This video explains how to use the monitor output functionality with DEWETRON’s new TRION3-AOUT module.

• Step 1: Open the ‘Data Channel List’ menu to open the channel settings of the analog output channel, on which you would like to output your signal.
• Step 2: Select ‘Monitor Output’ as the Mode and select your source channel. Additionally, the channel can be output as the actual value, the average, or the RMS value.
• Step 3: After closing the settings, you can see the original and the monitored output signal in the recorders.

This video explains how to use the math output functionality with DEWETRON’s new TRION3-AOUT module.

• Step 1: Open the ‘Data Channel List’ menu where you select the channel settings of the analog output channel, on which you would like to output your signal
• Step 2: Select ‘Math Output’ as the ‘Mode’ and select your two ‘Source Channels’. Three different operations are available. Additionally, the channel can be output as the ‘Actual’ value, the ‘Average’ or the ‘RMS’ value
• Step 3: In a recorder, you can see the two original and mathematical output signals

This video explains how to use the constant output functionality with DEWETRON’s new TRION3-AOUT module.

• Step 1: Open the ‘Data Channels List’ menu to open the channel settings of the analog output channel, on which you would like to output your signal
• Step 2: Select ‘Constant Output’ as the ‘Mode’, perhaps select a range and either use the slider to define a value or enter an individual value within the selected range
• Step 3: Now you can output a constant value and look at the signal in a recorder

This video explains how to use the function generator with DEWETRON’s new TRION3-AOUT module (part 2).

• Step 1: Open the ‘Data Channels List’ menu, open the channel settings of the analog output channel, on which you would like to output your signal.
• Step 2: Select ‘Function Generator’ as the ‘Mode’, click on a box of the ‘Custom Waveform Store’ and select a file for your individual waveform. You can also drag and drop your file into the box directly.
• Step 3: Select up to 4 different signals!
• Step 4: Select the pattern which should be output as ‘Waveform’.
• Step 5: Close the settings and look at your signal which will be output in a recorder!

This video explains how to use the function generator with DEWETRON’s new TRION3-AOUT module (part 1).

• Step 1: Open the ‘Data Channels List’ menu and open the channel settings of the analog output channel, on which you would like to output your signal.
• Step 2: Select ‘Function Generator’ as the ‘Mode’, select a pre-defined ‘Waveform’, and define other parameters if needed.
• Step 3: Close the settings and in a recorder, you can see the signal which will be output.

This video explains how easy it is to get to the full-screen Data Channels List.

• Step 1: Click on ‘Toggle Button’ (right corner) to get to the full-screen ‘Data Channels List’
• Step 2: Click again to get back to the initial menu
• Step 3: Toggle easily between any menu and the ‘Data Channels List’

This video explains how to filter channels in the Data Channels List.

• Step 1: Open the ‘Data Channels List’ and filter the channels by name (‘Channel’), status (‘Active’) or mode (‘Mode’)
• Step 2: Reset the filter by clicking on the ‘Clear Filters’ Button

This video explains how to table scale with long lists in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel List’ and click on the gear button to enter the channel settings
• Step 2: Click on ‘Table’ under ‘Sensor Scaling’
• Step 3: Instead of entering each x and y value individually, copy the list in i.e. Excel and click ‘Paste’ in the ‘Table Scaling’ menu. Your channel is now table scaled!

Note: This works also the other way around by clicking on the ‘Copy’ button in the ‘Table Scaling’ menu

This video explains how to change the sample rate for individual channels in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel Menu’
• Step 2: Click on the sample rate of the channel, for which it should be adjusted
• Step 3: Click on ‘Enable reduction’, choose a ‘Target rate’ from the drop-down list and click ‘Ok’
• Step 4: The new reduced sample rate is shown in blue in the ‘Sample Rate’ column

This video explains how to simply copy and paste channel settings in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel Menu’
• Step 2: Change the settings of one channel
• Step 3: Select the channel and press ‘CTRL + C’ (Windows shortcut: copy) to copy the settings of the channel (note appears in the lower right corner)
• Step 4: Select the channel(s) to copy the settings to and press ‘CTRL + V’ (Windows shortcut: paste)
• Step 5: The settings are now copied to the previously selected channels (except the name)

This video explains how to deactivate channels in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel List Menu’ and either click on the button of the active column or swipe it to the left. Then, the value preview disappears
• Step 2: Data of those channels is not acquired anymore and cannot be visualized

In another video tutorial, you can learn how to turn off the data storing of specific channels while still acquiring data!

This video explains how to use TEDS in DEWETRON’s measurement software OXYGEN.

• Step 1: Simply connect your sensor with a TEDS chip to the system and all settings will be applied automatically.
• Step 2: Open the channel settings for more details. Click on the TEDS description to see all the information.
• Step 3: A green TEDS button means TEDS was successfully detected. By clicking on it, you can deactivate TEDS and all settings are reset.
• Step 4: By clicking on it again, TEDS will be scanned, and the settings are applied again.

Note: TEDS is supported for the modules TRION-2402-MULTI, TRION(3)-18×0-MULTI, and TRION-2402-dACC (IEPE mode/sensors only).

This video explains how to transmit an array channel over CAN.

• Step 1: Open the ‘Channel List’ and the detailed setup of your CAN signal.
• Step 2: Change the ‘Mode’ to ‘Transmit’, then drag and drop the array channel to be transmitted with the array index. For example, a second voltage harmonic shall be output over CAN – drop the channel into the ‘Channel’ field and enter the index 2 in the ‘Array index’ section.

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to apply a sensor to a channel.

• Step 1: The sensor database can be found in the ‘OXYGEN Setup’ menu in the section ‘Sensors’.
• Step 2: In order to apply a sensor to a channel, open the ‘Channel List’ and open the detailed setup of the channel, the sensor should be applied to.
• Step 3: Click on the button in the right top corner to open the sensor database and choose a sensor. The settings will be applied, and the name is shown on the top right and in the channel list.

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to deactivate the storing of channels in DEWETRON’s measurement software OXYGEN.

• Only step: Open the ‘Data Channel List Menu’, select the channel(s) and click on the red ‘Storing’ button to deactivate the storing

The data of this channel will not be stored but data will still be acquired by OXYGEN. This channel can e.g. still be used in a formula and only the data from the formula will be stored.

