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OPERATOR'S MANUAL
VOYAGE DATA RECORDER
(VDR)
Model
VR-7000
www.furuno.com
IMPORTANT NOTICES
General
• This manual has been authored with simplified grammar, to meet the needs of international users.
• The operator of this equipment must read and follow the descriptions in this manual. Wrong operation or maintenance can cancel the warranty or cause injury.
• Do not copy any part of this manual without written permission from FURUNO.
• If this manual is lost or worn, contact your dealer about replacement.
• The contents of this manual and equipment specifications can change without notice.
• The example screens (or illustrations) shown in this manual can be different from the screens you see on your display. The screens you see depend on your system configuration and equipment settings.
• Save this manual for future reference.
• Any modification of the equipment (including software) by persons not authorized by FURUNO will cancel the warranty.
• All brand and product names are trademarks, registered trademarks or service marks of their respective holders.
How to discard this product
Discard this product according to local regulations for the disposal of industrial waste. For disposal in the USA, see the homepage of the Electronics Industries Alliance (http://www.eiae.org/) for the correct method of disposal.
How to discard a used battery
Some FURUNO products have a battery(ies). To see if your product has a battery, see the chapter on Maintenance. Follow the instructions below if a battery is used. Tape the + and - terminals of battery before disposal to prevent fire, heat generation caused by short circuit.
In the European Union
The crossed-out trash can symbol indicates that all types of batteries must not be discarded in standard trash, or at a trash site. Take the used batteries to a battery collection site according to your national legislation and the Batteries Directive 2006/66/EU.
Cd
In the USA
The Mobius loop symbol (three chasing arrows) indicates that Ni-Cd and lead-acid rechargeable batteries must be recycled. Take the used batteries to a battery collection site according to local laws.
Ni-Cd Pb
In the other countries
There are no international standards for the battery recycle symbol. The number of symbols can increase when the other countries make their own recycle symbols in the future.
i
SAFETY INSTRUCTIONS
WARNING
Indicates a condition that can cause death or serious injury if not avoided.
CAUTION
Indicates a condition that can cause minor or moderate injury if not avoided.
Warning, Caution
WARNING
ELECTRICAL SHOCK HAZARD
Do not open the equipment.
Only qualified personnel should work inside the equipment.
Do not disassemble or modify the equipment.
Fire, electrical shock or serious injury can result.
Immediately turn off the power
(BATTERY and AC switches in that order) at the DCU and also turn off the power at the ship's mains switchboard if water leaks into the equipment or the equipment is emitting smoke or fire.
Continued use can cause fatal damage to the equipment.
Do not disassemble the DRU.
The important data is saved to the
DRU. To prevent the loss of data, do not disassemble the DRU.
Do not allow rain or water splash to contact the equipment.
Fire or electrical shock can result.
Prohibitive Action Mandatory Action
WARNING
Do not disassemble the battery in the DCU.
Battery fluid is harmful to the eyes and skin, particularly the eyes. If the fluid contacts skin or eyes, flush area with fresh water and contact a physician immediately.
Do not short battery terminals.
Short can lead to bursting or fire.
Do not dispose of the battery or acoustic beacon of the Fixed DRU in fire.
Those components may burst if disposed of in fire. Further, dispose of the battery in accordance with appropriate regulations.
Do not touch any electrically conductive parts.
Touching electrically conductive parts can result in electrical shock.
Use rubber gloves, etc. when conducting inspection or maintenance work.
Use the correct fuse.
A wrong fuse can cause fire or serious damage to the equipment.
ii
WARNING
Do not wet the capsule of the
Float-free DRU.
The wetted capsule may accidentally transmit a signal.
Do not approach the antenna of the Float-free DRU.
The antenna of the Float-free DRU emits electromagnetic radio frequency (RF) that can be harmful to the human body. Distance at which RF radiation level of 100 and
10 W/m
2
are given in the table below.
RF power density Distance
100W/m 2 0.16m
10W/m
2
0.48m
Description required by
IEC60945
IEC60945
SAFETY INSTRUCTIONS
CAUTION
Do not:
- use batteries of different capacities
- mix old batteries with new
- mix batteries of different makes
The battery of the DCU and Float-free
DRU have multiple cells. Batteries themselves may become damaged or damage to electrical parts may result.
Do not connect/disconnect the cable while turning the power on.
The unit may be damaged.
About the TFT LCD
The TFT LCD is constructed using the latest LCD techniques, and displays
99.99% of its pixels. The remaining 0.01% of the pixels may drop out or blink, however this is not an indication of malfunction.
WARNING LABELS
Warning labels are attached to the DCU.
Do not remove the labels. If the label is missing or damaged, contact a FURUNO agent or dealer about replacement.
WARNING
To avoid electrical shock, do not remove cover. No user-serviceable parts inside.
Name: Warning Label 1
Type: 86-003-1011-3
Code No.: 100-236-233-10
iii
TABLE OF CONTENTS
How to Release the Capsule from the Bracket of the Float-free DRU in Emergency
Verification of Recording Function of the Long Term Device...................................... 26
APPENDIX 3 LIST OF TERMS AND ABBREVIATIONS/SYMBOLS .......................AP-5
APPENDIX 4 PLAYING BACK RECORDED DATA .................................................AP-6
SPECIFICATIONS .....................................................................................................SP-1
iv
FOREWORD
A Word to the Owner of the VR-7000
Congratulations on your choice of the FURUNO Voyage Data Recorder (VDR) VR-7000. We are confident you will see why the FURUNO name has become synonymous with quality and reliability.
Since 1948, FURUNO Electric Company has enjoyed an enviable reputation for innovative and dependable marine electronics equipment. This dedication to excellence is furthered by our extensive global network of agents and dealers.
Your equipment is designed and constructed to meet the rigorous demands of the marine environment. However, no machine can perform its intended function unless properly installed and maintained. Please carefully read and follow the operation and maintenance procedures set forth in this manual.
We would appreciate feedback from you, the end-user, about where we are achieving our purposes.
Thank you for considering and purchasing FURUNO equipment.
What is a VDR?
A VDR records various data and events encountered aboard ship. The purpose of the VDR is to help investigators locate the causes of marine incidents.
The revised SOLAS Chapter V requires the installation of VDRs on passenger ships of 150 GT and above on all voyages and other ships of 3000 GT and above on international voyages and for newly built ships on and after 1 July, 2002.
The basic VR-7000 consists of a Data Collecting Unit (DCU), a Data Recording Unit (DRU), a Remote Alarm Panel (RAP), a video LAN converter, a sensor adapter and microphones to record bridge audio. A Junction Box (JB) is optional. The DCU contains the Data Processor Unit, interface modules and backup batteries. It collects data from sensors as required by the IMO and IEC standards. The DCU processes the incoming data and information in the order of occurrence while old data is overwritten with new data for storage in the DRU for 48 hours. The batteries supply power to the DCU to record bridge audio for two hours in case of a ship’s mains power failure.
The flash memory in the DRU stores the data coming from the DCU. All essential navigation and status data including bridge conversation, VHF communications, and radar images are recorded.
The data can be retrieved by using playback software for investigation after an incident.
The Fixed DRU components are embodied in a protective capsule. The capsule ensures survival and recovery of the recorded data after an incident. An acoustical pinger helps locate the Fixed
DRU underwater.
The capsule of the Float-free DRU is stored in the bracket. When the Float-free DRU sinks to depths of up to four meters, the capsule automatically comes off from the bracket then floats on the sea surface. At the same time, the capsule starts to transmit 406 MHz signal for locating the position of capsule and 121.5 MHz signal for homing for at least 168 hours.
v
FOREWORD
Features
The main features of the VR-7000 are as shown below.
• Color LCD with remote alarm panel.
• Meets IEC 61996-1 Ed.2, IEC 61162-1 Ed.4 2010-11, IEC 61162-2 Ed.1, IEC 61162-450 Ed.1,
IEC 60945 Ed.4.
• Reliable and fast data exchange between DCU and DRU via Ethernet.
• Fixed DRU and Float-free DRU with 48 hours recording.
• Compatible with remote maintenance.
• Recorded data can be analyzed and monitored on shore.
• Software updating from a PC connected to Ethernet.
• Long term device for storage (720 hours recording) and retrieval of data.
Program No.
VR-7010 DCU: 2450102-01.XX
VR-7017 RAP: 2450103-01.XX
XX: Minor change
Fonts
The “iwata open type” font is used for the Remote Alarm Panel VR-7017.
Open Source Software
This product includes software to be licensed under the GNU General Public License (GPL), GNU
Lesser General Public License (LGPL), BSD, Apache, MIT and others. The program(s) is/are free software(s), and you can copy it and/or redistribute it and/or modify it under the terms of the GPL or LGPL as published by the Free Software Foundation. Please access to the following URL if you need source codes: https://www.furuno.co.jp/cgi/cnt_oss_e01.cgi
Reverse engineering
Reverse engineering (reverse assemble, reverse compiler) of the software of this equipment is strictly prohibited.
vi
SYSTEM CONFIGURATION
Basic configuration is shown with solid line.
Fixed Data Recording Unit (Fixed DRU)
VR-7020
Switching HUB
HUB-100
Radar, ECDIS, etc.
Float-free Data Recording Unit
(Float-free DRU)
VR-7021F
Junction Box
VR-7022F
100-230 VAC
Max. 2 units
VHF Audio
Remote Alarm Panel
VR-7017*
1
* 1 : Nominal viewing distance: 0.5 m
Max. 8 units
Microphone
VR-7011
Waterproof Microphone
VR-7012W
Data
Collecting
Unit (DCU)
VR-7010
PC
Live Player V5
VR-7030
- Serial Interface: Max. 2 ch
(IEC 61162-1/2)
- Serial Interface: Max. 6 ch
(IEC 61162-1)
Intelligent HUB
HUB-3000
Network
Equipment
Radar/ECDIS display
Max. 2 units
Video LAN Converter
IF-7100
24 VDC
IF Signal
- Serial Interface: Max. 2 ch
(IEC 61162-1/2)
- Serial Interface: Max. 6 ch
(IEC 61162-1)
- Analog IN: Max. 16 ch
- Digital Contact IN: Max. 64 ch
Junction Box
IF-8530
100-230 VAC
Junction Box
IF-8540 or
IF Signal
Sensor Adapter
MC-3000S
Serial Interface
Sensor Adapter
MC-3010A
Analog Interface
Sensor Adapter
MC-3020D
Digital IN Interface
Power Supply Unit
PSU-011*
2
*
2
: For Russian vessel only
100-230 VAC
Environmental category
All units (other than VR-7021F, VR-7022F, VR-7012W and
VR-7020)
Protected from the weather
VR-7021F
VR-7022F, VR-7012W, VR-7020
Portable
Exposed to the weather
vii
1.
