Furuno Fcv30Bb Brochure

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Optimize your fishing
Multi - direction detection
Multi directional detection, Split-Beam

sFrequency: 38 kHz; Output power : 4 kW

COLOR VIDEO SOUNDER

sMulti-beam system presents images
received from up to five beams
simultaneously
sElectronic beam stabilizer eliminates
the loss of important targets due to
ship's motion in rough seas
(within up to 20 degrees)
s7-degree sharp beamwidth gives
a detailed echo image that is produced
by high frequency beams
sAutomatic range shift for continuous
bottom aquisition and tracking

19" color SXGA LCD
MU-190HD (option)

The FCV-30 is a high-performance echo sounder designed
for variety of fishing applications. This echo sounder employs
two new innovate techniques. One is “Multi-Beam” that
facilitates multi directional and long-range fish detection.
The other is “Split-Beam” which is commonly used in fish
resource surveys. FURUNO’s leading-edge signal
processing technology makes the FCV-30 unparalleled in
this class of sounder.

The control unit
consists only of a trackball,
thumbwheel and several soft
keys. Designed for use in
commercial fishing FURUNO LCD
MU-190HD (19'', SXGA), MU-150HD (15'', XGA)
or a PC monitor can be utilized as a display unit.
Furthermore, any two monitors can work in a dual display setup.

The FCV-30 provides a wide variety of presentation modes
in high resolution SXGA or commonly used XGA resolution:
Multi-Beam, Split-Beam, Zoom, and A-scope. Multi-Beam
mode allows transmission in up to five directions
simultaneously to show the location and distribution of
a fish school around the vessel. The direction and tilt of each
beam can be determined by the setting. This also helps
understand the bottom composition, undulation and slope,
allowing the operator to make an accurate judgment of best
speed and course to trawl.

The transducer employs highly sensitive transducer elements
to achieve efficient energy conversion, which ensures long
range detection with minimal output. This 38 kHz transducer
features a narrow beamwidth (7°), which enables the detection
of the shapes of fish, fish schools and fish distribution in
minute detail.

In the Split-beam mode, the FCV-30 has the unique functions
called “Fish size assessment” and “Fish distribution”.
The former indicates the length of the target fish in the fish
school by histogram. The later displays where the target fish
is in the detected area and plots the detected fish’s position.
Trackball control unit

www.furuno.com

The FCV-30 is of BlackBox configuration, consisting of
a control, processor, transceiver units and a transducer.

With a built-in motion sensor, the beam stabilizer can be
facilitated to eliminate the loss of important targets due to
the ship’s motion in rough seas. All beams are maintained at
required tilt by compensating for ship’s pitch and roll.
FURUNO GPS satellite compass SC-50/110 detect ship’s
heave as well as pitch and roll. The satellite compass
improves the echo presentation by compensating for echo
ruffling caused by ship’s heave. This gives an unwavering
presentation of the echo images even in rough seas, and
enhances the accuracy of the measurement for the fish size
assessment display.

Control Unit CV-301

Transducer CV-303

1.8 kg 4.0 lb

42 kg 92.6 lb
110 4.3" 4- 4

10

370 14.5"

365 14.4"

99 3.9"

446 17.6"

6 0.2"

Display Unit (option)
MU-150HD Flush Mount

MU-190HD Flush Mount

5.4 kg 11.9 lb

8.2 kg 18.1 lb

Processor Unit
CV-300
Ethernet
100 m max.

Transceiver Unit
CV-302

Net Sonde

NMEA
06S4085

Satellite Compass
SC-50/110
GPS Navigator

Motion Sensor
JIMS-55S (specify when ordering)
10/20 m
02S6019

100-240 VAC
100-120/200-240 VAC

19" Color SXGA LCD MU-190HD (option)

Control Unit

15 m

or

Junction Box
CV-304

Transducer
CV-303

397 15.6"

External HDD

17 0.7"

109
4.3"

17 0.7" 368 14.5" 17 0.7"

96
3.8"

322 12.7"

5m

17 0.7"

CIF
06S4085

320 12.6"
200 7.9"

352 13.9"

128 5.0"
125 4.9"

Secondary
Display
USB-VGA

5m

2- 6
17 0.7"

