FURUNO FAR-3000 Chart Radar offers the reliable situation awareness and navigation safety by greatly enhancedtargetdetection
FURUNO FAR-3000 Chart Radar offers the reliable situation awareness
and navigation safety by greatly enhanced targetdetection
Solid State transceiver available
(
for S-band
)
Newly developed antennas with enhanced high durability and reliability
for S-band
for X-band
▲
Newly designed antenna scanners to suppress the aerodynamic drag and prevent a spike in temperature
▲
Less maintenance required through use of the DC brushless motor
▲
Ethernet network link between antenna unit and below deck processor unit
The analog signals are converted into the digital signals within the antenna unit and sent to the below deck
processor unit via Ethernet network. This network technology eliminates loss of signal gain between antenna unit
and processor unit that may be seen in conventional Radar system.
▲
Optional LAN Signal Converter enables users to extend the cable between antenna unit and processor
unit or to utilize the existing cables when retrotting
NEW
▲
Less noise and much clearer targets
FURUNO’s Solid State Radar technology generates clearer echo images,
which allows users to obtain clearer picture of what are around their
vessel, including weak targets from small craft.
Solid State transceiver available
(
for S-band
The newly developed Power Amplier generates properly modulated
radio frequency to the targets around the vessels. Also, the receiver
catches the weak signals, which are processed inside the Power
Amplier module to reduce the clutters.
Power Amplier Module
of the Solid State transceiver
)
Solid State
▲
Fan-less antenna design requires less maintenance
▲
Lower maintenance hours and costs compared to Magnetron radar
No need to replace the Magnetron
Page 3
▲
Automatic Clutter Elimination (ACE) function provides clear echoes
Users can quickly adjust the radar image with a single action. When Automatic Clutter Elimination (ACE) function is activated, the system automatically adjusts
the clutter reduction lter and gain control according to the sea and weather conditions selected (Calm/Rough Sea/Hard Rain).
Our advanced echo averaging architecture is also incorporated into Automatic Clutter Elimination (ACE) function. Users can avoid complicated adjustment
processes, resulting in clear echo images.
Automatic Clutter Elimination (ACE) function suppresses the false echoes.
Automatic Clutter Elimination (ACE)
OFF
Automatic Clutter Elimination (ACE)
ON
▲
Improved Target Tracking (TT) function
• Target acquisition takes only a few seconds• Acquired target does not jump to adjacent target
• Reliable and stable tracking of high-speed and
rapidly maneuvering vessels
a few
seconds
▲
Advanced Interference Reduction (IR) function
Target Echo does not become smaller even with IR on
▲
26" Wide LCD monitor compatibility
▲
Complies with the following regulations:
• IEC62388 Ed. 2.0
• IEC61174 Ed. 3.0
• IEC62288
• IEC61162-1 Ed. 4.0
• IEC61162-2
Page 4
Multifunction display (MFD) capability*
FURUNO’s new user interface delivers straightforward operation
FURUNO offers workstations that combine exibility and redundancy. Users may easily select ECDIS, Chart Radar,
Conning display or Alert Management System at any multi-function display. Navigators will enjoy reduced workload
and signicant freedom to move about the bridge. All necessary information is available on a variety of displays and
at locations that may be altered as required.
*MFD capability is to be implemented as software update
Radar (Chart ON
)
Radar (Chart OFF
)
ECDIS
Conning Information Display
Sensor Adapter
▲
Common sensor adaptor makes installation and maintenance easy
The Sensor Adapter acts as a central medium to gather all of the sensor data and collectively feed
it to all FAR-3000 Chart Radar and FMD-3200/3300 ECDIS in the network. Since the sensor adapter
can be extended to interface with all the sensors within the network, individual cable connections
in the sensor-to-Chart Radar/ECDIS interface can be greatly reduced.
Navigation sensors can be directly interfaced with the processor’s 8 serial I/0 ports.
Sensor adapters are required under the following conditions:
• The sensor data is to be shared amongst multiple networked Chart Radar and ECDIS systems,
• The number of sensors interfaced is more than the number of the ports the processor has (8 serial I/O ports, 1 digital IN and 6 digital OUT), and/or
• The networked sensors include analog sensors.
In order to integrate onboard sensors into the navigation network, the sensor adapter may be interfaced with the switching
hub HUB-100 from which distribution of the sensor data throughout the network is possible. Alternatively, multiple sensor
adapters may be interfaced via Ethernet to integrate onboard sensors for use in the shipboard network.
System diagram for the new Chart Radar
Model:
FAR-3000
HUB-3000
HUB-100HUB-100
Sensor AdapterSensor Adapter
Gyro 1Gyro 2GPS 1GPS 2HCSSpeed log
Anemometer
Nav. E.S.AIS
Page 5
FURUNO’s new user interface delivers straightforward operation
FURUNO’s new user interface delivers
straightforward operation
The user interface of the Radar utilizes carefully organized operational tools: The Status bar and The InstantAccess bar.
These operational tools deliver straightforward, task-based operation by which the operator can quickly perform tasks
without having to navigate an intricate menu tree.
Status bar
Status bar contains information about
the operating status, i.e., MFD operating
mode, main tasks assigned to each
MFD operating mode.
InstantAccess bar
InstantAccess bar contains all the tasks
(functions or actions) corresponding to
the operation mode currently selected
so that quick access to necessary
functions/actions can be made.
Stress-free operation with the well-designed control unit
Intuitive operation
All operations can be controlled with the trackball.
Contextual menu
The context menu contains all the
available actions related to the selected
icon or area, it provides quick access to
tasks.