This video explains how to directly copy paste a picture on screen in our measurement software OXYGEN.

• Step 1: Select the picture you want to insert in the folder and press CTRL + C (Windows shortcut for copy)
• Step 2: Switch to OXYGEN where you click on your measurement screen and then press CTRL + V (Windows shortcut: paste). The picture is inserted in an ‘Image Instrument’ and can be arranged on the screen.

This video explains how you can lock your channel settings from unwanted changes.

• Step 1: Open the ‘System Settings’ menu and click on ‘Security’.
• Step 2: Select the option ‘Channel list’ and set a password.
• Step 3: A note appears on the bottom of the screen that the configuration is locked. The channel settings cannot be changed anymore.
• Step 4: To unlock, return to ‘Security’, click on the ‘Unlock’ button and enter your password.
• Step 5: It is again possible to change the channel settings. The security settings are saved within your setup file.

This video explains how to add sensor delay compensation.

• Step 1: Open “Instruments”.
• Step 2: Drag the “Chart recorder” to the measurement screen and add two equal signals.
• Step 3: Freeze the current measurement to add cursors by clicking on the icon on the top right corner of the instrument.
• Step 4: Go to “Data Channels” and open the signal settings of one signal.
• Step 5: Add a sensor delay between 0 and 500 ms.
• Result: The signal that was previously changed is delayed by the entered time.

*** We recorded this video with OXYGEN 6.3 ***

This video explains how to export an active recorder region or between cursors in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the data file you want to export by clicking on the ‘Open Data File…’ button
• Step 2: Open the small ‘Export Menu’
• Step 3: Click on the ‘Recorder Instrument’ and zoom in on the region you want to export
• Step 4: Select the channels you want to export in the list, below you see the checkbox for the ‘Export active recorder region’
• Step 5: Select the export format and click on ‘Export…’
• Step 6: Select the ‘Recorder’ and activate the cursors by clicking on the ‘Cursor’ button in the ‘Action Bar’
• Step 7: Move the cursors to the region you want to export, you will now see the ‘Export region between cursors’ checkbox below in the ‘Export settings’
• Step 8: Select the export format and click on ‘Export…’

This video explains how to export selected statistical values.

• Step 1: Open your measurement file.
• Step 2: Open the full ‘Export’ menu and select the channels to be exported.
• Step 3: For the ‘Statistics’ (reduced data), select the values, which should be exported.
• Step 4: Click on the ‘Export’ button to execute the export.

Note: This can also be set for the automatic export.

This video explains how to fill gaps (e.g. in Excel) when exporting channels with different sample rates.

• Step 1: Open your measurement file. You will see that the file includes channels with different sample rates, as seen in the ‘Channel List’ in the video.
• Step 2: Open the ‘Export menu’ and select the channels to be exported.
• Step 3: Check the ‘Fill data gaps’ checkbox in the ‘Waveform’ section, to fill up gaps for channels with a lower sample rate.
• Step 4: Click on the ‘Export’ button the execute the export.

Result: For channels with a lower sample rate, the last sample will now be repeated until a new sample is available. Like this, all the channels have the same length. Note: This can also be set for the automatic export.

This video explains how to split data on different spreadsheets.

• Step 1: Open your measurement file and open the ‘Export’ menu.
• Step 2: Select Excel from the options and select ‘split data sheets per event’ (triggered measurements) or ‘per file’ (multi-file recordings) to split the data on a new spreadsheet.
• Step 3: Export the measurement by clicking on ‘Save’.
• Step 4: Open the exported file > a new spreadsheet was created for each trigger.

This video explains how to round the number of decimals for the export.

• Step 1: Open your measurement file.
• Step 2: Open the full ‘Export’ menu and select the channels to be exported.
• Step 3: Select the decimal precision – available for .csv and .txt export.
• Step 4: Click on the ‘Export’ button the execute the export.
• Note: this can also be set for the automatic export.

This video explains how to export multiple files (batch-export).

• Step 1: Open a measurement file from your measurement campaign.
• Step 2: Open the full ‘Export’ menu, select the export format and the channels to be exported. If no channels are selected, all channels will be exported.
• Step 3: Click on ‘Batch export…’ and select the files which should also be exported.
• Step 4: Choose a destination folder and optionally check any boxes. Click on ‘Start’ to start the export.
• Step 5: The export will be performed for each file individually.

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to activate the automatic export after a recording stop.

• Step 1: Open the ‘Export menu’ and select the channels which should be exported after the recording stop.
• Step 2: Select the export format and optionally any settings.
• Step 3: Click on the checkbox ‘Export on measurement end’ to activate the automatic export and define the folder, where the exports should be stored.
• Step 4: Perform your measurement – after the recording stop, the export is done automatically and saved in the defined folder.

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to change the order of your menu symbols.

• Step 1: Click and hold symbol you would like to change until blue background appears
• Step 2: Drag the symbol and drop it where you like
• Step 3: Reset to default in ‘System Settings’ > ‘UI Options’ > ‘Sidebar Position’ > ‘Reset’

This video explains how to use header data in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Systems Settings Menu’ and go to ‘Header Data’
• Step 2: Define desired ‘Header Information’ and if it should be prompted
• Step 3: Close the ‘System Settings Menu’, start recording and enter prompted ‘Header Information’
• Step 4: Open recorded file and find ‘Header Data’ in the section ‘Headers’

This video explains how to name a file at the recording start in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘System Settings Menu’, go to ‘Measurement Setup’ and activate the button ‘Ask for filename before recording start’
• Step 2: Close the ‘System Settings Menu’ and click on the ‘Record’ button, enter the filename and click on ‘Record’ to start the recording

This video explains how to view a data file during recording in DEWETRON’s measurement software OXYGEN.

• Step 1: During recording another (or multiple other) datafile(s) can be opened
• Step 2: OXYGEN will start in the ‘Viewer’ mode
• Step 3: The recording will continue in the main OXYGEN window
• Step 4: All postprocessing features are also available in the ‘Viewer’ mode

This video explains how to automatically start recording when starting DEWETRON’s measurement software OXYGEN.