OPERATION
1.1
Overview
The VR-7000 consists of a Data Collecting Unit (DCU), Data Recording Units (Fixed DRU and
Float-free DRU), Remote Alarm Panel (RAP), Video LAN Converter, Sensor Adapter and bridge microphone units. The VDR system continuously stores data for at least the last 48 hours onto the
Flash Memory in the capsule, erasing the oldest data stored as new data is recorded. The VDR mainly records the sentences shown in the table below.
Main sentences to be recorded
Data to be recorded
Date and time
Ship’s position and datum used
Speed (water and/or ground)
Heading (true)
Heading (magnetic)
AIS-VHF data-link message
AIS-VHF data-link own-vessel message
Depth (echo sounder)
Alerts and Alarms
Rudder sensor angle
Rudder order status
Heading/track control command
Heading/track control data
Engine order/response
Hull openings, watertight doors
Accelerations and hull stress
Wind speed and direction
VDR alert output
Heartbeat supervision sentence
IEC 61162 formatter
ZDA
GNS and DTM
VBW
HDT
HDG
VDM
VDO
DPT
ACN, ALC, ALF, ALR
RSA
ROR
HTC
HTD
RPM, XDR
XDR
HSS, XDR
MWV
ALF, ALC
HBT
Power supply precaution
If ship’s mains power source (100-230 VAC) and emergency source fail, the VR-7000 continues to record bridge audio for two hours from backup batteries.
Continuity of storing data
The VDR should be provided with power to store data for over 48 hours (for Fixed DRU and Floatfree DRU) or over 720 hours (for long term device of the DCU) on a first-in, first-out basis. Recording is terminated only under the following conditions:
• During essential maintenance while the vessel is in port.
• When the vessel is laid-up.
Data Collecting Unit
The DCU mainly consists of a Data Processor Unit and Power Control Panel. The DCU includes batteries with a lifetime of approximately four years. The DCU collects the data from various sen-
1
1. OPERATION sors radar/ECDIS and records them in the Fixed DRU, Float-free DRU and internal long term device.
Recording interval of data and audio is as follows:
• Radar/ECDIS video signal: every 15 seconds
• Bridge and VHF audio: real time
• IEC sentences: when received
• Analog and digital data: every second
You can select one or two 512-GB SSD(s) as internal long term device(s). When selecting one
SSD, you can add another one using an optional SSD kit later.
No. of pcs
1 SSD (512 GB)
2 SSDs (1 TB)
Storage time
720 hours
Video signal channels recorded at the same time
Up to 3 channels
Up to 4 channels*
*: The recording interval for 3 channels is 15 seconds, which is compliant with IEC61996-1 Ed.2.
Additional 1 channel records a maximum of four video signals at intervals of 15 seconds, using the time-division method.
Data Recording Unit
Fixed DRU
The Fixed DRU is housed in a highly visible protective capsule which can withstand a fire of
1,100°C for one hour and deep-sea pressure of 6,000 m.
The underwater acoustic beacon (pinger) on the capsule automatically transmits 10 ms pulses at
37.5 kHz for at least 90 days when it is submerged in water. The expected life of the beacon battery is three years.
Float-free DRU
The capsule of the Float-free DRU has the same functionality of an satellite EPIRB (Emergency
Position-Indicating Radio Beacon). The VDR data is recorded in the storage module at the bottom of capsule.
The DCU feeds the VDR data to the bracket of the Float-free DRU through the LAN cable, then the bracket feeds the data to the capsule by wireless communication.
The capsule of the Float-free DRU is stored in the bracket. When the Float-free DRU sinks to depths of up to four meters, the capsule is automatically released from the bracket then floats to the sea surface. At the same time, the capsule starts to transmit 406 MHz signal for locating the position of capsule and 121.5 MHz signal for homing for at least 168 hours.
Data items to be recorded
Note: If the sensor data is input to the DCU through an external unit (sensor adapter, junction box, etc.), the input of the sensor data is delayed because of the communication lag between the DCU and external unit.
Date and time: Date and time are obtained from an external GPS navigator referenced to UTC.
When an external GPS navigator is not available, a signal is recorded with a built-in clock in the
DCU.
2
1. OPERATION
Ship’s position and datum used: Latitude, longitude and datum are obtained from a GPS navigator, Loran-C receiver or other EPFS or INS available on standard serial interface. The source of data is identifiable on playback.
Speed (water and/or ground): Speed through the water (STW) or speed over the ground (SOG) is recorded. The resolution is 0.1 kn. Transverse speed is also indicated when available on board.
Heading (true, magnetic): Heading is recorded to a resolution of 0.1°. The data is labeled G (gyrocompass), GPS, GLONASS, MAG. If heading information is not available in IEC 61162 format, an appropriate interface may be necessary.
Depth (echo sounder): Depth under keel up to a resolution of 0.1 m as available on the ship is recorded.
Alarms: The status of all IMO mandatory alarms is recorded individually with ID number and time stamp. Audible alarms from the alarm units are stored simultaneously by the bridge audio microphones.
Rudder order/response: Rudder order and response angles are recorded up to a resolution of
1° as available on the ship. The rudder information is recorded. If more than one rudder is provided, the circuitry can be duplicated.
Engine order/response: The DCU obtains the engine order and response from the engine telegraph or direct engine control. The engine parameters with shaft revolution and ahead/astern indicators are recorded to a resolution of 1 rpm.
All order and response from bow, stern, thruster, tunnel thrusters and controllable pitch propellers shall be recorded.
Hull openings, watertight doors: Digital and serial signals can be input individually. The data is stored with time stamps.
Accelerations and hull stresses: The DCU obtains signals from appropriate hull stress and response monitoring devices. The inputs are recorded individually and stored with time stamps.
Wind speed and direction: The DCU obtains the signal from appropriate wind speed and direction sensor. The inputs are recorded individually and stored with time stamps. The wind speed resolution is 1 unit (1 kn, 1 m/s, etc.). The wind direction resolution is 1°.
VDR alarm output: If, as an option, such messages are sent then the appropriate sentence formats are ALF and ALC.
Radar/ECDIS data: Radar/ECDIS image is recorded in the Fixed DRU, Float-free DRU and long term device via the LAN or the video LAN converter. Range rings, EBLs, VRMs, plotting symbols, radar maps, parts of SENC, voyage plan, and other essential navigational indications are included in the recorded radar image. Own ship’s mark and position (latitude and longitude), course, speed, voyage plan, and other essential navigational indications are included in the recorded ECDIS image. One complete picture frame is captured at intervals of 15 s. Scanning may be interlaced or non-interlaced.
The channel number and resolution can be recorded is shown in the table below.
Input method
Inputs through the video LAN converter
No. of pcs
1 SSD (512 GB)
2 SSDs (1 TB)
Resolution/Max. channel number
UXGA (1600
1200): 2 ch + Full HD (19201080): 1 ch
UXGA (1600
1200): 2 ch + Full HD (19201080): 1 ch +
WUXGA (1920
1200): 1 ch*
3
1. OPERATION
Input method
IEC61162-450 format
No. of pcs
1 SSD (512GB)
2 SSDs (1TB)
Resolution/Max. channel number
For PNG format:
UXGA (1600
1200): 2 ch + Full HD (19201080): 1 ch
For JPG format:
WUXGA (1920
1200): 3 ch
For PNG format:
UXGA (1600
1200): 2 ch + Full HD (19201080): 1 ch +
WUXGA (1920
1200): 1 ch*
For JPG format:
WUXGA (1920
1200): 3 ch + WUXGA (19201200): 1 ch*
*: Recorded to the long term device (SSD) only. Not recorded to the Fixed DRU and Float-free
DRU.
Bridge audio: Up to eight microphones are supplied as standard to record conversation at conning station, radar display and chart table. Microphone captures conversation in the bridge, audio signals from equipment and sound from machinery. The microphone generates a test beep every
12 hours which is also recorded. The microphone picks up audio signals ranging from 150 to 6000
Hz.
Communications audio: A maximum of two VHF communications are recorded for both transmitted and received audio signals.
Minimum data retention period
The VDR data is retained in the recording media, following termination of recording. The minimum data retention periods for each recording unit are shown in the table below (IEC61996-1 compliant).
Unit
Long term device (DCU)
Fixed DRU
Float-free DRU
Minimum Data Retention Period
2 years after recording
6 months after recording
1.2
Operating Procedure
1.2.1
How to turn the power on then record the data
Data Collecting Unit
NOTICE
Do not open the DCU door unless authorized to do so.
The DCU comes with a key to protect against any unauthorized access.
The key must be kept securely by authorized personnel.
To start recording, open the DCU door with its key and turn on the AC and BATTERY switches in that order on the power control panel. Confirm that the AC SUPPLY MAINS LED and BATTERY
4
1. OPERATION
BACKUP LED on the power control panel light. Data is automatically recorded in the Fixed DRU,
Float-free DRU and long term device.
BATTERY BACKUP LED
(BATT BACK UP)
SYSTEM FAIL LED
(SYS FAIL)
AC SUPPLY MAINS LED
(AC MAINS)
AC switch
BATTERY switch
DCU
Power control panel
Note 1: When turning the power on at temperatures of 0 °C or lower, the DCU must be warmed before it can be operated, which takes a maximum of 30 minutes. The error message may appear on the screen of the VR-7017, however, this is not abnormal.
Note 2: If the VR-7000 system fails to start, it may be restarted.
Note 3: Do not exert force on the opened DCU door. Force can damage the door.
Video LAN Converter (IF-7100)
The video LAN converter converts the radar video signal to the LAN signal.
