Tutorial ODS modal - Revision history

Lmagimel at 10:49, 23 February 2026

2026-02-23T10:49:25Z

← Older revision		Revision as of 12:49, 23 February 2026
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	[[category:WikiOros]]		[[category:WikiOros]]




	Instructions for using MODAL ODS (time signals) with NVGate		Instructions for using MODAL ODS (time signals) with NVGate


	==Video Tutorial==		==Video Tutorial==

Lmagimel at 10:49, 23 February 2026

2026-02-23T10:49:16Z

← Older revision		Revision as of 12:49, 23 February 2026
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	~~<Youtube>https://youtu.be/knLnt1Ck0yc</Youtube>~~

	Instructions for using MODAL ODS (time signals) with NVGate		Instructions for using MODAL ODS (time signals) with NVGate


			==Video Tutorial==
			<Youtube>https://youtu.be/knLnt1Ck0yc</Youtube>

	==Create a project in OROS Modal==		==Create a project in OROS Modal==

Lmagimel at 10:48, 23 February 2026

2026-02-23T10:48:52Z

← Older revision		Revision as of 12:48, 23 February 2026
Line 2:		Line 2:


	<Youtube>https://youtu.be/knLnt1Ck0yc<\Youtube>		<Youtube>https://youtu.be/knLnt1Ck0yc</Youtube>

	Instructions for using MODAL ODS (time signals) with NVGate		Instructions for using MODAL ODS (time signals) with NVGate

Lmagimel at 10:48, 23 February 2026

2026-02-23T10:48:40Z

← Older revision		Revision as of 12:48, 23 February 2026
Line 1:		Line 1:
	[[category:WikiOros]]		[[category:WikiOros]]


			<Youtube>https://youtu.be/knLnt1Ck0yc<\Youtube>

	Instructions for using MODAL ODS (time signals) with NVGate		Instructions for using MODAL ODS (time signals) with NVGate

Lmagimel at 09:10, 26 November 2024

2024-11-26T09:10:27Z

← Older revision		Revision as of 11:10, 26 November 2024
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			[[category:WikiOros]]
	Instructions for using MODAL ODS (time signals) with NVGate		Instructions for using MODAL ODS (time signals) with NVGate

Lmagimel: /* Show result */

2021-02-04T08:56:52Z

Show result

← Older revision		Revision as of 10:56, 4 February 2021
Line 118:		Line 118:
	==Show result==		==Show result==

			===Time domaion===

	Now click on “Time Domain” in the “ODS Method Selection” menu item in the “Workspace Panel”. The waveform is then displayed:		Now click on “Time Domain” in the “ODS Method Selection” menu item in the “Workspace Panel”. The waveform is then displayed:

	[[File:12_ods.PNG\|500px]]		[[File:12_ods.PNG\|500px]]

			===Frequency domain===

			You need to pass by the [[Modal_Signal_Processing\|signal processing module]] and compute the PSD on the time signal, then Frequency ODS will be available.

Lmagimel at 08:29, 4 February 2021

2021-02-04T08:29:03Z

← Older revision		Revision as of 10:29, 4 February 2021
Line 15:		Line 15:
	Rename you the .cfg file to your kipper and put them in the previously newly created folder from. Close to the window with "Save":		Rename you the .cfg file to your kipper and put them in the previously newly created folder from. Close to the window with "Save":

	[[File:1.png\|~~400px~~]]		[[File:1.png\|500px]]

	==Create geometry ==		==Create geometry ==
Line 25:		Line 25:
	The individual ways can be looked up in detail in the OROS Modal manual. The structure in this example is as follows:		The individual ways can be looked up in detail in the OROS Modal manual. The structure in this example is as follows:

	[[File:2.PNG\|~~400px~~]]		[[File:2.PNG\|500px]]

	==time data in NVGate==		==time data in NVGate==
Line 41:		Line 41:
	Activate the required channels with the recorder and configure the sensors as usual. In addition , the point to be measured and the measuring direction of the sensor must be specified in the “Channel connection properties”. This must be adjusted after each measurement until all measuring points have been measured. In our example, input 1 always remains in the same place as a reference , the second moves away the other points in the structure.		Activate the required channels with the recorder and configure the sensors as usual. In addition , the point to be measured and the measuring direction of the sensor must be specified in the “Channel connection properties”. This must be adjusted after each measurement until all measuring points have been measured. In our example, input 1 always remains in the same place as a reference , the second moves away the other points in the structure.

	[[File:3_ODS.PNG\|~~400px~~]]		[[File:3_ODS.PNG\|500px]]

	==Recorder settings==		==Recorder settings==
Line 53:		Line 53:
	The “Start to time” function ensures that all time measurements are exactly the same length at all points. If these are not of the same length, OROS Modal cannot process the data.		The “Start to time” function ensures that all time measurements are exactly the same length at all points. If these are not of the same length, OROS Modal cannot process the data.