• Step 1: Go to the ‘System Settings’ and to ‘Measurement Setup’
• Step 2: In the section ‘Startup Behaviour’ select the setup file which should be loaded when starting OXYGEN
• Step 3: Go to ‘Triggered Events Menu’ and check the checkbox ‘Start measurement automatically’ in the section ‘Advanced Settings’
• Step 4: Overwrite the settings by saving the setup file which should be loaded
• Step 5: Whenever OXYGEN is launched again the recording starts automatically

This video explains how easy it is to create a demo system by using the DEWETRON Explorer.

• Step 1: Close OXYGEN and open your DEWETRON Explorer
• Step 2: Click on the ‘Demo Tab’ and choose the preferred chassis from the list – double click or click ‘Add’
• Step 3: Expand the enclosure by clicking on the arrow – you can see a number of slots
• Step 4: Click on the first (or any) slot and choose the TRION modules from the list – double click or click ‘Add’
• Step 5: Overwrite the settings by saving the setup file which should be loaded
• Step 6: For the POWER modules also the SUB-modules can be chosen under ‘Channel Properties’ by right-clicking on the sub-slot
• Step 7: After creating your virtual system, close the DEWETRON Explorer and save the configuration
• Step 8: Open OXYGEN to use your virtual system with simulated signals (i.e. creating setups)

This video explains how to update the TRIONet firmware remotely.

• Step 1: Open the ‘DEWETRON Explorer’ where warnings are shown
• Step 2: Right-click on your TRIONet device on the left and choose ‘Software Update’
• Step 3: A window will open; drag and drop the image file of the new firmware update into the box
• Step 4: Wait until the update is done – image file can be downloaded on our CCC portal

This video explains how to change the measurement screen to dark mode in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘System Settings’ to full screen and go to ‘UI Options’
• Step 2: Click on ‘Measurement screen colors’ and choose ‘Dark’ in the dropdown list
• Step 3: Go back to the measurement screen and enjoy the dark mode

This video explains how to update an OXYGEN license.

• Step 1: If no license is installed, you can see the text “Evaluation Copy” in the background
• Step 2: To install or update your license, open the “System Information” menu
• Step 3: Click on “Install” or “Update” and open your .lic file for OXYGEN
• Step 4: A notification window appears with the successful installation information
• Step 5: OXYGEN must be restarted for a successful completion

The license information can be seen again in the “System Information” menu

This video explains how to enable Multi-File recording in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘System Settings Menu’, go to the ‘Measurement Setup’ section, click or swipe the button ‘Enable multi-file recording’ and choose an option
• Step 2: Perform your measurement
• Step 3: Open the data, select the multi-file folder, then select all or single compatible parts. OXYGEN will stitch the parts together in the right order

This video explains how to use the file name pattern in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘System Settings’ menu and go to the ‘Measurement Setup’ settings.
• Step 2: Different modules are available e.g. time, date, and counter modules.
• Step 3: The textbox can be used to define individual text and the different modules can be used via drag and drop.
• Step 4: The ‘Filename preview’ shows you how the file names will look like.
• Hint: Entering the addition ‘File Start’ in the time module ensures the individual recording start times for multi-file recordings.

This video explains how to reset the local counter (file name pattern) in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘System Settings’ menu and go to the ‘Measurement Setup’ settings.
• Step 2: The local counter usually increases with every new measurement and is persistent, even when OXYGEN is closed. To reset it or use a specific number, enter that number in the designated field.
• Step 3: The numbering of the file names is changed now.

This video explains how to reset all settings in DEWETRON’s measurement software OXYGEN. It is possible to reset all settings in a setup file, like channel settings, measurement screen, etc.

• Step 1: To do so, open the ‘System Settings’. In the section ‘Measurement Setup’ click on the ‘Reset to Default’ button.
• Step 2: Now all the settings including the measurement screen are reset.

This video explains how to protect a setup in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘System Settings’ menu and click on ‘Security’.
• Step 2: Click on the checkboxes of the settings, you want to lock to protect them from any unwanted changes.
• Step 3: Set a password. A note appears on the bottom of the screen.
• Step 4: The lock is applied, and the selected settings cannot be changed anymore, without the password.
• Step 5: To unlock, return to ‘Security’, click on the ‘Unlock’ button and enter your password.
• Step 6: To remove the lock, click on the ‘Remove lock’ button.

This video explains how to prompt the header at the recording stop in our measurement software OXYGEN.

• Step 1: Open the ‘Systems Settings Menu’ and go to ‘Header Data’.
• Step 2: Click on ‘+’ to add a header, then enter a name.
• Step 3: Select ‘Recording stop’ as when it should be prompted. It can also be made mandatory by clicking on the checkbox.
• Step 4: Whenever the measurement is stopped, the header is prompted.

This video explains how to store multi-files in a specific folder.

• Step 1: Open the ‘System Settings’ and enable multi-file recording.
• Step 2: If no subfolder should be created, deactivate the slider ‘Create subfolder’.
• Step 3: Define the folder where the multi-files should be stored in the section ‘data storing’ and ‘data folder’.
• Step 4: Go back to your measurement screen and start the measurement to create several multi-files.
• Step 5: These will be stored in the defined folder, without creating a subfolder.

This video explains how to store multi-files in a specific folder.

• Step 1: Open the ‘System Settings’ and enable multi-file recording.
• Step 2: If no subfolder should be created, deactivate the slider ‘Create subfolder’.
• Step 3: Define the folder where the multi-files should be stored in the section ‘data storing’ and ‘data folder’.
• Step 4: Go back to your measurement screen and start the measurement to create several multi-files.
• Step 5: These will be stored in the defined folder, without creating a subfolder.

This video explains how to easily set up an OXYGEN-NET system.

• Step 1: Claim all the systems you want to add by clicking on the ‘claim’ button.
• Step 2: Once you claimed a node, it immediately appears in the ‘OXYGEN-NET SYSTEM’ section.
• Step 3: Claim as many nodes as you need.
• Step 4: The nodes are synchronized automatically.
• Step 5: Go to the ‘data channels list’ to remotely configure all nodes.
• Step 6: Go back to the measurement screen to visualize your data and start the recording.

This video shows how fast you can apply channels settings to all channels.

• Step 1: Use the ‘Select all’ button to choose all channels.
• Step 2: Switch the settings you want to change – in this video, we switched the mode from IEPE to voltage.
• Step 3: The channel settings are being applied now – this takes a moment.
• Step 4: The channel settings of all 1,028 channels are adjusted now.
• Result: In OXYGEN, it takes 17 seconds for 1,028 channels. How long do you need?

