Installation ManuaBlack
COLOR SCANNING SONAR
FSV-30/FSV-30S
SAFETY INSTRUCTIONS................................................................................................i
SYSTEM CONFIGURATION..........................................................................................iii
EQUIPMENT LISTS.......................................................................................................iv
1. MOUNTING THE EQUIPMENT................................................................................1-1
1.1 Hull Unit ................................................................................................................................1-1
1.2 Processor Unit ......................................................................................................................1-8
1.3 Control Unit...........................................................................................................................1-9
1.4 Transceiver Unit..................................................................................................................1-12
1.5 Grounding the Equipment...................................................................................................1-12
1.6 Installing the Attachment Flange (option)............................................................................1-13
1.7 Cable Extension Kit (option) ...............................................................................................1-14
1.8 Installing the Attachment Kit (option)...................................................................................1-15
2. WIRING ....................................................................................................................2-1
2.1 How to Use the Crimping Tool, Pin Extractor........................................................................2-1
2.2 Wiring....................................................................................................................................2-2
2.3 Processor Unit .................................................................................................................... 2-4
2.4 Transceiver Unit..................................................................................................................2-10
2.5 Cable Extension Kit ............................................................................................................2-14
2.6 Input Voltage and Fuses .....................................................................................................2-18
3. ADJUSTMENT AND CHECK...................................................................................3-1
3.1 Hull Unit Check.....................................................................................................................3-1
3.2 Heading Adjustment..............................................................................................................3-5
3.3 Configuring Own Ship Mark..................................................................................................3-7
3.4 Other SYSTEM Menu Items .................................................................................................3-9
3.5 CONE Board Setting in the Processor Unit.........................................................................3-13
3.6 DIP Switch Setting ............................................................................................................3-14
4. CONNECTING THE EXTERNAL INTERFACE CS-120A ........................................4-1
PACKING LISTS.........................................................................................................A-1
OUTLINE DRAWINGS................................................................................................ D-1
INTERCONNECTION DIAGRAMS ............................................................................. S-1
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SAFETY INSTRUCTIONS
WARNING
DANGER
Install the specified transducer tank
in accordance with the installation
instructions. If a different tank is to be
installed the shipyard is solely respon-
sible for its installation, and it should
be installed so the hull will not be
damaged if the tank strikes an object.
Keep away from moving
shaft of the hull unit.
Gears may cause injury.
The tank or hull may be damaged if the
tank strikes an object.
WARNING
Do not open the cover
unless totally familiar with
electrical circuits and
service manual.
If a steel tank is installed on a wooden
or FRP vessel, take appropriate
measures to prevent electrolytic
corrosion.
Electrolytic corrosion can damage the
hull.
High voltage exists inside the
equipment, and a residual
charge remains in capacitors
several minutes after the
power is turned off. Improper
handling can result in electri-
cal shock.
Be sure that the power supply is
compatible with the voltage rating of
the equipment.
Connection of an incorrect power supply
can cause fire or damage the equipment.
Turn off the power at the switchboard
before beginning the installation.
Fire or electrical shock can result if the
power is left on.
CAUTION
Ground the equipment to
prevent electrical shock and
mutual interference.
Do not install the equipment where it
may get wet from rain or water splash.
Water can cause fire or electrical shock, or
damage the equipment.
Be sure no water leaks in at the trans-
ducer installation site.
Water leakage can sink the vessel. Also
confirm that the transducer will not loosen
by ship's vibration. The installer of the
equipment is solely responsible for the
proper installation of the equipment.
FURUNO will assume no responsibility for
any damage associated with improper
installation.
i
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CAUTION
Maximum speed while the transducer is
projected or being raised or lowered
is as below, to prevent damage to the
transducer.
Projected Raising/
Lowering
1200 mm stroke Max. 18 kt Max. 15 kt
1600 mm stroke Max. 15 kt Max. 12 kt
Observe the following compass safe
distances to prevent interference to a
magnetic compass:
Standard
compass
Steering
compass
Processor Unit
Control Unit
1.55 m
0.20 m
1.05 m
0.15 m
Other equipment should be positioned at
least 7 m away from a magnetic compass.
ii
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SYSTEM CONFIGURATION
VGA Monitor
CONTROL UNIT
FSV-3001
AD Converter
AD-10
Gyrocompass
Loudspeaker
Sub Monitor
Current
Indicator
Current
Indicator/Log
Echo Sounder,
Current Indicator,
other
E/S Interface
VI-1100A
PROCESSOR UNIT
FSV-3002/3002S
Navigator 1
Navigator 2
Net Recorder
VI-1100A
VI-1100A
External
Interface CS-120A
(Note 1)
Net Sonde
Junction Box
CS-170
Net Sonde
220 VAC,
3φ, 50/60 Hz
Cable for
100/110/115/
220/230 VAC,
1φ, 50/60 Hz
Extension Kit
FSV-305-5 or
FSV-305-15
(incl. Junction
Box)
HULL UNIT
Hull unit
Specifications
FSV-303
TRANSCEIVER
1200 mm stroke
FSV-303-R
UNIT
FSV-304
FSV-304-R
FSV-301
1600 mm stroke
100/110/115/
220/230 VAC,
1φ, 50/60 Hz
Standard
Local Supply
Option
Note 1: Power Kit FSV-2403 (option, installed in
processor unit) required to connect CS-120A.
iii
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EQUIPMENT LISTS
Standard supply
Name
Control Unit
Type
FSV-3001
Code No.
Qty
Remarks
—
—
—
—
—
—
1
With cable
FSV-3002
For FSV-30
Processor Unit
Transceiver Unit
Hull Unit
1
1
1
FSV-3002S
FSV-301
For FSV-30S
FSV-303/303-R
FSV-304/304-R
1200 mm stroke
1600 mm stroke
Signal cable 10S2078
CP10-06000
CP10-06201
CP10-06100
000-144-389 1 set (between transceiver unit and
hull unit, 8 m)
For transceiver unit. See
packing list.
Installation Materials
007-008-540 1 set
1 set For processor unit
000-067-067
CP10-04502, CP10-04506.
See packing list.
For transceiver unit. See
packing list.
SP10-03101
SP10-02601
007-008-530 1 set
006-921-340 1 set
Spare Parts
Accessories
For processor unit. See
packing list.
SP10-02603
FP10-02901
FP10-02201
006-921-360 1 set For processor unit
007-008-780 1 set For processor unit
006-922-390 1 set For control unit
Optional Equipment
Name
Control Unit
37-core Cable
E/S Interface
Type
Code No.
Qty
1
Remarks
Specify length
FSV-3001
10S1258
VI-1100A
CS-170
—
001-113-000-10
1
—
—
1
Net Sonde
1
Junction Box
Power Supply Kit
NMEA Cable
FSV-2403
000-067-013
000-154-037-10
000-154-053-10
000-555-043
1
1
1
1
For connection of CS-120A
10 m, NMEA, 6P-6P
MJ-A6SPF0012-100C
MJ-A6SPF0012-050C
VVS 0.3×8C *6M*
5 m, NMEA, 6P-6P
8-core Cable
6 m, for echosounder, 02S8040
Attachment
Flange
OP10-27
000-067-050
1
Attachment Kit
Loudspeaker
OP10-24
SEM-21Q
006-943-530
000-144-917
1
1
Installation
Materials
See back of manual for details.
CP10-04801
006-934-240
Cable Extension
Kit
FSV-305-5
000-067-072
000-067-073
Junction box, 10S2240, 10S2144
Junction box, 10S2240, 10S2145
1
1
FSV-305-15
Data Recording
Kit
OP10-31
000-017-095
Calibration Ball
OP10-33
OP10-34
000-017-096
000-017-097
1
1
φ38.1
φ47.625
iv
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1. MOUNTING THE EQUIPMENT
NOTICE
Do not apply paint, anti-corrosive sealant
or contact spray to coating or plastic
parts of the equipment.
Those items contain organic solvents that
can damage coating and plastic parts,
especially plastic connectors.
1.1 Hull Unit
Note 1: The raise/lower control box on the hull unit contains a motion sensor. Therefore,
never drop the hull unit.
Note 2: Handle the transducer carefully. Shock will damage its sensitive components.
1.1.1 Mounting considerations
Decide the location of the hull unit through consultation with the dockyard and ship owner.
When deciding the location, the following points should be taken into account.
• Choose an area where propeller noise, cruising noise, air bubbles and interference from
turbulence are at a minimum. Generally, the point at 1/3 to 1/2 of the ship’s length from
the bow on or near the keel is optimum. On-the-keel installation is advantageous for
minimizing oil consumption in comparison with off-the-keel. If the hull unit can not be
installed on the keel, the center of the retraction tank should be within 600 mm of the keel
to prevent a rolling effect. For large ship with deep draft, the hull unit can be installed at
the bow.
1/3
1/2
Within 600 meter
Hull unit mounting location
• Choose a place where the hull bottom is flat and the draft is sufficiently deep. Normally,
the transducer should protrude at least 500 mm beyond the keel to minimize the effect of
air foam and bubbles.
• Choose a place where interference from other transducers is minimal. The hull unit
should be at least 2.5 m away from the transducers of other equipment.
1-1
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• No obstacle should be in the fore direction since it causes a shadow zone and aerated
water, resulting in poor sonar performance.
• The physical distance between the hull unit and the transceiver unit should be no more
than 5 m.
• The space shown in the figure on the next page is required around the hull unit for wiring
and maintenance.