7.5 kg 16.5 lb

8 0.3"

Processor Unit CV-300

372 14.6"

5
0.2"

450 17.7"
78 3.1"

364 14.3"

5
0.2"
86 3.4"

4-Ø18
314 12.4"

Control Unit
CV-301

Bow

34 kg 75.0 lb

3

Transducer

199 7.8''

Transceiver Unit CV-302

Display Unit
MU-190HD/150HD or commercial monitor
Primary
Display

379 14.9''
428 16.9''

35 1.4"
50 2.0"
89 3.5"

160 6.3"

13 0.5'' 142 5.6'' 59
2.3''

58 2.3''
42 1.7''
19 0.8''

R

INTERCONNECTION DIAGRAM

1 unit
1 pc.
1 set

R

sStraightforward operation by
use of a trackball control unit

Display Window
Status, Temperature graph, Bottom discrimination graph, Fish
size histogram, Target position graph, Bottom lock zoom,
Bottom zoom, Marker zoom
Advance Speed
Freeze, 1/8, 1/4, 1/2, 1/1, 2/1, 3/1, 4/1, 8/1
Alarm
Bottom, Fish, Bottom fish, Temperature
A-scope Display
Selectable among 1/6, 1/8 or 1/10 of screen width.
Each transmission displayed on A-scope
Record
Raw data
Others
Auto range, Auto shift
TRANSCEIVER
Output Power
4 kW
TX Rate
Max. 600 pulse/min
Frequency
38 kHz
Beam Control Range
Direction:
0-360°
Tilt:
within 20°
Stabilization
Pitch/Roll:
±20° max.
Heave*:
±100 m max.
*Requires SC-50/110
INTERFACE
I/O Port
NMEA, CIF, USB (2.0), LAN (10/100base-T)
Input
NMEA (IEC61162-1, NMEA0183 Ver. 1.5/2.0/3.0):
att, BWC, GGA, GLC, GLL, GNS, GTD, HVE,
MTW, RMA, RMB, RMC, VHW, VTG,ZDA
CIF:
Water temperature, Net depth
Output (IEC61162-1, NMEA0183 Ver. 1.5/2.0/3.0)
SDDBS, SDDBT, SDDPT, SDTLL, YCMTW,
SDvrm, SDbtm
POWER SUPPLY
Processor Unit
100-240 VAC, 3A-2A
Transceiver Unit
100-120/200-240 VAC, 5A-3A
ENVIRONMENT
Temperature
Processor Unit: 0°C to +40°C (32°F to +104°F)
Transducer:
-5°C to +35°C (23°F to +95°F)
Transceiver Unit
• with Motion Sensor: -55°C to +45°C (5°F to +113°F)
• without Motion Sensor: -15°C to +55°C (°F to +131°F)
Control Unit:
-15°C to +55°C (5°F to +131°F)
Waterproofing
Control Unit:
IP22 (front panel)

1 unit
1 unit
1 unit

368 14.5"
335 13.2"

sBlackBox system works with
conventional SXGA/XGA PC monitors

10-5000 m
0-5000 m
2-200 m
Split-beam, 3-beam, Split-beam + 2-beam, User1,
User2, User3

EQUIPMENT LIST
Standard
1. Control Unit CV-301
2. Processor Unit CV-300
3. Transceiver Unit CV-302 (Specify when ordering)
· Built-in Motion Sensor JIMS-55S
· Without Motion Sensor
4. Transducer CV-303 with 15 m cable
5. Thru-hull Pipe TFB-1600
6. Installation Materials and Standard Spare Parts
Option
1. Junction Box CV-304
2. Transducer Tank T-625

4-Ø18
389 15.3”

sFish size assessment display indicates
the length of selected fish in the targeted
fish school

FURUNO 19'' LCD MU-190HD,
15" LCD MU-150HD or commercial monitor
1024x768 (XGA), 1280x1024 (SXGA)

136 5.4"
180 7.1"

* The GPS satellite compass SC-50 or SC-110 works
as a heaving sensor

DISPLAY
Display Unit
(Locally arranged)
Resolution
Display Range
Range:
Shift:
Zoom Range:
Display Mode

490 19.3"
534 21"

sHeaving compensation* provides
unwavering echo images

SPECIFICATIONS OF FCV-30

17 0.7"

operation with
and Split-beam technology

442 17.4"

15 m
Option or local supply

1007PDF Printed in Japan
Catalogue No. E-399e

Multi-Beam
The FCV-30 detects fish
schools in any five
directions at the same
time so that the location
relative to the vessel and
distribution of the targeted
fish school can be
recognized.
The operator can set five
beams at any direction
within 20 degrees by
menu settings.

