Why is the DCU OK LED lighting in red on my Furuno Data Loggers?
The DCU OK LED may light up red due to a malfunction of the system. Try restarting the system. If the problem persists, check the integrity of the DRU connection and call for service if needed.
What to do if AC and/or DC LED is not lit on Furuno VR-5000?
If the AC and/or DC LED is not lit, this indicates that there is no power supply. Check the breaker switches to ensure they are properly set.
Why is the BAT LED not lighting on my Furuno VR-5000 Data Loggers?
If the BAT LED is not lighting, this indicates that there is no power from the battery. Call for service.
General| Manufacturer | Furuno |
|---|---|
| Model | VR-5000 |
| Standard | IEC 60945 |
| Recording Duration (Data) | 12 hours |
| Recording Duration (Radar images) | 12 hours |
| Data Recorded | Bridge audio |
| Capsule Type | Float-free capsule |
| Interface | Serial |
| Operating Temperature | -15°C to +55°C |
| Standards Compliance | IMO, IEC |
Describes how to identify errors on the Remote Alarm Panel (RAP).
Explains the purpose and function of the Voyage Data Recorder (VDR).
Details the main components of the VR-5000 VDR system.
Lists the main advantages and capabilities of the VR-5000 VDR.
Details the technical specifications for the DCU component.
Details the technical specifications for the DRU component.
Covers environmental tests, temperature, humidity, and physical aspects.
Lists the minimum requirements for the playback software.
Covers manufacturer's quality standards and X-ray emission information.
Lists the revisions and changes made to the operator's manual.
Describes the basic structure and function of the VR-5000 VDR.
Details the components and functions of the Data Collecting Unit.
Covers Date/Time, Position, Speed, Heading, and Bridge Audio recording.
Covers Communications Audio, Radar Data, Echo Sounder, Alarms, Rudder, Engine, and Hull Status recording.
Covers Watertight/Fire Doors, Hull Stresses, and Wind Speed recording.
Explains how to start and stop the VDR recording process.
Describes the controls and indicators on the Remote Alarm Panel (RAP).
Explains LED indicators and how to copy VDR information from the HD.
Provides instructions for removing the Hard Disk Drive (HD) and Data Recording Unit (DRU).
Outlines periodic checks and the procedure for replacing backup batteries.
Instructions for replacing the acoustic beacon and fuses.
Explains the procedure for replacing the removable hard disk (HD).
Provides a table to diagnose common issues based on symptoms and LEDs.
Details the meaning of LED status codes on the DCU during operation.
Lists specific error codes indicated by SYS/DCU OK LEDs and their descriptions.
Lists specific error codes indicated by SYS/DCU OK LEDs and their descriptions.
Lists specific error codes indicated by SYS/DCU OK LEDs and their descriptions.
Lists specific error codes indicated by SYS/DCU OK LEDs and their descriptions.
Identifies the main components within the Data Collecting Unit (DCU).
Identifies the internal components of the Data Processor Unit (DPU).
Shows rear panel connections and PDU internal components.
Identifies Junction Box rear view and DRU capsule internal components.
Lists main modules and specific parts within the Data Processor Unit (DPU).
Lists specific parts and modules for the Power Distribution Unit (PDU) and DRU.
Describes ALA and ALR sentence formats for alarm management.
Describes DPT and DTM sentence formats for depth and datum information.
Describes FIR and GNS sentence formats for fire detection and GNSS data.
Describes HDT and HSS sentence formats for heading and hull stress data.
Describes MWV, RMC, and RPM sentence formats for wind, GPS, and engine data.
Describes VBW and XDR sentence formats for speed and transducer data.
Describes RSA and ZDA sentence formats for rudder angle and time/date data.
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