Difference between revisions of "NVGate Torsional"

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52 bytes added ,  16:37, 21 May 2020
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The twist can be:
The twist can be:


* '''Static twist''': measure the transmitted torque and power. This is a parameter not for analysis
* '''Static''': measure the transmitted torque and power. This is a not a dynamic result and is not to be analysed.
* '''Dynamic twist''': measure the oscillating stress and resonances. This is a dynamic signal to be analyzed.
* '''Dynamic ''': measure the oscillating stress and resonances. This is a dynamic signal to be analyzed.


[[Image:Release_note_25.png|framed|none]]
[[Image:Release_note_25.png|framed|none]]


Both signals are computed simultaneously by the virtual input module.
Both signals are calculated simultaneously by the virtual input module.


When the torsional signals are settled up, simply connect it to the ''Virtual input ''plug-in
When the torsional signals are setup, simply connect it to the ''Virtual input ''plug-in


For computing the phase between the 2 sides of the twist it is necessary having a tachometer.
To calculate the phase between the 2 sides of the twist it is necessary having a tachometer.


This tachometer can come from any of the inputs or directly from one of the torsional signals using the ''Torsional <nowiki>+</nowiki> tach.'' mode.
This tachometer can come from any of the inputs or directly from one of the torsional signals using the ''Torsional <nowiki>+</nowiki> tach.'' mode. Missing tooth help to have a better accuracy.


Then click on the ''Tools/Virtual inputs/dynamic'' button to open the virtual inputs setting. Click on the Twist tab. Select each torsional signal from the ''source 1'' and ''source 2'' lists.
Then click on the ''Tools/Virtual inputs/dynamic'' button to open the virtual inputs setting. Click on the Twist tab. Select each torsional signal from the ''source 1'' and ''source 2'' lists.

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