Turn the power on/off for the IF-7100 and the equipment connected to the IF-7100 (i.e. processor unit for radar or ECDIS) in the following order. Otherwise the IF-7100 may not function properly.
Power-on: Turn on the IF-7100 and the connected equipment in that order.
Power-off: Turn off the connected equipment and the IF-7100 in that order.
Note: The IF-7100 does not have a power switch. Turn off the IF-7100 from the main switchboard.
1.2.2
How to stop recording
Recording is terminated only under the following conditions:
• During essential maintenance while the vessel is in port.
• When the vessel is laid-up.
To stop recording, open the DCU door with its key and turn off the BATTERY and AC switches in that order. DO NOT turn off the system by the main breaker while the BATTERY switch is on. If only the AC switch is turned off, the system operates on the batteries. The system stops after recording the audio data only for two hours. When the AC power is supplied to the DCU again, the batteries are charged. The BATTERY BACKUP LED flashes while charging the batteries.
Note: After the power to the DCU is turned off, wait at least 10 seconds before reapplying the power.
5
1. OPERATION
1.3
Operation on Remote Alarm Panel
1.3.1
Start screen and base screen
No power switch is provided on the Remote Alarm Panel; it is turned on and off by the power switch on the DCU. After the boot program screen appears, the start screen appears followed by the base screen.
VR-7017
REMOTE ALARM PANEL
Start screen
[MENU/ESC] : List [ENT] : - - -
▲
/
▼
/
◄
/
►
: Brill
Base screen
Note: When the DCU does not boot normally, it takes a maximum of 10 minutes to display the base screen. The error message "DCU No Connection" appears on the screen.
1.3.2
Controls
Control
BRILL
BRILL
ACK
ACK
TEST
TEST
Extract
Extract
MENU
ESC
MENU/ESC
ENT
ENT
BRILL TEST
ACK Extract
MENU
ESC
ENT
Function
Short press: Displays the [BRILL] setting window.
Long press: Restores the brilliance of the LCD and keys to default.
Acknowledge an alert to stop the flashing of the alert list and silence the alert buzzer.
Opens the test menu.
Extracts the recorded data to the external media.
Short press: Opens/closes the menu, returns one layer in menu operation.
Long press: Returns to the base screen except in pop-up displays (e.g. key beep, extraction related, etc.) and tests.
• Confirms a selection.
• Silences the alert buzzer temporarily when there are unacknowledged alerts. (The alert buzzer sounds again in 30 seconds after the buzzer stops.)
6
1. OPERATION
Control
Cursorpad
Function
Short press: Selects a menu item, switches the page, adjusts the brilliance of the LCD and keys when the [BRILL] setting window opens.
Long press: Moves the cursor continuously.
1.3.3
How to adjust the brilliance of the LCD and keys
1. Press the BRILL key to show the [BRILL] setting window.
BRILL
LCD
◄
Min
5
Max
►
Ke y
5
▼
Min Max
▲
Setting ranges: 0 to 7
Defaults: 5
2. To adjust the brilliance, use the cursorpad; or for the LCD, or for the keys.
3. Press the ENT or MENU/ESC key to close the setting window.
1.3.4
Alert list
The alert list provides information about active alerts.
Alert List 1/ 2
Alert ID Alert Name
412324 No.08 Sensor(LAN
412323 No.07 Sensor(LAN
412322 No.06 Sensor(LAN
Time of last chan g e
15:24:37
15:24:37
15:24:37
412321 No.05 Sensor(LAN 15:24:37
412320 No.04 Sensor(LAN 15:24:37
[MENU/ESC] : List [ENT] : In p ut
◄
/
►
: Pa g e
▲
/
▼
: Select
The list has multiple pages when more than five alerts are active. To view other alerts, use the cursorpad ( or ). The flashing cycle is 0.5 seconds.
To see the detailed information for an alert, use the cursorpad ( or ) to select the alert then press the ENT key.
Alert Detail
Alert ID Alert Name
412324 No.02 Sensor(LAN
Descri p tion
02 sensor(LAN) channel has not received correct format data from a connected sensor
(LAN) device. Reconnect sensor(LAN) data. Check failed device.
[MENU/ESC] : Back
▲
/
▼
: Scroll
Use the cursorpad
(▲ or ▼) to scroll the screen to see the hidden information.
7
1. OPERATION
Press the MENU/ESC key to close the detailed information screen.
All alerts are rectified, the base screen appears.
1.3.5
Main menu overview
1. Press the MENU/ESC key to open the main menu on the base screen.
2. Use the cursorpad ( or ) to select a menu item then press the ENT key.
Serial Monitor
Sensor(LAN) Monitor
Analo g Monitor
Di g ital Monitor
Ima g e Ca p ture Status
Audio Monitor
Life Parts List
Status Monitor
Ke y
Beep
[Serial Monitor]
You can monitor the sensor information input to the serial channels.
Serial Channel Select
◄
1 (SI01 - SI30)
►
SI01:GPS
SI02:XXXXX
SI03:XXXXX
SI04:XXXXX
SI05:XXXXX
SI06:XXXXX
SI07:XXXXX
SI08:XXXXX
SI09:XXXXX
SI10:XXXXX
SI11:XXXXX
SI12:XXXXX
SI13:XXXXX
SI14:XXXXX
SI15:XXXXX
SI16:XXXXX
SI17:XXXXX
SI18:XXXXX
SI19:XXXXX
SI20:XXXXX
SI21:XXXXX
SI22:XXXXX
SI23:XXXXX
SI24:XXXXX
SI25:XXXXX
SI26:XXXXX
SI27:XXXXX
SI28:XXXXX
SI29:XXXXX
SI30:XXXXX
[MENU/ESC] : Back [ENT] : In p ut
▲
/
▼
/
◄
/
►
: Select
To shift the page, use the cursorpad
(◄ or ►).
To see the information for a serial channel, use the cursorpad to select a serial channel (SI01 to
SI16) then press the ENT key to show the serial monitor screen. The latest received data is displayed on the top of the screen.
Note: A serial channel whose number is SI17 or later is no use.
Serial Monitor
◄
SI01
►
$GPZDA.104523.4582.23.12.2012.09.00•54
$GPGNS.104523.477.3434.000.N.13510222.E.N.01.1.1.5.0.-2.3.4.1.0•3A
$GPDTM.W84.0.0.1.N.1.0.W.2.0.W72•46
$GPVTG.176.T.180.0.M.1.0.N.1.8.K.A•3C
To switch the channel, use the cursorpad
(◄ or ►).
[MENU/ESC] : Back [ENT] : Sto p
◄
/
►
: Select
Press the ENT key to stop the serial display. To restart the serial display, press the ENT key again.
8
1. OPERATION
[Sensor(LAN) Monitor]
You can monitor the sensor information input to the LAN channels.
Sensor(LAN) Channel Select
◄
1 (LN01 - LN30)
►
LN01:GPS
LN02:XXXXX
LN03:XXXXX
LN04:XXXXX
LN05:XXXXX
LN06:XXXXX
LN07:XXXXX
LN08:XXXXX
LN09:XXXXX
LN10:XXXXX
LN11:XXXXX
LN12:XXXXX
LN13:XXXXX
LN14:XXXXX
LN15:XXXXX
LN16:XXXXX
LN17:XXXXX
LN18:XXXXX
LN19:XXXXX
LN20:XXXXX
LN21:XXXXX
LN22:XXXXX
LN23:XXXXX
LN24:XXXXX
LN25:XXXXX
LN26:XXXXX
LN27:XXXXX
LN28:XXXXX
LN29:XXXXX
LN30:XXXXX
[MENU/ESC] : Back [ENT] : In p ut
▲
/
▼
/
◄
/
►
: Select
To shift the page, use the cursorpad
(◄ or ►).
To see the information for a sensor(LAN) channel, use the cursorpad to select a sensor(LAN) channel (LN01 to LN64) then press the ENT key to show the sensor (LAN) monitor screen. The latest received data is displayed on the top of the screen.
Sensor(LAN) Monitor
◄
LN01
►
$GPZDA.104523.4582.23.12.2012.09.00•54
$GPGNS.104523.477.3434.000.N.13510222.E.N.01.1.1.5.0.-2.3.4.1.0•3A
$GPDTM.W84.0.0.1.N.1.0.W.2.0.W72•46
$GPVTG.176.T.180.0.M.1.0.N.1.8.K.A•3C
To switch the channel, use the cursorpad
(◄ or ►).
[MENU/ESC] : Back [ENT] : Sto p
◄
/
►
: Select
Press the ENT key to stop the sensor display. To restart the sensor display, press the ENT key again.
[Analog Monitor]
You can monitor the sensor information input to the analog channels (AN001 to AN120).
Analo g Monitor
◄
1 (AN001 - AN016)
►
AN001: - 0. 04V
AN002: 1. 23mA
AN003: 0. 50V
AN004: - 1. 00V
AN005: 0. 23mA
AN006: - 1. 11V
AN007: 0. 45mA
AN008: 2. 50V
AN009: - 2. 12V
AN010: 3. 48V
AN011: 2. 10V
AN012: - 0. 90V
AN013: 6. 17mA
AN014: 4. 39mA
AN015: 2. 25V
AN016: 1. 04V
To switch the channel, use the cursorpad
(◄ or ►).
[MENU/ESC] : Back
◄
/
►
: Select
9
1. OPERATION
[Digital Monitor]
You can monitor the sensor information input to the digital channels (DC001 to DC640).
Di g ital Monitor
◄
1 (DC001 - DC032)
►
DC001: 1
DC002: 1
DC003: 0
DC004: 0
DC005: 1
DC006: 1
DC007: 0
DC008: 1
DC009: 1
DC010: 1
DC011: 0
DC012: 0
DC013: 1
DC014: 1
DC015: 0
DC016: 1
DC017: 1
DC018: 1
DC019: 0
DC020: 0
DC021: 1
DC022: 1
DC023: 0
DC024: 1
DC025: -
DC026: -
DC027: -
DC028: -
DC029: -
DC030: -
DC031: -
DC032: -
To switch the channel, use the cursorpad
(◄ or ►).