	[[File:4_ODS.PNG\|~~400px~~]]		[[File:4_ODS.PNG\|500px]]


Line 65:		Line 65:
	It is important to adjust the node information (Node) and the measurement direction (Direction) in the "Channels connection properties" after each measurement:		It is important to adjust the node information (Node) and the measurement direction (Direction) in the "Channels connection properties" after each measurement:

	[[File:5_ods.PNG\|~~400px~~]]		[[File:5_ods.PNG\|500px]]

	These functions can also be added to the Control Panel for faster access:		These functions can also be added to the Control Panel for faster access:

	[[File:6_ODS.PNG\|~~400px~~]]		[[File:6_ODS.PNG\|500px]]


Line 77:		Line 77:

	Now make the different time measurements:		Now make the different time measurements:
	[[File:7_ods.PNG\|~~400px~~]]
			[[File:7_ods.PNG\|500px]]


Line 95:		Line 96:

	- "Excitation Mark" -> Unit of Y Axis -> m / s² Then select the UFF files using the "..." button		- "Excitation Mark" -> Unit of Y Axis -> m / s² Then select the UFF files using the "..." button
	[[File:8_ODS.PNG\|~~400px~~]]
			[[File:8_ODS.PNG\|500px]]


	Then select the previously created UFF files and click on "Open":		Then select the previously created UFF files and click on "Open":
	[[File:9_ods.PNG\|~~400px~~]]
			[[File:9_ods.PNG\|500px]]



	Then use the "Batch Add" function and confirm with "OK":		Then use the "Batch Add" function and confirm with "OK":
	[[File:10_ods.PNG\|~~400px~~]]
			[[File:10_ods.PNG\|500px]]


Line 110:		Line 114:
	The available data will now be displayed. Errors in the excited nodes or directions can be made here, then confirm with "OK":		The available data will now be displayed. Errors in the excited nodes or directions can be made here, then confirm with "OK":

	[[File:11_ods.PNG\|~~400px~~]]		[[File:11_ods.PNG\|500px]]

	==Show result==		==Show result==
Line 118:		Line 122:
	Now click on “Time Domain” in the “ODS Method Selection” menu item in the “Workspace Panel”. The waveform is then displayed:		Now click on “Time Domain” in the “ODS Method Selection” menu item in the “Workspace Panel”. The waveform is then displayed:

	[[File:12_ods.PNG\|~~400px~~]]		[[File:12_ods.PNG\|500px]]

Lmagimel: /* Create a project in OROS Modal */

2021-02-04T08:28:06Z

Create a project in OROS Modal

← Older revision		Revision as of 10:28, 4 February 2021
Line 14:		Line 14:

	Rename you the .cfg file to your kipper and put them in the previously newly created folder from. Close to the window with "Save":		Rename you the .cfg file to your kipper and put them in the previously newly created folder from. Close to the window with "Save":

	[[File:1.png\|400px]]		[[File:1.png\|400px]]

Lmagimel at 08:27, 4 February 2021

2021-02-04T08:27:58Z

← Older revision		Revision as of 10:27, 4 February 2021
Line 67:		Line 67:

	These functions can also be added to the Control Panel for faster access:		These functions can also be added to the Control Panel for faster access:
	[[File:~~7_ods~~.PNG\|400px]]
			[[File:6_ODS.PNG\|400px]]


	You can reach the “Customize Control Panel” menu by right-clicking in the Control Panel. Then create a new layout with the button marked in the middle of the window and then select the desired “Settings” and add them to the window using drag & drop. Then confirm with "OK".		You can reach the “Customize Control Panel” menu by right-clicking in the Control Panel. Then create a new layout with the button marked in the middle of the window and then select the desired “Settings” and add them to the window using drag & drop. Then confirm with "OK".
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	Now make the different time measurements:		Now make the different time measurements:
			[[File:7_ods.PNG\|400px]]

	~~[[File:8_ODS.PNG\|400px]]~~


Line 92:		Line 94:

	- "Excitation Mark" -> Unit of Y Axis -> m / s² Then select the UFF files using the "..." button		- "Excitation Mark" -> Unit of Y Axis -> m / s² Then select the UFF files using the "..." button
			[[File:8_ODS.PNG\|400px]]


			Then select the previously created UFF files and click on "Open":
	[[File:9_ods.PNG\|400px]]		[[File:9_ods.PNG\|400px]]

	~~Then select the previously created UFF files and click on "Open":~~
	~~[[File:10_ods.PNG\|400px]]~~