This video shows how to balance 512 bridge amplifiers on ten nodes.

• Step 1: Open the ‘data channels’ list.
• Step 2: Use the ‘Select all’ button to choose all channels.
• Step 3: Use the ‘Bridge Balance’ button to start balancing the bridge amplifiers – bridging is in progress now.
• Step 4: Done. All 512 bridge amplifiers on ten nodes are balanced now.
• Result: In OXYGEN, it takes 16 seconds for 512 bridge amplifiers. How long do you need?

This video shows how to change the startup behavior.

• Step 1: Open the OXYGEN ‘Setup Menu’ and open the ‘Startup Settings’.
• Step 2: Choose between the default setup, which includes different instruments on the measurement screen, an empty setup, the last loaded setup, or a specific setup.
• Step 3: OXYGEN will start with the defined behavior from now on.

*** We recorded this video with OXYGEN 6.0. ***

This video shows how to apply changes from one file to others.

• Step 1: Open a measurement file from your measurement campaign.
• Step 2: Make changes to the file (e.g., measurement screen, offline math) and save it.
• Step 3: Open the ‘Measurement Settings’, go to ‘File History’ and click on ‘Apply changes to other measurement files…’.
• Step 4: Select all the files you want to apply the changes to and click on ‘Start’.
• Step 5: The changes will be applied to the selected measurement files.
• Hint: When opening another measurement file, you can see the changes which were applied.

*** We recorded this video with OXYGEN 6.0. ***

This video shows how to change the language.

• Step 1: Open the OXYGEN ‘Setup menu’ and go to ‘Localization’.
• Step 2: Choose the language from the dropdown menu. OXYGEN must be restarted in order to apply the settings.

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to add a sensor to the sensor database.

• Step 1: Open the ‘OXYGEN Setup’ menu and click on the section ‘Sensors’ to open the sensor database.
• Step 2: Click on the button ‘Add Sensor’ in order to create a new sensor.
• Step 3: Enter the details for your sensor, like name, serial number, scaling, input type, etc.
• Result: A new sensor is now saved in your database.

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to enable and visualize the line-line harmonics of a three-phase power system.

• Step 1: Open the ‘Channel List’ and the ‘Setup’ of the ‘Power Group’.
• Step 2: Select the ‘Settings’ tab and switch on the ‘Line-Line Harmonics’ feature.
• Step 3: Check the newly created channels: U12_hRMS, U23_hRMS, U31_hRMS.
• Step 4: Drag and drop your ‘Array Chart’.
• Step 5: Assign the channel to the ‘Array Chart’ for visualization.

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to enable and visualize the relative harmonics of a three-phase power system.

• Step 1: Open the ‘Channel List’ and the ‘Setup’ of the ‘Power Group’.
• Step 2: Select the ‘Settings’ tab and switch on the ‘Relative Harmonics’ feature.
• Step 3: Check out the newly created channels: U1_hREL, U2_hREL, U3_hRel, …
• Step 4: Drag and drop your ‘Array Chart’.
• Step 5: Assign the channel to the ‘Array Chart’ for visualization.
• Result: You can see the % Units – these values are relative to the fundamental value.

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to go back to a previous version of a measurement file.

• Step 1: Open the ‘Measurement Settings’.
• Step 2: Click on ‘File History’ and choose the desired revision.
• Step 3: Confirm your choice by clicking on ‘Apply’.
• Result: Your previous version of the file is back.

*** We recorded this video with OXYGEN 6.1. ***

This video explains how to quickly switch between the Measurement and OXYGEN Settings.

• Step 1: Open the ‘Measurement Settings’ to edit the settings for the measurement.
• Step 2: Click on ‘Oxygen Setup’ to change the settings for OXYGEN.
• Step 3: You can switch easily between the different setups by clicking the ‘Jump to’ button at the end of the tab sheet.

Good to know: In the Measurement Settings all settings are stored (and restored) with the OXYGEN setup file (.dms). In contrast, the OXYGEN setup represents the system-wide settings and is independent of the setup file.   *** We recorded this video with OXYGEN 6.0. ***

This video explains how to use file split by absolute time.

• Step 1: Open the ‘Oxygen Setup’ and add the ‘File Start’ property to the ‘recording filename’.
• Step 2: Open the ‘Measurement Settings’ and enable ‘Multi-file recording’.
• Step 3: Select the ‘Split by absolute time’ option.
• Step 4: Set the desired interval as well as the date and time of the first split. In this example, a *.dmd file is to be recorded every hour, starting at 10:00 a.m.
• Step 5: Start the measurement by clicking on ‘Record’.
• Step 6: Check the files after a few hours.
• Result: The first file is the manual start; the next files are aligned with the full hour.

*** We recorded this video with OXYGEN 6.1 ***

This video explains how to roll back changes in DMD analysis.

• Step 1: Open ‘Data Channels’ and add the desired channels and/or visualizations on the screen.
• Step 2: Open ‘Screens’ and add a new screen with the desired instruments and channels.
• Step 3: Click on ‘Save’, so that the added channel is now part of the DMD file.
• Step 4: Make some additional changes in the file (e.g. delete measurement screens).
• Step 5: Save these changes in the DMD file as well by clicking on ‘Save’ again.
• Step 6: Open ‘Measurement Settings’ and open the file history tab. In ‘rollback file changes’ you can see the two versions.
• Step 7: Click on ‘Rev. 2. . .’ to jump back to the previous save point and all the screens are back again.
• Step 8: If necessary, you can roll back to the original file (saved during measurement).

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to compare multiple measurements.

• Step 1: Click on ‘Open Data File’ and select the first measurement file.
• Step 2: Go to ‘Measurement Settings’ and click on ‘Add File’.
• Step 3: Repeat the step for all files to be compared.
• Step 4: Rename the ‘File Identifier’ for easy mapping afterwards.
• Step 5: Click on ‘Data Channels’ and check the loaded files. Basically, the files are loaded consecutively. You see that in the overview bar as well when zooming out in the recorder. Now, we want to overlay the files and use the recording start as alignment point.
• Step 6: Open the ‘Measurement Settings’ tab and change the align mode to ‘Align to recording start’.
• Result: The data is aligned to the Trigger/Recording Start and can be compared.

