis
  - 7.2 Similarity Score
  - 7.3 Similarity Score Threshold List
  - 7.4 Pause of Similarity Diagnosis
- 8 PROCEDURE TO USE Similar Waveform Recognition Tool
  - 8.1 Data Analysis Setting
  - 8.2 Data Diagnosis Setting
  - 8.3 Starting a Temporary Operation
  - 8.4 Starting an Actual Operation
    - Checking the diagnosis status after starting an actual operation
    - Changing any settings after starting an actual operation
- 9 CREATING REFERENCE WAVEFORM LEARNING DATA
  - 9.1 Reference Waveform Learning Data File Creation Setting Screen
- 10 PUBLISHING DATA SETTING
  - 10.1 Publishing Data Setting Screen
  - 10.2 Publishing Data List Screen
- 11 OPERATION SETTING
  - 11.1 Operation Setting Screen
  - 11.2 Publishing Data List Screen
  - 11.3 Diagnosis Stop Condition Setting Screen
- 12 RESPONSE DATA SETTING
  - 12.1 Response Data List Screen
- 13 EXECUTION/MONITORING OF SIMILAR WAVEFORM RECOGNITION
  - 13.1 Similar Waveform Recognition Execution Status Detailed Monitoring Screen
- 14 OUTPUTTING DIAGNOSIS RESULT FILE
  - 14.1 File Specifications
  - 14.2 File Structure (When "Only difference condition" is selected for "Output Settings")
  - 14.3 File Structure (When "Fixed output cycle" is selected for "Output Settings")
  - 14.4 Operational Specifications
- 15 GX LogViewer COOPERATION
  - 15.1 Similar waveform recognition monitor
  - 15.2 Diagnosis result file display
- 16 CONSIDERATIONS FOR SIMILAR WAVEFORM RECOGNITION
  - 16.1 Waveforms Used for Similar Waveform Recognition
  - 16.2 Input Waveform (Reference Waveform) and Setting Items in Waveform Learning
  - 16.3 Setting Items for a Data Diagnostic Flow
  - 16.4 Restrictions on Reference Waveform Learning Data Once Created
  - 16.5 Number of Times of Detection
  - 16.6 Relativity between Collection Data Transmission Delay and a Diagnosis Result
- 17 TROUBLESHOOTING BY SYMPTOM
PART 3 Real-time Statistic Diagnosis Tool
- 18 OVERVIEW
  - 18.1 Configuration Software
    - Screen configuration
- 19 PROCEDURE TO USE Real-time Statistic Diagnosis Tool
  - 19.1 Data Analysis Setting
  - 19.2 Data Diagnosis Setting
  - 19.3 Migrating settings to Real-time Statistic Diagnosis Tool in another industrial PC
    - Procedure to be performed in a migration source industrial PC
    - Procedure to be performed in a migration destination industrial PC
  - 19.4 Project File Setting Utility
- 20 Reader
  - 20.1 Screen Configuration
  - 20.2 Right-click Menu Items
  - 20.3 Folder Definition
  - 20.4 Adding a Unit Definition
  - 20.5 Editing Settings
  - 20.6 Switching the Operation Mode to CSV File Reading Mode
- 21 Analyzer
  - 21.1 Displaying Read Data
  - 21.2 Displaying Read Data Statistics
  - 21.3 Displaying Read Data Frequency
  - 21.4 SPC
  - 21.5 Multivariate Analysis (Single Central Value Format)
  - 21.6 Guard Band Diagnosis
  - 21.7 Creating Correlation Matrix
  - 21.8 Multiple Regression Analysis (LMR)
  - 21.9 Maharanobis - Taguchi method (MT)
  - 21.10 Editing Logics
  - 21.11 Setting logic variable
  - 21.12 Displaying Data after Running
  - 21.13 Displaying a Result of Simple diagnosis
  - 21.14 Displaying a Diagnostic Logic Result
  - 21.15 Management
  - 21.16 Data Management Setting
  - 21.17 Waveform Display Setting
  - 21.18 Logic Setting
  - 21.19 Programmable Controller CPU Cooperation Function
    - Guard band diagnosis
    - Multiple regression analysis
    - Maharanobis-Taguchi method
- 22 Monitor
  - 22.1 Screen Configuration
  - 22.2 Monitor Setting
  - 22.3 Starting Monitor
- 23 TROUBLESHOOTING BY SYMPTOM
APPENDIX
- Appendix 1 Processing Performance and Processing Time
  - Similar Waveform Recognition Tool
  - Real-time Statistic Diagnosis Tool
- Appendix 2 Available Characters
  - Similar Waveform Recognition Tool
  - Real-time Statistic Diagnosis Tool
- Appendix 3 Environment Settings for an Industrial PC where Real-time Data Analyzer Runs
  - Settings for indexes created for Windows Search
  - Settings for the Customer Experience Improvement Program
- Appendix 4 System Configuration and Application Settings for Operation of Real-time Data Analyzer
  - System configuration
  - Application settings
  - Corrective actions for high load on an industrial PC
- Appendix 5 Software Licenses
  - Software information
- Appendix 6 Supported Edgecross Basic Software Version
  - Similar Waveform Recognition Tool
  - Real-time Statistic Diagnosis Tool
- Appendix 7 Added and Changed Functions
INDEX
REVISIONS
TRADEMARKS
COPYRIGHTS

