How to fix Furuno FAR-1528 Marine Radar showing only two PI lines?
If your Furuno Marine Radar is only showing two PI lines when six are desired, it is likely due to an incorrect setting of the PI line interval or an inappropriate setting for the number of PI lines to display. Adjust the PI line interval. Also, check the menu setting for the number of PI lines.
Why Furuno Marine Radar cannot turn on?
If your Furuno Marine Radar cannot be turned on, the cause may be a blown fuse, incorrect mains voltage/polarity, or a faulty power supply board. To resolve this, replace the blown fuse, correct the wiring and input voltage, or replace the power supply board.
What to do if Furuno Marine Radar picture not updated?
If the picture on your Furuno Marine Radar is not updating or is frozen, this is likely due to a video freeze. Turn the power off and on again to restore normal operation.
Why Furuno FAR-1528 shows marks and noise but no echo?
If you see marks, indications, and noise but no echo on your Furuno Marine Radar, the Tx high voltage protection circuit may have been activated. Reset the power to restore normal operation.
How to fix Furuno FAR-1528 Marine Radar when range changed but picture not changing?
If the range is changed on the Furuno Marine Radar but the picture is not changing, it could be due to a defective range key, a faulty SPU board, or a video freeze-up. Try adjusting the range with the control unit or the [RANGE] box several times; if that doesn't work, the keypad may need replacement. If still not working, replace the SPU board. Alternatively, try turning the radar off and on.
Why Furuno Marine Radar interference rejector is inoperative?
If the interference rejector on your Furuno Marine Radar is inoperative and the interference rejection level is not displayed, the issue is likely with the SPU board. Replace the SPU board.
How to fix Furuno FAR-1528 Marine Radar target not tracked correctly?
If a target is not being tracked correctly on your Furuno Marine Radar, it may be due to poor definition of targets in sea clutter. Adjust A/C SEA and A/C RAIN.
Why cannot operate Furuno FAR-1528 Marine Radar from on-screen boxes?
If you cannot operate the radar from the on-screen boxes on your Furuno Marine Radar, the issue is likely with the SPU board. Replace the SPU board.
Why Furuno FAR-1528 Marine Radar shows marks but no noise when GAIN adjusted?
If, with the GAIN adjusted and A/C SEA set to minimum, marks and indications appear on your Furuno Marine Radar but there is no noise or echo, it could be due to the IF amplifier, the signal cable between the antenna and processor unit, or the video amplifier board. Replace the IF amplifier. Check the continuity and isolation of the coaxial cable (disconnect the plug and lugs at both ends before checking with an ohmmeter). Check the video coax line for a secure connection; if the connection is good, replace the SPU board.
Why Furuno Marine Radar picture is not updated with each sweep?
If the picture on your Furuno Marine Radar is not updating with each sweep, it could be due to slots in the rotating disc in the antenna unit or the motor brushes. Remove any foreign material (carbon, grease, etc.) from the slots. If the motor brushes are shorter than 6 - 7 mm, replace them.
Information on potential harm from radar antenna emissions and safe distances to maintain from the transmitting antenna.
Details about safety labels attached to the equipment and procedures for replacement if missing or damaged.
Description of the control unit (RCU-028) keys, functions, and their operations for radar system management.
Procedure for powering the radar system on and off, including warm-up time and system status indications.
Steps to adjust screen brilliance using the control unit or on-screen menus for optimal display visibility.
Explanation of various indicators and boxes shown on the radar display screen, detailing their function.
Guide on how to access and navigate through the radar's main menu system and its layered structure.
Methods for entering own ship's speed, including automatic input from logs/GPS and manual speed entry.
Procedure for selecting the data source for own ship's position input, supporting navigational aids or manual entry.
Instructions for starting and stopping radar transmission, including screen freeze and quick start procedures.
Procedures for selecting tuning methods, initializing, and manually tuning the receiver for optimal signal reception.
Guide on how to select and change the radar's pulselength settings based on range and desired resolution.
Explanation on how to adjust radar gain for optimal sensitivity and clear display, balancing noise and target visibility.
Methods for reducing sea clutter using A/C SEA control, both automatically and manually, for clearer target display.
Procedures for reducing rain clutter using AUTO RAIN and A/C RAIN controls to improve target detection in precipitation.
How to use the interference rejector to reduce mutual radar interference from other radar systems.
Guide to using the ACE function for automatic detection and reduction of sea and rain clutter for improved clarity.
How to use preset control options for optimal radar settings in different navigation situations and conditions.
Description and selection of available radar presentation modes like Head-Up, Course-Up, and True Motion.
Using the offset EBL function to assess collision risks and identify potential threats by measuring range and bearing.
Setting up target alarms to alert navigators when targets enter specific areas, including muting and deactivation.
Activating and checking the performance monitor to ensure proper radar operation and identify potential issues.
How SARTs work, their detection on radar, and procedures for showing SART marks on the radar display.
