Difference between revisions of "Balancing"
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|Logo= [[image:rotating-V-256.png|90px]] | |Logo= [[image:rotating-V-256.png|90px]] | ||
|Name= Balancing Software | |Name= Balancing Software | ||
|Screenshot=[[File: | |Screenshot=[[File:screen_shot_bal2pl.jpg|120px]]] | ||
|Developers= [http://www.OROS.com Oros | |Developers= [http://www.OROS.com Oros.com] | ||
|Type= [https://en.wikipedia.org/wiki/Balancing_of_rotating_masses Balancing of rotating masses], [https://en.wikipedia.org/wiki/Signal_processing Signal processing],Industrial Rotating machines, [https://en.wikipedia.org/wiki/Vibration Vibration], | |Type= [https://en.wikipedia.org/wiki/Balancing_of_rotating_masses Balancing of rotating masses], [https://en.wikipedia.org/wiki/Signal_processing Signal processing],Industrial Rotating machines, [https://en.wikipedia.org/wiki/Vibration Vibration], | ||
|First release= 1995 | |First release= 1995 | ||
|Latest Version= | |Latest Version= 2023 | ||
|Download= [[Balancing_single/dual_plane_Install|Here]] | |Download= [[Balancing_single/dual_plane_Install|Here]] | ||
|Update= | |Update= | ||
|Operating system= Windows 10 (and W7) ([[PC_Requirements|see PC requirements]]) | |Operating system= Windows 10 (and W7) ([[PC_Requirements|see PC requirements]]) | ||
|Language= English, German, French, | |Language= English, German, French, Japanese, Chinese | ||
|Licence = Proprietery | |Licence = Proprietery | ||
|website=[ | |website=[https://www.oros.com/solutions/rotating-analysis/balancing/ Balancing on oros.com] and here! | ||
}} | }} | ||
Balancing single dual: | =Overview= | ||
Solution for rotor balancing including single/dual plane module (rigid rotor) and multi-plane module (flexible rotor).<br> | |||
[[File:SDP_feat.jpg]] | |||
[[File:MP_feat.jpg]] | |||
=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.<br> | |||
[[File:Balancing.jpg|800px]] | |||
<br> | |||
==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]] | |||
The new version include single/dual and multiplane balancing inside the same software ! | |||
= Balancing 2023 = | |||
=== [https://my.oros.com/categories/software/balancing/ Install]=== | |||
=== [https://orossas.sharepoint.com/:b:/g/support/EVM7UHoimRpCg1nJP7KFzcgBOv1y-wZs-J-ZmHxO_AOQXg?e=iTvT17 User's Manual]=== | |||
=== Documentation === | |||
* [[MultiPlane_Balancing_Turbocharger_Aplication|MultiPlane Balancing Turbocharger Application : Best practices for Flexible Balancing]] | |||
* [https://orossas.sharepoint.com/:b:/g/support/EU3IZuNS1qVPmzaLVGBfUyMBgW_k_7YQCgH8Wi0BLN7WzA?e=Wmtffv Best pratices for Flexible Balancing (White Paper)] | |||
=Depreciated (old software)= | |||
*[[Balancing_single/dual_plane|Depreciated: balancing single dual plane manual]] | |||
*[[Balancing_single/dual_plane_Install|Install]] | *[[Balancing_single/dual_plane_Install|Install]] | ||
*[[ | *[[MultiPlane_Balancing|Depreciated: multiplane balancing manual old software ]]<br> | ||
'''Video Tutorial:'''<br> | '''Video Tutorial:'''<br> | ||
<youtube>https://youtu.be/rEtaeQNKOq0</youtube> | <youtube>https://youtu.be/rEtaeQNKOq0</youtube> | ||
Latest revision as of 16:25, 2 January 2024
| Balancing Software | |
|---|---|
|
 ]
|
| Developer | Oros.com |
| Type | Balancing of rotating masses, Signal processing,Industrial Rotating machines, Vibration, |
| First release | 1995 |
| Latest Version | 2023 |
| Download | Here |
| Operating system: | Windows 10 (and W7) (see PC requirements) |
| Language | English, German, French, Japanese, Chinese |
| Official website | Balancing on oros.com and here! |
Overview
Solution for rotor balancing including single/dual plane module (rigid rotor) and multi-plane module (flexible rotor).
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.
Indeed, a mechanical obstruction such as a welded weight may lead impossible adding or removing mass at some rotor positions.
The computed balancing masses given by the software must take into account this fact.
As shown below, rotor positions can be disabled in the correction prognosis in the software.
Correction weight from a database
Basically the software provide a couple of balancing masses at two consecutive positions, giving the right resulting correction vector.
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.
First, User has to register any weight in a database so that the software can take them for the computation.
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.
The new version include single/dual and multiplane balancing inside the same software !
Balancing 2023
Install
User's Manual
Documentation
Depreciated (old software)
- Depreciated: balancing single dual plane manual
- Install
- Depreciated: multiplane balancing manual old software
Video Tutorial: