Difference between revisions of "OR10 MODS"

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[[category:NVGate]]
MODS is a set of hardware and software components that can be combined to serves multiple noise & vibration measurement applications. OR10 is the multimodal instrument for MODS.


 
This will help you efficiently handling your new instrument. Please read it carefully before operating your MODS components.
==OR10==
===Package contents===
===Package contents===
Your OR10 is delivered with accessories, software and licenses according to the ordered configuration.
Your OR10 is delivered with accessories, software and licenses according to the ordered configuration.
Line 14: Line 15:
3. USB-C cable for power supply.
3. USB-C cable for power supply.


[[Image:MODS_11.jpg|framed|none]]
[[File:USB_C.png]]


<br>
<br>
4. Specific Ethernet cable for operating OR10 from PC with NVGate software.
4. Specific Ethernet cable for operating OR10 from PC with NVGate software.
[[Image:MODS_11.jpg|framed|none]]


5. Lemo to BNC adapters cables: 3 models:
5. Lemo to BNC adapters cables: 3 models:
Line 27: Line 29:


B: Dynamic inputs 4 to 6
B: Dynamic inputs 4 to 6


C: Dynamic inputs 7 & 8 plus Ext. Sync 1 & 2.  Input 8 and Ext. Sync 1 are sharing the same BNC.<br>
C: Dynamic inputs 7 & 8 plus Ext. Sync 1 & 2.  Input 8 and Ext. Sync 1 are sharing the same BNC.<br>
Line 33: Line 34:


6. GPS antenna.
6. GPS antenna.
[[File:GPS antenna.png]]


7. External Wi-Fi antenna to extend wireless range. Works for both NVGo Apps on tablet or smartphone and NVGate on PC
7. External Wi-Fi antenna to extend wireless range. Works for both NVGo Apps on tablet or smartphone and NVGate on PC
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9. µSD card adapter for PC.
9. µSD card adapter for PC.


10. Carrying bag. 3 pouches:
10. Carrying bag.  
 
* '''Central''' is for the OR10 instrument.
* '''Mobile''' is for the field accessories (BNC adapters, antennas, USB cable for power bank) usage. This pouch is also suitable for carrying transducers.
* '''Office '''is for stationary accessories: Power supply, Ethernet cable, USB cable and µSD card adapter.
 
NB: The carrying bag may be disassembled in order to:
 
* Adjust form factor (Flat) to travel luggage
* Reduce size by leaving accessory pouch when it is not required (ex: Office for field measurement)
Pouches are maintained together by magnetic & locked fixtures. Lift up lateral pouches to detach. Affix pouches laterally to attach.


====Instrument description====
====Instrument description====
Line 67: Line 59:


====How to use the touch screen====
====How to use the touch screen====
The OR10 touch screen does not react to short Presss. Use longer press (200 ms to 0.5 second) for proper operations with the touch screen. The top and bottom arrows on the screen can be pressed from the keyboard.
The OR10 touch screen does not react to short Presss. Use longer press (200 ms to 0.5 second) for proper operations with the touch screen. The up and down arrows on the screen can be pressed using the physical buttons.


====Powering on/Off====
====Powering on/Off====
Line 84: Line 76:
Your OR10 is now ready to be operated with the purchased licenses.
Your OR10 is now ready to be operated with the purchased licenses.


To power off the OR10, Press the On/Off button:
To power off the OR10, Press the On/Off button quickly once. The screen will show:


*  
*  
[[Image:MODS_13.jpg|framed|none]]
[[Image:MODS_13.jpg|framed|none]]


One time shortly, the screen will offer:
Press on Shutdown to power off.
Press on Shutdown to power off.


* Maintain the pressure until the OR10 rings. OR10 shutdowns just after pressure release.
* Maintain the pressure until the OR10 rings. OR10 will shutdown just after pressure release.


===Connecting to OR10===
===Connecting to OR10===
====To PC through Ethernet<ref>The OR10 Wi-Fi is automatically disabled when the OR10 is connected to NVGate with the Ethernet cable.</ref>====
====To PC through Ethernet====
The OR10 Wi-Fi is automatically disabled when the OR10 is connected to NVGate with the Ethernet cable.
Connect the delivered Ethernet cable between the OR10 and the PC. The Ethernet protocol used by OR10 is IP V6. Check that your PC<nowiki>'</nowiki>s Ethernet adaptor is properly configured for IPV6 connection. IP addresses are automatically managed.
Connect the delivered Ethernet cable between the OR10 and the PC. The Ethernet protocol used by OR10 is IP V6. Check that your PC<nowiki>'</nowiki>s Ethernet adaptor is properly configured for IPV6 connection. IP addresses are automatically managed.


Line 114: Line 106:




Enable the Wi-Fi and install the Wi-Fi antenna (black) on the top of OR10.<br> Caution, do not invert the Wi-Fi (Black) and GPS (Orange) antenna. This may break the connectors pin.
Enable the Wi-Fi and install the Wi-Fi antenna (black) on the top of OR10.<br> Caution, do not invert the Wi-Fi (Black) and GPS (Orange) antenna. This may break the connector pins.


Bandwidths and locations must be adapted to the country where you operate wirelessly the OR10.
Bandwidths and locations must be adapted to the country where you operate the OR10 if you plan to use Wi-Fi.


<u>Bandwidths:</u> Pressing the top right button toggle the bandwidths between n / 2.4 GHz and ac / 5 GHz'''.'''
<u>Bandwidths:</u> Pressing the top right button toggle the bandwidths between n / 2.4 GHz and ac / 5 GHz'''.'''
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OR10 restarts. It will be ready to operates when the Main menu of the standalone interface is shown.
OR10 restarts. It will be ready to operates when the Main menu of the standalone interface is shown.


==Standalone operations==
===MODS OR10 Software===
===Template preparation===
====NVGate====
Standalone operations with OR10 are conducted with the OR10<nowiki>'</nowiki>s keyboard and touch screen. It features simple and fast setup and data acquisition with reduced interface. In order to benefit from the various OROS instruments possibilities, it is recommended to use predefined ''templates. Templates'' applies multiple front-end and recorder setups to OR10 in standalone operations.
[[NVGate|Read NVGate home page]]
 
====Stand alone operation====
''Templates'' are generated by ''NVGate'' the OROS Software platform<ref>It is also possible to generate Templates by editing files manually. It is not recommended to use this manner as the format may change without notice.</ref>. ''Templates'' are transferred in the OR10 memory in 2 possible ways:
[[NVGate_OR10_Stand_alone|Read OR10 stand alone operation page]]
 
* Directly when NVGate running in connected<ref>Any OROS instrument license can be used to prepare templates. License input number may limit templates inputs number.</ref> mode on the OR10<ref>Optional instrument locked NVGate license required.</ref> by
* Ethernet cable
* Wi-Fi
* By file transfer from PC to µSD card
====NVGate Template generation====
This feature is available from NVGate version 11.30.
 
1. Launches NVGate on the PC with your license:
 
* Dongle locked: Plug the delivered OROS dongle in one of the USB port of the PC running NVGate.
* Instrument locked: Connect the OR10 to the PC (Ethernet or Wi-Fi) to the PC.
2. Setup the front-end:
 
* Inputs & Ext. sync activation, couplings, sensitivities, ranges, labels, thresholds
* Sampling frequency. Note: the highest SF will be applied to all inputs
* CAN bus channels (up to 16) & parameters
* Recorder setup, duration and type (''Start to stop'' and ''Start to time'' only)
3. Add the setup to the OR10 or to file:
 
* Click on ''Home/OR10 Setup/Add current.''
 
[[Image:MODS_30.png|framed|none]]
 
* The Template setup dialog is displayed
 
[[Image:MODS_31.png|framed|none]]
 
OROS NVGate software uses ''DataSet Management'' (DSM) native technology. DSM features flexible properties that inform the used and produced data. (see ''M002-115-7 Users<nowiki>'</nowiki> manual ''for details).
 