• If the ambient temperature around the unit will be below 0°C, provide the sonar
compartment with a heater to keep the temperature above 0°C.
1300
650
Maintenance space, example sonar compartment
Note: After mounting the equipment, install anti-vibration stays, referring to page 1-7.
1-2
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1.1.2 Shortening the retraction tank
The retraction tank is 1300 mm in length when supplied. Shorten the tank as necessary so
that the transducer positions well below the keel when it is fully lowered. The following table
provides guidelines for shortening the tank. Refer also to the retraction tank installation
drawing at the back of this manual.
Installation
Method
D
Same as left.
Same as left.
D
XDCR Travel
Remove 280
- 290 mm
from the
Remove 280 - 290 mm
from the bottom.
Note that the length
"D" must be less than
1170 mm.
Same as left.
1200 mm
stroke
bottom.
Remove less than
290 mm from the
bottom. Note that the
length "D" must be less
than 1570 mm.
Remove
less than
290 mm
from the
bottom.
Same as left.
1600 mm
stroke
Guidelines for shortening the retraction tank
Note 1: For the 1200 mm stroke hull unit, the transducer will not fully protrude unless the
tank is shortened by at least 280 mm from the bottom, and cannot be fully retracted
if more than 290 mm is removed.
Note 2: For the 1600 mm stroke hull unit, the transducer cannot be fully retracted if the tank
is removed more than 290 mm.
Note 3: When 290 mm is removed and “D” is minimum, the effect of air foam is minimized
because the transducer fully protrudes in water.
1-3
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1.1.3 Remarks for installation of retraction tank
1. Make, if possible, the installation location a double bottom structure.
2. Install, if possible, the tank on the keel where the tank can be most firmly fixed.
3. Install the reinforcement ribs as near as possible to the top of the retraction tank,
allowing space for tightening of nuts and bolts.
Retraction tank
Reinforcement rib
250-300 mm
How to install reinforcement ribs
4. Add a doubling plate (a plate added to another to give extra strength or stiffness) at the
location where the retraction tank is welded to the hull bottom. The size of the doubling
plate is normally 1300 mm in diameter so that it may lie across two bottom frames.
5. Use a chisel to inscribe the bow mark on the attachment flange.
1-4
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1.1.4 Installing hull unit on retraction tank
After welding the retraction tank and allowing sufficient time for cooling, install the hull unit
as follows:
1. Clean the hull unit flange, the O-ring and O-ring groove. Coat them with a slight amount
of grease. Place the O-ring in position on the tank flange.
2. Orient the hull unit so that the bow mark (inscribed) on its flange points toward the ship’s
bow. Note that heading adjustment is required if the bow mark is not facing the ship’s
bow.
3. Confirm that the O-ring is in position. Place the hull unit on the tank.
4. Coat every washer, nut and bolt with a slight amount of grease to ease removal. Fasten
the hull unit to the retraction tank with flat washers, spring washers and hex bolts.
5. Reinforce the hull unit against vibration by extending stays to the ship’s hull from the two
eye bolts at the top of the hull unit, referring to the procedure on page 1-7.
1-5
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Hex. Nut
Spring Washer
Flat Washer
Bow Mark
Hull Unit Flange
O-ring
Tank Flange
Flat Washer
Hex. Bolt
Hex. Nut
Spring Washer
O-ring
Flat Washer
O-ring
Retraction Tank
Flat Washer
Hex. Bolt
Hex. Nut
Spring Washer
Stern side (seven locations)
Bow side (17 locations)
Installation of hull unit
1-6
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1.1.5 Installing stays (anti-vibration measure)
Install stays from the top of the hull unit to the ship’s hull. The stays should be angle iron
with a size of 75×75×9 mm or more and at least two pieces should be used; one each to
ship’s bow and stern directions. Install if possible, two more stays in ship’s transverse
direction. This measure must be done to prevent damage to the transducer.
Bow
Stay
Stay
Hull Unit
Proper installation of stays
Do not install the stays on a crossbeam on an overhead. Vibration-resistance effect is
reduced since vibration is applied to the stays as rotation force. Install them horizontally.
Crossbeam
on overhead
(WRONG installation method)
Stay
Eye Bolt
PROPER installation
Hull Unit
90
Proper and improper stay installation methods
1-7
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1.2 Processor Unit
Mounting considerations
When choosing a mounting location, keep in mind the following points:
• The processor unit must be mounted upright.
• Locate the unit out of direct sunlight and away from heat sources because of heat that
can build up inside the cabinet.
• Do not locate the equipment where it may be subjected to water splash or rain.
• Be sure the mounting location is strong enough to support the weight of the unit under the
continued vibration which is normally experienced on the ship. If necessary reinforce the
mounting location.
• Determine the mounting location considering the length of the cables below.
● Signal cable from the transceiver unit
● Control cable from the control unit (when locally supplied monitor is used)
• Leave sufficient space on the sides and rear of the unit to facilitate maintenance. Also,
leave a foot or so of "service loop" in cables behind the unit so it can be pulled forward for
servicing or easy removal of connectors.
• Make free space of 400 mm between the processor unit and bulkhead to prevent cable
stress.
• Observe the compass safe distances shown on page ii to prevent interference to a
magnetic compass.
Cable fixing hole
Processor unit, rear view
1-8
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Mounting procedure
1. Unfasten two bolts from the bottom of the front side of the processor unit. Pull the unit
toward you to separate it from the mounting base.
2. Use six bolts (M6×20, supplied as installation material) to fix the mounting base.
3. Place the processor unit in front of the mounting base.
4. Push the unit forward until it touches the end of the mounting base.
5. Refasten two bolts removed at step 1 to fix the unit to the mounting base.
504
477
5.5
34
8
200+1
195+1
Front view
Top view
Processor unit
1.3 Control Unit
The control unit may be mounted on a tabletop with or without the KB (keyboard) fixing
plate (supplied), which mounts the control unit at an angle. If the control unit is not to be
fixed permanently, lay it atop the rubber feet (supplied as accessories). Be sure to observe
the compass safe distances noted on page ii to prevent interference to a magnetic
compass.
(1) Rubber feet
Attach four rubber feet to the bottom of the control unit if it is not going to be permanently
fixed.
1-9
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(2) Mounting without KB fixing plate
1. Drill four mounting holes of 6 mm diameter to fasten the control unit, referring to the
outline drawing at the back of this manual.
2. Referring to the outline drawing for the control unit at the back of this manual, make a
cutout in the mounting location large enough to accommodate the name plate so the
control unit will lie flat.
3. Fix the control unit with four bolts (M5) from under the tabletop. (M5 bolts with a
sufficient length for the thickness of the tabletop should be provided locally.)
467±1
Fixing hole
φ6
FSV-30
Control unit
(3) Mounting with KB fixing plate
1. To fix the control unit to a desired location at an angle, fasten the KB fixing plate to the
control unit and desired location with two upset screws (M5×10, supplied) and two
tapping screws (φ6.5, local supply) as below.
Upset screw (M5x10)
FSV-30
Tapping screw
( 6.5)
KB fixing plate
How to attach KB fixing plate
2. Set dust cover (supplied) to the control unit.
1-10
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Passing the cable through the bottom of the control unit (for permanent mounting)
For permanent mounting methods (2) and (3), the control cable can be passed through the
bottom of the control unit as follows:
1. Unfasten eight screws (M4) to remove the cover from the bottom of the control unit.
2. Unscrew two screws (M4×10) to remove the cable clamp.
3. Disconnect two connectors J1 and J2 from the circuit board.
4. Attach the control cable to the control unit cover with the cable clamp (removed at step
2), two flat head screws (M4), flat washers, spring washers and nuts (hardware:
supplied).
Screw
M4x8 (8 pcs.)
Previous cable hole
Nut
Clamp
Spring washer
Flat washer
Screw (M4x12)
Fasten the cable with the clamp here.
Control unit, cover removed
5. Re-connect two connectors disconnected at step 3.
6. Fasten eight screws to attach the control unit cover.
7. Attach the connector seal (supplied) to the hole at the rear of the control unit.
8. Drill a hole of 30 mm in diameter to pass the cable from the bottom of the control unit
through the tabletop
9. Attach the connector seal (supplied) to the hole at the bottom of the control unit when
the above modification is not done.
10.Fix the control unit referring to (2) or (3) on the previous page.
Cable
Cable
Without KB fixing plate
Control unit, side view
With KB fixing plate
1-11
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1.4 Transceiver Unit
The physical distance between the hull unit and the transceiver unit should be no more than
5 m. The transceiver unit should be mounted on a mounting base (shipyard supply) whose
dimensions are as shown in the outline drawing of the transceiver unit at the back of this
manual. Reinforce the transceiver unit against vibration by stays extending from the
eyebolts on the top of the unit. Fasten four bolts (M12, local supply) at the bottom of the
transceiver unit to fix the unit to the mounting location.
CHARGE
BV ERR
OV ERR
FUSE
Transceiver unit
1.5 Grounding the Equipment
Transceiver unit, junction box: Use copper strap (supplied).
Processor unit:
Use a ground wire (IV-8SQ).
Junction box for hull unit:
Use the wing bolt on the junction box.
1-12
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1.6 Installing the Attachment Flange (option)
The attachment flange permits use of the tank for the CSH-20 series using the 1200 mm
stroke transducer.
