Why is the heading out of specification on my iXBlue Marine Equipment?
A possible reason for the heading being out of specification on your iXBlue Marine Equipment is a wrong initial latitude. Verify that the latitude entered on the POSITION FIX page matches your current location. Restarting the unit after confirming the correct latitude may resolve the issue.
What to do if the compass does not display on the Web-Based User Interface of iXBlue Marine Equipment?
If the compass isn't displaying on the Web-Based User Interface of your iXBlue Marine Equipment, the cause might be that Flash player is either not installed on your PC or the installed version is outdated. Install the Flash player provided on the CD-ROM to resolve this issue.
Why am I getting a message after clicking the “Contact support” button on my iXBlue Marine Equipment?
If you receive a message after clicking the “Contact support” button, it's likely that no mail software is installed on your computer. Installing a mail software, such as Outlook, should resolve this issue.
How to fix iXBlue Marine Equipment when the Web-based User interface is not displaying?
If you're unable to display the Web-based User Interface for your iXBlue Marine Equipment, it might be due to an incorrect URL address entered in the Web browser. Ensure you're typing the URL address correctly. The default address is 192.168.36.1xx, where xx represents the last two numbers of your OCTANS NANO serial number. Also, verify that your computer's IP address is in the same range as the unit. Alternatively, the URL address may have been changed. To retrieve the new OCTANS NANO IP address: 1) Connect the repeater cable to your PC and start a serial terminal (like HyperTerminal or BBTALK) configured at 19200 baud, no parity, 1 stop bit, and 8 data bits. 2) Reboot OCTANS NANO once connected. You'll receive the OCTANS NANO boot sequence message containing its assigned IP address (th...
Explains formatting conventions like bold, courier, and italic for clarity.
Describes the meaning of Note, Important, Caution, and Warning icons.
Refers to a separate document for abbreviations and acronyms.
Details the NMEA 0183 standard format for commands and checksum calculation.
Explains the process of sending commands via the repeater port and receiving responses.
Command to save all current parameters into the unit's non-volatile memory.
Command to restart the AHRS algorithm, potentially affecting current settings.
Command to reset passwords for the Web-based User Interface.
How to manually enter or retrieve the unit's position and speed.
Defines rough misalignment settings based on an index for axis orientation.
Configures fine misalignment adjustments for the unit's orientation axes.
Configures the primary monitoring point lever arm relative to the AHRS.
Configures secondary monitoring point lever arms, identified by 'A', 'B', or 'C'.
Sets the center of gravity position relative to the AHRS (not for OCTANS NANO).
Configures sea state parameters for heave compensation (not for OCTANS NANO).
Configures the UTC interface for receiving time synchronization data.
Details how software port IDs map to physical ports, varying by product model.
Configures serial port parameters like parity, stop bits, level, and baudrate.
Configures input port settings for serial and Ethernet interfaces, including protocol selection.
Sets a user-defined protocol string for output ports.
Configures serial and Ethernet output ports with protocol, lever arm, rate, heave, and ZDA settings.
Selects the device (serial/Ethernet) for data output on a chosen port.
Selects the device (serial/Ethernet) for data input on a chosen port.
Configures Ethernet network settings, including DHCP, IP address, netmask, gateway, and DNS.
Configures IP output settings for selected ports, including mode, destination IP, and port.
Configures IP input settings for selected ports, including mode, destination IP, and port.
Configures pulse input settings for specific ports, including protocol selection.
Configures pulse output settings for specific ports, including protocol selection.
Retrieves specific text strings for commands, useful for firmware feature lists.
Provides HTML code for a web-based tool to calculate NMEA checksums.
Recaps axis direction and sign conventions for lever arms and misalignments.
Details the default system settings applied at the factory for DSP and MPC configurations.
General| Technology | Fiber Optic Gyroscope (FOG) |
|---|---|
| Data Output Rate | Up to 100 Hz |
| Operating Temperature | -20°C to +55°C |
| Weight | 0.6 kg |
| Enclosure Material | Aluminum |
| Ingress Protection | IP67 |
| Roll & Pitch Accuracy | 0.01° |
| Heave Accuracy | 5 cm or 5% (whichever is greater) |
| Storage Temperature | -40°C to +70°C |
| Power Supply | 9 to 36 VDC |
| Interface | RS-422, Ethernet |
| Protocols | NMEA |
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