Why my Raymarine i50 Marine Equipment system doesn't start up?
If your Raymarine Marine Equipment system or part of it doesn't start, begin by inspecting the relevant fuses and breakers. Ensure the power supply cable is in good condition, with tight, corrosion-free connections. Finally, verify that the power source provides the correct voltage and sufficient current.
What to do if my Raymarine i50 display behaves erratically?
If your Raymarine Marine Equipment display behaves erratically, with frequent unexpected resets or system crashes, start by checking the relevant fuses and breakers. Also, check the power supply cable to ensure it's sound, with tight and corrosion-free connections. Verify that the power source provides the correct voltage and sufficient current. If the problem persists, go to www.raymarine.com and click on support for the latest software downloads. As a last resort, perform a factory reset, but remember this will erase all your settings and data; save important data to a memory card beforehand.
What to do if a group of SeaTalk/SeaTalkng Raymarine Marine Equipment units not working?
If a group of SeaTalk/SeaTalkng Raymarine Marine Equipment units aren't working, check the security of SeaTalk/SeaTalkng connectors between the functioning and non-functioning units. Also, check the condition of the SeaTalk/SeaTalkng cable between these units.
How to fix a blank display on Raymarine i50?
If your Raymarine Marine Equipment display is blank, check the fuse or circuit breaker and the power supply. Also, check the SeaTalk/SeaTalkng cabling and connector security.
Why SeaTalk/SeaTalkng information not being transferred between Raymarine i50 Marine Equipment instruments?
If SeaTalk/SeaTalkng information isn't being transferred between Raymarine Marine Equipment instruments, check the security of SeaTalk/SeaTalkng connections between the units and the condition of the SeaTalk/SeaTalkng cables. To isolate the faulty unit, disconnect the units one by one.
What to do if LAST flashing or dashes displayed continuously on Raymarine i50 Marine Equipment?
If 'LAST' is flashing or dashes are continuously displayed on your Raymarine Marine Equipment (depth greater than 3 feet), check the condition of the transducer cable(s) and the security of the connections.
Why LAST flashes when underway on Raymarine i50 Marine Equipment?
If 'LAST' flashes when your Raymarine Marine Equipment is underway, it may be due to aerated water from vessel wakes or propeller wash. Ensure the reading stabilizes when clear of disturbed water.
General| Waterproof Standard | IPX6 |
|---|---|
| Nominal Voltage | 12V DC |
| Mounting | Flush |
| Operating Temperature | +55°C |
| Storage Temperature | +70°C |
| Relative Humidity | 95% |
| Connections | SeaTalkng |
| Weight | 0.3kg |
Covers all safety warnings and cautions regarding product installation and operation.
Details EMC installation guidelines and the importance of suppression ferrites for optimal performance.
Information on connecting to other equipment, declaration of conformity, product disposal, and warranty.
Lists applicable i50 handbooks and describes the different variants in the i50 instrument range.
Provides an installation checklist and an overview of system integration for Raymarine instruments.
Illustrates typical system examples and explains system protocols like SeaTalkng, NMEA 2000, and SeaTalk.
Lists the parts supplied with the instrument and the tools needed for installation.
Provides best practices for cable routing, strain relief, and shielding.
Details connecting to the SeaTalkng network and the i50 Depth transducer.
Explains how to connect i50 Speed, i50 Tridata, and ITC-5 transducers.
Covers power connection, SeaTalkng power, SeaTalkng cabling, and system power requirements.
Details how to connect to SeaTalk and NMEA2000 networks.
Guidance on selecting a suitable location for the display unit, considering ventilation and interference.
Instructions for surface mounting the unit and removing the front bezel.
Requirements for selecting an optimal location for speed and depth transducers.
Overview of unit controls, powering on/off, and basic operation.
Setting the data master unit and adjusting display illumination and contrast.
Step-by-step guide for user calibration of depth, speed, and tridata instruments.
Explains display pages and how to operate the i50 Depth instrument.
Details i50 Speed instrument operation, including speed pages, log, trip, and timers.
Covers i50 Tridata operation, including depth, speed, and log/trip pages.
Explains how to synchronize backlighting levels across multiple units.
Describes alarm types, indications, silencing, and enabling/disabling alarms.
Guides users on how to adjust alarm thresholds for depth and speed.
Covers service, handling condensation, and performing routine equipment checks.
Provides best practices for cleaning the display case and screen.
Information on diagnosing and correcting common problems with Raymarine electronics.
Troubleshooting faults related to instruments, SeaTalk/SeaTalkng, and transducers.
Addresses problems with system startup, erratic display behavior, and software mismatches.
Guides users through the built-in self-test stages for fault diagnosis.
Provides contact details for customer support and access to online resources.
Instructions on how to identify the software version of the instrument display.
Lists nominal supply voltage, operating range, power consumption, environmental specs, and conformance.
Lists available transducers and spare parts for the i50 instrument range.
Details SeaTalkng cables, accessories, and converters for system integration.
Table listing NMEA 2000 Parameter Group Numbers (PGNs) supported by the i50 range.
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