*** We recorded this video with OXYGEN 6.1 ***

This video explains how to change the synchronization source of a power group.

• Step 1: Open ‘Data Channels’.
• Step 2: Click on ‘Setup’ in your Power Group.
• Step 3: Go to ‘Settings’ to change your ‘Calculation sync source’.
• Step 4: You can change your input channel by clicking on the green plus in the channel list or via drag and drop.

*** We recorded this video with OXYGEN 6.1 ***

This video explains how to save a DMD file as a new files.

• Step 1: Navigate to Measurement Settings and open the sidebar menu.
• Step 2: The current file can be saved as a new DMD by clicking on the “Save DMD as…” button.
• Step 3: Specify a name and save this DMD as a new file.
• Result: A new file has been created.

*** We recorded this video with OXYGEN 6.2. **

This video explains how to show errors and warnings as a list.

• Step 1: Open “OXYGEN Setup”.
• Step 2: Click on “Errors and Warnings” to view a list of all errors and warnings.
• Step 3: If you need any support, just send an email to our Customer Care Center with the error message.
• Step 4: All errors and warnings can be cleared by clicking on “Clear Errors”.

*** We recorded this video with OXYGEN 6.2. ***

This video explains how to remove channels from a recorded file.

• Step 1: Open “Data Channels”.
• Step 2: Select the desired channel and deactivate it by disabling the red “stored” flag.
• Good to know: You can disable multiple channels or even a whole module at once. Just select the desired channel(s) or module(s) and click on any red “stored” flag.
• Step 3: Go to “Measurement Settings”.
• Step 4: Select between “Save active recorder region” or the whole measurement duration and click on “Save DMD as…”.
• Step 5: Saving the DMD as a new file will remove the data from the deactivated channels. To do so, choose your store location, (re)name the file, and click on “Save”. The file size will be reduced.

*** We recorded this video with OXYGEN 6.2. ***

This video explains how to create a ‘Formula Channel’ in OXYGEN.

• Step 1: Open the ‘Data Channels List’ and click on the ‘+ Button’
• Step 2: Click on ‘Formula’ before you click on ‘Add Button’
• Step 3: Select the channel(s) and create math formulas
• Step 4: Change the name and find the new ‘Formula Channel’ in the ‘Data Channels List’

This video explains one way how to display the system data on the OXYGEN measurement screen.

• Step 1: Drag’n’Drop the ‘Text Instrument’ on the measurement screen and go to the ‘Instrument Properties’
• Step 2: Drag’n’Drop the preferred information into the text field and optionally adjust text

This video explains how to create a power group in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channels Menu’
• Step 2: Select the according voltage and current channels alternately
• Step 3: Click on the ‘Light Bulb’ button at the bottom and select the right ‘Wiring Type’ and define a name

This video explains how to create an FFT channel in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel List’ and select one (or more) channels > click on the ‘+’ button > choose ‘FFT’ from the list and define your settings
• Step 2: The FFT channels (Complex & Amplitude) appear as new section in the channel list. The settings can be adjusted in the ‘Channel settings’ by clicking on the ‘gear’ button, e.g. enter your desired line resolution
• Step 3: Return to the measurement screen and drag and drop your Amplitude signal onto the screen to visualize your FFT signal in a ‘Spectrum Analyzer’

This video explains how to create a filter channel in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel List’ and select one (or more) channels before you click on the ‘+’ button. There, you choose ‘Filters’ from the list and define your settings
• Step 2: The ‘Filter channels’ appear as a new section in the channel list. The settings can be adjusted in the ‘Channel settings’ by clicking on the ‘gear’ button

This video explains how to create statistical channels in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel Menu’
• Step 2: Select the channels for which a statistical channel should be created and click on the ‘+’ button
• Step 3: Select ‘Statistics’, make your settings and click ‘Add’
• Step 4: A new section with the statistical channels is created in the ‘Data Channel List’

This video explains how to create an efficiency map in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel Menu’ and the ‘Power Group Settings’
• Step 2: In the ‘Power Group Settings’, click on ‘Settings’ and then on ‘Mechanical’
• Step 3: Click on ‘Add efficiency map’ (‘Mechanical Power Channel’ is required) and a new ‘Matrix Sampler Channel’ will be created
• Step 4: Close the settings and return to the ‘Measurement Screen’, the channels were assigned automatically
• Step 5: Drag the new ‘Matrix Sampler Channel’ onto your ‘Measurement Screen’ and let the matrix fill up

This video explains how to use numeric headers as formula constants in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘System Settings’ menu and click on ‘Header Data’. This also works for other instruments like the ‘Chart Recorder’!
• Step 2: Add a header and select ‘Formula constant’ as ‘Type’. Define a ‘Name’ and a ‘Value’ for the constant.
• Step 3: Open the channel list and add a Formula. The defined constant(s) can be found in the section ‘Header’.
• Step 4: Use the formula constant for your calculations.

This video explains how to group formulas in DEWETRON’s measurement software OXYGEN.

• Step 1: For a better overview, formulas can be grouped.
• Step 2: When adding a formula, a ‘Group name’ can be defined, which appears as new section in the ‘Channel list’.
• Step 3: A new formula channel can be added to an existing formula group.
• Step 4: The group can also be changed afterwards, by opening the detailed channel setup of the formula. Just enter the desired group name and press enter, the formula channel will be reassigned to the new group.

This video explains how to reset the statistics calculation.

• Step 1: Open the ‘Data Channels’ menu and select the channels for a statistics calculation.
• Step 2: Click on the ‘+’ button, select ‘Statistics’ and choose the settings.
• Step 3: Open the channel settings of your statistics channel.
• Step 4: There you can find the option for a continuous calculation or to reset the calculation on measurement start.

This video explains how to set up a frequency measurement.

• Step 1: Open the data channel menu.
• Step 2: Select the channels for which a frequency measurement should be performed.
• Step 3: click on the ‘+’ button > select ‘Frequency Measurement’ > click on ‘Add’
• Step 4: A new section for the frequency measurement appears in the channel list. Change the settings and if needed, also the input channels can be changed here.
• Step 5: Go to the measurement screen and drag and drop the channels on your screen to use a digital meter and to visualize the frequency.