MODS ''Templates'' benefit from this technology. The ''Template Setup'' dialog allow adding/editing comments and properties to the ''Templates'' and ''Measurements ''as follow:
 
* ''Description'' will be showed with the'' Template'' name into Standalone and NVGo interfaces,
* ''Template ''properties will be showed with the'' Template'' name & description into NVGo interface. The properties will be added to all ''Measurements'' made with this ''Template'',
* ''Measurement ''properties will be showed for edition while saving measurement into NVGo interface,
*  When importing measurement files in NVGate, the properties the destination ''Project'' will be added to all imported ''Measurements''.
====Adding Template by files====
When ''Templates ''are generated without OR10 connected to the PC (Dongle locked or Instrument locked on another OROS instrument) the transfer is made by file copy.
 
Click on the "Add to folder" button on bottom of the ''Template Setup'' dialog. Browse to the OR10 µSD card.
 
[[Image:MODS_32.png|framed|none]]
 
Open ''Data\template'' and click on ''Select'' ''Folder''. Your new template is now available from OR10.
 
===Standalone acquisition===
In standalone mode the OR10 instrument operates autonomously being setup through the keyboard and touch screen. Standalone mode requires an instrument locked license to operate.
 
The sequence of operations is as follow
 
1. From the main screen, browse and select the appropriate ''Template'':
 
[[Image:MODS_33.png|framed|none]]
 
2. Press down arrow to apply chosen Template to OR10 front-end. The input load is shown.<br>Note: Keyboard arrows may be used instead of touch screen ones.
 
[[Image:MODS_34.png|framed|none]]
 
3. Press the top left menu to adjust and check front-end with: <br>
 
* Playback''':''' play the inputs signal to the headphone connectors in stereo. Inputs are routed/un-routed to left or right channel by pressing the inputs position on the screen. <br>To move to another input, first un-route the input already routed to L or R channel. Playback volume can be adjusted by pressing the top right loudspeaker icon.
 
[[Image:MODS_35.png|framed|none]]
 
<br>
* Auto Range: Adjust individually and synchronously each input range according to the max absolute level on 1 sec period.
 
[[Image:MODS_36.jpg|framed|none]]
 
* Check ICP:  Check the presence of an ICP transducer on each input. This takes few seconds to stabilize the ICP voltage.
 
[[Image:MODS_37.jpg|framed|none]]
<br>
* '''C'''AN: Show the number of CAN messages configured and acquired.
 
[[Image:MODS_38.jpg|framed|none]]
 
----
 
* GPS: Enable/Disable the GPS. Provides status, position and number of satellites. Note: The GPS antenna provides best results while being set horizontally.
[[Image:MODS_39.jpg|framed|none]]
<br><br>
4. '''Check available memory'''…
 
[[Image:MODS_40.png|framed|none]]
 
5. '''tart acquisition: '''Press REC button on the keyboard. Status switches to Recording<ref>during the recording, Auto Range and Check ICP functions are disabled.</ref> and duration is displayed. All active inputs and CAN channels are recorded.
 
[[Image:MODS_41.png|framed|none]]
<br>
6. '''Stop the acquisition''': The acquisition stops
 
* At the end of the defined duration in ''Start to Time'' mode,
* When REC button is pressed.
 
[[Image:MODS_42.png|framed|none]]
<br>
7. '''Save the record:''' Records are saved with the predefined base name of the used ''Template''. A combination of a 3-digit number and a letter is added to manage the multiple acquisitions:
 
* Letter is incremented while using the same ''Template'' for multiple acquisitions
* Number is incremented and letter reset when ''Template ''is changed.
* Number and letter are adjusted to follow the highest file name combination on the OR10 memory.
All the properties with contents are saved with the recorded data.  Saved properties will be associated to the ''Measurement ''when records are imported in NVGate.<br>
8. '''Make a new acquisition''' or '''restart from point 1'''. Press up arrow to return to main screen.
 
[[Image:MODS_43.png|framed|none]]
 
===Recovering recorded files from OR10===
Recorded data are saved in OROS proprietary format. Those files must be imported in the OROS NVGate software platform prior to post-analysis or export to other formats.
 
Connect the PC OR10 memory to the PC (see § ''Accessing OR10 data'') and start NVGate on the PC. From NVGate ribbon click on Home/Dataset/Import.
 
