Example configurations

Measure grid, signal trigger & continuous monitoring

Continuous monitoring with grid-based acquisition.

What it is about
Station: Measure Grid From version 2.5.0.99 Simulation Category: Automation & sequence control

Shows how a measure grid can calculate characteristics during a running measurement and react to them — here across a speed range from 100 to 300 RPM. A signal trigger on the speed sensor starts the acquisition; the measurement data is analysed statistically grid point by grid point (mean value, FFT), and a condition inside the grid detects when the target speed is reached. The screencast shows the visualisation in the test view (HMI/SCADA).

The sequence in detail

Workflows in detail

  1. Main

    Continuous monitoring with grid-based acquisition.

    Start → endless loop (start trigger → init → signal trigger speed sensor → measure grid 100–300 RPM with statistical analysis, speed output and target speed detection → store) → end; error flow present.

  2. Signal Statistics

    Characteristic block per grid point.

    Characteristic start → mean value (AVG) → FFT → characteristic end.

Inside the software

Measurement sequence with a measure grid task (100–300 RPM): embedded analysis, end expression and a grid period of 100 ms
Measurement sequence with a measure grid task (100–300 RPM): embedded analysis, end expression and a grid period of 100 ms
Signal trigger on several hardware channels (sound card, simulated device, NI-DAQmx) with an amplitude threshold
Signal trigger on several hardware channels (sound card, simulated device, NI-DAQmx) with an amplitude threshold
Test view: implicitly synchronised measurements of force sensor and acceleration sensors after a peak trigger
Test view: implicitly synchronised measurements of force sensor and acceleration sensors after a peak trigger

Take it with you

Import through the SonicTC DbManager — individually or merged into an existing database.

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