Flexible display setting
The FCV-30 features multi-beam presentation
that displays echo images of up to five beams
on one display. Arrangement of the display can
be done from a menu window with just a few
clicks of a button.

Five-beam presentation
Five beams

Multi split

Horizontal split

Three-beam presentation
Beam setting window
Three beams

Vertical split

Direction and tilt of each echo beam can easily
be set in this window.

Why stabilizer is required !
Pitching and rolling produces adverse effect not only on
the sounding image, but also on measurement of fish
size. With FURUNO’s exclusive Stabilizer Technology,
the FCV-30 can stabilize both Tx and Rx beams
independently so that unmatched accuracy is assured.

Beam’s direction and tilt

Furuno’s exclusive Heaving
Compensation with SC-50/110
1

Stabilizer ON
Stabilizer keeps
the beam on
the designated
target.

Heaving compensation ON

2

Heaving compensation OFF

Even in rough sea conditions, the FCV-30
compensates for heaving, presenting a display
without undulations.

2

The bottom and fish echoes are wavering due to
heaving of the vessel even though the bottom is flat.

Stabilizer OFF

A beam affected
by pitching and
rolling fails to detect
the target fish.

1

Increase the viewable sizes utilizing dual monitors
Dual monitors can be used by
connecting a monitor to the
USB port on the processor
unit with an optional USBVGA (or SVGA) adapter.
Extending the screen sizes
across dual monitors allows
for viewing more information
together at the same time.

The whole screen spreads out between two monitors
Processor Unit

A

B

C

D

E

USB-VGA (or SVGA) adapter

An Innovative Pr e
with Split-bea

ecision Sounder
m Technology

Display window
There are nine display windows, which can be
located anywhere on the screen. The background
of these windows can be transparent or opaque
allowing background images to be viewed.
sStatus
sTemperature graph
sBottom hardness chart
(Bottom discrimination graph)
sFish size assessment
(Fish histogram)

Split-Beam
Split-beam is an epoch-making technology for analyzing the size and
distribution of a targeted fish school. Split-beam allows you to analyze
a fish school before targeting it for to be catch.

Sample Images
Anchovy 14 cm

• How long is the target fish in the targeted fish school
• How the fish school moves
By analyzing the size, volume and movement of a targeted fish
school, operators can easily decide what to catch and what not to
catch. It is indispensable for deciding when to go for a catch and
eliminates fish schools which are smaller than desired. Also, it greatly
contributes to fishery resource management or fish resources survey.

sFish distribution
(Target position graph)
sBottom lock

Fish size
assessment window

Section for fish size
assessment window

sBottom zoom
sMarker zoom

Sardine

21 cm

Status display

Fish distribution window

The bottom characteristic
FCV-30 can plot bottom hardness with a line
graph by analyzing the strength of returning
echoes. This is useful for searching for a good
fishing spot by finding bottom hardness. This
chart indicates hardness on a scale of one to ten.

Bottom hardness chart

Fish size assessment

Fish distribution

The fish size assessment feature shows fish size
within a user-selected measuring area. The bar graph
shows size and proportion of fish in the measuring
area selected. The vertical axis shows fish length and
the horizontal axis shows distribution.

The fish distribution display shows the targeted fish’s
position and movement. They are shown on the circle,
whose scale is adjustable between ±2 to 5 degrees
under the vessel.

Number of sample
The greater the number
of samples the more
accurate the assessment
of the size.

Radius scale
Latest three samples are shown.
Color of circle indicates strength of
individual fish echo.
(Large circle): latest data
(Small circle): 2nd latest data

Unit of measurement

(Medium circle): 3rd latest data
Own ship
Fish size assessment window

Fish distribution window



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