MultiPlane Balancing - Revision history

Lmagimel at 08:26, 3 February 2023

2023-02-03T08:26:45Z

← Older revision		Revision as of 10:26, 3 February 2023
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	~~this~~ software is now depreciated.		<big>This software is now depreciated.</big>

	The new version (easier to use) include single dual and multiplane. Please contact us for having avvess to this version.		The new version (easier to use) include single dual and multiplane. Please contact us for having avvess to this version.

Lmagimel at 08:26, 3 February 2023

2023-02-03T08:26:22Z

← Older revision		Revision as of 10:26, 3 February 2023
Line 1:		Line 1:
			this software is now depreciated.

			The new version (easier to use) include single dual and multiplane. Please contact us for having avvess to this version.



			==Multiplane balancing:==

			{{Software
			\|Logo= [[image:rotating-T-256.png\|90px]]
			\|Name= Multiplane Balancing
			\|Screenshot=[[File:MULTIPLANE_BALANCING_26.png\|120px]]
			\|Developers= [http://www.OROS.com Oros SA]
			\|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= 2012

			\|Latest Version= V2.57
			\|Download= [[MultiPlane_Balancing\|Here]]
			\|Update=
			\|Operating system= Windows 10 (and W7) ([[PC_Requirements\|see PC requirements]])
			\|Language= English, German, French
			\|Licence = Proprietery
			\|website=[https://www.oros.com/solutions/rotating-analysis/balancing/ Balancing on oros.com] and here!
			}}
			[[MultiPlane_Balancing_Install\|Install]]<br>

			[[MultiPlane_Balancing\|Manual]]<br>


			[[MultiPlane_export_1X_NVGate\|How to set up NVGate for Multi-Plane Balancing]]

			[[MultiPlane_Balancing#Exporting_data_from_ORBIGate_to_CSV\|How to export data from ORBIGate]]




	==Starting up the multiplane balancing module==		==Starting up the multiplane balancing module==

NHoffman: /* Prognostics */

2020-06-24T20:10:01Z

Prognostics

← Older revision		Revision as of 22:10, 24 June 2020
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	====Prognostics====		====Prognostics====
	The prognostics ~~are~~ the vibration that can be expected at the selected channel. The prognostics are given as a function of the masses that are chosen to be mounted. The values should be entered in the cell "Mounted weights".		The prognostics is the vibration that can be expected at the selected channel. The prognostics are given as a function of the masses that are chosen to be mounted. The values should be entered in the cell "Mounted weights".

	[[File:pronosis.png\|framed\|none]]		[[File:pronosis.png\|framed\|none]]

NHoffman: /* Overview */

2020-06-24T20:08:53Z

Overview

← Older revision		Revision as of 22:08, 24 June 2020
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	====Overview====		====Overview====
	The overview button ~~let~~ the user access an overview picture of the ~~corrections~~ recommendations for all planes.		The overview button allows the user to access an overview picture of the correction recommendations for all planes.

	[[Image:MULTIPLANE_BALANCING_45.png\|framed\|none]]		[[Image:MULTIPLANE_BALANCING_45.png\|framed\|none]]

NHoffman: /* RPM selection */

2020-06-24T20:05:38Z

RPM selection

← Older revision		Revision as of 22:05, 24 June 2020
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	====RPM selection====		====RPM selection====
	One of the major steps is to select the RPM range for the balancing. It is recommended not to select the critical speed itself as part of the RPM range. At this speed, the phase is changing a lot and it would not provide a good result. Typically, one should keep ~~away with~~ a 100 rpm distance from the peak during the RPM selection.		One of the major steps is to select the RPM range for the balancing. It is recommended not to select the critical speed itself as part of the RPM range. At this speed, the phase is changing a lot and it would not provide a good result. Typically, one should keep a 100 rpm distance from the peak during the RPM selection.

	There are two ways to select the rpm range to be selected: graphical and manual.		There are two ways to select the rpm range to be selected: graphical and manual.