[[Image:MODS_44.png|framed|none]]
 
The import file dialog is opened.
 
 
 
 
{|border="0" cellspacing="2" width="67%"
|
[[Image:MODS_45.png|framed|none]]
 
|&nbsp;
 
|}
 
* Select file type: OR10 signal (.or10),
* Select destination ''Project''. Note the imported record files will be will be added to this ''Project'' as ''Measurements''.  The ''Project ''properties will be added to the ''Measurements,''
* Select source path, OR10 or folder (see § ''Accessing OR10 data''),
* Sort and Select the set of files to import,
* Click on Ok, your files are now available in the NVGate data. These files are compatible with all modules of the OROS software suite.
====GPS files====
When the GPS is activated and see satellites, the successive (3D, 10 Hz) positions during the record are saved with the signal. GPS data are imported with the signal as .gpx files. These files are stored in the "Attachment" directory in the imported measures. From NVGate interface, open the project manager (''Home/Workflow'', then ''Project manager''). Right click on the imported Measure and select ''Attachement''.
 
===Post-process OR10 data===
From this point, recorded data may be:
 
* Post-analyzed with NVGate plug-ins or other modules of the OROS software suite,
* Exported (.txt, .uff, .wav) to others software according to the NVGate export licenses (.sdf, .atfx),
Directly processed by 3<sup>rd</sup> party software compatible with NVGate formats (OROS SQ, MODAL.)
 
----


*
====NVGo: Android OR10 Aplication====
[[NVGo|Read NVGo Android Apllication page]]

Latest revision as of 15:56, 11 October 2021

MODS is a set of hardware and software components that can be combined to serves multiple noise & vibration measurement applications. OR10 is the multimodal instrument for MODS.

This will help you efficiently handling your new instrument. Please read it carefully before operating your MODS components.

Package contents

Your OR10 is delivered with accessories, software and licenses according to the ordered configuration.

1. OR10 Instrument, with 4 or 8 dynamic inputs, 2 ext. sync inputs and optional software licenses for NVGo android App, Standalone interface and NVGate PC software

MODS 24.png

2. USB-C power supply designed to power OR10, and charge internal battery.

MODS 08.png


3. USB-C cable for power supply.

USB C.png


4. Specific Ethernet cable for operating OR10 from PC with NVGate software.

MODS 11.jpg

5. Lemo to BNC adapters cables: 3 models:

MODS 10.jpg

A: Dynamic inputs 1 to 3

B: Dynamic inputs 4 to 6

C: Dynamic inputs 7 & 8 plus Ext. Sync 1 & 2. Input 8 and Ext. Sync 1 are sharing the same BNC.
Note: these mini-LEMO connectors are spring locked. Pull-on outer ring to remove the connector.

6. GPS antenna. GPS antenna.png

7. External Wi-Fi antenna to extend wireless range. Works for both NVGo Apps on tablet or smartphone and NVGate on PC

MODS 06.png



8. CAN bus cable (Optional)

MODS 09.jpg

9. µSD card adapter for PC.

10. Carrying bag.

Instrument description

MODS 25.png

Starting OR10

Connect the USB-C cable to the OR10 on one side and to the power supply on other side. Plug the power supply into the mains. The OR10 beeps 2 times to acknowledge power supply presence.

How to use the touch screen

The OR10 touch screen does not react to short Presss. Use longer press (200 ms to 0.5 second) for proper operations with the touch screen. The up and down arrows on the screen can be pressed using the physical buttons.

Powering on/Off

MODS 12.jpg

Press the On/Off button from Top panel until OR10 beeps. The instrument shows the following screen:

If you power-on the OR10 in battery mode (No USB-C power supply), the system requires confirmation. This behavior is compulsory for shipping devices with Li-Ion batteries by Airplane. Press Yes or down arrow to start.

MODS 02.jpg

The system shows the serial number and the middleware version.

If you have a standalone license it is replaced by the following one:

Your OR10 is now ready to be operated with the purchased licenses.

To power off the OR10, Press the On/Off button quickly once. The screen will show:

MODS 13.jpg

Press on Shutdown to power off.

