Vibration Research Corporation VibrationVIEW, Manual

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How To ... 80
© 1995-2005 Vibration Research Corporation. All rights reserved.
Ch2 Channel 2
Ch3 Channel 3
Ch4 Channel 4
Ch5 Channel 5
Ch6 Channel 6
Ch7 Channel 7
Ch8 Channel 8
Ch9 Channel 9
Ch10 Channel 10
Ch11 Channel 11
Ch12 Channel 12
Ch13 Channel 13
Ch14 Channel 14
Ch15 Channel 15
Ch16 Channel 16
Control Control channel
Demand Demand level
Tolerance Tolerance lines
Abort Abort lines
Note: For Loop declaration (using multiple loop control) add the number of the control loop you want
graphed.
Example: [GRAPH:xxx:nn] where nn is the control loop.
Note: For Transmissibility graphs the first channel listed is the numerator and the last is the
denominator.
Flags that may be applied to set the formatting of the graph:
W150 Select graph width, in mm (default is 150)
H100 select graph height, in mm (default is 100)
LogX Use a logarithmic horizontal axis (default is linear)
LogY Use a logarithmic vertical axis (default is linear)
BW Create a black-and-white plot (default is color)
ActiveLines Display only the frequency range being controlled
XMin10.0 Force the minimum value on the X axis to 10.0
XMax100.0 Force the maximum value on the X axis to 100.0
YMin10.0 Force the minimum value on the Y axis to 10.0
YMax100.0 Force the maximum value on the Y axis to 100.0
Example:
[GRAPH:Accel,Ch1,Ch2,LogX,LogY,BW]
2.8.11 Shock report graph types
Shock report graph types
Graph types for Sine reports may be one of the following:
[GRAPH:Accel] Acceleration vs. time
[GRAPH:Vel] Velocity vs. time
[GRAPH:Disp] Displacement vs. time
[GRAPH:Frequency] Spectral content of the acceleration signal
[GRAPH:Phase] Phase vs. frequency
[GRAPH:Drive] Drive signal vs. time