Page 6
SPECIFICATIONSSPECIFICATIONS
PRODUCT NAME
MARINE RADAR
GENERAL
Range Scales and Ring Intervals
Range scales (NM)
Ring intervals (NM)
Number of Rings
Range scales (NM)
Ring intervals (NM)
Number of Rings
1, 2, 4, 8, 16, 32, 72, 120 NM cannot be selected on IMO radar.
ANTENNA UNIT
Radiator Type
Beamwidth and Sidelobe
Radiator Type
Length
Frequency
Beamwidth (H) (-3 dB)
Beamwidth (H) (-20 dB)
Beamwidth (V)
Sidelobe (within ±10°)
Sidelobe (outside ±10°)
TRANSCEIVER UNIT
Transceiver Unit
Frequency
Output Power
Pulselength, Pulse Repetition Rate (PRR) and Range scale
Magnetron
2 ports, DVI-D (Video signal from DVI-1 and DVI-2 is identical)
1 port, DVI-I Ver. 1.1 (RGB for VDR)
2 ports, Ethernet 1000 Base-T (for Interswitch and Sensor Adapter)
1 port, 100 Base-TX (for Radar sensor)
4 ports, USB 2.0 type-A
2 ports, RS232C/RS-485 (for brilliance control)
8 ports
IEC61162-1/2 (2 ports), IEC61162-1 (6 ports)
ABK, ACK, ACM, ALR, CUR, DBT, DPT, DTM, GGA, GLL, GNS,
HBT, HDT, MTW, MWV, RMC, THS, VBW, VDM, VDO, VDR,
VHW, VTG, ZDA
ABM, ACK, ALC, ALF, ALR, ARC, BBM, EVE, HBT, OSD, RSD,
TLB, TTD, TTM, VSD
1 port (for ACK signal input)
6 ports
1 port for system fail, 1 port for power fail, 2 ports for normal close,
and 2 ports for nomal open
1 port, Ethernet 100 Base-TX
8 ports
IEC 61162-1/2 (4 ports), IEC 61162-1 (4 ports)
3 ports/per unit, -10 to +10 V/0 to 10 V, 4 to 20 mA selectable
8 ports/per unit, normal close or open, selectable
8 ports/per unit, normal close or open, selectable
100-230 VAC; 1.0-0.6 A, 1 phase, 50/60Hz
100-230 VAC; 0.7-0.4 A, 1 phase, 50/60Hz
100/230 VAC, 1 phase, 50/60 Hz
Input CurrentInput Voltage
100-230 VAC
1 phase
50/60 Hz
3.7 A
6.4 A
2.8 A
5.6 A
Solid State
Pulselength (μs)
PRR (Hz)
Range scale (NM)
* 2200 Hz on TT range = 32 NM
** 500 Hz on 96/120 NM range
*** 1800 Hz on TT range = 32 NM
**** 1500 Hz on TT range = 32 NM
PROCESSOR UNIT
Chart Materials
Data Presentation
Own Ship
Target Data
Position Calculation
Navigation Planning
Route Monitoring
User Chart
Notes Data
MOB (Man Overboard)
DISPLAY UNIT
Display Unit
Display Type
Resolution
(TT: ARPA, AIS)
P0N
Q0N
0.07
5.0
2400***
0.125/0.25/
0.5/0.75/1/
1.5/2
0.18
7. 5
2000****
0.5/0.75/
1/1.5/2/3/4
IMO/IHO S57 edition-3 ENC vectorized material
(IHO S-63 ENC data protection scheme),
C-MAP and CM-93/3 vectorized materials
Own ship's mark and numeral position in lat/lon,
speed and course
Range, bearing, speed, course, CPA/TCPA, BCR/BCT
Target information from AIS
Navigation by result from external position sensor
Dead reckoning with gyro and log data from gyro, log,
and position sensors to be fed to mathmatical filter to
generate highly accurate position and speed
Planning by rhumb line, great circle
Off-track display, waypoint arrival alarm, shallow depth alarm
User chart creation and display
Create and display notes data
Position, and other data at time of man overboard are
recorded MOB mark is displayed on the screen
19" color LCD
SXGA(1280×1024 pixels
MU-190
0.3
12.5
1500
0.75/1/1.5/
2/3/4/6/8
0.5
1 7. 5
1060
3/4/6/8/
12/16/24
(waypoint, ship's hull and status)
)
0.7
18.3
600 (96 NM)
1000
450 (120 NM)
6/8/12/16/
3/4/6/8/
12/16/24
23.1" color LCD
UXGA(1600×1200 pixels
24/32/48/
MU-231
1. 2
18.3
96/120
ENVIRONMENTAL CONDITIONS
UnitAmbient
Antenna Unit
Power Supply Unit
Processor Unit
Control Unit
Sensor Adapter
Monitor Unit
Temperature
-25°C to +55°C
(storage +70°C)
-15°C to +55°C
EQUIPMENT LIST
Standard
Display Unit
Processor Unit
Control Unit
Radar Control Unit
Trackball Control Unit
Antenna Radiator
Transceiver
Gear Box
Performance Monitor
Power Supply Unit
Cable between Power Supply Unit and Antenna Unit
LAN Cable between Processor Unit and Power Supply Unit
Standard Spare Parts and Installation Materials
Option
Sensor Adapter
Sub Display Radar Cable
Deicer
Junction Box (for foremast mounting)
Composite Cable between Junction Box and Antenna/
Power Supply Unit (for foremast mounting)
LAN Signal Converter (for foremast mounting)
Switching Hub for sensor network