[MENU/ESC] : Back
◄
/
►
: Select
[Image Capture Status]
You can monitor the information of the images recorded in the DCU. The information for the image captures (the time and date when the image is captured to the VDR, captured image size, etc.) are updated.
Ima g e Ca p ture Status
RADAR1
Ca p tured Time:
RADAR2
Ca p tured Time:
01/09/2014
10:30:20
Source:
Xband.1
Location: MFD0
Active: Yes
Resolution:
1280x1024
01/09/2014
10:30:20
Source:
Sband.1
Location: MFD0
Active: Yes
Resolution:
1280x1024
ECDIS
Ca p tured Time:
CH4
Ca p tured Time:
01/09/2014
10:30:20
Source:
ECDIS.1
Location: MFD0
Active: Yes
Resolution:
1280x1024
01/09/2014
10:30:20
Source:
ECDIS.1
Location: MFD0
Active: Yes
Resolution:
1280x1024
[MENU/ESC] : Back
◄
/
►
: - - -
[Audio Monitor]
You can check the status of the microphones and communications equipment (VHF, etc.).
Audio Monitor
VHF1
Status:
- - -
Level:
MIC4
Status:
MIC TestOK
VHF2
Status:
- - -
Level:
MIC5
Status:
MIC TestNG
MIC1
Status:
MIC TestOK
Level:
MIC6
Status:
MIC TestNG
MIC2
Status:
MIC TestNG
Level:
MIC7
Status:
Not
Connected
MIC3
Status:
Not
Connected
Level:
MIC8
Status:
MIC TestOK
Level: Level: Level:
Level: Level:
[MENU/ESC] : Back
◄
/
►
: - - -
Microphone/VHF volume level
10
1. OPERATION
[Life Parts List]
You can check the lifetimes of the parts.
Life Parts List
◄
1/ 1
►
T yp e No.
VR-7020 Acoustic B
VR-7021F HRU
VR-7021F Battery M
VR-7010 Battery
Status
OK
OK
OK
OK
Ex p ir y Date
2014/08
2014/08
2014/08
2014/08
When there are multiple pages, use the cursorpad
(◄ or ►) to shift the page.
[MENU/ESC] : Back
◄
/
►
: - - -
[Status Monitor]
You can see the status of the system.
Status Monitor
VDR Version : 2450102-01.XX
RAP Version : 2450103-01.XX
SYS Time : 10/05/2014 17:45:20
UTC Time : 10/05/2014 17:45:19
DIFF Time : 01 sec
[MENU/ESC] : Back
◄
/
►
: - - -
[Key Beep]
When you operate a key, a single beep sounds. If you do not need the key beep, you can deactivate the beep sound. Use the cursorpad ( or ) to select [OFF] then press the ENT key.
Key Beep
ON
1.3.6
How to extract the recorded data to an external media
Do the following to extract data to a USB flash memory.
Note 1: Do not remove the long term device(s) from the DCU unless authorized to do so. Extract the recorded data to the external media (a USB, etc.).
Note 2: To ensure smooth extraction of data to a USB flash memory, do the extraction when the ship is stopped. Vibration, pitching, rolling, etc. can prevent smooth extraction.
Note 3: All data in a USB flash memory is deleted.
11
OFF
1. OPERATION
Note 4: Use a USB flash memory formatted with FAT32. The USB flash memories in the table below have been tested:
Maker Type Capacity
Silicon Power
HIDISK
TOSHIBA
SanDisk
I/O DATA
ELECOM
UNiSERB
MARVELMO116GB
HDUF101S128G3
UHYBS-032GH
SDCZ33-064G-J57
U3-AL16G/DS
MF-MSU3A04GBK
PEUSB2-32G
16 GB
128 GB
32 GB
64 GB
16 GB
4 GB
32 GB
Note 5: Remove the USB flash memory only after the extraction is completed. Removing it during extraction may corrupt data in the next extraction. Further, abnormal data is played back.
1. Open the DCU door with its key.
2. Insert a USB flash memory to the USB port.
3. Press the Extract key on the RAP.
Source Select
Lon g Term Device
Float DRU
4. Use the cursorpad ( or ) to select the data source from [Long Term Device] or [Float DRU] then press the ENT key.
[Long Term Device]: Long term device(s) in the DCU
[Float DRU]: Float-free DRU
Period Select
Note 1: This function is not available for a Fixed DRU.
Note 2: Normally, select [Long Term Device]. If you can not extract the data from the long term device(s), select [Float DRU].
▲
1 hour
The setting window shown in the right figure appears.
▼
(1~12) hour
5. Use the cursorpad ( or ) to set the extraction time* (1 to 12 hour(s)) then press the ENT key.
*: Backdated data is extracted, starting from the moment the ENT key was pressed.
The following window that indicates the extraction data size and disk space appears.
Extract Size/Disk S p ace
xxx, xxx, xxx, xxx b y te/
xxx, xxx, xxx, xxx b y te
Disk space is displayed in red when it is smaller than extraction data size.
Note: If the following window appears, check that the USB flash memory is properly inserted
and is formatted to FAT32. Then press the ENT key and restart the procedure from step 4.
12
1. OPERATION
Medium Error!
Check xxxxx Medium
xxxxx: recording or user
6. Press the ENT key. The confirmation window appears.
User Disk Format?
Yes No
7. Use the cursorpad ( or ) to select [Yes] then press the ENT key. The window changes as follow.
Now Extractin g
Remainin g
time: hh/mm/ss
Now Formattin g
Extract Com p lete
During formatting of the USB flash memory
OK Cancel
During data extraction
This window disappears when pressing the ENT key with [OK] selected.
Completion of extraction
Press any key to clear this window.
Note 1: If an error occurs during the formatting of the USB flash memory, the message "Format Error! Extract Canceled" appears. Press any key to clear the message then check the
USB flash memory.
Note 2: If an error occurs during data extraction, the message "Extract Error! Extract Canceled" appears. Press any key to clear the message then check the USB flash memory.
8. Lock the DCU door after the data is extracted.
13
1. OPERATION
1.4
How to Release the Fixed DRU
To release the Fixed DRU from its bracket (cradle), do the following:
1. Turn off the BATTERY and AC switches in that order to turn off the DCU power.
2. Remove the release pin.
3. Lift the release lever.
4. Lift the handle to separate the top of the DRU from the bottom of the DRU.
5. Cut the cable connected between the top and bottom of the DRU.
Handle
Release lever
Release pin
1.5
How to Release the Capsule from the Bracket of the Float-free DRU in Emergency Situation
In an emergency situation, release the capsule from the bracket of the Float-free DRU to remove the capsule if possible.
Note 1: Do not drop the capsule from a high place.
Note 2: Do not release the capsule other than in an emergency situation or maintenance. The silicone grease is applied to the bottom of the capsule to prevent water and foreign materials from entering into the gap between the capsule and bracket. After you release the capsule, apply sili-
cone grease to the capsule before reattaching it (see page 2-18).
1. Release the snap pin and remove the cover of the bracket.
Snap pin
Cover
14
1. OPERATION
2. Grasp the antenna of the capsule, then pull out it.
Grasp here, then pull out.
Capsule
3. Put the capsule in an emergency bag and take it to a life raft.
4. If there is a satellite EPIRB on the life raft (excluding the capsule of the Float-free DRU), tie its towing rope to the life raft and float it on the sea.
The satellite EPIRB activates and flashes its lamp every three seconds. The satellite EPIRB operates for at least 48 hours, and the satellite EPIRB transmits 406 MHz signal for distress every 50 seconds to a polar orbit satellite. If the satellite EPIRB has a built-in GPS, a locating signal is transmitted to a stationary satellite. Also, the satellite EPIRB transmits 121.5 MHz signal for homing.
Note: It is not required to activate the capsule of the Float-free DRU when the satellite EPIRB is in operation.
5. When the satellite EPIRB has stopped its operation or there is not a satellite EPIRB on a life raft, tie the towing rope of the capsule of the Float-free DRU to the life raft and float the capsule on the sea.
The capsule of the Float-free DRU activates and transmits 406 MHz signal for locating the position of the capsule and 121.5 MHz signal for homing for at least 168 hours.
6. Upon completion of the rescue operations, pass the capsule to the rescue team for analysis of the data in the capsule.
After picking up the capsule
After picking up the capsule from the sea, dry it with a towel. When the capsule is dried, its lamp stops flashing. Pass the capsule to the investigating authorities through the search and rescue team. The investigating authorities extract and analyze the data in the capsule.
Disposal of the capsule
The capsule must be discarded properly after extracting and analyzing the data. Vertically separate the capsule. For the bottom of the capsule, cut the battery’s lead wires and wrap the vinyl tape around the wires to insulate them. For the upper part of the capsule dispose of the electronic parts according to local regulations for the disposal of industrial waste.
15
2.
MAINTENANCE
Regular maintenance is important to maintain performance. This chapter contains maintenance instructions to be followed to obtain optimum performance and the longest possible life of the equipment.
WARNING
ELECTRICAL SHOCK HAZARD
Do not open the DCU cover.
NOTICE
Do not apply paint, anti-corrosive sealant or contact spray to coating or plastic parts of the equipment.
Only qualified personnel should work inside the equipment.
Do not disassemble or modify the equipment.
Those items contain organic solvents that can damage coating and plastic parts, especially plastic connectors.
Fire, electrical shock or serious injury can result.
2.1
Cleaning
Dirt or dust may be removed from units with a soft cloth. Fresh water-moistened cloth may be used to remove stubborn dirt. DO NOT use any commercial cleaning agents to clean any unit. They can remove paint and markings.
Remote Alarm Panel VR-7017: Wipe the LCD of VR-7017 carefully to prevent scratching, using tissue paper and an LCD cleaner. To remove dirt or salt deposits, use an LCD cleaner, wiping slowly with tissue paper so as to dissolve the dirt or salt. Change paper frequently so the salt or dirt will not scratch the LCD. Do not use solvents such as thinner, acetone or benzene for cleaning.
Also, do not use degreaser or anti-fog solution, as they can strip the coating from the LCD.
Waterproof Microphone VR-7012W: The watertight integrity of the microphone will be compromised if water contacts the ventilation sheet behind the MIC cover.
