How to fix Furuno FAR-2218 Marine Radar if it cannot turn on?
If your Furuno Marine Radar cannot turn on, the possible causes are: a blown fuse, issues with the mains voltage/polarity, or a problem with the power supply board (PWR1 and/or PWR2) inside the Processor unit. To resolve this: * Replace the blown fuse. * Correct the wiring and input voltage. * Replace the faulty power supply board.
How to fix Furuno Marine Radar when the picture is not updated or frozen?
If the picture on your Furuno Marine Radar is not updating or is frozen, it could be due to the Rotary Encoder inside the antenna unit, the SPU board inside the antenna, or a video freeze-up. Try checking the connection of signal cables, replacing the SPU board, or turning the radar off and then on again.
Why does my Furuno FAR-2218 Marine Radar have poor sensitivity after tuning?
If your Furuno Marine Radar has poor sensitivity after tuning, it could be due to the second trace echo rejector being on or dirt on the radiator face. Try disabling the second trace echo rejector and cleaning the radiator face.
Why are range rings not displayed on my Furuno Marine Radar?
If range rings are not displayed on your Furuno Marine Radar, one possibility is to adjust the brilliance of range rings on the BRILL menu to see if intensity is increased. If this is unsuccessful, consider replacing the associated circuit board or the MAIN board.
What to do if Furuno FAR-2218 Marine Radar picture is not updated or freezes?
If the picture on your Furuno Marine Radar is not updating or is frozen, the issue might be a video freeze. Turn the power off and on again to restore normal operation.
What causes marks, indications, and noise but no echo on Furuno FAR-2218?
If you are seeing marks, indications, and noise but no echo on your Furuno Marine Radar, the Tx high voltage protection circuit may have activated. Reset the power to restore normal operation.
How to display range rings on Furuno FAR-2218 Marine Radar?
If range rings are not displayed on your Furuno Marine Radar, it may be because they are turned off. Try turning on the range rings with [RANGE RING] in the [NAVTOOL] menu. If they still do not appear, their brilliance may be too low; adjust their brilliance in the [BRILL] menu.
Why is my Furuno FAR-2218 Marine Radar properly tuned but has poor sensitivity?
If your Furuno Marine Radar is properly tuned but has poor sensitivity, possible causes include a deteriorated magnetron, a detuned MIC, dirt on the radiator face, water ingress to the waveguide or other feeder line, or the second trace echo rejection being active. Consider the following: 1. Check magnetron current with the radar transmitting on 48 nm range. If the current is below normal, the magnetron may be defective and need replacement. 2. Check the MIC detecting current. If it is below the normal value, the MIC may have become detuned and needs tuning. 3. Clean the radiator surface. 4. Remove water from the feeder line. 5. Disable the second-trace echo rejector.
What to do if range changed but radar picture does not change on Furuno FAR-2218?
If the range is changed but the radar picture does not change on your Furuno Marine Radar, it could be due to a defective range key or a video freeze-up. Try adjusting the range with the control unit or the [RANGE] box several times. If that does not work, try turning the power off and on again to see if the problem might be video freeze up. If still unsuccessful, the keypad may need replacement.
General| Type | Marine Radar |
|---|---|
| Display Type | LCD |
| Screen Size | 10.4 inches |
| Power Output | 25 kW |
| Antenna Type | Open Array |
| Weight | Approx. 45 kg (Antenna Unit) |
| Power Supply | 24 VDC |
| Display Size | 10.4 inches |
| Range Scales | 0.25, 24, 48 nautical miles |
| Antenna Size | 6 feet |
| Operating Frequency | 9410 MHz ±30 MHz |
| Frequency | X-band |
| Antenna Length | 1.2 m |
| Beamwidth | 1.9° (Horizontal) |
| Rotation Speed | 24 RPM |
Important user guidance and disclaimers for manual usage.
Instructions for environmentally responsible disposal of the product.
Guidelines for the safe and proper disposal of batteries.