NHoffman: /* Runs display */

2020-06-24T20:04:53Z

Runs display

← Older revision		Revision as of 22:04, 24 June 2020
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	====Runs display====		====Runs display====
	* As shown in the following window, one can select the data that should be displayed:		* As shown in the following window, one can select the data that should be displayed:
	* For each channels (active or not)		** For each channels (active or not)
	* For each run		** For each run
	* In different display types (Magnitude, Phase, Polar, RPM)		** In different display types (Magnitude, Phase, Polar, RPM)

	[[Image:MULTIPLANE_BALANCING_01.png\|framed\|none]]		[[Image:MULTIPLANE_BALANCING_01.png\|framed\|none]]

NHoffman: /* Channels selection */

2020-06-24T19:58:12Z

Channels selection

← Older revision		Revision as of 21:58, 24 June 2020
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	====Channels selection====		====Channels selection====
	Measurement files contain a number of channels. One doesn<nowiki>'</nowiki>t need to use all the channels. It is possible to make them active (X) or not, by clicking in the cell. ~~In that way~~ they~~<nowiki>'</nowiki>ll~~ be selected to be used or not for the calculations.		Measurement files contain a number of channels. One doesn<nowiki>'</nowiki>t need to use all the channels. It is possible to make them active (X) or not, by clicking in the cell. This is how they can be selected to be used or not for the calculations.

	[[Image:MULTIPLANE_BALANCING_35.gif\|framed\|none]]		[[Image:MULTIPLANE_BALANCING_35.gif\|framed\|none]]

NHoffman: /* Importing data from CSV to Balancing */

2020-06-24T19:52:57Z

Importing data from CSV to Balancing

← Older revision		Revision as of 21:52, 24 June 2020
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	=====Importing data from CSV to Balancing=====		=====Importing data from CSV to Balancing=====
	Importing data will convert CSV files to ODR files. The first step is to select CSV files from a directory. It should be displayed as in the window below. One can decide to select either (RMS) value or (Pk-Pk) values. Once the files are selected, ~~one should~~ press "convert and save". It will convert data to ODR files that are ~~the files~~ used by the software.		Importing data will convert CSV files to ODR files. The first step is to select CSV files from a directory. It should be displayed as in the window below. One can decide to select either (RMS) value or (Pk-Pk) values. Once the files are selected, press "convert and save". It will convert data to ODR files that are able to be used by the software.

	[[Image:MULTIPLANE_BALANCING_34.png\|framed\|none]]		[[Image:MULTIPLANE_BALANCING_34.png\|framed\|none]]
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	* One should not import a file that contains both a run-up and a run-down.		* One should not import a file that contains both a run-up and a run-down.
	* One should import data that contain data with the same physical dimension (acceleration, velocity or displacement).		* One should import data that contain data with the same physical dimension (acceleration, velocity or displacement).

	====Channels selection====		====Channels selection====
	Measurement files contain a number of channels. One doesn<nowiki>'</nowiki>t need to use all the channels. It is possible to make them active (X) or not, by clicking in the cell. In that way they<nowiki>'</nowiki>ll be selected to be used or not for the calculations.		Measurement files contain a number of channels. One doesn<nowiki>'</nowiki>t need to use all the channels. It is possible to make them active (X) or not, by clicking in the cell. In that way they<nowiki>'</nowiki>ll be selected to be used or not for the calculations.

NHoffman: /* Exporting data from ORBIGate to CSV */

2020-06-24T19:50:50Z

Exporting data from ORBIGate to CSV

← Older revision		Revision as of 21:50, 24 June 2020
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	====Importing data====		====Importing data====
	=====Exporting data from ORBIGate to CSV=====		=====Exporting data from ORBIGate to CSV=====
	~~Let us be in the case where the Balancing project is "Turbine 1".~~ One should load a measurement file in the navigation mode of ORBIGate. Then proceed as follows:		One should load a measurement file in the navigation mode of ORBIGate. Then proceed as follows:

	Step 1: File/export.		Step 1: File/export.

NHoffman: /* Method of balancing: Remove or Keep the test mass */

2020-06-24T19:37:32Z

Method of balancing: Remove or Keep the test mass

← Older revision		Revision as of 21:37, 24 June 2020
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	====Method of balancing: Remove or Keep the test mass====		====Method of balancing: Remove or Keep the test mass====
	There are two possibilities concerning the method to be used. ~~One can choose to remove the~~ test mass or ~~keep it~~. In most cases the test masse is removed~~. Sometime~~ there is no possibility to do that: the test mass ~~has to~~ be welded ~~for example~~.		There are two possibilities concerning the method to be used. The test mass can either be removed or remain. In most cases the test masse is removed, however, sometimes there is no possibility to do that such as situations where the test mass must be welded.

	===X data selection===		===X data selection===