16
2. MAINTENANCE
2.2
Maintenance of the Float-free DRU
The capsule of the Float-free DRU transmits the signal similar to the distress signal of a satellite
EPIRB. Therefore, trouble to the search and rescue authorities may occur if the capsule accidentally transmits the signal. If accidental transmission occurs, stop the transmission and inform the search and rescue authorities of the accidental transmission.
Contact information
A (cellular) telephone is usable in Japanese coastal waters.
You can contact with the coast guard using the marine VHF band (within 25 miles from the coast).
You can contact with the coast guard using the radio telephone of MF 2182 kHz (within 150 miles from the coast).
A satellite radio telephone like a Inmarsat is usable.
118 or 03-3591-9000 (Japan Coast Guard)
Use the radio telephone of VHF channel 16 to contact the coast guard.
Use the radio telephone of MF 2182 kHz to contact the coast guard.
• Contact with the search and rescue authorities in each flag state.
• For Japanese-flagged vessel, contact Japan
Coast Guard at 81-3-35919000.
Things to inform
Ship’s name, call sign, MMSI, time, location, fact of the accidental transmission and own contact information.
2.2.1
Monthly maintenance and self test
Do the maintenance and self test every month.
Notice for the maintenance and self test
• There are two electrodes at the back of the capsule (see right figure). If these electrodes are shorted by water with the capsule released from the bracket, the capsule may transmit the signal accidentally. Therefore, do not wash the capsule with water or release the capsule in rain and rough seas. When the capsule is seated in the bracket correctly, the electrodes are invalid. So, the capsule does not transmit the signal if the capsule get splashed with water.
Electrode
• You can do the self test with the capsule seated in the bracket. However, the capsule can not transmit the test signal and test result may be “NG” when the bracket is fastened to a steel plate. In this case, release the capsule from the bracket and do the self test again.
Note: Silicone grease is applied to the bottom of the capsule (see the next page). When you release the capsule during the self test, hold the capsule by its handle to prevent foreign material from contacting the grease. If foreign material contacts the grease, wipe off the grease, then reapply it.
• The capsule transmits 406 MHz test signal. This signal does not initiate search and rescue operations because the satellites recognize it as a test signal. However, do not do the self test more than necessary.
• The capsule transmits 121.5 MHz homing signal in the self test. Aircrafts receive this homing signal. Do the self test five minutes every hour on the hour because the homing signal is recognized as a test signal during this time period.
• You can maintain the Float-free DRU and do the self test with the VDR powered. However, the capsule should be returned to the bracket within 10 minutes after its release. The data buffer of
17
2. MAINTENANCE the VDR can retain the data of the latest 10 minutes. If more than 10 minutes passes after releasing the capsule, the data of 10 minutes before the capsule is returned to the bracket is lost.
At this time, the communication error with the Float-free DRU appears on the remote alarm panel. Finish any maintenance and diagnosis as quickly as possible to be prepared in case of an unexpected emergency and prevent loss of data.
• Apply the appropriate silicone grease between the docking module and storage module before reattaching the capsule, to prevent water and foreign materials from entering into the gap between the docking module and storage module. If foreign material contacts the modules, electrostatic capacity may change, preventing recording of data.
Note: Silicone grease is stored around the DCU after installing the Float-free DRU. Use the tube labeled "Item no.88237 Tron 40VDR". Use only the specified grease (type: X-88237, code no.:
001-365-040). If the silicone grease is empty or lost, contact your dealer.
Squeeze the grease by approx. 5 cm from the tube.
Docking module
Apply the grease evenly to the areas surrounded by the line.
18
2. MAINTENANCE
• Do not use force to reattach the capsule and bracket cover. Also, confirm that there is no space or foreign material between the storage module and docking module (see figure below). If the capsule is not seated in the bracket correctly, the communication error occurs on the remote alarm panel after 10 minutes and the capsule may transmit the signal because that the electrodes are shorted by water.
OK
WRONG
The notch on the docking module is placed in the groove of the storage module.
No space or foreign material between the storage module and docking module.
The notch on the docking module is not placed in the groove of the storage module.
There is space between the storage module and docking module.
• Confirm that the error related to the Float-free DRU does not occur after the maintenance.
• The flash lamp flashes at three second intervals when the capsule is transmitting the signal. If, during maintenance, the signal is accidentally transmitted, dry the electrodes of the capsule with a towel, then return it to the bracket. If the signal is still being transmitted, take the capsule to a steel cabin. Then, inform the search and rescue authorities of the accidental transmission.
Note: The Float-free DRU does not have a power switch. If the flash lamp continues flashing in spite of the above measures, remove the internal battery from the capsule.
Maintenance point and self test
Around the bracket
Appearance of the bracket
Inside the bracket
Maintenance point
Confirm that there is no object or structure which can interrupt the release of the capsule.
Confirm that the cable connected to the bracket is fixed correctly.
Confirm that the bracket is fixed to the mounting location and fixing bolts are fastened firmly.
Confirm that the bracket is not damaged and the characters inscribed on the bracket are readable.
Confirm that no paint is applied to the bracket.
Confirm that water has not entered into the bracket.
Confirm that there is no damage to the capsule, and all external parts
(stickers, etc.) are in place.
The expiration date for the battery and hydrostatic release unit is as follows:
• Battery: Five years (from date of coding or replacement)
• Hydrostatic release unit: Two years (from date of coding or replacement)
The expiration date is indicated on the sticker attached to the capsule and hydrostatic release unit. Confirm that the expiration date has not passed.
Result
19
2. MAINTENANCE
Normal self test
Maintenance point
Do the self test as follows:
Note: Hold the capsule by its handle during the test. This keeps foreign material away from the silicone grease on the capsule, and keeps the antenna of the capsule away from metallic objects or human body.
1) Remove the capsule from the bracket.
2) Push and hold the lever in “TEST” position for 15 seconds.
Result
Operate this lever.
3) The lamp flashes once if operation is normal. Multiple flashes indicate error. See the table below for number of flashes and error.
Number of flashes
㪈
㪉
㪊
㪋
㪌
㪍
㪎
Result
OK.
Low power on 406 MHz transmitter.
Low battery voltage.
Low power on 121.5 MHz transmitter.
Frequency error on 406 MHz transmitter.
Frequency error on 121.5 MHz transmitter.
EPIRB module is not programmed or programming is not completed.
When the result of the self test is not “OK”, change the location and retry the self test. If not resolved, contact your dealer.
4) Release the lever and set it to the "READY" position. Check if there is sufficient silicone grease at the bottom of the capsule and that the grease is free of foreign material. If there is no grease or the grease contains foreign material, wipe off the grease and then reapply it.
20
2. MAINTENANCE
Extended self test (normal self test and
GPS test)
Maintenance point
The extended self test involves both the normal self test and GPS test. Do the extended self test as follows:
Note: The extended self test reduces the lifetime of the battery. Do this test once every three months.
1) Remove the capsule from the bracket.
2) Move the lever to “TEST” position twice within 3 seconds and return it to “READY” position.
The GPS test starts and a short beep sounds every 3 seconds until
GPS position is acquired. The GPS test may take up to 2 minutes.
3) Two beeps sound for normal operation. Multiple beeps sound for error, as shown in the table below.
Result
Around the data transmitter
After reattaching the capsule
Alert
Number of beep
2
5
10
Result
OK.
GPS positioning error.
Number of GPS test exceeds the limit.
4) The normal self test is started after the GPS test. Confirm that the flash lamp flashes once.
When the result of the self test is not “OK”, change the location and do the normal self test. If not resolved, contact your dealer.
5) Check that the grease at the bottom of the capsule is sufficient and free of foreign material. Reapply if necessary. Return the capsule to the bracket.
Confirm that there is no foreign materials between the storage module and docking module.
Confirm that the silicone grease is applied to the gap between the storage module and docking module.
Confirm that the capsule is seated in the bracket correctly and there is no space between the storage module and docking module.
Confirm that the bracket cover and snap pin are attached.
Confirm that the communication error with the Float-free DRU does not appears on the remote alarm panel. This alert appears when the VDR can not record the data to the capsule for 10 minutes. Seat the capsule to the bracket correctly to rectify the alert.
2.2.2
Annual Performance Test for the Float-free DRU
The Float-free DRU must undergo an annual performance test because it is a part of the VDR system. Annual performance test is defined in the regulation of SOLAS. For Japanese-flagged vessel, the radio inspection is required by the Ministry of Internal Affairs and Communications.
For foreign-flagged vessel
All units in the VDR system must undergo an annual performance test. This test is conducted by a test engineer authorized by the manufacturer and certified by a relevant ship classification society. The EPIRB performance test for the Float-free DRU is conducted by a engineer or service provider responsible for Jotron’s Tron40S MkII/Tron40GPS.
For Japanese-flagged vessel
For Japanese-flagged vessel, the radio inspection is required by the Ministry of Internal Affairs and
Communications. This inspection is conducted by a engineer authorized by the Ministry of Internal
Affairs and Communications, such as GMDSS service station of the Japan Ship-Machinery Quality Control Association. For the VDR annual performance test and Float-free DRU performance
21
2. MAINTENANCE test is conducted by a engineer authorized by the Ship’s Electric Installation Contractors’ Association of Japan.
2.2.3
Shore-Based Maintenance (SBM)
The capsule of the Float-free DRU has the same functionality of an satellite EPIRB (Emergency
Position-Indicating Radio Beacon). So, it is required to conduct the Shore-Based Maintenance
(SBM) within five years from installation or previous SBM. The SBM is not defined in the regulation. However, do the SBM to keep the performance. Also, the battery in the capsule must be replaced during the SBM because the expiration date of the battery is five years from manufacture or replacement date. Ask a workshop responsible for the satellite EPIRB to conduct the SBM.
2.3
Annual Recertification
All units in the VDR system must undergo an annual performance test, in accordance with SOLAS regulations. This test is conducted by a test engineer authorized by the manufacturer and certified by a relevant ship classification society.
For foreign-flagged vessel
Contact a test engineer authorized by the manufacturer and certified by a relevant ship classification society for the VDR annual performance test.
For Japanese-flagged vessel
Contact a service station of the Japan Ship-Machinery Quality Control Association for the VDR annual performance test.
