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Create a new project.
Drag and drop the J1939 filter tool into the bus from which the user will log data.
*User can add the CAN Error tool to the bus for logging CAN errors. See Appendix 1 for various error codes.
Click on the J1939 filter tool icon to configure the filter settings.
Enter the filter values.
Users can use a combination of SA, DA & PGN, or they can be used individually.
Click the browse icon to import the PGN values using a J1939 DBC.
Once you have added the value, click ‘Add’.
Users can Add, Edit or Remove filters added to the configurations.
*User can add the CAN Error tool to the bus for logging CAN errors.
Click on the Storage icon and configure the Log file settings.
Connect the logger to the PC via USB.
Status Bar will display the logger status and time information.
Click “Run Configuration”, save the project and provide a name for the project. The logger will create files with the name of the project.
The configuration will be loaded in the data logger, and logging will start immediately.
How to configure the ReXgen data logger to log data using the .
Create a new project.
Drag and drop the ‘Log All’ tool into the bus from which the user wants to log data.
*User can do the same for up to 4 CAN buses.
*User can add the CAN Error tool to the bus to log CAN errors.
See Appendix 1 for various error codes.
Click on the CAN Bus icons and set the CAN Bus properties.
*Users can use the ‘Use Bit Timing’ option for advanced configurations.
Click on the Storage icon and configure the Log file settings.
Connect the logger to the PC via USB.
The Status Bar will display the logger status and time information.
Click ‘Run Configuration’, save the project, and provide a name for the project. The logger will create files with the name of the project.
The configuration will be loaded in the data logger, and logging will start immediately.
How to configure reXgen data logger todata.
Create a new project.
Drag and drop the Accelerometer tool to the channels in the configuration window.
Select the range and enter the sampling rate for logging.
Click “Run Configuration”, save the project and provide a name for the project. The logger will create files with the name of the project.
The configuration will be loaded in the data logger, and logging will start immediately.
How to configure , and GNSS using ReXdesk.
For the information about GNSS orientation of the device refer to Appendix 3 – GNSS Orientation Guide
Create a new project.
Drag and drop the GNSS tool beside GNSS in the configuration window.
Enter the sampling rate for GNSS parameters.
Click “Run Configuration”, save the project and provide a name for the project. The logger will create files with the name of the project.
Create a new project.
Drag and drop the CAN Filter tool into the bus from which the user wants to log data.
*The User can add the CAN Error tool to the bus for logging CAN errors. See Appendix 1 for various error codes.
Click on the CAN bus icon and set the CAN Bus properties.
*Users can use the ‘Use Bit Timing’ option for advanced configurations.
Click on the filter tool icon to configure the filter settings.
The user can add CAN ID for filtering from DBC files by clicking the browse icon.
Click on the Storage icon and configure the Log file settings.
Connect the logger to the PC via USB.
The status bar will display the logger status and time information.
Click “Run Configuration”, save the project and provide a name for the project. The logger will create files with the name of the project.
Create a new project.
Drag and drop the Analog tool to the Channels area of the configuration window.
Select Analog channel from the Analog channel drop box.
Enter the sampling rate required for logging in to the sampling rate column.
Define the ‘Formula’ for scaling the sensor output to engineering units.
A- is the slope or the scale factor
X- is the input (volts)
B- is the offset, and the output will be engineering units.
Click ‘Add’ to add the selected channel.
Click “Run Configuration”, save the project and provide a name for the project. The logger will create files with the name of the project.
The configuration will be loaded in the data logger, and logging will start immediately.
The configuration will be loaded in the data logger, and logging will start immediately.
How to configure IMU, and using ReXdesk.
Click the Add icon to add the range.
Click the Remove icon to remove the range.
Click the Edit filter icon to edit the already-existing filter.
The configuration will be loaded in the data logger, and logging will start immediately.
How to in ReXgen Data Logger using DBC file
How to configure and digital channels using ReXdesk
The configuration creation is based on functional blocks. ReXdesk allows users to drag and drop tools to the bus.
Multiple tools can be used together in a configuration.
Create a new project.
Drag and drop the Digital tool to the Channels area of the configuration window.
Select the Digital channel from Digital channel Dropbox. Enter the sampling rate required for logging in to the sampling rate column.
Click “Run Configuration”, save the project and provide a name for the project. The logger will create files with the name of the project.
How to configure analogue and digital channels using ReXdesk
The configuration will be loaded in the data logger, and logging will start immediately.
The ‘Add’ option enables the user to add another digital channel to the configuration.
The ‘Edit’ option enables the user to edit the current configuration.
The ‘Remove’ option lets the user remove the added analogue channel.
Create a new project.
Drag and drop the Gyro tool beside IMU in the configuration window.
Select the range and enter the sampling rate for logging.
Click “Run Configuration”, save the project and provide a name for the project. The logger will create files with the name of the project.
The configuration will be loaded in the data logger. Logging will start immediately.
How to configure IMU, and GNSS using ReXdesk.
