How to display 6 index lines on Furuno Marine Radar?
If the Furuno Marine Radar is only displaying 2 parallel index lines when 6 are desired, the cause may be an incorrect setting of index line intervals. Adjust the index line interval. Also, the setting for the number of index lines to display may be inappropriate; check the menu setting for the number of index lines.
Why Furuno FA range is changed but picture is not?
If the Furuno Marine Radar range is changed but the picture does not change, the cause may be a defective range key, the SPU board, or video freeze-up. To resolve this: 1. Try pressing the RANGE [+] and [-] keys several times. If unsuccessful, replacement of the keypad may be required. 2. Replace the SPU board. 3. Turn the radar off and on.
What to do if Furuno Marine Radar shows marks but no echo and transmission leak?
If the Furuno Marine Radar displays marks, indications, and noise but no echo (and the transmission leak representing own ship position is absent), the possible causes are: a TX fuse, the magnetron, the modulator board, or the SPU board. You can try the following: 1. If the fuse is blown, replace it. If it blows again, the modulator or associated circuit may be defective. 2. Check the magnetron current and replace the magnetron if necessary. 3. Replace the modulator board. 4. Replace the SPU board.
What to do if Furuno Marine Radar does not turn on?
If the Furuno Marine Radar does not operate after being powered on, the possible causes are: a blown fuse, incorrect mains voltage/polarity, or a faulty power supply board. You can try the following: replace the blown fuse, correct the wiring and input voltage, or replace the power supply board.
Why Furuno Marine Radar antenna is not rotating?
If the Furuno Marine Radar antenna is not rotating, the cause may be the antenna drive mechanism or a defective antenna drive motor relay. To resolve this, you can replace the antenna drive mechanism or press the relay reset button.
What causes no noise or echo on Furuno FA Marine Radar when gain is adjusted?
If the Furuno Marine Radar shows marks and indications but no noise or echo when the gain is adjusted with A/C SEA set at minimum, the cause may be the IF amplifier, the signal cable between the antenna and processor unit, or the video amplifier board. To resolve this: 1. Replace the IF amplifier. 2. Check the coaxial cable continuously and its isolation. Disconnect the plug and lugs at both ends of the coaxial cable before checking it with an ohmmeter. 3. Check the video coax line for a secure connection. If the connection is good, replace the SPU board.
Why is Furuno Marine Radar picture orientation incorrect?
If the picture orientation is incorrect on the Furuno Marine Radar, it may be due to the SPU board or the gyro interface. The message HDG SIG MISSING appears when the heading pulse is not received during standby. Replacing the gyro interface may solve the issue.
What to do if Furuno FA Marine Radar has poor sensitivity after tuning?
If the Furuno Marine Radar has poor sensitivity even after tuning, the cause may be that the 2nd trace echo rejector is on or there is dirt on the radiator face. To solve this: * Turn off the 2nd trace echo rejector. * Clean the radiator face.
What causes Furuno Marine Radar ARPA target not to be tracked correctly?
If an ARPA target is not being tracked correctly on the Furuno Marine Radar, it may be due to poor definition of targets in sea clutter. Adjust the A/C SEA and A/C RAIN.
How to display range rings on Furuno FA?
If range rings are not displayed on the Furuno Marine Radar, try turning on the range rings in the MARK menu. If they still do not appear, their brilliance may be too low; adjust their brilliance in the BRILL menu.
General| Category | Marine Radar |
|---|---|
| Range | Up to 96 nautical miles |
| Antenna Rotation Speed | 24 or 48 rpm |
| Display | LCD color display |
| Power Output | 25 kW |
| Frequency | X-band (9.4 GHz) |
Details RF radiation hazard from radar antenna and safety distances.
Warnings about electrical shock hazards and safety precautions when working with equipment.
Information about warning labels attached to the equipment for safety.
Details antenna types, beam width, polarization, and rotation.
Specifies frequency, output power, pulselength, PRF, and IF.
Describes screen size, resolution, and effective radar diameter.
Details power supply requirements for display, processor, and antenna units.
Describes the procedure to turn the radar system on and off.
Details the available control units (RCU-014 and RCU-015) and their components.
Explains how to access and navigate the MAIN menu.
Covers choosing tuning methods and initializing the receiver.
Details the process of aligning the radar's heading display with the gyrocompass.
Lists and describes the available radar presentation modes.
How to input own ship's speed for ARP and plotter functions.
Details how to select the radar's range scale for optimal target observation.
Describes how to adjust receiver sensitivity using the gain control.
Explains how to suppress sea clutter using A/C SEA control.
Describes how to use the interference rejector to reduce radar interference.
How to use offset EBLs to assess collision risk between targets.
How to set target alarm zones to alert for targets entering specific areas.
How to automatically adjust radar settings based on navigation needs.
Basic radar observation principles, including minimum and maximum ranges.
Explains common false echoes like multiple and sidelobe echoes.
Details SART detection, display, and general remarks.
Describes RACON signals and their appearance on the radar display.
Key precautions and operational notes for using the ARP function.
Details the keyboard and trackball controls used for ARP functions.
How to input own ship's speed for ARP and plotter functions.
How the ARP system automatically acquires and tracks targets.
How to manually acquire and track targets using ARP.
How to set CPA/TCPA alarm ranges to detect potential collision risks.
Simulates own ship's maneuver effects on tracked targets.
How to run a performance test for the ARP system.
Details the keyboard and trackball controls for AIS functions.
How to turn the AIS function on and off.
How to control the visibility of AIS targets on the display.
How to input voyage data like ETA, destination, and crew for AIS.
How to view detailed information for selected AIS targets.
How to combine ARP and AIS target data for a single display.
Explains common AIS system messages and their meanings.
Overview of the video plotter's functions: plotting tracks, waypoints, and recording data.
Describes the two display modes: Radar and Radar + Video Plotter.
How to create and manage radar maps by adding marks and lines.
How to inscribe and erase marks and lines on the display.
How to enter, edit, erase, and display waypoints and nav lines.
How to enter, edit, erase, and display navigation lines.
How to initialize memory cards and record data like tracks and settings.
How to replay recorded data from memory cards.
Provides a schedule for regular checks and maintenance tasks.
Details the procedure for replacing fuses in various units.
Provides common troubleshooting steps for common user-fixable issues.
Guides qualified personnel through hardware and software troubleshooting for complex issues.
Explains various system error messages and their meanings.
Visual representation of the radar's menu structure and navigation paths.
Details input and output sentences for serial interfaces (RP Board, J4).
Lists and shows locations of electrical parts for various radar units.
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