  • Maintain the pressure until the OR10 rings. OR10 will shutdown just after pressure release.

Connecting to OR10

To PC through Ethernet

The OR10 Wi-Fi is automatically disabled when the OR10 is connected to NVGate with the Ethernet cable. Connect the delivered Ethernet cable between the OR10 and the PC. The Ethernet protocol used by OR10 is IP V6. Check that your PC's Ethernet adaptor is properly configured for IPV6 connection. IP addresses are automatically managed.

To PC or Tablet through Wi-Fi

Attention, NVGate is a real-time software which need to process gap free signal (no missing samples). OR10 being a DAQ, it sends continuously raw data to the PC. Using Wi-Fi connection is not recommended in buried environments or with high channel * sampling frequency configuration. Using a wired Ethernet ensures gap free acquisition and stable operations

Enable and setup OR10's access point

Verify the OR10 Wi-Fi is activated from the following menu on the instrument.


MODS 01.jpg

Press the instrument menu on top left of main screen. Then press the Wi-Fi button, the Wi-Fi menu is displayed.

MODS 03.jpg


Enable the Wi-Fi and install the Wi-Fi antenna (black) on the top of OR10.
Caution, do not invert the Wi-Fi (Black) and GPS (Orange) antenna. This may break the connector pins.

Bandwidths and locations must be adapted to the country where you operate the OR10 if you plan to use Wi-Fi.

Bandwidths: Pressing the top right button toggle the bandwidths between n / 2.4 GHz and ac / 5 GHz.

Locations: the location is adjusted from the NVGate Connection dialog. This usage does not require licenses.

Caution: the 5 GHz bandwidth is not compatible with World location. Selecting this combination from OR10 screen will block the OR10 Wi-Fi.

Connect to the access point

The Ethernet protocol used by OR10 is IP V6. Check that your PC's Ethernet adaptor is properly configured for IPV6 connection. IP addresses are automatically managed.

Open the wireless connection dialog and select the OR10. Your OR10 SSID is: OR10_XXXXXX where XXXXXX is your OR10 S/N.

A password is requested. Default password is "12345678". It is recommended to update this password to ensure data security and avoid interferences or malwares.

MODS 26.png

Start NVGate from the PC. No licenses are requested at this point. The NVGate connection window in displayed:

MODS 27.png

If your instrument is not visible, click on Refresh to update the list. with Windows 10, if the OR10 is not visible, it may be necessary to allow "Manage random addresses" from the OR10 Wi-Fi connection properties.

Select the instrument, the right panel will show OR10 information. Hyperlinks allow modifying contents/settings.

For Wi-Fi setup, click on Server, the IP dialog is displayed.

Mode and Country must be adjusted to local standards.

Channel allows optimizing the Wi-Fi performances and bandwidth jamming. Available channels depend on selected Country. Contact your IT services to adjust it.

It is recommended to modify the default password.

MODS 28.png

Your OR10 is now connected to the PC within local regulation standards. Click on Ok and on Start from the NVGate connection dialog to launch NVGate software with the OR10 as a front-end.

Accessing OR10 data

OR10 data consist of Templates (setups) and Measurements saved in the µSD memory.

Using the µSD card adapter

Press the instrument menu on top left of main screen. Then, press Swap SD button.

MODS 29.png

The swap procedure starts, it takes just a few seconds:

1. When the OR10 asks: Swap SD card? press Yes to continue

2. Then OR10 proposes: Remove and insert new SD card. Remove the µSD card from the chassis aperture on the right side of the OR10 by push-pulling the card on the slot.

3. Plug the µSD in the adapter and plug it to the PC.

4. Browse the SD card from your PC. Files & directories are available for Copy/Paste/Delete. Directories and files types are discussed in next chapters.

5. When your data are collected, re-plug the µSD car into the OR10 slot, and press Done to continue.

OR10 restarts. It will be ready to operates when the Main menu of the standalone interface is shown.

MODS OR10 Software

NVGate

Read NVGate home page

Stand alone operation

Read OR10 stand alone operation page

NVGo: Android OR10 Aplication

Read NVGo Android Apllication page

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