This video explains how to add a running statistic channel.

• Step 1: Open ‘Data Channels’.
• Step 2: Select the channels for which the running statistics should be calculated.
• Step 3: Click the plus button on the bottom left to add a new channel.
• Step 4: Go to ‘Basic Math’ and click on ‘Statistics’.
• Step 5: Select the ‘Running’ calculation type.
• Step 6: Select the desired value to be calculated.
• Step 7: Specify the window size and the group name.
• Step 8: Click on ‘Add’.
• Result: The new channels can be seen in the channel list.

Good to know: You can display the statistics channels in any desired instrument by selecting them from the channel list.

This video explains how to use ENUM scaling for math formulas.

• Step 1: Open “Data Channels”.
• Step 2: Select a channel and click the plus at the bottom left to add a new channel.
• Step 3: Select “Formula” and click on “Add”.
• Step 4: Select the desired math formula and name the group and the formula. In this example, we add a logic expression to get a discrete output from the formula.
• Step 5: Close the tab. The new formula will now be displayed in the data channel.
• Step 6: Click on “Setup” and then on “Enum label editor” to name the different values. In this example, the logic expression checks if the actual value of a channel is within, above or below 5.
• Step 7: The result can be displayed in the measuring screen via drag & drop.

*** We recorded this video with OXYGEN 6.2.***

This video explains how to add a triggered statistic channel.

• Step 1: Open “Data Channels”.
• Step 2: Select a channel or more and click the plus at the bottom left to add the channel(s).
• Step 3: Navigate to “Statistics” and choose the calculation type “Triggered”.
• Step 4: Name the group name and select the “start trigger channel”.
• Step 5: Enter the desired “start trigger level” and choose between rising and falling edge.
• Step 6: Select the desired statistic functions and click on “Add”.
• Result: The triggered statistics are now in the channel list available.

*** We recorded this video with OXYGEN 6.2.***

This video explains how to view multiple screens on different monitors.

• Step 1: Click on ‘Screens’ menu
• Step 2: Click and hold screen until blue bold border appears
• Step 3: Drop screen anywhere
• Step 4: Adjust screen if needed

This video explains one way how to display the system data on the OXYGEN measurement screen.

• The only step: Drag the time and date display in the lower left corner onto the measurement screen

This video explains one way how to display the system data on the OXYGEN measurement screen.

• The only step: Drag the time and date display in the lower left corner onto the measurement screen

This video explains how to create a ‘Recording Indicator’ in DEWETRON’s measurement software OXYGEN.

• Step 1: Go to ‘Data Channels Menu’ and create a ‘Formula’
• Step 2: Select the ‘mtime’ function in the ‘Miscellaneous’ section, add a time base and name the formula
• Step 3: Go to your measurement screen and open the small ‘Instrument Menu’
• Step 4: Drag out the ‘Indicator’ instrument and rearrange your screen
• Step 5: Switch to the small ‘Data Channels Menu’ and drag’n’drop the ‘Recording Indicator’ channel into your ‘Indicator’ instrument
• Step 6: Switch to the ‘Instrument Properties’ and set a low value for the upper limit (like 0.01)
• Step 7: The ‘Indicator’ will switch colors now during recording

This video explains how to change the channel in the overview bar in DEWETRON’s measurement software OXYGEN.

• Step 1: The ‘Overview bar’ shows the time-dependent trend of one selected channel
• Step 2: Change the channel by opening the small ‘Data Channel Menu’ and drag and drop the desired channel into the ‘Overview bar’
• Step 3: When recording, also markers, events… are displayed in the ‘Overview bar’

This video explains how to jump to a marker position in DEWETRON’s measurement software OXYGEN.

• Step 1: Set markers during recording by clicking on the ‘Marker’ button in the ‘Action bar’ or in the ‘Event List Menu’
• Step 2: Select the recorder and click on the time of the respective marker to jump to that position in time – during recording and also in post-processing!

This video explains how to rearrange your measurement screens in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the small ‘Screens Menu’ by tapping or clicking once
• Step 2: Click/Tap and hold the screen to move until a bold blue border appears, then move the screen to the new position

This video explains how to change the width of the small menu in DEWETRON’s measurement software OXYGEN. If your channel names are very long, you cannot fully read them. To solve that, you have two options:

• Option 1: Place your mouse over the channel. You can now see the full name of your channel.
• Option 2: Alternatively, you can also place the mouse on the border of the menu until the double arrow appears. Then you can simply adjust the width to a desired size. This width is saved also when you re-open the menu.

This video explains how to change the playback speed in DEWETRON’s measurement software OXYGEN.

• Step 1: You realized the default playback speed of your video is too fast.
• Step 2: Click on the ‘speed’ button in the middle of your ‘Action Bar’ and either select a value or enter an individual value to play back your data.

Description: This video explains how easy it is to save the measurement screen as video in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Screens’ menu of your recorded data file to full size.
• Step 2: Select the screen you would like to have the video of.
• Step 3: Adjust the ‘Time Settings’ and ‘Video Settings’ and click on ‘Generate video’.
• Step 4: Enjoy the video!

This video explains how to increase the ‘Freeze’ time in DEWETRON’s measurement software OXYGEN.

• Step 1: In ‘LIVE mode’ (acquisition), the actual screen can be frozen with the ‘Freeze’ button, in order to look at the waveform data for a short period of time.
• Step 2: To increase this period of time, open the ‘System Settings’ menu and go to the ‘Advanced Setup’.
• Step 3: The minimum duration of the ‘Freeze’ buffer can be set here. Choose this time carefully due to an increased memory consumption in combination with high sample rates!

This video explains how to show harmonics in a table.

• Step 1: When doing a power measurement, you can display harmonics in a predefined table.
• Step 2: Use the power instrument by drag’n’dropping your power group onto the measurement screen.
• Step 3: Disable the design mode and switch between the tabs in the instrument to display the voltage, current, or power harmonics. You can also scroll through the table.

This video explains how to rotate video pictures.

• Step 1: Open the detail ‘Data Channels’ list of your video channel.
• Step 2: With the ‘Frame rotation’ you can rotate your video picture.
• Step 3: You can also open the ‘Instrument Properties’ of your video instrument and rotate the video picture directly on your measurement screen.