Attachment flange Type: OP10-27, Code no: 000-067-050)
Name
Attachment flange
O-ring
Hex. nut
Flat washer
Spring washer
Type
10-077-5802
CO 0318A (V585)
M20 SUS304
M20 SUS304
M20 SUS304
Code No.
100-303-610
000-166-370-10
000-863-116
000-864-136
000-864-270
Qty
1
1
48
24
24
Remarks
Procedure
1. Clean the hull unit flange, O-ring and O-ring groove. Coat them with a slight amount of
grease.
2. Use 48 hex. nuts, flat washers and spring washers to fasten the attachment flange to
retraction tank.
3. Place the O-ring in position on the attachment flange.
To install the attachment flange and the hull unit, see paragraph 1.1.4.
Hex. Bolt
Flat Washer
Hull Unit Flange
O-ring
Flat Washer
Spring Washer
Hex. Nut
Attachment Flange
O-ring
Existing Tank
Flat Washer
Spring Washer
Hex. Nut
Attachment flange for 1200 mm stroke transducer, sectional view
1-13
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1.7 Cable Extension Kit (option)
For extension of the transducer cable between the hull unit and the transceiver unit, use the
cable extension kit (option), which includes a junction box. The kit is available in 5 m or 15
m extension lengths. Below are the contents of each kit.
Name: Cable Extension Kit, Type: FSV-305-5, Code No.: 000-067-072
Name
Type
FSV-305
Code No.
000-067-032
000-148-369-03
000-145-360
Qty
1
Remarks
Junction box
10S2240
10S2144
1
5 m
Cable assembly
1
12.9 m
Name: Cable Extension Kit, Type: FSV-305-15, Code No.: 000-067-073
Name
Type
FSV-305
Code No.
000-067-032
000-148-370-03
000-145-361
Qty
1
Remarks
Junction box
10S2240
10S2145
1
15 m
Cable assembly
1
22.9 m
Fasten the junction box to a bulkhead with 4 bolts (M6, local supply).
Junction box
1-14
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1.8 Installing the Attachment Kit (option)
The attachment kit permits use of the tank for the CSH-20 series using the 1600 mm stroke
transducer and FSV-243E/244E.
Attachment kit (Type: OP10-24, Code no.: 006-943-530)
Name
Type
Code No.
000-857-220
000-857-221
Qty
24
24
Insulation gasket (1) MS-1000-67
Insulation gasket (2) MS-1000-68
1. Clean the hull unit flange, the O-ring and O-ring groove. Coat them with a slight amount
of grease. Place the O-ring in position on the tank flange.
2. Lay the insulation gasket (1) on the top of the tank flange.
3. Orient the hull unit so that the bow mark (inscribed) on its flange points toward the ship’s
bow. Note that heading adjustment in the monitor is required if the bow mark does not
face the ship’s bow.
4. Confirm that the O-ring and the insulation gasket (1) are in position.
5. Place the hull unit on the tank.
6. Seven of the 24 bolt holes on the hull unit flange have already been fitted with bolts
(stern side). Insert the insulation gasket (2) into the bolt holes of the tank flange to which
these seven bolts are fitted.
7. Coat every bolt, washer and nut with a slight amount of grease to ease removal. Fit the
insulation gasket (2) into the bolt holes of the tank flange. Fasten the hull unit to the
retraction tank with insulation gasket (2), flat washers, spring washers and hex bolts.
8. Reinforce the hull unit against vibration by extending stays to the ship’s hull from the two
eye bolts at the top of the hull unit, referring to the figure at the top of page 1-8.
1-15
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Hex. nut
Spring washer
Flat washer
Flange of hull unit
O-ring
Flange of hull unit
O-ring
Insulation gasket (1)
Insulation gasket (1)
Insulation gasket (2)
Insulation gasket (2)
Flat washer
Flat washer
Spring washer
Hex. nut
Hex. bolt
Spring washer
O-ring
Flat washer
O-ring
Insulation gasket
Insulation gasket (2)
Flat washer
Retraction tank
Hex. bolt
Hex. nut
Spring washer
Bow side
(17 locations)
Stern side
(Seven locations)
Installation of attachment kit
1-16
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2. WIRING
2.1 How to Use the Crimping Tool, Pin Extractor
A special crimping tool is necessary for connection of wires to the contact pins of the 38P
connector. The pin extractor removes the contact pin from the connector body. This
paragraph describes how to crimp and extract the contact pin.
Contact Pin
60-8017-0313-00-339
(000-519-542)
Pin Extractor
06-1877-04
(000-519-595)
Crimping Tool
06-1001-016
Crimping tool, contact pin, pin extractor
2.1.1 How to use the crimping tool
1. Remove the vinyl sheath by 3 to 4 mm to expose
the core.
2. Hold the crimping tool horizontally and insert the
contact pin with its slit facing downward into the
crimp hole on the crimping tool.
3. Insert the wire onto the contact pin and squeeze
the handle until the rachet releases. (The wire
should be placed deep enough into the contact pin
so that its end comes in contact with the stopper
plate of the crimping tool.) With crimping
completed, pull the wire while holding the contact
pin to make sure that it is tightly fastened.
2.1.2 How to use the pin extractor
If a contact pin is inserted into an incorrect hole on
the connector body, remove it with the pin extractor.
1. Push the pin extractor into the pin hole from the
side opposite to the pin inserting side.
2. Push in the head of the pin extractor. The retaining
spring comes free and the contact pin can be
removed.
2
1
2-1
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2.2 Wiring
10S2077 (10 m)
FSV-30
CONTROL UNIT FSV-3001
Monitor
(Local supply)
Transceiver
unit
Control unit
Monitor cable
(Local supply)
Control unit
External
monitor
*1: If connector may loosen by
vibration monitor cable may also
be connected inside.
*1
*2
Processor unit clamp
PROCESSOR UNIT
FSV-3002/3002S
DPYCY-1.5
100/110/115/
220/230 VAC
1φ, 50/60 Hz
TRANSCEIVER UNIT
FSV-301
10S2078 (8 m)
*4 *5
*3
220 VAC
3φ, 50/60 Hz
100/110/115/
220/230 VAC
1φ, 50/60 Hz
DPYCYS-2.5 *2
*2
TPYCY-4
HULL UNIT
FSV-303
(1200 mm stroke)
FSV-304
(1600 mm stroke)
10S2223 (14.6 m)
*4 *5
*2: Japan Industrial Standard cable
*3: The same type of connector is fitted at each end, however the connector where the amount of sheath
removed is greater should be connected to the transceiver unit.
*4: When running the cables of 10S2078, 10S2223 refer to next page.
*5: When using cable for extension kit, the length of the cable between the transceiver unit
and the hull unit is 5 m or 10 m.
Wiring
2-2
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Transceiver unit side
P2
(40 pin)
0.38 m
P1
(34 pin)
0.07 m
Clamp point
0.6 m
Clamp point
.
10S2223
14.6 m
14.0 m
7.2 m
10S2078
8 m
Hull unit side
Clamp point
0.07 m
0.28 m
Raise/lower control box
of the hull unit side
Note that the amount of cable inside the cable clamp on the cable between the hull unit and
transceiver unit may be shorted depending on cable length.
2-3
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2.3 Processor Unit
Cables (10S2074, 10S1258-1 and control cable) from the various units are connected to the
CONE Board (10P6905) in the processor unit.
NOTICE
Divide cables attached to the back of the
processor unit between right and left side.
Tie each group with a cable tie at the
position 15 cm from connectors.
This is necessary to prevent cable stress.
15 cm
Cable tie
Processor unit, rear view
2.3.1 10S1258-1 cable
This cable runs between the processor unit and transceiver unit.
Shield
Anticorrosive Sheath
1. BLK
9. BLK/GRY
17. BRN/GRY
18. BRN/WHT
19. RED/ORG
8
2
1
9
2. BLK/BRN
3. BLK/RED
4. BLK/ORG
5. BLK/YEL
6. BLK/GRN
7. BLK/BLU
8. BLK/PPL
10. BLK/WHT
11. BRN/RED
12. BRN/ORG
13. BRN/YEL
14. BRN/GRN
15. BRN/BLU
16. BRN/PPL
19
10
18
17
3
4
7
6
11
12
13
5
16
14
15
Armor
1:
Coaxial cable
2 to 19: Twisted pair cable
Cable type 10S1258-1, sectional view
2-4
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Fabrication of connector 00-8016-038-313761HV (CN-A101)
320
Anticorrosive
45
40
Shield
Sheath
Vinyl Sheath
Armor
Core
Insulating Tape
After exposing cores,
wind shield around the armor.
Fabrication of cable for connector 00-8016-038-313761HV
Guide Pin A
Guide Pin B
Position No.
Guide Pin B
(Small)
Guide Pin A
(Large)
Assembling 38P connector
Positioning guide pins
Guide pins of the connector identify the mating receptacle. They are;
• Guide pin A (Large): 1
• Guide pin B (Small): 1
2-5
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2.3.2 Power cable
Attach the NCS-253-P connector (CN-A110) to the power cable DPYCY-1.5 (Japan
Industrial Standard (JIS) cable) or the equivalent. Attach the connector to the processor unit.
Cable DPYCY-1.5
Armor
Vinyl
sheath
Conductor
S = 1.5 mm
Use cable DPYCY-1.5
(Japan standard cable)
or equivalent cable.
2
∅
= 1.56 mm
Assembling connector NCS-253-P
2.3.3 Control cable
Attach the control cable (10S2074 or 10S2075) to the CN-A103 connector in the processor
unit.