Important safety and operational precautions for using the target tracking system, emphasizing navigational principles.
Description of the control unit keys used for target tracking functions, including target acquisition and cancellation.
Procedures for manually and automatically acquiring and tracking radar targets, including initial acquisition stages.
How to cancel target tracking for individual targets or all tracked targets when capacity is reached or for non-dangerous targets.
How to set the lost target filter and enable/disable lost target alerts to manage frequent target loss notifications.
Setting CPA and TCPA ranges for collision avoidance alarms, providing alerts for potentially dangerous targets.
How to activate, set, and manage acquisition zones for automatic target acquisition and alerts, ensuring timely threat detection.
Description of controls related to AIS operation, including target acquisition, display modes, and sleeping targets.
Procedures for activating AIS targets manually and managing auto-activate functions based on CPA/TCPA criteria.
Setting lost target filters and enabling/disabling alerts for lost AIS targets to manage frequent target loss notifications.
Setting CPA and TCPA ranges for AIS collision alarms, providing alerts for potentially dangerous targets.
Recommended schedule for routine checks and maintenance of the radar equipment to ensure optimal performance.
Step-by-step guide on how to safely replace fuses in the processor unit to protect the equipment from faults.
Common problems and their solutions for restoring normal radar operation, with guidance for user-level fixes.
Troubleshooting steps for hardware and software issues requiring qualified service personnel for component-level repair.
How to execute the diagnostic test program to check major circuit boards and components for proper operation.
Information on potential harm from radar antenna emissions and safe distances to maintain from the transmitting antenna.
Details about safety labels attached to the equipment and procedures for replacement if missing or damaged.
Description of the control unit (RCU-028) keys, functions, and their operations for radar system management.
Procedure for powering the radar system on and off, including warm-up time and system status indications.
Steps to adjust screen brilliance using the control unit or on-screen menus for optimal display visibility.
Explanation of various indicators and boxes shown on the radar display screen, detailing their function.
Guide on how to access and navigate through the radar's main menu system and its layered structure.
Methods for entering own ship's speed, including automatic input from logs/GPS and manual speed entry.
Procedure for selecting the data source for own ship's position input, supporting navigational aids or manual entry.
Instructions for starting and stopping radar transmission, including screen freeze and quick start procedures.
Procedures for selecting tuning methods, initializing, and manually tuning the receiver for optimal signal reception.
Guide on how to select and change the radar's pulselength settings based on range and desired resolution.
Explanation on how to adjust radar gain for optimal sensitivity and clear display, balancing noise and target visibility.
Methods for reducing sea clutter using A/C SEA control, both automatically and manually, for clearer target display.
Procedures for reducing rain clutter using AUTO RAIN and A/C RAIN controls to improve target detection in precipitation.
How to use the interference rejector to reduce mutual radar interference from other radar systems.
Guide to using the ACE function for automatic detection and reduction of sea and rain clutter for improved clarity.
How to use preset control options for optimal radar settings in different navigation situations and conditions.
Description and selection of available radar presentation modes like Head-Up, Course-Up, and True Motion.
Using the offset EBL function to assess collision risks and identify potential threats by measuring range and bearing.
Setting up target alarms to alert navigators when targets enter specific areas, including muting and deactivation.
Activating and checking the performance monitor to ensure proper radar operation and identify potential issues.
How SARTs work, their detection on radar, and procedures for showing SART marks on the radar display.
Important safety and operational precautions for using the target tracking system, emphasizing navigational principles.
Description of the control unit keys used for target tracking functions, including target acquisition and cancellation.
Procedures for manually and automatically acquiring and tracking radar targets, including initial acquisition stages.
How to cancel target tracking for individual targets or all tracked targets when capacity is reached or for non-dangerous targets.
How to set the lost target filter and enable/disable lost target alerts to manage frequent target loss notifications.
Setting CPA and TCPA ranges for collision avoidance alarms, providing alerts for potentially dangerous targets.
How to activate, set, and manage acquisition zones for automatic target acquisition and alerts, ensuring timely threat detection.
Description of controls related to AIS operation, including target acquisition, display modes, and sleeping targets.
Procedures for activating AIS targets manually and managing auto-activate functions based on CPA/TCPA criteria.
Setting lost target filters and enabling/disabling alerts for lost AIS targets to manage frequent target loss notifications.
Setting CPA and TCPA ranges for AIS collision alarms, providing alerts for potentially dangerous targets.
Recommended schedule for routine checks and maintenance of the radar equipment to ensure optimal performance.
Step-by-step guide on how to safely replace fuses in the processor unit to protect the equipment from faults.
Common problems and their solutions for restoring normal radar operation, with guidance for user-level fixes.
Troubleshooting steps for hardware and software issues requiring qualified service personnel for component-level repair.
How to execute the diagnostic test program to check major circuit boards and components for proper operation.
General| Brand | Furuno |
|---|---|
| Model | FAR-1528 |
| Category | Marine Radar |
| Language | English |
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