Why is manually entered time & date overwritten on my COBHAM Radio?
If your COBHAM Radio receives valid time information via NMEA on any input port, this source will be used to set the system time, overwriting any manually entered time and date.
Why is the position source used on my COBHAM Radio different from what I expected?
If the position input source is set to Automatic position (see System Setup), sentences from the following talkers GP, GL, GN (and GA) are prioritized. Position source is selected by the quality indicator: 1. Differential 2. Precise, Autonomous, Float_RTK, Realtime_RTK 3. Estimated and Manuel 4. Unknown (for instance, if not supported in sentence) 5. Simulated and Invalid On equal priority, the following port order is used: 1. NMEA TU 2. NMEA CU (valid input is always autonomous quality) 3. LWE1 4. LWE2 5. LWE3 6. INM-C The device will automatically switch to the position source with the highest priority available after 5 seconds when switching to a lower priority input and 30 seconds when switching to a detected higher priority input.
Why does my COBHAM Radio override manually entered time and date?
If your manually entered time and date on the COBHAM Radio is being overridden, it's because the system is receiving valid time information via NMEA on one of its input ports. When this happens, the radio automatically uses the NMEA time source to set the system time.
Why is the COBHAM Radio position source selected via LAN different from expected?
The SAILOR 6588 DGNSS Receiver can transmit position over LAN/LWE. Automatic discovery and selection of up to three (LWE1, LWE2 and LWE3) SAILOR 6588 DGNSS Receiver source inputs are supported via SLP. If any of the LWE source inputs are manually programmed in System Setup, this will be excluded from automatic discovery. Available source inputs will discover and use the SAILOR 6588 DGNSS Receiver LWE sources with the most important role (primary, secondary, …).
General| Brand | COBHAM |
|---|---|
| Model | SAILOR 6300 |
| Category | Transceiver |
| Language | English |
Key safety points including grounding, explosive atmospheres, and live circuits.
Information on RF energy, safety distances, and warranty limitations.
Introduction to the modular and flexible MF/HF radio for maritime use.
Key capabilities, system components, and configuration examples.
Basic operations including power, volume, tuning, modes, and RF gain.
Comprehensive guide to DSC calls, including Distress, Relay, and general calls.
Procedures for sending, cancelling, and relaying Distress alerts.
Handling incoming Distress calls, errors, and call logs.
Diagnosing issues and performing DSC self-tests.
Managing BAM alerts, icons, acknowledgment, and system logs.
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