2-6
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2.3.4 Optional equipment
With connection of a navigator and electronic fishing equipment, the FSV-30 provides true
motion presentation, target lock, echo sounder picture, FNZ marker presentation, and digital
indication of position, water temperature and depth.
Use the SRCN connectors (optionally supplied, Type: CP10-4801, Code no.: 006-934-240)
to connect equipment to the rear of the processor unit. Refer to the interconnection diagram
at the back of this manual.
Cable list
Outline of core
Simple
w/shield
Twisted
Sectional view of cables
02S8040
No.
1
Color
WHT/BLU
BLK
9 mm
2
3
PNK
Shield
4
GRN
5
ORG
YEL
6
7
RED
CO-SPEVV-SB-C 0.2sq, 5P
No.
1
Color
YEL/BLK
2
YEL/WHT
YEL/RED
YEL/BLU
Shield
Armor
14 mm
3
4
5
YEL/GRN
2-7
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J5 (CIF1)
J7 (GYRO)
J8 (LOG)
J10 (FNZ)
: SRCN6A13-5P
: SRCN6A16-10P
: SRCN6A13-3P
: SRCN6A21-10P
Cable with armor
J13 (EXT-KP) : SRCN6A21-10S
8 cm
2 cm
1 cm
Armor
Vinyl sheath
Shield
3 mm
Clamp fixing screw
Solder unused cores and
earth to braided shield.
Clamp
Set screw
Wind shield
tape.
Solder earth wire.
Connector case
Soldering side
Attach conector at
shield to ground.
Wind vinyl tape.
J9 (ES1)
J12 (ES2/NET) : SRCN6A16-10P
: SRCN6A16-7P
Cable without armor
2 cm
3mm
Shield
Vinyl sheath
Clamp fixing screw
Solder unused cores and
earh wire to braided shieeld.
Clamp
Set screw
Vinyl sheath
Wind vinyl tape
Connector case
Soldering-side
2-8
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Synchronizing with echo sounder or other sonar
To synchronize the transmission of the FSV-30 with an echo sounder or other type of sonar,
make connections as shown below.
For current driven KP input
Processor
unit
EXT-KP
KP signal
8
9
E/S
Sonar
EXT-KP-IN-H
EXT-KP-IN-C
For voltage driven KP (12 V) input
Processor
unit
EXT-KP
KP signal
10
7
E/S
Sonar
EXT-12VKP-H
0V
Voltage driven KP output
KP signal
Processor
EXT-KP
unit
1
2
3
4
5
6
INTKP1
GND
INTKP2
GND
INTKP3
GND
E/S,
Sonar,
Current
indicator
Menu setting
See EXT KP INPUT on page 3-9.
2-9
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2.4 Transceiver Unit
2.4.1 Fabrication of connector 00-8016-038-313761HV (CN-B101)
400
Anticorrosive
45
40
Shield
Sheath
Vinyl Sheath
Armor
Core
Insulating Tape
After exposing cores,
wind shield around the armor.
Fabrication of cable for 00-8016-038-313761HV
Shorten the unused wires appropriately and treat their ends with vinyl tape to prevent short
circuit.
Guide Pin A
Guide Pin B
Position No.
Guide Pin B
(Small)
Guide Pin A
(Large)
Assembling 38P connector
Positioning guide pins
Use the tool shown below to position guide pins.
Connector
Tool
CN-B101
Guide Pin
Guide Pin A (large)
Guide Pin B (small)
1
1
2-10
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13-L
CN-B210
CN-B209
CN-B208
CN-B207
CN-B206
CN-B205
CN-B204
CN-B203
CN-B202
CN-B201
6962
6963
CN-B101
CN-B102
1 6 - L
TRX-10
TRX-9
TRX-8
TRX-7
TRX-6
TRX-5
TRX-4
TRX-3
TRX-2
TRX-1
SB-1909
EDS3
0 7 - L
E D S 3
SM18P
J203
EL12P
J201
EL9P
SM8P
SM12P
J205
EL3P
J601
F601
MAIN
F602
J202
J204
J206
5A
5A
I
MAINTENANCE
I
INPUT
TB-B101
Maintenance
Use Only.
(Should be OFF
for Normal
operation.)
100/110/115
/220/230 VAC
:15A
50/60Hz
1
2
J301
YL8P
J302
SM12P
J303
EL4P
S603
H
S604
H
S605
H
INPUT(TB-B101) S603 S604 S605
100V
110V
115V
220V
230V
L
L
L
H
L
L
L
L
H
H
TB-B101
H
H
H
H
15A
15A
H
L
L
L
To Processor Unit
(cable 10S1258-1)
To Hull Unit
(cable 10S2078)
To Power Source
Transceiver unit, inside view
2-11
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2.4.2 Fabrication of power cable type DPYCYS-2.5 (TB-B101)
Fabricate the cable DPYCYS-2.5 as below for connection to the power source.
Cable DPYCYS-2.5
Armor
Vinyl
sheath
Conductor
S = 4 mm2
∅
= 2.55 mm
140
35
30
FV2-4 (2 pcs)
Anticorrosive
sheath
Vinyl sheath
Amor
Fabrication of cable type DPYCYS-2.5
2.4.3 Hull control cable (10S2078)
Connect the hull control cable (10S2078) to the CN-B102 in the transceiver unit.
Note: The same type of connector is fitted at each end, however the connector which has a
larger portion of its sheath removed should be connected to the transceiver unit.
2-12
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2.4.4 Wiring in transceiver unit
1. Open the transceiver unit cover.
2. Plug the P1 and P2 connectors at the end of signal cables into the proper receptacles in
the transceiver unit, referring to the interconnection diagram at the back of this manual.
3. Lead the signal cables into the transceiver unit appropriately.
4. Fasten the cables with cable clips after wiring the hull unit.
From right to left B201 to B210
P2
(40 pin)
13-L
P1
(34 pin)
CN-B210
CN-B209
CN-B208
CN-B207
CN-B206
CN-B205
CN-B204
CN-B203
CN-B202
CN-B201
6962
6963
1 6 - L
TRX-10
TRX-9
TRX-8
TRX-7
TRX-6
TRX-5
TRX-4
TRX-3
TRX-2
TRX-1
SB-1909
EDS3
0 7 - L
10S2223
Cable clip
E D S 3
SM18P
J203
EL12P
J201
EL9P
SM8P
SM12P
J205
EL3P
J601
F601
MAIN
F602
J202
J204
J206
5A
5A
I
MAINTENANCE
I
INPUT
TB-B101
Maintenance
Use Only.
(Should be OFF
for Normal
operation.)
100/110/115
/220/230 VAC
:15A
50/60Hz
1
2
J301
YL8P
J302
SM12P
J303
EL4P
S603
H
S604
H
S605
H
INPUT(TB-B101) S603 S604 S605
100V
110V
115V
220V
230V
L
L
L
H
L
L
L
L
H
H
H
H
H
H
15A
15A
H
L
L
L
Secure
here with
metal clamp.
Fix signal cables with clamp.
Transceiver unit
10
9
8
7
6
5
4
3
2
1
Cable
number
Transceiver unit, top view
2-13
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2.5 Cable Extension Kit
The length of the cable between the hull unit and transceiver unit is 5 meters. If a longer
cable is required, use the cable extension kit, which consists of a junction box and a 5 or 15
meter cable.
Connect the transducer cable 10S2223 to the junction box, and connect the transceiver unit
to the junction box with the cable 10S2240 (5 or 10 m).
Replace the cable (10S2078, 8 m) connected between the hull unit and transceiver unit with
the cable 10S2144 (12.9 m) or 10S2145 (22.9 m). Those cables are supplied with the
extension cable kit.
2.5.1 Junction box
Connect the extension cable 10S2240 to JCTN1 and JCTN2 inside the junction box. Also,
connect the transducer cable 10S2223. Refer to interconnection diagram for wiring details.
1. Open the junction box cover.
2. Unfasten the cable clamps.
P1
P3
P3
P1
JCTN1
Board
Connect to
the J1 in
JCTN1 Board
Connect to
the J2 in
JCTN1 Board
Connect to
the J20 in
JCTN1 Board
Connect to
the J19 in
JCTN1 Board
J1
J20J19
J20 J19
J2 J1
J2 J1
J1
JCTN2
Board
P2
P2
P4
P4
Connect to
the J2 in
JCTN2 Board
Connect to
the J20 in
JCTN2 Board
Connect to
the J1 in
JCTN2 Board
Connect to
the J19 in
JCTN2 Board
CSK
clamp
Cable from
hull unit
(10S2223)
Cable from
transceiver unit
(10S2240)
Cable from
hull unit
(10S2223)
Cable from
transceiver unit
(10S2240)
Cable clamp
Signal cables
(10S2223)
Junction box
from hull unit
10 9
10
8
8
7
6
5
4
3
2
2
1
1
9
7
6
5
4
3
Signal cables (10S2240) from transceiver unit
("JUNCTION BOX" display side)
Junction box, cover removed
2-14
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3. Lead in cable thru the appropriate location on the cable clamp and fix cable with
appropriate CKS clamp. Connect each cable to circuit board as shown in the figure on
the previous page.
Signal cable (10S2240) connects to “JUNCTION BOX” display side.
4. Lay the shield of each cable in the cable clamp.
5. Fasten the cable clamps.
2-15
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2.5.2 Raise/Lower control box
Connect the power cable (3φ) and the transceiver unit cable (10S2078) as shown below.