Mitsubishi SW1DND-RDA User's Manual

Mitsubishi SW1DND-RDA Data Analyzer manual cover

Pages 458

Year 2022

Language(s)

of 458

Mitsubishi SW1DND-RDA Data Analyzer Specification

The Mitsubishi SW1DND-RDA Data Analyzer is a sophisticated software tool designed for comprehensive data analysis and management in industrial automation environments. It is compatible with Mitsubishi Electric's range of programmable logic controllers (PLCs), providing seamless integration and enhanced operational efficiency. The software supports real-time data collection, allowing users to monitor and analyze plant performance accurately. Its user-friendly interface offers intuitive navigation and visualization features, enabling users to create custom dashboards and reports for better decision-making.

The SW1DND-RDA Data Analyzer offers robust data logging capabilities, ensuring critical data is captured and stored securely for future reference. It supports a wide array of data formats and offers flexible data import and export options, facilitating easy data interchange and collaboration. Advanced analytical tools within the software allow for in-depth data examination, including trend analysis, anomaly detection, and predictive maintenance insights, empowering users to optimize their processes and reduce downtime.

Security is a key focus of the Mitsubishi SW1DND-RDA, with features such as user authentication and data encryption ensuring that sensitive information is protected against unauthorized access. The software is highly scalable, supporting a range of industrial applications from small-scale operations to large, complex systems. Compatibility with various communication protocols ensures seamless integration into existing network infrastructures, enhancing its versatility and applicability. Overall, the Mitsubishi SW1DND-RDA Data Analyzer is a powerful solution that enhances data-driven decision-making in industrial settings, providing operators with the tools needed to optimize productivity and ensure operational excellence.

Mitsubishi SW1DND-RDA Data Analyzer F.A.Q.

How do I install the Mitsubishi SW1DND-RDA Data Analyzer software?

To install the Mitsubishi SW1DND-RDA Data Analyzer, insert the installation CD into your computer's drive, or download the installation package from the official Mitsubishi website. Follow the on-screen instructions to complete the installation process. Ensure your system meets the minimum requirements before installation.

What are the system requirements for running Mitsubishi SW1DND-RDA?

The Mitsubishi SW1DND-RDA requires a Windows operating system (Windows 7 or later), a minimum of 2GB RAM, and 500MB of available disk space. Ensure that .NET Framework 4.0 or later is installed on your system for optimal performance.

How can I update the SW1DND-RDA software?

To update the SW1DND-RDA software, visit the Mitsubishi Electric website and navigate to the support or downloads section. Download the latest update package and follow the instructions provided to install the update. Make sure to backup your data before performing an update.

What should I do if the SW1DND-RDA software crashes or freezes?

If the software crashes or freezes, try restarting your computer and reopening the application. Ensure that your computer meets the necessary requirements and that all drivers are up to date. If problems persist, consider uninstalling and reinstalling the software or contacting Mitsubishi support for further assistance.

How do I connect the SW1DND-RDA to my Mitsubishi PLC?

To connect the SW1DND-RDA to a Mitsubishi PLC, use the appropriate communication cable or interface module compatible with your PLC model. Configure the communication settings within the software to match the PLC's parameters, including baud rate, parity, and data bits.

Can I use SW1DND-RDA to analyze data from multiple PLCs simultaneously?

Yes, the SW1DND-RDA supports data analysis from multiple PLCs simultaneously. Ensure each PLC is properly connected and configured within the software. Utilize the multi-channel feature to manage and analyze data streams from different PLCs effectively.

How do I perform a data backup within the SW1DND-RDA?

To perform a data backup, navigate to the 'File' menu and select 'Export Data'. Choose the desired data sets and specify the location to save the backup file. It is recommended to perform regular backups to prevent data loss.

What troubleshooting steps should I take if data is not being recorded correctly?

If data is not being recorded correctly, check the communication connections and ensure the settings in SW1DND-RDA match those of the PLC. Verify that the correct data channels are selected and that there are no interruptions in the data stream. Restarting the software may also resolve temporary glitches.

How can I customize reports generated by the SW1DND-RDA?

To customize reports, access the report settings within the software. You can select specific data points, adjust formatting, and include or exclude certain elements. Use the 'Preview' feature to check changes before finalizing the report.

What should I do if I encounter an error message while using SW1DND-RDA?

If you encounter an error message, note the error code and consult the software's user manual or the Mitsubishi support website for troubleshooting tips. If the issue persists, contact Mitsubishi technical support with details about the error and your system configuration.