*** We recorded this video with OXYGEN 6.0. ***

This video explains how to use ENUM scaling of CAN signals in OXYGEN.

• Step 1: Open ‘Data Channels’.
• Step 2: Choose your desired CAN port and click on ‘Setup’.
• Step 3: Click on ‘Load DBC’ to choose your desired file and activate ‘Testmessage’ with a hook.
• Step 4: Check the scaling text. To customize click on ‘Setup’ and then on ‘Enum label editor’.
• Good to know: You can also add Unicode symbols for better visualization.
• Step 5: Assign the signals to various instruments.
• Step 6: If a label name exists for a value, it is displayed, otherwise the value is shown.
• Step 7: In the recorder instrument, the hover label also shows the previously set label name.

*** We recorded this video with OXYGEN 6.1 ***

This video explains how to auto-detect CAN messages.

• Step 1: Open ‘Channel List’.
• Step 2: Open the detail setup of the desired CAN port.
• Step 3: Klick on ‘Messages and Signals’ to open the CAN decoding configuration.
• Step 4: Enable the ‘Auto-detect new messages’ switch and observe the incoming messages which are now auto-generated.
• Step 5: Click on a message to view its details.
• Step 6: Change the protocol if necessary.
• Step 7: Add a signal to decode the data to one channel. Insert the decoding information and metadata such as name and unit and check the preview.
• Step 8: Go back to the measurement screen and assign the new signal to the instruments.

*** We recorded this video with OXYGEN 6.1 ***

This video explains how to use DejaView during your measurements in LIVE Mode.

• Step 1: Freeze the ‘Measurement Screen’ by clicking on the ‘Freeze’ Button
• Step 2: Drag the signal to analyze previously acquired data
• Step 3: Leave DejaView by clicking again on the ‘Freeze’ Button

This video explains how to use DejaView for your recordings.

• Step 1: Start the recording (REC Mode) by clicking on the ‘Record Button’
• Step 2: Select the ‘Instrument’ and drag the signal to analyze previously recorded data
• Step 3: Return to the current recording position by clicking on the arrows

This video explains how to use ‘Header Data’ in a ‘Text Instrument’ in DEWETRON’s measurement software OXYGEN.

• Step 1: Drag a ‘Text Instrument’ onto the ‘Measurement Screen’
• Step 2: Open the ‘Instrument Properties’ and drag’n’drop the ‘Header Data’ into the text field (double click works as well)

This video explains how to rename cursors in DEWETRON’s measurement software OXYGEN.

• Step 1: Select ‘Instrument’ and activate the ‘Cursors’ with the ‘Cursor’ button (freeze the screen if you are in ‘LIVE mode’)
• Step 2: Click on the A or B ‘Cursor’ and define the desired name

This video explains how to zoom in DEWETRON’s measurement software OXYGEN.

• Step 1: Open a data file or ‘freeze’ the screen to make the zoom options available
• Step 2: Right-click and drag the mouse vertically to zoom in on the Y-axis (or press CTRL and scroll)
• Step 3: Right-click and drag the mouse horizontally to zoom in on X-axis, or scroll with the mouse wheel (press SHIFT for faster zoom)
• Step 4: Right-click and drag mouse over a specific region to zoom in on both, Y- and X-axis
• Step 5: Right-click once to get back one step

This video explains how to display statistics data in a recorder in our measurement software OXYGEN.

• Step 1: Click on your ‘recorder instrument’ and go to the ‘Instrument Properties’
• Step 2: Click on the checkbox ‘Show only statistics data’ and choose the type of statistics data you would like to see

Note: This also works in postprocessing for recorded files!

This video explains how to create a reference curve in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Instrument Properties’ of your FFT instrument
• Step 2: Click on ‘Edit…’ of one of the two available reference curves to add one
• Step 3: Define X and Y points manually or copy/paste a table of points from e.g. Excel using the buttons – works also vice versa!
• Step 4: If the signal exceeds the threshold, the background will change the color accordingly for a visual feedback

This video explains how to activate harmonic cursors in DEWETRON’s measurement software OXYGEN.

• Step 1: Select your FFT instrument (Spectrum Analyzer) and mark the desired frequency by clicking on the peak (pressing SHIFT makes it easier!)
• Step 2: Open the ‘Instrument Properties’, select ‘Show harmonics’, and select the number of Harmonics you would like to see
• Step 3: The corresponding harmonics are now also marked in the FFT instrument

This video explains how to to change from Hz to CPM in DEWETRON’s measurement software OXYGEN.

• Step 1: Select your ‘FFT instrument’ (Spectrum Analyzer) and open the ‘Instrument Properties’
• Step 2: Change the ‘Frequency unit’ from Hz to CPM (cycles per minute)

This video explains how to change the transparency option in DEWETRON’s measurement software OXYGEN.

• Step 1: Usually, the instrument background is transparent. To change it, select your instrument and open the ‘Instrument Properties’
• Step 2: Disable the transparent background in the ‘Instrument Properties’

This video explains how to load an external video in DEWETRON’s measurement software OXYGEN.

• Step 1: Go to the ‘Data Channel List’, click on ‘+’ and create an ‘External Video’ channel.
• Step 2: Select your video file, adjust the framerate and click on ‘Add’. A new channel appears in the list.
• Step 3: Drag and drop your video channel on the screen and align the video with the data using the buttons.

This video explains how to link adjacent recorders in DEWETRON’s measurement software OXYGEN.

• Step 1: Per default, each recorder is independent when it comes to zooming. But you can link adjacent recorders.
• Step2: Open the ‘Instrument Properties’ of the adjacent recorders you want to link and change the ‘Link mode’ to ‘Adjacent instruments’ for each recorder.
• Step 3: A small ‘Lnk’ sign appears in the left corner. Now they are linked to each other. Note: the borders must touch for at least 2/3 of the recorder length.

This video explains how to link recorders on one screen in DEWETRON’s measurement software OXYGEN. Per default, each recorder is independent when it comes to zooming. But you can link all recorders on the whole screen.

• Step 1: Open the Instrument Properties of the recorders you want to link and change the Link mode to Instruments on page for each recorder.
• Step 2: A small Pag sign appears in the left corner. Now they are linked to each other.

This video explains how to show data labels in DEWETRON’s measurement software OXYGEN.

