Zeni Lite Buoy Co. Ltd. 4180026 Manual De Usuario
Configuration using proAtoN
Page 44
Active alarms
The transceiver incorporates BIIT (Built In Integrity Test) routines which continuously monitor key operating
parameters. Should an integrity test fail the failure will be indicated in the active alarms area.
parameters. Should an integrity test fail the failure will be indicated in the active alarms area.
7.5 Other features
The proAtoN application provides the following additional features to support transceiver installation and
upgrade.
upgrade.
7.5.1
Offline configuration
A complete AtoN configuration including all schedule parameters, virtual AtoN configuration and other settings
can be saved to a file. This feature allows a configuration file to be created without access to the transceiver
hardware. The file can be loaded at a later time and synchronised with the transceiver hardware.
This feature is available using the ‘Save File’ and ‘Load File’ items available on the File menu. The configuration
is saved as a .pad file using a format proprietary to the proAtoN application.
When the proAtoN application is launched a new blank configuration file is created. You will be prompted to
save this file if changes are made without saving the file prior to closing the application, or if a ‘New file’ is
created from the File menu.
can be saved to a file. This feature allows a configuration file to be created without access to the transceiver
hardware. The file can be loaded at a later time and synchronised with the transceiver hardware.
This feature is available using the ‘Save File’ and ‘Load File’ items available on the File menu. The configuration
is saved as a .pad file using a format proprietary to the proAtoN application.
When the proAtoN application is launched a new blank configuration file is created. You will be prompted to
save this file if changes are made without saving the file prior to closing the application, or if a ‘New file’ is
created from the File menu.
Alarm text
Description / Resolution
Tx Malfunction
A transmitter malfunction has been detected - please
contact your supplier.
contact your supplier.
Antenna VSWR exceeds limits
The VHF antenna VSWR is above the permitted limit.
Check the VHF antenna, cable and connections are
sound. The VSWR measured at the last transmission
is displayed on the proAtoN diagnostics tab.
Check the VHF antenna, cable and connections are
sound. The VSWR measured at the last transmission
is displayed on the proAtoN diagnostics tab.
Rx Channel 1 malfunction
A receiver malfunction has been detected - please
contact your supplier.
contact your supplier.
Rx Channel 2 malfunction
A receiver malfunction has been detected - please
contact your supplier.
contact your supplier.
EPFS failure
No position is available from the internal GNSS
receiver - please contact your supplier.
receiver - please contact your supplier.
DGNSS input failed
No data is available from the external source of
differential GNSS correction data. Please check
connections, baud rate and equipment configuration.
differential GNSS correction data. Please check
connections, baud rate and equipment configuration.
Supply voltage
The transceiver power supply voltage is outside of the
permitted range. The measured supply voltage is
displayed on the proAtoN diagnostics tab.
permitted range. The measured supply voltage is
displayed on the proAtoN diagnostics tab.
Low forward power
The transmitter forward power is below a preset limit -
please contact your supplier.
please contact your supplier.
Synchronisation lost
Timing information is not available from the internal
GNSS receiver - please contact your supplier.
GNSS receiver - please contact your supplier.