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Difference between revisions of "Balancing single/dual plane"
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→Select the configuration of the machine
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====Select the configuration of the machine==== | ====Select the configuration of the machine==== | ||
This window, called "Analyser" help you to quickly setting up your measurement. | This window, called "Analyser", will help you to quickly setting up your measurement. | ||
First, select the configuration of your machine according to the number of planes, the geometry of the rotor (pos. of planes and bearings) and the number of vibration sensors. | First, select the configuration of your machine according to the number of planes, the geometry of the rotor (pos. of planes and bearings) and the number of vibration sensors. | ||
[[Bal_Select_Machine.png|framed|none]]<br> | [[Image:Bal_Select_Machine.png|framed|none]]<br> | ||
Here, we are selecting a two planes rotor, with both planes between the bearings and 2 sensors. | Here, we are selecting a two planes rotor, with both planes between the bearings and 2 sensors. | ||
Connect your transducers to the corresponding inputs on your 3-SERIES analyzer. The Balancing program will automatically associates the physical inputs of the frontend with the channels for the balancing according to the schem : '''In1''' is the ''input 1'' of the frontend, '''In2''' is the ''input 2'', '''In3''' the ''input 3'' and '''In4''' the ''input 4'''. | Connect your transducers to the corresponding inputs on your 3-SERIES analyzer. The Balancing program will automatically associates the physical inputs of the frontend with the channels for the balancing according to the schem : '''In1''' is the ''input 1'' of the frontend, '''In2''' is the ''input 2'', '''In3''' the ''input 3'' and '''In4''' the ''input 4'''. | ||
''Balancing Planes Setup – 2 Planes and 2 Sensors'' | ''Balancing Planes Setup – 2 Planes and 2 Sensors'' | ||