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FlexLogger is application software for quick sensor configuration and data logging of mixed signals to verify electromechanical systems, all without programming.
FlexLogger is application software that helps you build flexible, scalable data-logging systems with NI data acquisition hardware, no programming required. You can use sensor-specific configuration workflows to quickly set up, visualize, and log a mix of synchronized measurements from analog sensors, digital signals, and vehicle communication buses. You can also generate voltage, current, or digital signals to drive actuators or control set points, which can be automated by event triggers in response to changing conditions. FlexLogger automatically saves metadata documenting your test configuration, so you can quickly trace test results and make comparisons across multiple tests. You can interactively review test results in the integrated data viewer to visually inspect your data and draw conclusions.
- Build customized screens to visualize your data with drag-and-drop engineering indicators
- Review logged test results in the integrated data viewer
Programming language: Build customized screens to visualize your data with drag-and-drop engineering indicators
Editor Features: Review logged test results in the integrated data viewer
Configure Mixed Measurements
Shorten test setup time with sensor-specific configuration workflows, a live data preview, and built-in hardware documentation.
Customize How You View Your Data
Get the insight you need during your test by tailoring your visualization with customizable screens.
Log Traceable Test Results
Capture information and make data-driven decisions with comprehensive metadata, flexible logging, and interactive data review.
Troubleshoot Physical Systems
You can use FlexLogger with sensor-specific DAQ hardware to integrate new measurements to quickly identify faults and malfunctions.
Characterize Component Performance
FlexLogger automatically synchronizes mixed-signal measurements, so you can accurately analyze data from different sources to verify physical components function according to design specifications.