CN-C101
Connect the transceiver
cable (10S2078) here.
Cable TPYCY-4
Sheath
TB-C101
Connect the power cable TPYCY-4
Armor
(Japan Industrial Standard) or the
equivalent cable to this terminal board.
Vinyl
sheath
LED (Red)
For detection of phase reversal on
3 phase power cable
Conductor
S = 4 mm2
∅ = 2.55 mm
Confirm LED after completing the installation. The LED lights (in red) if power connection is
correct. If it is off, turn off power from the mains switchboard, check the cable connection
and recheck the LED. The hull unit does not work if this connection is wrong.
Normal phase: LED lights (in red).
Phase reversal: LED does not light.
Power cable (3φ)
TPYCY-4
Cable from
transceiver unit
10S2078
Raise/lower control box, cover removed
2-16
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100
25
20
M4(yellow) x 3
FV5.5-4
Vinyl
sheath
Sheath
Armor
(Clamp here by cable clamp.)
Power cable fabrication
2-17
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2.6 Input Voltage and Fuses
The transceiver unit is shipped from the factory with its input voltage set for 230 VAC and a
10 A fuse inserted in F601 and F602. For other voltages, change toggle switch positions
and fuses as below.
Input voltage
Set the toggle switches S603, S604 and S605 according to input voltage, referring to the
table below.
Input
S603
S604
S605
Default setting
(TB-B101)
100 V
L
L
L
L
L
110 V
115 V
220 V
230 V
H
H
H
H
H
L
L
H
H
H
Default setting
Fuses
Change the fuse in F601 and F602 according to input voltage, referring to the table below.
Fuse
Input
(TB-B101)
Default
setting
F601
20A
F602
20A
WARNING
Use the proper fuse.
100 V
110 V
115 V
220 V
230 V
Use of a wrong fuse can result in damage
to the equipment or cause fire.
Default
setting
10A
10A
Marking the label
After setting toggle switches and changing the
fuses, mark the voltage which applies on the label
on the inside of the cover. In the example shown
right, 100 V is marked so 20A fuses must be used.
FUSE
F601
FUSE
F602
INPUT
FUSE
(TB-B101)
F601 F602
100V
110V
115V
220V
230V
20A
10A
20A
10A
2-18
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3. ADJUSTMENT AND CHECK
3.1 Hull Unit Check
Note: Before conducting this check (at the dry dock) transmission must be stopped. Default
setting of TX power is OFF. Confirm that transmission is off as follows:
1. Turn on the power, and then press the [MENU] key to show the main menu.
MENU
QUIT
TX PULSE LENGTH-H : 9
TX POWER-H
TVG-NEAR-H
TVG-MEDIUM-H
TVG-FAR-H
: 9
: 0
: 0
: 0
AGC-H
: 0
2ND AGC-H
ECHO AVERAGE-H
COLOR-H
: 0
: 0
: COLOR 1
COLOR RESPONSE-H : COLOR CURVE 3
H-SCAN SETTING...
V-SCAN SETTING...
OTHERS...
Main menu
2. Use the trackball to choose OTHERS and press the [MENU] key.
MENU
QUIT
QUIT
OTHERS
ES1 SETTING...
ES2 SETTING...
ERASE MARKS...
DISPLAY SETTING...
ALARM & AUDIO...
PRESET, MEMORY CARD...
INITIAL SETTING...
OTHERS menu
3-1
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3. Choose INITIAL SETTING and press the [MENU] key.
CAUTION
YES
NO
THIS ITEM IS DEFINED AS NON-
CHANGEABLE ITEM, ARE YOU
SURE TO CHANGE IT TO CHANGEABLE ?
4. Choose YES and press the [MENU] key.
MENU
OTHERS
QUIT
QUIT
QUIT
INITIAL SETTING
MARK DISPLAY...
MARK SIZE...
DATA DISPLAY...
CURRENT VEC & WIND...
NET SONDE SETTING...
NET SHOOT SETTING...
TARGET LOCK...
STABILIZATION...
TEST...
INITIALIZATION...
INITIAL SETTING menu
5. Choose TEST and press the [MENU] key.
MENU
QUIT
QUIT
QUIT
QUIT
OTHERS
INITIAL SETTING
TEST
BOARD TEST...
PANEL TEST...
TEST PATTERN...
RX TEST...
NOISE TEST...
TX
: OFF
TEST menu
6. Choose TX and press the [MENU] key.
7. Choose OFF (if it is not already selected) and press the [MENU] key.
8. Choose QUIT at the top of the menu screen and press the [MENU] key.
3-2
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How to check the hull unit
1. Press the POWER (|) switch on the control unit to turn on the equipment. Confirm that
“ ON” lamp above the POWER switch and the switch light.
ª
Transducer switches of the control unit
2. Confirm that the 5V and UP lamps on the raise/lower control box are lit.
3. Remove the cover of the raise/lower control box and use a multimeter to measure the
following voltages:
Terminal
Terminal No.
Voltage
TB-C101 (1) – (2), (6) – (7)
(2) – (3), (7) – (8)
220 VAC
220 VAC
220 VAC
(1) – (3), (6) – (8)
4. In the raise/lower control box, set the TEST/NORMAL switch to TEST. Press the
[DOWN] switch to confirm that the transducer lowers. Also, while the transducer is being
lowered, check that the MD LED lights when the MD L. SW kicks. Note that the MD L.
SW does not stop the transducer when the TEST/NORMAL switch is in the TEST
position.
TEST
OFF
NORMAL
5V
L.SW
UP MD DN
UP
DOWN
Control unit (in hull unit)
5. Press and release the [DOWN] switch. Confirm that the transducer stops at the moment
the switch is released.
6. Press the [DOWN] switch again. Confirm that the transducer stops at the moment the
lower limit switch kicks.
7. Confirm that the [UP] switch operates in a similar manner.
3-3
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8. Check that LEDs on the panel of the raise/lower control box light as follows:
1) UP, MD and DN LEDs light when corresponding limit switch is kicked.
2) UP and DOWN LEDs light while UP and DOWN switches are pressed and extinguish when
the switches are released.
3) Set the TEST/NORMAL switch to NORMAL.
9. At the control unit, press the (mid position) switch. Confirm that the lamp above the
ª
switch blinks while the transducer is being lowered, a short beep sounds when the mid
limit switch kicks, and the lamp lights when the transducer is lowered to the mid position.
10.Press the
switch. Confirm that the lamp above the switch blinks while the transducer
ª
is being lowered, a short beep sounds when the mid limit switch is kicked, and the lamp
lights when the transducer is fully lowered.
11. Press the switch. Confirm that the lamp above the switch blinks while the transducer
©
is being raised, a short beep sounds when the mid limit switch is kicked, and the lamp
lights when the transducer is fully raised.
12.Press the OFF switch. Confirm that the transducer is completely retracted and then the
power is turned off.
13.With the transducer lowered (mid or fully lowered), confirm that the transducer is raised
when or OFF is pressed.
©
3-4
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3.2 Heading Adjustment
When the BOW mark on the flange of the hull unit cannot be directed toward ship’s bow,
adjust the heading so an echo which is dead ahead appears dead ahead on the display.
1. Referring to the previous section, set the TX (transmission) to ON.
2. Locate a target in the bow direction (buoy, for example) and display it on a near range. If
the target appears at 12 o’clock the heading alignment is correct. If it does not, measure
the error and go to step 2.
Buoy
If target's on-screen
position is right of ship's
bow for example, heading
is skewed left.
Heading adjustment
3. Turn off the power and then turn it on again while pressing and holding down the
[MENU] key. Release the [MENU] key after the self-test screen appears. After the picture
appears, press the [MENU] key three times to open the SYSTEM menu.
SYSTEM MENU
QUIT
INTERFACE SETTING..
EXT DATA SETTING..
OWN SHIP MARK..
TEST&INITIALIZATION..
TX/RX SETTING..
TX/RX SETTING - H..
TX/RX SETTING - V..
OTHERS..
SYSTEM menu
4. Use the trackball to choose OTHERS and press the [MENU] key.
5. Choose HEADING ADJUST and press the [MENU] key.
3-5
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MENU
QUIT
QUIT
OTHERS
LANGUAGE
: ENGLISH
: 0
QUIT
CANCEL
HEADING ADJUST
ES2 SELECT
: ES
ES DRAFT OFFSET : 0.0 m
EVENT KEY
: EVENT
AUTO TILT
: WIDE
: H/V INTERLOCK
SELECT USER PROG
TRACKBALL SPEED
HULL UNIT STROKE
: NORMAL
: 1200mm
OTHERS menu, HEADING ADJUST
6. Choose ▲ or ▼ to choose direction (plus or minus, respectively) in which to increment
or decrement setting and then press the [MENU] key to set. Each pressing of the
[MENU] key changes the setting in increments of 1°. The setting range is -180° to +179°.
7. Choose QUIT to finish the adjustment and press the [MENU] key.
8. Choose QUIT at the top of the menu screen and press the [MENU] key to close all
menus.
3-6
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3.3 Configuring Own Ship Mark
Set own ship’s dimensions and the location of the transducer to accurately display the own
ship mark on the display.
1. Press the [MENU] key to display the SYSTEM menu.
SYSTEM MENU
QUIT
INTERFACE SETTING..
EXT DATA SETTING..
OWN SHIP MARK..
TEST&INITIALIZATION..
TX/RX SETTING..
TX/RX SETTING - H..