Crucial warnings about electrical hazards, antenna rotation, and safe operation.
Information on potential risks from RF energy emitted by the radar antenna.
Overview of the radar's key capabilities and model configurations.
Definitions of terms and commands used throughout the manual.
Important notes regarding sensor interconnection and system setup.
Details the system configuration for X-band TR-UP radars with CF antennas.
Details the system configuration for S-band TR-UP radars.
Introduction to the available control units (RCU-014, RCU-015/016).
Guide to opening, closing, and navigating the radar's menus.
Procedure for assigning functions to the programmable keys (F1-F4).
Instructions for inputting own ship speed for TT and stabilization.
Information on saving, loading, and resetting user configurations.
Instructions for adjusting the radar receiver gain (sensitivity).
Function to assess collision risk using offset EBL measurements.
Displays historical target movement paths for better situational awareness.
Sets alarm zones to alert navigators to targets entering specific areas.
Monitors radar transmitter power and receiver sensitivity for performance checks.
Procedures for managing data (marks, settings, tracks) on an SD card.
Explains fundamental radar concepts like minimum and maximum range.
Details bearing and range resolution capabilities of the radar.
Explains factors affecting the accuracy of target bearing measurements.
Identifies and explains common types of false radar echoes.
Information on how the radar detects and displays SART signals.
Essential warnings and considerations before using the TT system.
Steps for acquiring and maintaining tracking on radar targets.
Methods for inputting own ship speed for accurate target tracking.
Features for calculating and alerting on potential collision risks.
Defines areas for automatic target acquisition and alerting.
Lists and explains various system messages and alerts for TT.
Discusses environmental and operational factors impacting target tracking accuracy.
Identifies the control unit keys for operating AIS functions.
Procedures for choosing how AIS data is presented on the display.
Allows filtering out unnecessary AIS objects to declutter the display.
Methods for manually activating or automatically activating AIS targets.
Procedures for changing AIS targets from active to sleeping status.
Alerts for when AIS objects are lost or fail to transmit data.
Calculates and alarms for CPA/TCPA thresholds for AIS targets.
Links TT and AIS targets to present a single symbol for the same vessel.
Functions for creating, saving, transmitting, and viewing AIS messages.
Guides on selecting different types of marks for the radar map.
Functionality for creating and displaying radar maps with symbols and lines.
Allows marking prominent targets or points of interest with origin marks.
Displays historical tracks for own ship and tracked targets.
Manages waypoints for navigation, including entry, editing, and display.
Allows display, editing, and management of navigation routes.
Features related to displaying and aligning ECDIS charts on the radar.
Critical safety information before performing any maintenance.
Recommended routine checks and maintenance tasks for the equipment.
Common problems and their solutions for restoring normal operation.
Procedures for hardware and software issues requiring qualified personnel.
Instructions for executing the system's diagnostic test program.
How the system automatically switches to backup sensors during failures.
Tree structure for the ECHO menu, detailing processing functions.
Tree structure for Navigation Tools menu items.
Tree structure for the Alerts menu, detailing notification settings.
Tree structure for Target Tracking and AIS functions.
Tree structure for Brilliance and Color settings.
Tree structure for managing user settings and presets.
Tree structure for assigning functions to the programmable keys.
Lists aggregated header alerts, their meanings, and priority.
Visual guide to common symbols displayed on the radar screen.
Explains the symbols used for Target Tracking (TT) information.
Explains the symbols used for Automatic Identification System (AIS) targets.
Diagram showing the internal components of the RCU-014 control unit.
Diagram illustrating the internal components of the RPU-025 processor unit.
Illustrates the internal components of the RTR-108 RF unit.
Technical details of the radar antenna, including beam width and sidelobe attenuation.
Technical specifications for the processor unit, including range and bearing performance.
Lists target tracking capabilities such as acquisition and vector settings.
Details AIS display capacity and tracking capabilities.
Information on the power requirements for different system components.
Technical details and parameters of the radar's performance monitor.
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