• Step 1: To see a little more information directly in the recorder, data labels can be activated. Simply select the recorder instrument and open the Instrument Properties.
• Step 2: Activate the data labels with the checkbox. Now you can see the signal and time value in the recorder. Works in Freeze mode and PLAY mode (post-processing)!

This video explains how to change the number of axis labels in DEWETRON’s measurement software OXYGEN.

• Step 1: To change the number of axis labels, simply select your recorder, open the ‘Instrument Properties’ and select fewer or more axis labels for a better division.

This also works for other instruments like the ‘Chart Recorder’!

This video explains how to change the line width in DEWETRON’s measurement software OXYGEN.

• Step 1: To change the line width simply select your instrument and open the ‘Instrument Properties’.
• Step 2: Enter a number for the line width in the designated field.

This also works for other instruments like the ‘Chart Recorder’.

This video explains how to quickly add a 3-phase power group.

• Step 1: Open the ‘Channel List’
• Step 2: Select U and I channels in subsequent order (pair-wise).
• Step 3: Click on ‘Add power group’.
• Step 4:  Set additional settings if necessary.
• Step 5: Create a Power Instrument on the Measurement Screen.

*** We recorded this video with OXYGEN 6.1 ***

This video explains how to show line-line values in a power instrument.

• Step 1: Open ‘Data Channels’.
• Step 2: Add ‘My Power Group’ to the measurement screen via drag-and-drop.
• Step 3: Switch to the ‘Design Mode’.
• Step 4: Go to ‘Instrument Properties’.
• Step 5: Activate the checkbox at ‘Show L-L channels’.
• Result: The line-line values will be displayed in the power group.
• Good to know: You can see the line-line values also in the diagram view.

*** We recorded this video with OXYGEN 6.1***

This video explains how to limit the XY-plot duration.

• Step 1: Add the XY-Plot instrument to the measurement screen via drag-and-drop from the channel list.
• Step 2: (Optional) Deactivate the design mode.
• Step 3: (Optional) Change the axis scaling.
• Step 4: Go to instrument properties.
• Step 5: Activate the limit duration and enter the desired time.
• Step 6: (Optional) The time can be specified in scientific notation [e.g. 1e-3 = 1.0 ms].

*** We recorded this video with OXYGEN 6.1. **

This video explains how to assign multiple channels to the X- and Y-axis of an XY plot.

• Starting situation: The XY plot was added to the measurement screen via drag-and-drop.
• Step 1: Go to ‘Data Channels’ and add the first channel pair to the XY plot.
• Step 2: Go back to ‘Instrument Properties’ and add a new channel pair with the plus button at ‘Channels’.
• Step 3: Click on the menu button to assign the channels to the X- and Y-axis.

*** We recorded this video with OXYGEN 6.2 ***

This video explains how to change settings for multiple instruments.

• Step 1: Select multiple instruments by holding “Ctrl” and sequentially clicking on the instruments.
• Step 2: Open the tab “Instrument Properties” and change the settings according to your needs.
• Step 3: The changes are applied to all selected instruments.
• Good to know: You can select and change all instruments on a screen as well.

*** We recorded this video with OXYGEN 6.2. ***

This video explains how to copy a measurement screen to a reporting page in DEWETRON’s measurement software OXYGEN.

• Step 1: Open ‘Screens’ Menu and select screen to be copied
• Step 2: Open ‘Reporting’ Menu and click on the ‘Clone’ button

This video explains how to change the text size in a report in DEWETRON’s measurement software OXYGEN. If the text size of the instruments is too small for you, you can simply change that!

• Step 1: Open the ‘Report Menu’ to full size, then select ‘Text size’ and choose between ‘Small’, ‘Medium’, and ‘Large’.
• Step 2: Enjoy working with a bigger font size!

This video explains how to create an ethernet sender in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel List Menu’, click on the ‘+ button’ and select ‘Ethernet Sender’
• Step 2: Select the channels to be transferred and the path to store the xml description file
• Step 3: The ethernet sender can be found in the channel list

This video explains how to create an ethernet receiver in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Data Channel List Menu’, click on the ‘+ button’ and select ‘Ethernet Receiver’
• Step 2: Click on ‘Browse’ to select xml description file
• Step 3: The ethernet receiver channels can be found in the ‘Channel List’

This video explains how to create a trigger in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Trigger Menu’ and set the ‘Recording Mode’ on ‘Event Based’
• Step 2: Create an ‘Event’, ‘Add Condition’, then select a channel and define a threshold
• Step 3: Define an ‘Action’ for the ‘Condition’, e.g. ‘Start Recording’
• Step 4: Return to the measurement screen and arm the ‘trigger’ with the ‘Record’ button with the flash on it. The recording will start when the condition is fulfilled, which is displayed by a marker

This video explains how to create a Snapshot event in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Trigger Menu’
• Step 2: Create an ‘Event’, then add a ‘Condition’, select a channel and define a threshold
• Step 3: Define a ‘Snapshot’ as an ‘Action’, then select the Snapshot value. After that, select the channel and define the Snapshot window
• Step 4: Return to the measurement screen and open the small ‘Data Channel List’. Drag and drop the created Snapshot channel onto your screen to visualize it in a digital instrument or use it in another instrument

This video explains how to create a parallel action for a trigger condition in DEWETRON’s measurement software OXYGEN.

• Step 1: Open the ‘Trigger Menu’ and select your ‘Event’
• Step 2: Click on ‘Add Action’ to create a parallel ‘Action’ for the ‘Condition’ and define the ‘Action’
• Step 3: Return to the measurement screen and arm the trigger with the ‘Record’ button with the flash on it
• Step 4: Now the recording will start when the condition is fulfilled, and a marker will be set each time the same condition is fulfilled

This video explains how to copy a measurement screen to a reporting page in DEWETRON’s measurement software OXYGEN.

• Step 1: Open ‘Screens’ Menu and select screen to be copied
• Step 2: Open ‘Reporting’ Menu and click on the ‘Clone’ button

This video explains how to force manual recording.

• Step 1: In event-based mode, it is possible to force a manual recording start, even if the event did not happen yet.
• Step 2: Arm the trigger with the Arm trigger button. The statistical recording has started, waveform recording only starts when the event happens.
• Step 3: To force the waveform recording simply click on the record button again, and the waveform recording also starts. Hint: also available for SCPI!