TX/RX SETTING - V..
OTHERS..
System menu
2. Use the trackball to choose OWN SHIP MARK and press the [MENU] key.
MENU
QUIT
QUIT
OWN SHIP MARK
: 75m
: 20m
: 15m
: 0.0m
SHIP'S LENGTH
SHIP'S WIDTH
TD POSITION 1
TD POSITION 2
OWN SHIP MARK menu
3. Use the trackball to choose SHIP’S LENGTH.
4. Press the [MENU] key to show the setting window.
MENU
QUIT
QUIT
OWN SHIP MARK
QUIT
CANCEL
: 75m
: 20m
: 15m
: 0.0m
SHIP'S LENGTH
SHIP'S WIDTH
TD POSITION 1
TD POSITION 2
OWN SHIP MARK menu, setting window
3-7
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5. Choose ▲ or ▼ and then operate the [MENU] key to set the ship’s length (15 to 150 m).
6. Choose QUIT to finish the setting.
7. Set the SHIP’S WIDTH (5 to 30 m), TD POSITION 1 (5 to 50 m) or TD POSITION 2
(-10.0 to 10.0 m) similarly.
TD POSITION 1: Set the transducer’s distance from the bow.
TD POSITION 2: Set the transducer’s distance from the keel. Choose [+] for starboard,
[-] for port.
8. Choose QUIT at the top of the menu screen and press the [MENU] key to close all
menus.
TD Position 1
Ship's
Length
TD Position 2
(Negative value
for port)
Ship's Width
Ship shape description
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3.4 Other SYSTEM Menu Items
This section mainly shows you how to set up according to external equipment connected.
Default settings are underlined.
3.4.1 INTERFACE SETTING menu
MENU
QUIT
QUIT
INTERFACE SETTING
: 4800 bps
: 4800 bps
: 4800 bps
: 19200 bps
NMEA 1 BAUD RATE
NMEA 2 BAUD RATE
CIF BAUD RATE
AUX BAUD RATE
: DISABLE
EXT KP INPUT
: NEGATIVE
EXT KP OUTPUT
INTERFACE SETTING menu
NMEA 1 BAUD RATE
Set the transmission rate for the NMEA 1 port.
(4800 bps, 9600 bps, 19200 bps, 38400 bps)
NMEA 2 BAUD RATE
Set the transmission rate for the NMEA 2 port.
(4800 bps, 9600 bps, 19200 bps, 38400 bps)
CIF BAUD RATE
Set the transmission rate for the CIF port. If the CS-120A is connected, choose “2400 bps”.
(2400 bps, 4800 bps, 9600 bps, 19200 bps)
AUX BAUD RATE
Set the transmission rate for the AUX port. (2400 bps, 4800 bps, 9600 bps, 19200 bps)
EXT KP INPUT
Set the input logic of KP from an external equipment. (DISABLE, POSITIVE, NEGATIVE)
DISABLE: No use external KP.
POSITIVE: Synchronize with leading edge of input pulse.
NEGATIVE: Synchronize with trailing edge of input pulse
Note: To transmit with external KP, set the TX INTERNAL to “0” in the H-SCAN SETTING
menu.
EXT KP OUTPUT
Choose the KP output logic, POSITIVE or NEGATIVE. (POSITIVE, NEGATIVE)
3-9
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3.4.2 EXT DATA SETTING menu
MENU
QUIT
QUIT
EXT DATA SETTING
DATE&TIME
HEADING
: CIF
: AD10S
LOG PULSE
: 200p/NM
SPEED&COURSE
SPEED SENSOR
LAT/LON
: NMEA
: GPS/DR
: NMEA
POSITIONING SENSOR
: AUTO SEL.
WATER DEPTH
WATER TEMP.
: NMEA
: NMEA
WATER CURRENT
WIND
: CIF
: CIF
NET DEPTH
: PULSE
EXT DATA SETTING menu
DATE & TIME
Choose the input format for data and time data. (NONE, CIF, NMEA)
HEADING
Choose the input format for heading data. (NONE, AD10S, CIF, NMEA)
LOG PULSE
Set the log pulse rate for the log signal. (200 p/NM, 400 p/NM)
SPEED & COURSE
Choose the input format for ship’s speed and course data. When choosing the
LOG&HEADING, the heading data is used instead of the course data.
(NONE, LOG&HEADING, CIF, NMEA)
SPEED SENSOR
Choose the input format for speed and course data. This setting is ineffective when
LOG&HEADING is selected as speed and course source.
(NONE, GPS/DR, DOPPLER/DR)
LAT/LON
Choose the input format for ship’s position data. (NONE, CIF, NMEA)
POSITIONING SENSOR
Choose the type of the navigator to use. For AUTO SEL., the priority is GPS/DR>LORAN-C.
(LORAN-C, GPS/DR, AUTO SEL.)
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WATER DEPTH
Choose the input format for depth data. (NONE, CIF, NMEA)
WATER TEMP.
Choose the input format for water temperature data. (NONE, CIF, NMEA)
WATER CURRENT
Choose the input format for water current data. (NONE, CIF, NMEA)
WIND
Choose the input format for wind data. (NONE, CIF, NMEA)
NET DEPTH
Choose the input format for net depth data. (NONE, CIF, PULSE)
Data sentences (NMEA 0183, FURUNO proprietary)
NMEA Input
Position (L/L)
Heading
Course
GGA, GLL, GNS, RMA, RMC
HCC, HCD, HDG, HDM, HDT
VTG
Speed
VBW, VHW
Current
CUR, VDR
Depth
DBS, DBT, DPT
Temperature
Wind
MTW
MWV
Date Time
GPS gyro
ZDA
Att (FURUNO proprietary data sentence)
NMEA Output
Position
TLL
FURUNO proprietary data sentences (all output)
Fish school speed
Relative bearing, range depth and speed of fish school
Relative bearing, range and depth of position tracking mark
Bearing, range and depth of event mark
Bearing, range, depth and volume of fish estimate mark
Bearing, range, depth and speed of fish school mark
Bearing and range of net shoot mark
FKV
TFM
TLM
EVT
FMG
FVC
SHT
Scattering strength (SV), area, volume and abundance of fish school TLF
Scan setting parameter (1 to 6) at each Tx SD3 - SD8
3-11
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3.4.3 OTHERS menu
MENU
QUIT
QUIT
OTHERS
LANGUAGE
: English
HEADING ADJUST
ES2 SELECT
: 0
: ES
ES DRAFT OFFSET : 0.0 m
EVENT KEY
: EVENT
AUTO TILT
: WIDE
: H/V INTERLOCK
: NORMAL
: 1200mm
SELECT USER PROG
TRACKBALL SPEED
HULL UNIT STROKE
OTHERS menu
LANGUAGE
Choose the language to use. (JAPANESE, ENGLISH)
HEADING ADJUST
See “3.2 Heading Adjustment”.
ES2 SELECT
Choose the equipment connected to the ES2 port; echo sounder or net recorder.
(ES, NET REC)
ES DRAFT OFFSET
When connecting an echosounder, you may enter the ship’s draft if you prefer to display
depth from the draft rather than depth from the transducer. (0.0 m to 10.0 m, increments of
0.1 m)
EVENT KEY
Choose the key to use to enter own ship’s position, EVENT or SHOOT. When choosing
SHOOT, the shoot function becomes inoperative. (EVENT, SHOOT)
AUTO TILT
Choose the range for the auto tilt form WIDE (±2 to 10°, ±4 to 16°, ±6 to 20°) or NARROW
(±1 to 4°, ±2 to 6°, ±3 to 8°). (WIDE, NARROW)
SELECT USER PROG
Choose whether to program horizontal and vertical displays together or individually, by the
USER PROG control. H/V INTERLOCK, the default setting, commonly applies control
settings to the horizontal and vertical displays. H/V INDVIDUAL enables individual
adjustment of horizontal and vertical displays.
3-12
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TRACKBALL SPEED
Choose the speed of trackball movement (inside menu window only).
(SLOW, NORMAL, FAST)
HULL UNIT STROKE
Choose the stroke length of the hull unit. (1200 mm, 1600 mm).
3.5 CONE Board Setting in the Processor Unit
Adjust the potentiometers on the CONE Board in the processor unit, referring to the table
shown below.
Location Name
No.
Resistance
value
Function
Adjustment
R118
ALARM
10 kΩ
Adjust the volume of audio
alarm.
CW: Large
CCW: Small
R119
ES2_OFF
1 kΩ
Adjust ES2 signal offset.
Adjust ES2 signal gain.
Adjust ES1 signal offset.
Adjust ES1 signal gain.
CW: Noise decrease
CCW: Noise increase
CW: Gain increase
CCW: Gain decrease
CW: Noise decrease
CCW: Noise increase
CW: Gain increase
CCW: Gain decrease
R167
R168
R209
ES2_GAIN
ES1_OFF
ES1_GAIN
10 kΩ
1 kΩ
10 kΩ
3.5.1 Adjustment of signal level (echo sounder connected)
Adjusts the output level of the echo sounder on the CONE Board as below.
1. Choose an echo sounder display (ES1 or ES2) from the menu.
2. For ES1, adjust R168 to suppress noise, and then adjust R209 so that the picture
condition is similar to that of connected echo sounder connected to the FSV-30.
3. For ES 2, adjust R119 to suppress noise, and then adjust R167 so that the picture
condition is similar to that of echo sounder connected to the FSV-30.