	Then use the "Batch Add" function and confirm with "OK":		Then use the "Batch Add" function and confirm with "OK":
	[[File:~~11_ods~~.PNG\|400px]]		[[File:10_ods.PNG\|400px]]



	The available data will now be displayed. Errors in the excited nodes or directions can be made here, then confirm with "OK":		The available data will now be displayed. Errors in the excited nodes or directions can be made here, then confirm with "OK":

	[[File:~~12_ods~~.PNG\|400px]]		[[File:11_ods.PNG\|400px]]

	==Show result==		==Show result==

Line 110:		Line 116:

	Now click on “Time Domain” in the “ODS Method Selection” menu item in the “Workspace Panel”. The waveform is then displayed:		Now click on “Time Domain” in the “ODS Method Selection” menu item in the “Workspace Panel”. The waveform is then displayed:

			[[File:12_ods.PNG\|400px]]

Lmagimel at 08:22, 4 February 2021

2021-02-04T08:22:49Z

← Older revision		Revision as of 10:22, 4 February 2021
Line 14:		Line 14:

	Rename you the .cfg file to your kipper and put them in the previously newly created folder from. Close to the window with "Save":		Rename you the .cfg file to your kipper and put them in the previously newly created folder from. Close to the window with "Save":
			[[File:1.png\|400px]]

	==Create geometry ==		==Create geometry ==
Line 23:		Line 24:
	The individual ways can be looked up in detail in the OROS Modal manual. The structure in this example is as follows:		The individual ways can be looked up in detail in the OROS Modal manual. The structure in this example is as follows:

			[[File:2.PNG\|400px]]

	==time data in NVGate==		==time data in NVGate==

	===~~project~~ Create ===		===Create Project===


Line 38:		Line 40:
	Activate the required channels with the recorder and configure the sensors as usual. In addition , the point to be measured and the measuring direction of the sensor must be specified in the “Channel connection properties”. This must be adjusted after each measurement until all measuring points have been measured. In our example, input 1 always remains in the same place as a reference , the second moves away the other points in the structure.		Activate the required channels with the recorder and configure the sensors as usual. In addition , the point to be measured and the measuring direction of the sensor must be specified in the “Channel connection properties”. This must be adjusted after each measurement until all measuring points have been measured. In our example, input 1 always remains in the same place as a reference , the second moves away the other points in the structure.

			[[File:3_ODS.PNG\|400px]]

	==Recorder settings==		==Recorder settings==
Line 48:		Line 51:

	The “Start to time” function ensures that all time measurements are exactly the same length at all points. If these are not of the same length, OROS Modal cannot process the data.		The “Start to time” function ensures that all time measurements are exactly the same length at all points. If these are not of the same length, OROS Modal cannot process the data.

			[[File:4_ODS.PNG\|400px]]


Line 58:		Line 63:

	It is important to adjust the node information (Node) and the measurement direction (Direction) in the "Channels connection properties" after each measurement:		It is important to adjust the node information (Node) and the measurement direction (Direction) in the "Channels connection properties" after each measurement:

			[[File:5_ods.PNG\|400px]]

	These functions can also be added to the Control Panel for faster access:		These functions can also be added to the Control Panel for faster access:
			[[File:7_ods.PNG\|400px]]

	You can reach the “Customize Control Panel” menu by right-clicking in the Control Panel. Then create a new layout with the button marked in the middle of the window and then select the desired “Settings” and add them to the window using drag & drop. Then confirm with "OK".		You can reach the “Customize Control Panel” menu by right-clicking in the Control Panel. Then create a new layout with the button marked in the middle of the window and then select the desired “Settings” and add them to the window using drag & drop. Then confirm with "OK".
Line 67:		Line 75:
	Now make the different time measurements:		Now make the different time measurements:

			[[File:8_ODS.PNG\|400px]]


Line 84:		Line 92:

	- "Excitation Mark" -> Unit of Y Axis -> m / s² Then select the UFF files using the "..." button		- "Excitation Mark" -> Unit of Y Axis -> m / s² Then select the UFF files using the "..." button
			[[File:9_ods.PNG\|400px]]

	Then select the previously created UFF files and click on "Open":		Then select the previously created UFF files and click on "Open":
			[[File:10_ods.PNG\|400px]]


	Then use the "Batch Add" function and confirm with "OK":		Then use the "Batch Add" function and confirm with "OK":
			[[File:11_ods.PNG\|400px]]


	The available data will now be displayed. Errors in the excited nodes or directions can be made here, then confirm with "OK":		The available data will now be displayed. Errors in the excited nodes or directions can be made here, then confirm with "OK":

			[[File:12_ods.PNG\|400px]]
	==Show result==		==Show result==