2.4
Fuse Replacement
The DCU VR-7010, Video LAN Converter IF-7100 and Sensor Adapter MC-3000S have fuses that protect them from high electric current and equipment fault. If you cannot turn on the power to a unit, check its fuse to see if it has blown. If the fuses for the DCU have blown, replace them with
the specified fuses (see page AP-3 for the fuse location). If the fuses blow again after replace-
ment, contact a FURUNO agent or dealer. Have a qualified technician replace the fuse for Video
LAN Converter and Sensor Adapter.
Unit
VR-7010
Name Type
Glass Tube Fuse FGBO 250V 10A PBF
IF-7100 Glass Tube Fuse FGMB 125V 2A PBF
MC-3000S Glass Tube Fuse FGMB 125V 3A PBF
Code No.
Remarks
000-155-839-10 For battery
For AC power
000-157-479-10
000-157-481-10
22
2. MAINTENANCE
2.5
Consumable Parts
Unit
VR-7010
VR-7020
Battery
Name
Acoustic Beacon
Type
CY1-1487-01
PT9 NINETY
VR-7021F Battery X-89340
Hydrostatic Release Unit X-86218
Interval Indication on the RAP
4 years "VR-7010 Battery"
3 years "VR-7020 Acoustic B"
5 years "VR-7021F Battery M"
2 years "VR-7021F HRU"
Note: Dispose of the battery in accordance with local regulations.
WARNING
Battery handing precautions
- Do not attempt to disassemble the battery.
If accidental skin/eye contact is made with the battery fluid, wash the affected area/part immediately with liberal amounts of clean fresh water and seek
IMMEDIATE medical attention.
- DO NOT INCINERATE batteries as they are liable to rupture if placed into a fire.
Batteries that have reached the end of their service life must be disposed of in accordance with appropriate regulations.
- Do not short battery terminals. Short can lead to bursting or fire.
CAUTION
Do not:
- use batteries of different capacities
- mix old batteries with new
- mix batteries of different makes
Batteries themselves may become damaged or damage to electrical parts may result.
23
2. MAINTENANCE
2.6
Self Test
The self test checks the ROM, RAM, connection, program no., keyboard, LCD performance and buzzer. The user can do the tests to help the service technician in troubleshooting.
How to open the test menu
Press the TEST key on the RAP to show the test menu.
Self Test
LCD Test
Buzzer Test
Self test
1. Open the test menu.
2. Use the cursorpad ( or ) to select [Self Test] then press the ENT key.
Self Test
ROM : OK RAM: OK
Connection : OK
CPU Main : 2450103-01.XX
CPU Boot : 2450108-01.XX
Push [MENU/ESC] 3 time to exit
Note: The self test screen closes automatically when there is no menu operation for 60 seconds.
3. Press each key one by one. A key’s corresponding location on the display is colored if the key is normal.
4. Press the MENU key three times to close the self test screen.
24
2. MAINTENANCE
LCD test
1. Open the test menu.
2. Use the cursorpad ( or ) to select [LCD Test] then press the ENT key. Each press of the
ENT key changes the LCD pattern in the sequence shown below.
Red Green Blue
16 tones of red 16 tones of green 16 tones of blue
White Black 16 tones of gray
Note 1: The LCD test screen closes automatically when there is no menu operation for 60 seconds.
Note 2: You can cancel the test at any time by pressing the MENU key.
3. Press the MENU key to close the LCD test screen.
Buzzer test
1. Open the test menu.
2. Use the cursorpad ( or ) to select [Buzzer Test] then press the ENT key. The buzzer test window appears then a buzzer sounds for 60 seconds.
Buzzer Test
A buzzer is sounded for 60 seconds.
Note 1: The buzzer test window closes automatically when there is no menu operation for 60 seconds.
Note 2: You can cancel the test at any time by pressing any key.
25
2. MAINTENANCE
2.7
Verification of Recording Function of the Long
Term Device
Verify the long term device recording function at the annual inspection and when repairing or maintaining the VDR or sensors connected to the VDR. The verification requires the Live Player
V5. Refer to its Operator's Manual for the operating procedure. Note that data cannot be extracted during recording.
1. Start the Live Player V5 on the PC.
2. Connect the LAN cable between J502 port on the DCU and the PC.
DATA port J502
LAN cable
PC
DCU
3. Open the [Tool] menu and select [Source Select].
4. Select [Long Term Device (LAN)] from the menu.
5. Click the [Analyze Track] button.
6. Click the [Connect] button.
7. Select [Extract] from the [Tool] menu to show the [Extraction] dialog box.
8. Select the track to extract.
9. Click the [Select] button and select the location where to save data.
10. Click the [Start] button.
11. After the extraction* is completed, click [OK], [Close] and [Close] in that order. Then, disconnect the cable between the PC and J502 in the DCU.
*: The time required for the extraction depends on the VDR environment and specifications of the PC to be extracted. See the table below.
Amount of extraction data
1 hour
12 hours
Time required for extraction
1 to 2.5 minutes
15 to 22 minutes
File size on the PC
300 to 900 MB
3.5 to 8 GB
26
3.
TROUBLESHOOTING
This chapter provides information on possible causes of problems you may experience with your
VDR. If you still have a problem after referring to the table, contact your dealer for further advice.
Always provide the product serial number.
3.1
General Troubleshooting
Use the table below to identify the problem, cause and remedy.
Problem
AC LED does not light.
Cause
No power from the ship’s mains.
BATTERY LED does not light.
The battery voltage is low or no power from the battery.
BATTERY LED flashes.
During charging of the battery
SYSTEM FAIL LED lights in red.
System malfunction
Remedy
Check the breaker switches on ship’s mains switchboard.
Contact your dealer.
Keep turning on the AC power until finishing the battery charge. The battery charge may takes approx. six hours.
• Restart the system. If the problem still remains, contact your dealer.
• Check integrity of DRU connection.
3.2
Alert Numbers
no. 412439 alert "Fatal System Error" corresponds to warning priority and all other alerts to caution priority.
Alert no.
Alert name Description
412026
412082
GPS Large Time Difference
RAP No Connection
(DCU No Connection)
This indicates that the time difference between the system time of the DCU and the UTC time supplied by a GPS receiver is more than 10 seconds.
DCU: RAP is missing. Connection to RAP is lost.
RAP: DCU is missing. Connection to DCU is lost.
412083 AMS1 No Connection AMS1 is missing. Connection to
AMS1 is lost.
412085 AMS2 No Connection AMS2 is missing. Connection to
AMS2 is lost.
412088 JB No Connection Indicates that Junction Box (IF-
8530) is missing.
412170 VDR Configuration
Failure
Data cannot be stored because of abnormal VDR configuration.
Action
Restart the DCU with the GPS receiver connected. If the error re-occurs, request service.
DCU: Check cable connected to RAP. Reconnect RAP.
RAP: Check cable connected to DCU. Reconnect DCU.
Check cable connected to
AMS1. Reconnect AMS1.
Check cable connected to
AMS2. Reconnect AMS2.
Check cable connected to
Junction Box. Reconnect
Junction Box. If the error reoccurs, request service.
Restore VDR config data. If the error re-occurs, request service.
27
3. TROUBLESHOOTING
Alert no.
Alert name
412171 Recording Buffer
Overflow
Description
A image exceeding a recording buffer is input.
Action
Request service.
412173 Fatal System Failure Fatal system error. Reboot automatically after an error occurred.
412175 LongTermDevice is stopped from recovering
The data cannot be recorded to the long term device more than ten minutes.
412176 FixedDRU is stopped from recovering.
412177 FloatDRU is stopped from recovering.
The data cannot be recorded to the Fixed DRU more than ten minutes.
The data cannot be recorded to the Float-free DRU more than ten minutes.
If the error re-occurs, request service.
Restart VDR. If the error reoccurs, request service.
Restart VDR. If the error reoccurs, request service.
Confirm that the capsule is seated in the bracket correctly, then restart VDR. If the error re-occurs, request service.
412214
412218
Battery Running
MIC Test Failure
AC power is down and the battery is running.
This alert is issued when the microphone test fails. The microphone test is run every 12 hours during normal operation.
412234 GPS No Connection System has not received UTC information.
412246 PDU Failure
Reconnect AC power.
Request service
The cable between PDU and
CPU block is not connected.
Check that a valid UTC source
(GPS receiver) is connected to the serial port. If the error re-occurs, request service.
Request service
System failed by the self test.
Request service.
412254 Self Test Failure
4123xx
(xx:
01 - 16)
No.xx Serial No Connection (xx: 01 - 16)
No. xx serial channel has not received correct format data from a connected serial device
(xx: 01 - 16).
Check the sentences input from the serial channel on the
RAP and confirm that the applicable sensor is operating correctly. If OK, request service.
4123xx
(xx:
17 - 80)
No.xx Sensor(LAN)
No Connection (xx: 01
- 64)
No. xx sensor (LAN) channel has not received correct format data from a connected sensor
(LAN) device (xx: 01 - 64).
Check the sentences input from the LAN channel on the
RAP and confirm that the applicable sensor is operating correctly. If OK, request service.
412401 Battery No Connection or Battery Voltage
Low
No battery input or voltage is too low.
412431 Serial Buffer Overflow Serial data from DCU serial channel (1 - 8 ch) are not recorded to Fixed DRU, Float-free
DRU and Long Term Device.
412432 JB Buffer Overflow Serial, analog and digital data from Junction Box (IF-8530) are not recorded to Fixed DRU,
Float-free DRU and Long Term
Device.
Confirm that the battery switch is turned on. If ON, recharge or replace the battery.
Restart VDR. If the error reoccurs, request service.
28
3. TROUBLESHOOTING
Alert no.
Alert name Description
412437 Fatal System Failure Fatal system error. This indicates that VDR can not be rebooted automatically.
412438 System Information
Error (VDR System Information Error)
412439 Fatal System Error
VDR system information can not be acquired. Usually, this error is recovered automatically.
Temperature of CPU system high and long term device is turned off.
412451 CPU Core Temperature High
412452 CPU System Temperature High (CPU
Board System Temperature High)
412453 CPU +3.3V Voltage
Error (CPU Board
+3.3V Voltage Error)
412454 CPU +5V Voltage Error (CPU Board +5V
Voltage Error)
Temperature of CPU core is high.