3.5.2 Adjusting the volume of the audio alarm
The volume of the audio alarm cannot be adjusted from the control unit. If necessary, adjust
R118 on the CONE Board to choose appropriate volume.
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3.6 DIP Switch Setting
J496, J497
AC
DC
DCON board (10P6984 or 10P6984A)
IFES board (10P6983)
J496
J497
IFES
SCAN
SCAN2
DUAL
DCON
J1
Processor unit, inside view
3.6.1 CIF2/NMEA2 connector interface selection
The signal format for the CIF2/NMEA2 port (at the back of the processor unit) can be set for
CIF or NMEA by DIP switch S2-8 on the IFES Board (10P6983). The default format is OFF
(CIF).
DIP switch setting
S2-#8: ON
Format
NMEA
CIF
S2-#8: OFF
S2
IFES Board (10P6983)
3-14
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3.6.2 Choosing echosounder signal
There are two kinds of echosounder signals, AC signal and DC signal. Set the appropriate
jumper on the CONE board as below according to the input port. The default setting is AC.
See page 3-14 for parts location.
Input port
ES1
Jumper
J497
ES2/NET
J496
Note: The SIGOUT (AC signal) terminal and REC terminal (DC signal) in the output port
are provided for a FURUNO echosounder. Therefore, when using the SIGOUT
terminal, it is not necessary to change the above-mentioned jumper setting.
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4. CONNECTING THE EXTERNAL
INTERFACE CS-120A
When upgrading from the CSH-20 series sonar, the External Interface CS-120A can be
used. Connect the CS-120A to the processor unit as shown on the next page. However, we
recommend that you connect external devices directly to the processor unit, to avoid signal
delay.
Install the following power supply kit (option) in the processor unit to enable use of the
CS-120A.
Name: Power Supply Kit Type: FSV-2403 Code No.: 000-067-013
Name
Power supply pcb
Spacer
Protection sheet
Screw
Type
LEA50F-24-XFND
SQ-22
10-071-3508
M3×8 C2700W
NJC-203-PM
Code No.
000-143-913
Qty
1
Remarks
000-159-305-10
100-290-712
4
1
000-163-190-10
000-160-184-10
4
1
Connector (NJC)
1. Unfasten seven screws to remove the front cover of the processor unit.
Screw
M4x8, 7 pcs.
F
UR
U
N
O
WARNING
Details
omitted
Processor unit, front view
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2. Remove two upset screws, detach the plugs J503, J502, J501, J504, J506 and J507,
and then pull out the power module.
Protection sheet
VH4P
Spacer
Detach J503, J502,
J501, J504 and
J506.
IF
E
S
S
C
A
N
S
C
A
N
2
D
U
Power supply
pcb
A
L
D
C
O
N
VH5P
Power Module
Upset screws
M5x25 SUS 2 pcs.
Pin
Hole
Detach J507.
Processor unit, front view
3. Fix the power supply pcb (supplied) to the power module with spacers (supplied).
4. Connect two VH connectors (provided on the power module) to the power supply pcb.
5. Set the protection sheet (supplied) to the power supply pcb and fasten it with four
screws.
6. Reattach the power module.
7. Connect between the processor unit and CS-120A as follows.
Processor Unit
POWER FOR CS-120A port
NJC-203-PM
YEL BRN
CS-120A
J201
+24V_H
+24V_C
GND
1
2
3
24V
0V
GND
L
E
PP
ORG BRN
PPL BRN
CIF1 or NMEA2/CIF2
port
CIF_TXD_H
CIF_TXD_C
CIF_RXD_H
CIF_RXD_C
SHIELD
1
2
3
4
TD-H
TD-C
NN
MM
JJ
KK
BB
EE
DD
Z
RD-H
RD-C
GND
DSR-C
DSR-H
DTR-H
10
37-core cable
10S1258
Wiring between processor unit and CS-120A
Note: An echosounder should be connected to the processor unit directly.
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8. Set the DIP switch on the DCON Board as follows.
Input port
CIF1
DIP switch setting on DCON Board
S3-#2: ON
NMEA 2/CIF 2
S3-#3: ON
S3
DCON Board (10P6984 or 10P6984A)
Note: If the CIF1 format is selected, change baud rate to 2400 bps. See CIF BAUD RATE
on page 3-9 for details.
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D-7
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.
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D-8
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S-1
1
2
3
4
5
6
制御部
PROCESSOR UNIT
送受信装置 FSV-301
TRANSCEIVER UNIT
FSV-3002/3002S
操作部 FSV-3001
CONTROL UNIT
10S2145,23m(*2)
10S2144,13m(*2)
10S2078,8m,φ17 *3
ﾐﾄﾞﾘ GRN
*4
CN-A103(108)
J411(421)
CN-C101
*3 *5
10S2076,10m(5m)
*1
TPYCY-4
CN-A101
TRXRXD-H
TRXRXD-C
TRXTXD-H
TRXTXD-C
SIG_D0-H
SIG_D0-C
DEMGUP-H
DEMGUP-C
SIG_D1-H
SIG_D1-C
SIG_D2-H
SIG_D2-C
SIG_D3-H
SIG_D3-C
SIG_D4-H
SIG_D4-C
SIG_D5-H
SIG_D5-C
DUPLSW-H
DUPLSW-C
AUDIO-H
AUDIO-C
+12V
CN-A201
TB-C101
CN-B102 CN-B101
XH-15P
J1
J2
J445
A
B
C
D
E
F
H
LL
J
K
L
M
N
P
R
S
T
10S1258,φ18,MAX.100m
アカ 11 RED
チャ 11 BRN
J1
J1
A
220VAC
3φ,50/60Hz
1
U
V
W
A
A
B
C
D
E
F
H
LL
J
K
L
M
N
P
R
S
T
U
A
3
4
1
2
5
6
7
8
9
MSRXD-H
MSRXD-C
MSTXD-H
MSTXD-C
UPLSW-H
UPLSW-C
DEMGUP-H
DEMGUP-C
MDLSW-H
MDLSW-C
DNLSW-H
DNLSW-C
DNCMD-H
DNCMD-C
UPCMD-H
UPCMD-C
DUPLSW-H
DUPLSW-C
TSFLG-H
TSFLG-C
MSROLL
CN1RXD-H
CN1RXD-C
CN1TXD-H
CN1TXD-C
CN1TXA-H
CN1TXA-C
CN1TXB-H
CN1TXB-C
CN1TYA-H
CN1TYA-C
CN1TYB-H
CN1TYB-C
GND
キ
4 YEL
CN1RXD-H
CN1RXD-C
CN1TXD-H
CN1TXD-C
CN1TXA-H
CN1TXA-C
CN1TXB-H
CN1TXB-C
CN1TYA-H
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
2
3
4
5
6
7
8
ｱｶ
ｱｵ
ｸﾛ
RED
BLU
BLK
B
C
D
E
F
H
LL
J
K
N
P
R
S
T
U
V
X
W
Y
Z
B
C
D
E
F
J
K
L
M
N
P
JJ
KK
LL
クロ 4 BLK
ﾐﾄﾞﾘ 3 GRN
クロ 3 BLK
アオ 5 BLU
クロ 5 BLK
クロ 10 BLK
シロ 10 WHT
P
A
B
C
D
ﾑﾗｻｷ PPL
ダイ 12 ORG
チャ 12 BRN
P
ｼﾛ
ﾁｬ
ｸﾛ
ﾁｬ
ｼﾛ
ｱｵ
ｼﾛ
ｷ
WHT
BRN
BLK
BRN
WHT
BLU
WHT
YEL
BLK
WHT
BLK
アカ 19 RED
ダイ 19 ORG
チャ
6 BRN
P
TT
クロ 6 BLK
ﾑﾗｻｷ 7 PPL
クロ 7 BLK
アカ 8 RED
シロ
ﾐﾄﾞﾘ 14 GRN
アカ 14 RED
クロ 9 BLK
ハイ 9 GRY
P
10 CN1TYA-C
11 CN1TYB-H
12 CN1TYB-C
13 GND
14 GND
15 GND
FSV-2431
*1
IV-8sq.
