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Difference between revisions of "Balancing"
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=Balancing 2023 : What's new?= | |||
Balancing software is continuously improved to take into account the restraint of the field such as the impossibility to install a weight on the rotor, or use the own weights or comply some balancing custom rules. | |||
==Disable some rotor positions== | |||
On the field, there are many reasons that may lead to not allow the mounting of correction masses.<br> | |||
Indeed, a mechanical obstruction such as a welded weight may lead impossible adding or removing mass at some rotor positions.<br> | |||
The computed balancing masses given by the software must take into account this fact.<br> | |||
As shown below, rotor positions can be disabled in the correction prognosis in the software. | |||
[[File:disable.jpg]] | |||
==Correction weight from a database== | |||
Basically the software provide a couple of balancing masses at two consecutive positions, giving the right resulting correction vector. <br> | |||
On the field, it is not always possible to build the exact masses to be mounted. | |||
Balancing software can take into account the actual weights to recommend the best distribution that will apply the right correction vector. <br> | |||
First, User has to register any weight in a database so that the software can take them for the computation. | |||
[[File:weight_database.jpg]] | |||
==Set max allowed weight per position== | |||
As a rule, a mass limitation per position have sometimes to be followed to prevent the mechanical integrity of the rotor. | |||
Hence, the balancing calculation will take into account this limitation. | |||
[[File:max_allowed_weight.jpg]] | |||
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