Temperature of CPU board is high.
Voltage error on CPU board.
(+3.3 V line)
Voltage error on CPU board.
(+5 V line)
412455 CPU +12V Voltage Error (CPU Board +12V
Voltage Error)
412456 CPU VCORE Voltage
Error (CPU Board
VCORE Voltage Error)
412457 CPU Battery Voltage
Lower (CPU Board
Battery Voltage Lower)
412458 CPU FAN Rotation
Speed Lowering
Voltage error on CPU board.
(+12 V line)
Voltage error on CPU board.
(VCORE line)
Voltage of battery on CPU board is low.
Rotation speed of CPU FAN is low.
412459 CPU FAN No Rotation CPU FAN stopped.
412460 External FAN1 Rotation Speed Lowering
Rotation speed of external
FAN1 is low.
External FAN1 stopped.
412461 External FAN1 No Rotation
412462 External FAN2 Rotation Speed Lowering
Rotation speed of external
FAN2 is low.
External FAN2 stopped.
412463 External FAN2 No Rotation
412501 FixedDRU No Connection
Fixed DRU has been disconnected more than 600 seconds.
412502
412503
FloatDRU No Connection
LongTermDevice No
Connection
Float-free DRU has been disconnected more than 600 seconds.
Long Term Device has been disconnected more than 600 seconds.
Action
Restart VDR. If the error reoccurs, request service.
If error is not recovered automatically, restart VDR. If it does not recover, request service.
Restart VDR. If the error reoccurs, request service.
Check the connection with the
Fixed DRU. If OK, request service.
Check that the capsule is seated in the bracket correctly. If OK, request service.
Request service.
29
3. TROUBLESHOOTING
Alert no.
412512
Alert name
412511 FixedDRU Recording
Failure
FloatDRU Recording
Failure
Description
Float-free DRU is unable to write.
Action
Fixed DRU is unable to write.
Check the connection with the
Fixed DRU. If OK, request service.
Check that the capsule is seated in the bracket correctly. If OK, request service.
Restart the VDR.
412513 LongTermDevice Recording Failure
Long Term Device is unable to write.
412515 FixedDRU Exchanged Fixed DRU is replaced.
412516 FloatDRU Exchanged Float-free DRU is replaced.
Long Term Device is replaced.
412517 LongTermDevice Exchanged
412518 No.1 LongTermDevice Error
No.1 Long Term Device is error.
412519 No.2 LongTermDevice Error
412521 FixedDRU Memory
Shortage
412522 FloatDRU Memory
Shortage
412523 LongTermDevice
Memory Shortage
412525 Sensor(LAN) Buffer
Overflow
412527 Image(LAN) Buffer
Overflow
No.2 Long Term Device is error.
Data cannot be recorded more than 48 hours.
Data cannot be recorded more than 48 hours.
Data cannot be recorded more than 720 hours.
Serial, analog and digital data from Sensor Adapter are not recorded to Fixed DRU, Float-free
DRU and Long Term Device.
Image data from RADAR/EC-
DIS are not recorded to Fixed
DRU, Float-free DRU and Long
Term Device.
No. x Sensor Adapter is missing
(x: 1 - 8).
Request service.
If the error re-occurs, request service.
Request service.
41253x
(x: 1 - 8)
No.x Sensor Adapter
No Connection (x: 1 -
8)
412541 No.1 VIDEO LAN
Converter No Connection
412542 No.2 VIDEO LAN
Converter No Connection
412545 Audio IF Board No
Connection
41255x
(x: 1 - 4)
No.x Radar No Input
Image (x: 1 - 4)
No.1 VIDEO LAN Converter is missing.
No.2 VIDEO LAN Converter is missing.
Audio IF Board is missing.
41255x
(x: 5 - 7)
41258x
(x: 1 - 3)
No. x ECDIS No Input
Image (x: 1-3)
No.x ECDIS Attached information No Input(No.1 - No.3)
No.x Radar has been powered off and the image data is not received (x: 1 - 4).
No.x ECDIS has been powered off and the image data is not received (x: 1 - 3).
No.x ECDIS has been powered off and the attached information is not received (x: 1 - 3).
Turn on the No. x Radar (x: 1
- 4). If the error re-occurs, request service.
Turn on the No. x ECDIS (x: 1
- 3). If the error re-occurs, request service.
Turn on the No. x ECDIS (x: 1
- 3). If the error re-occurs, request service.
30
3. TROUBLESHOOTING
Alert no.
Alert name
412601 Radar1 Recording Image No Input
412602 Radar2 Recording Image No Input
412603
412604
41261x
(x: 1-4)
41261x
(x: 5-7)
ECDIS Recording Image No Input
Additional Recording
Image No Input
No. x Radar Unrecognized Image (x: 1 - 4)
No.* ECDIS Unrecognized Image (x: 1 - 3)
Description
Image input channel that is not valid for No.1 Radar setting is set.
Image input channel that is not valid for No.2 Radar setting is set.
Image input channel that is not valid for ECDIS setting is set.
Image input channel that is not valid for Additional setting is set.
VDR does not support the format of image data from No. x
Radar (x: 1 - 4).
VDR does not support the format of image data from No. x
ECDIS (x: 1 - 3)
Action
Turn on the No. 1 or No. 2 Radar. If the error re-occurs, request service.
Turn on the ECDIS. If the error re-occurs, request service.
Turn on the additional units. If the error re-occurs, request service.
Request service.
31
APPENDIX 1 MENU ITEMS
Below are the menu items for the Remote Alarm Panel (RAP). To open this menu, press the
MENU/ESC key.
Menu item
Serial Monitor
Sensor(LAN) Monitor
Analog Monitor
Digital Monitor
Image Capture Status
Audio Monitor
Life Parts List
Status Monitor
Key Beep
Function
Displays the sensor information input to the serial channels on the Serial
Monitor screen.
Displays the sensor information input to the LAN channels on the Sensor
(LAN) Monitor screen.
Displays the sensor information input to the analog channels on the Analog Monitor screen.
Displays the sensor information input to the digital channels on the Digital Monitor screen.
Displays the information of the images recorded in the DCU on the Image Capture Status screen.
Displays the status of the microphones and communications equipment
(VHF, etc.) on the Audio Monitor screen.
Displays the lifetimes of the parts on the Life Parts List screen.
Displays the status of the system on the Status Monitor screen.
Turns key beep on or off. (ON, OFF)
AP-1
APPENDIX 2 PARTS LIST/LOCATION
Parts list
This equipment contains complex modules in which fault diagnosis and repair down to component level are not practical (IMO A.694(17)/8.3.1). Only some discrete components are used. FURUNO
Electric Co., Ltd. believes identifying these components is of no value for shipboard maintenance; therefore, they are not listed in this manual. Major modules can be located on the parts location photos on the next page.
ELECTRICAL PARTS LIST
Unit
Data Collecting Unit VR-7010
Code No.
PRINTED CIRCUIT BOARD
ADP-586-31, CPU
24P0135, PDU
24P0137, HUB
24P0137A, HUB
24P0133, TB
24P0141, FIL
24P0138, LED
24P0134, AUDIO
ELECTRICAL PARTS LIST
Unit Video LAN Converter IF-7100
Code No.
PRINTED CIRCUIT BOARD
24P0132, VLC
ELECTRICAL PARTS LIST
Unit Remote Alarm Panel VR-7017
Code No.
PRINTED CIRCUIT BOARD
24P0139, PWR
20P8200C, MAIN
ELECTRICAL PARTS LIST
Unit
Microphone VR-7011
Waterproof Microphone VR-7012W
Code No.
PRINTED CIRCUIT BOARD
24P0136, MIC
ELECTRICAL PARTS LIST
Unit Sensor Adapter MC-3000S
Code No.
PRINTED CIRCUIT BOARD
24P0114, MC-CS
AP-2
APPENDIX 2 PARTS LIST/LOCATION
Parts location
Data Collecting Unit (VR-7010)
ADP-586-31
CPU
24P0137
HUB
24P0137A
HUB
24P0133
TB
24P0134
AUDIO
Video LAN Converter (IF-7100)
Battery fuse AC fuse
24P0135
PDU
24P0141
FIL
24P0138
LED
Baterry switch
AC switch
AC power connector
One set (12 pcs.) of batteries
24P0132
VLC
Fuse
Remote Alarm Panel (VR-7017)
24P0139
PWR
20P8200C
MAIN
AP-3
APPENDIX 2 PARTS LIST/LOCATION
Microphone (VR-7011), Waterproof Microphone (VR-7012W)
24P0136
MIC
VR-7011
Sensor Adapter (MC-3000S)
VR-7012W
24P0114
MC-CS
Fuse
MC-3000S
AP-4
APPENDIX 3 LIST OF TERMS AND AB-
BREVIATIONS/SYMBOLS
The following table shows the terms, abbreviations and symbols used in the VR-7000.
Terms and abbreviations
Term
Alternate current
Additional
Alert
Alarm Management System
Analog Channel
Audio
Brilliance
Complementary Metal-Oxide
Semiconductor
Central Processing Unit
Digital Channel
Data Collecting Unit
Difference
Data Recording Unit
Electronic Chart Display and
Information System
Enter
Emergency Position-Indicating
Radio Beacon
Escape
Fan
Filter
Global Positioning System
Hub
Identification
Interface
Junction Box
ENT
EPIRB
ESC
FAN
FIL
GPS
HUB
ID
IF
JB
Abbreviation
AC
ADD
ALERT
AMS
AN
AUDIO
BRILL
CMOS
CPU
DC
DCU
DIFF
DRU
ECDIS
Term
Local Area Network
Liquid Crystal Display
Light Emitting Diode
LAN
Main
Menu
Microphone
Power Distribution Unit
Power
Radar
Random Access Memory
Remote Alarm Panel
Read Only Memory
Serial
Solid State Drive
System
Abbreviation
LAN
LCD
LED
LN
MAIN
MENU
MIC
PDU
PWR
RADAR
RAM
RAP
ROM
SI
SSD
SYS
Terminal
Universal Serial Bus
TERMINAL
USB
Universal Time Coordinated UTC
Voltage of Core VCORE
Voyage Data Recorder
Very High Frequency
Video
Video LAN Converter
VDR
VHF
VIDEO
VLC
Symbols
Symbols Meaning
Active unacknowledged warning (A flashing yellowish orange circle)
Active acknowledged warning (A yellowish orange circle)
Caution (A yellow square)
AP-5
APPENDIX 4 PLAYING BACK
RECORDED DATA
IMO Circular MSC.214(81) recommends that all VDR systems installed on or after 1 June 2008 carry software to playback data on a PC, the manual for data extraction, and the cable necessary to connect the PC to the Data Collecting Unit (DCU). Attach the supplied card holder to the front door of the DCU to store the items listed in the table below.