キ
13 YEL
P
P
P
P
P
P
P
チャ 13 BRN
クロ 8 BLK
ﾑﾗｻｷ 8 PPL
ダイ 4 ORG
クロ 4 BLK
クロ 3 BLK
アカ 3 RED
8 WHT
上下装置
HULL UNIT
FSV-303/304
ｸﾛ
ｼﾛ
ｸﾛ
GND
GND
XH-14P
CN-A202
J2
R
S
T
U
V
X
Z
W
Y
1
2
3
4
5
6
7
8
9
ﾑﾗｻｷ PPL
CN1PON-H
CN1PON-C
CN1POF-H
CN1POF-C
CN1AUDV1
CN1AUDV2
CV1AUDV3
CN1BRLV1
CN1BRLV2
CN1BRLV3
+12V
シロ 1 WHT
クロ 1 BLK
アカ 2 RED
クロ 2 BLK
シロ 9 WHT
ﾐﾄﾞﾘ 9 GRN
CN1PON-H
CN1PON-C
CN1POF-H
CN1POF-C
CN1AUDV1
CN1AUDV2
CN1AUDV3
CN1BRLV1
CN1BRLV2
P
P
P
P
P
P
P
ｸﾛ
ｱｶ
ｼﾛ
BLK
RED
WHT
U
V
X
W
Y
Z
AA
V
X
W
キ
5 YEL
クロ 5 BLK
チャ 2 BRN
クロ 2 BLK
ﾐﾄﾞﾘ 6 GRN
クロ 6 BLK
ｼｰﾙﾄﾞ SHIELD
ﾐﾄﾞﾘ GRN
ｸﾛ
ｱｶ
ｸﾛ
BLK
RED
BLK
AA MSR_GND
Y
BB
CC
Z
MSPITCH
MSP_GND
キ
10 YEL
AA
BB
CC
DD
EE
FF
HH
JJ
KK
MM
NN
PP
RR
SS
TT
GND
シロ 10 WHT
シロ 11 WHT
アオ 11 BLU
ﾑﾗｻｷ 13 PPL
シロ 13 WHT
チャ 12 BRN
シロ 12 WHT
ﾐﾄﾞﾘ GRN
JJ PWRHUL-H
NN PWRHUL-C
PP
BB EXTKP-C
CC EXTKP-H
CC
PP
MM
10 CN1BRLV3
11
ｼﾛ
ｷ
ｼﾛ
WHT
YEL
WHT
ｼﾝｾﾝ
CORE
DD
PWRHUL-H
ﾐﾄﾞﾘ 14 GRN
チャ 14 BRN
クロ 7 BLK
アオ 7 BLU
アオ 15 BLU
チャ 15 BRN
チャ 18 BRN
シロ 18 WHT
ﾑﾗｻｷ 16 PPL
チャ 16 BRN
チャ 17 BRN
ハイ 17 GRY
SIG_D6-H
+12V
P
P
P
P
P
P
TT PWRHUL-C
EE SIG_D6-C
FF SIG_D7-H
HH SIG_D7-C
GND
+12V RR
GND NN
NC
NC TT
13 GND
12 +12V
14 GND
TRX 10P6960 x10
*3
10S2223,φ16
JJ
SS
KP-H
B201
P1～P2
KK KP-C
MM FS-H
NN FS-C
B202
P1～P2
接続箱
PP
ENB-H
B203
P1～P2
JUNCTION BOX
FSV-305 *2
J1-20 J1-20
RR EMB-C
SS FSCLK-H
B204
P1～P2
TT
FECLK-C
B201 B101
*4
CN-A104(109)
J412(422)
B205
P1～P2
B220 B120
*1
MONITOR CABLE
KEC-15P
外部モニター
EXT. MONITOR
DS1V-R
GND
DS1V-G
GND
DS1V-B
GND
1
B206
P1～P2
*1
アース銅板 *1
COPPER STRAP
6
2
7
3
8
送受波器
B207
P1～P2
TRANSDUCER
延長キット *2
EXTENSION KIT
B208
P1～P2
DS1VSY 14
GND
DS1HSY 13
10
B209
P1～P2
5
B210
P1～P2
GND
POWER
*1
DPYCYS-2.5
TB-B101
1 AC_IN-H
2 AC_IN-C
100/110/115/
220/230 VAC
1φ,50/60Hz
アース銅板
COPPER STRAP
WEA-1004
W=50,1.2m
CN-A110
J16
AC_IN-H
AC_IN-C
SHIELD
*1
DPYCY-1.5
NCS-253-P
3
2
1
*1
IV-8sq.
DRAWN
TITLE
名称
注記
FSV-30/30S
T.YAMASAKI
T.TAKENO
9/Jul/08
9/Jul/08
NOTE
＊１）造船所手配
CHECKED
*1: SHIPYARD SUPPLY.
*2: OPTION.
カラースキャニングソナー
相互結線図
＊２）オプション。
APPROVED 18/Jul/08 R.Esumi
SCALE
＊３）コネクタは工場にて取付済み。
＊４）（ ）：副表示部／副操作部用。
＊５）和文仕様では5/10mより選択。
*3: CONNECTOR PLUGS FITTED AT FACTORY.
*4: ( ): FOR SUB-MONITOR OR SUB-CONTROL.
*5: 5m CABLE AVAILABLE FOR JAPANESE ONLY.
MASS
NAME
COLOR SCANNING SONAR
INTERCONNECTION DIAGRAM
FURUNO ELECTRIC CO., LTD.
kg
DWG No.
10-080-0101-0
C1323-C02- D
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S-2
1
2
3
PCS-E68PM
J14 PC IF
MONITOR J1
MD-R
GND
KEC-15P
データ収録装置
DATA RECORDER
外部モニター
EXTERNAL MONITOR
1
1
6
2
7
3
8
制御部
メンテナンス専用
FOR MAINTENANCE
MD-G
GND
MD-B
GND
PROCESSOR UNIT
FSV-2402/2402S
FSV-3002/3002S
FSV-8402
68
*4
MD-V-SYNC 14
GND
MD-H-SYNC
A
B
C
D
*2
02S8040,6m
SRCN6A16-10P
5
13
ES2/NET
J12
ES2-SIG-IN
GND
KP-DN-IN
NC
ES2-WL-IN
GND
GND
KP-UP-IN
NC
魚探 I/F
ES I/F
VI-1100A
1
2
3
4
5
6
7
8
9
GND 10
*4
*3
MJ-A6SPF
*2
MJ-A6SPF0011/0012 航法装置
5/10m,φ6
NMEA1
NMEA1-TXD-H
J3
1
2
3
4
6
NAVIGATOR
NMEA1-TXD-C
NMEA1-RXD-H
NMEA1-RXD-C
SHIELD
*4
10 GND
*3
MJ-A6SPF
*4
*2
SRCN6A21-10S
*2
MJ-A6SPF0011/0012 航法装置
NMEA2/CIF2
J4
*2
外部KP CO-0.2x5P
EXTERNAL KP
*5
1
2
3
4
6
NMEA2-TXD-H
NMEA2-TXD-C
NMEA2-RXD-H
NMEA2-RXD-C
SHIELD
EXT-KP
J13
INTKP1
GND
INTKP2
GND
INTKP3
GND
GND
EXT-KP-IN-H
EXT-KP-IN-C
5/10m,φ6
NAVIGATOR
1
2
3
4
5
6
7
8
9
*4
*2
CO-0.2x2P
SRCN6A13-5P
P
CIF1
J5
1
2
3
4
5
CIF-TXD-H
CIF-TXD-C
CIF-RXD-H
CIF-RXD-C
SHIELD
潮流計
CURRENT INDICATOR
P
10 EXT-12VKP-IN
*4
*4
CN-A105
J15
1
2
3
4
5
6
7
8
AUX
J6
NC
17JE-13260-02(D1)
パソコン
PC
メンテナンス専用
FOR MAINTENANCE
1
2
3
7
AUX-TXD
AUX-RXD
GND
NC 25
*4
*2
SRCN6A16-10P
*2
GYRO
J7
外部スピーカ
EXTERNAL SPEAKER
SEM-21Q
CO-0.2x2P ADコンバータ
AD CONVERTER
AD-100
CN-A106
AD-DATA-H
AD-DATA-C
AD-CLK-H
AD-CLK-C
2
3
6
7
P
2.8m
1
2
SP-AUDIO
GND
P
NJC-203PM
SHIELD 10
J17 CS-120A
+24VDC
0V
*4
*2
SRCN6A13-3P
CS-120A
1
2
3
*1
DPYC-1.5
LOG
LOG
GND
NC
J8
スピードログ
SPEED LOG
SHIELD
1
2
3
FNZ-AUX
J11
*4
*2
SRCN6A16-7P
SRCN2A21-16S
1
2
3
4
5
6
7
8
9
SONDE_3
GND
SONDE_4
GND
SONDE_5
GND
SONDE_6
GND
SONDE_7
予備
RESERVE
*2
02S8040,6m 魚探I/F
ES1
ES1-SIG-IN
GND
ES1-KP-IN
NC
ES1-WL-IN
SHIELD
GND
J9
1
2
3
4
5
6
7
ES I/F
VI-1100A
注記
＊１）造船所手配
＊２）オプション。
＊３）コネクタは工場にて取付済み。
*4
*2
SRCN6A21-10P
10 GND
11
＊４）コネクタクランプでアースに落とす。
＊５）IFES基板S2 #8にて選択。
工場出荷時はCIF(OFF)。
*1
CO-0.2x5P ネットゾンデ
NET SONDE
SONDE_8
FNZ
J10
SONDE_0
GND
SONDE_1
GND
SONDE_2
GND
SONDE_KP
GND
SONDE_WL
12 GND
13 SONDE_9
14 GND
1
2
3
4
5
6
7
8
9
16
GND
NOTE
*1: SHIPYARD SUPPLY.
*2: OPTION.
*3: CONNECTOR PLAG FITTED AT FACTORY.
*4: GROUND THRU CONNECTOR CLAMP.
*5: SELECT CIF OR NMEA AT S2 #8 ON
IFES BOARD. DEFAULT IS CIF (OFF).
GND 10
*4
CO-0.2x2P: CO-SPEVV-SB-C 0.2x2P,φ10.5
CO-0.2x5P: CO-SPEVV-SB-C 0.2x5P,φ13.5
DRAWN
Dec. 26 '06
CHECKED
TITLE
FSV-2402/2402S/3002/3002S/8402
制御部外部信号接続
E.MIYOSI
名称
NAME
TAKAHASHI. T
Y. Hatai
MASS
kg
APPROVED
SCALE
相互結線図
FSV-24/24S/30/30S/84/84L
PROCESSOR UNIT EXTERNAL INTERFACE
INTERCONNECTION DIAGRAM
DWG.No.
C1318-C03- N
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