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revolution
The acquired speed on the Detector.
viewer_config_x
Configuration data for the FIS View er.
The entries "Name", "Type", "Prealarm", "Alarm" and "Data" are created for
every existing characteristic value, i.e. a maximum of four times.
x
designates
the serial number of the characteristic value.
The entries "Velocity", "Acceleration" and "Demodulation" refer to other CSV
files with the data of the measured time signals.
The time signal files are structured as follows:
The file header contains the data.
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idx
Measurement identification number.
Internal Number
Internal number identify ing the measuring point.
Timestamp
Timestamp.
ValueUnit
Detector channel (v elocity , acceleration or demodulation) of the
measurement, as a figure and in plain tex t.
length
Column 1: Internal control index , Column 2: Number of FFT lines set in
the configuration.
Ampl
Amplifier setting used in the measurement. Amplification factor = 2
Ampl
,
w here 0 means amplification factor 1, 6 amplification factor 64. This
constant is already considered in the time signal v alues.
Scale factor
Scale factor for the measurement. This has been w orked into the time
signal v alue already just as w ell.
Sample rate
Sample rate in samples per Second.
Rotational speed
The acquired speed on the Detector.
GUID
Global unique identification number of the measuring point.
Timesignal count /
FFT count
Number of time signals and FFT v alues
The time signals and FFT values are stored in four columns under the header.
Column 1 contains the time of the measurement in seconds from the start of
the time signal, column 2 contains the time signal measurement.
Column 3 contains the frequencies of the FFT in Hz, column 4 the