Items to store in the card holder
Name
CD-ROM (For Live Player) 2450104/05-
Data Extraction Procedure E42-01402
LAN Cable Assembly
Type Code No.
001-279-090
000-179-354-10
MOD-Z072-020+ 001-167-880-10
Remarks
With Accessories FP24-01110
See the data extraction procedure for how to play back data.
How to attach the card holder
Use the supplied accessories to attach the card holder to the DCU.
Remove the paper from the double-sided tape on the card holder. Attach the card holder to the location in the DCU shown below.
Card holder
AP-6
FURUNO
VR-7000
SPECIFICATIONS OF VOYAGE DATA RECORDER
VR-7000
The Voyage Data Recorder (VDR) is a recording system required on certain categories of ships from 1st July 2002 by the revised SOLAS Chapter V. VR-7000 fully complies with the IMO
Resolution MSC.333 (90) and IEC 61996-1 testing standard.
1 GENERAL
Fixed DRU/ Float-free DRU 48 hrs
Long term device (long-term recording medium) 720 hrs
1.2 Battery backup More than two hours after loss of ship’s mains
2 DATA COLLECTING UNIT (DCU)
2.1 CPU
2.2 Long term device
Intel Celeron P4505 1.86 GHz
Memory capacity 512 GB or 1 TB (SSD)
Minimum data retention period 2 years after recording
3 REMOTE ALARM PANEL
3.1 Display
3.2 Picture color
3.3 Brilliance
3.4 Visible distance
4.3-inch color LCD, 480 x 272 (WQVGA)
256 colors
0.2 to 700 cd/m
2
0.5 m nominal
4 DATA RECORDING UNIT (DRU)
Chassis
Memory capacity
Protective capsule (metal)
32 GB
Minimum data retention period
Shock resistance 50G x 11 ms
2 years after recording
Penetration resistance 100mm diameter pin with 250 kg weight, dropped from 3 m height
Fire resistant 1100°C for 1 hour, 260°C for 10 hours
Submersible
Acoustic beacon
6000 m (60MPa)
Battery life: 3 years from the date of insertion,
37.5kHz, 10ms pulse transmission,
Maximum depth: 6000m
Operating life: 90 days
Memory capacity 64 GB
Minimum data retention period
Battery
6 months after recording
Lithium, Metal, 7.2 V/ 18 Ah (2S5P),
5 year’s service life (6.5 years from the date of manufacture)
SP - 1
E4485S01Q
150825
FURUNO
Operating life Minimum 168 hrs at -20°C
Release mechanism
Navigation device
Hydrostatic release unit (released at water depth 4 m)
22 channel GPS receiver
COSPAS-SARSAT Transmitter
Antenna type Built-in, omnidirectional
Frequency 406.037 MHz ± 2 ppm
Output power
Protocols
Modulation
Data encoding
Bit rate
Homing Transmitter
Frequency
Output power
Modulation
Sweep range
Stability
5 MICROPHONE
5 W ± 2 dB
MMSI and Serial Location Protocols
Phase modulation 1.1 ± 1 radian
Bi-phase L
400 bps
121.5 MHz
50 mW ± 3 dB
A3X, AM sweep tone between 300 Hz and 1600 Hz
700 Hz (sweep rate: 2.5 Hz)
10 ppm over temperature
5.1 Reference signal level 0 dBm/600 ohm at 91 dBA
VR-7000
5.4 Test beeper 3s in 12 hours period (built in)
6.1 Switching HUB (HUB-100)
Number of ports 8 ports (10Base-T/100Base-TX), Auto-MDI/MDI-X compliant
Switching Method Store and forward
Buffer memory SRAM
6.2 Intelligent HUB (HUB-3000)
Number of ports
Switching Method
8 ports (10/100/1000Base-T) , Auto-MDI/MDI-X compliant
Store and forward, non-blocking L2 switching
Capacitance of switching 16 Gbps
VLAN
Multiple VLAN
7 INTERFACE
Port-base VLAN, IEEE802.1Q Tag VLAN supported
Communication between isolated ports is disabled
7.1 Data collecting unit
Number of port
LAN 6 ports, Ethernet 100Base-TX, RJ45 connector
5 ports for IEC61162-450:
IP address range 172.31.16.1-254, 172.31.17.1-254,
1 port for internal: IP address 10.0.0.100
SP - 2
E4485S01Q
150825
FURUNO
VR-7000
Bridge audio (input) 8 ch (0 dBm/600 ohm)
VHF audio (input)
Serial
Serial I/O for AMS
USB
Alarm (output)
2 ch (0 dBm/600 ohm)
IEC61162-1/2: 2 ports, IEC61162-1: 6 ports
IEC61162-1: 1 ch
1 port, USB2.0 for data extraction
3 ch, contact signal, load current 30 mA
System fail, Power fail, Local ACK
Remote ACK (input) 1 ch
Buzzer stop (input) 1 ch
IEC61162-450 transmission group
Input
Output
MISC, SATD, NAVD, VDRD, RCOM, TIME, PROP, USR1 to USR8
MISC
Other Network Function (except IEC61162-450)
VR-7000 replies on PC’s ARP command and ping command
Live player, Maintenance viewer
- UDP multicast: 239.255.0.1
Port: 20001-20004, 21001-21004, 22001-22007, 23001-23007
I/O Sentences
Input
Output
- TCP: *.*.*.*, Port: 20, 21, 10106, 24001, 24004
All incoming
ALC, ALF, HBT
MC-3000S (serial) 8 ports: I/O, IEC61162-1/2: 4 ports, IEC61162-1: 4 ports
MC-3010A (analog, option) 3 ports: Input, -10 to +10V, 0 to 10V or 4 to 20 mA
MC-3020D (digital-in, option) 8 ports: relay contact, logics set from program
7.3 Junction box (IF-8530, option)
Serial
Analog
Digital (a/b)
7.4 Video signal input
IEC61162-1/2: 2 ch, IEC61162-1: 6 ch
16 ch (±10V, 4-20 mA)
64 ch
Video LAN converter 2 ch (DVI/RGB selectable for each)
RGB
DVI
SER.NO. 100000 to 199999: RGB is not available
VESA: VGA, SVGA, XGA, SXGA, UXGA (FAR-28x7/28x5 ser.)
VESA: VGA to SXGA, UXGA, WUXGA, CEA: Full HD
IEC 61162-450 For PNG (24 bit) or JPEG (baseline: SOF0, progressive: SOF2)
Number of channels for picture recording
Long term device
Video LAN converter or
IEC61162-450 PNG
512GB
IEC61162-450 JPEG WUXGA: 3ch
1TB
UXGA: 2ch + full-HD: 1ch Additional WUXGA 1 ch available
Additional WUXGA 1 ch available
The same pictures as recorded on the 512GB long term device can be recorded on the fixed and float-free DRU.
SP - 3
E4485S01Q
150825
FURUNO
VR-7000
Picture recording pattern Selectable for each channel (Only one/Patrol/Backup)
8.1 Data collecting unit
8.2 Sensor adapters
100-230 VAC: 1.6-0.7 A, 1 phase, 50/60 Hz
24 VDC: 1.4 A max.(11 units), fed from DCU
8.3 Junction box (IF-8530) 24 VDC: 0.9 A, fed from DCU
8.4 Video LAN converter (IF-7100, option) 24 VDC: 0.3 A (SER.NO. 100000 to 199999: 0.7 A)
HUB-3000
HUB-100
100-230 VAC: 0.1 A, 1 phase, 50-60 Hz
100-230 VAC: 0.1 A, 1 phase, 50-60 Hz
Data collecting unit
Fixed DRU
-15°C to +55°C
-25°C to +55°C
Float-free DRU -20°C to +55°C
Waterproof microphone -25°C to +55°C
Others
9.2 Relative humidity
-15°C to +55°C
93% or less at +40°C
9.3 Degree of protection
Data collecting unit
Fixed DRU
Float-free DRU
Remote alarm panel
IP20
IP56 equivalent
IP67 equivalent
IP22 (front panel), IP20 (chassis)
Sensor adapter
Junction box
IP20 (IP22: option)
IP20 (IF-8530/8540), IP56 (VR-7022F)
Video LAN converter IP22
Microphone IP22 (panel), IP20 (chassis)
Waterproof microphone IP56
HUB-3000 IP20 (IP22: option)
HUB-100 IPX0
9.4 Vibration IEC 60945 Ed.4
10.1 Data collecting unit
10.2 Fixed DRU
10.3 Float-free DRU
N2.5 (standard)
Fluorescent orange (fixed)
Fluorescent orange (chassis), White (bracket)
10.4 Remote alarm panel/ Video LAN converter/ Sensor adapter
N2.5
10.5 Junction box N3.0 (IF-8530, standard), N2.5 (IF-8540), 7.5BG7/2 (VR-7022F)
10.6 Microphone/ Waterproof microphone N2.5 (fixed)
10.7 HUB N2.5 (HUB-3000), N3.0 (HUB-100)
SP - 4
E4485S01Q
150825
9-52 Ashihara-cho,
Nishinomiya, 662-8580, JAPAN
All rights reserved.
Printed in Japan
Pub. No.
OME-44850-E1
(
REFU
)
VR-7000
The paper used in this manual is elemental chlorine free.
・FURUNO Authorized Distributor/Dealer
A : JUL
.
2014
E1 : SEP . 24, 2015
0 0 0 1 7 9 3 4 2 1 4
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