KDS-6000BB Revision History - SI-TEX Marine Electronics IME...Important Notice KDS-6000BB ii...

KDS-6000BB Revision History

0092660002-00 i

KDS-6000BB Installation Manual Doc No: 0092660002

Document Revision History

No. Doc. No-Rev. No. Revised Date (Y/M/D) Revised Content

0 0092660002-00 2014/09/29 First edition 1 2 3 4 5 6 7 8 9

10

Document No. Revised Version Norm When part of the document needs to be revised, the document has advanced revision number. The document No. is indicated at the lower right side on the cover and at the left or right side of the footer region of each page.

© 2014 Koden Electronics Co., Ltd. All rights reserved.

No part of this publication may be reproduced, transmitted, translated in any form by any means without the written permission of Koden Electronics Co., Ltd. The technical descriptions contained in this publication are subject to change without notice. Koden assumes no responsibility for any errors, incidentals or consequential damages caused by misinterpretation of the descriptions contained in this publication.

Important Notice KDS-6000BB

ii 0092660002-00

Important Notice

• For copy and transcription of this Installation Manual (hereinafter referred to as this manual), permission from Koden is needed. Koden prohibits the un-authorized copy and transcription of this manual.

• If this manual is lost or damaged, consult a dealer of Koden or Koden.

• The specification of the products and the contents in this manual are subject to change without notice.

• The contents displayed on the menu of product may be different from the expression of this manual. The fonts and shapes of the keys and menus in the illustration may differ from the actual ones, and some parts may be omitted.

• Koden is not liable for damages and troubles arisen from misunderstanding of the contents in this manual.

• Koden is not liable for any damages caused by earthquake, lightning, wind and flood damage and fire for which Koden is not responsible, and actions by third parties, other accidents, customer’s unintended error/abuse and the use under other abnormal conditions.

• Koden is not liable for damages of accompaniment (change/loss of memorized content, loss of business profit, stop of business) arisen from use or failure of our products.

• If the stored data are changed or lost, irrespective of causes of troubles and damages, Koden is not liable for them.

• Koden is not liable for any damages arisen from malfunction caused by combination of software and connected equipment in which Koden is not engaged.

KDS-6000BB For Your Safe Operation

0092660002-00 iii

For Your Safe Operation Symbol used in this Installation Manual The following pictograms are used in this manual. The meaning of each symbols shall be well understood and the maintenance and inspection shall be carried out.

Symbol Meaning

Mark for warning This symbol denotes that there is a risk of death or serious injury when not dealing with it correctly.

Mark for danger of high voltage This symbol denotes that there is a risk of death or serious injury caused by electric shock when not dealing with it correctly.

Mark for caution This symbol denotes that there is a risk of slight injury or damage of

device when not dealing with it correctly.

Mark for prohibition This symbol denotes prohibition of the specified conduct. Description of the prohibition is displayed near the mark.

Caution items on equipment

Be careful of high voltage inside A high voltage, which may risk your life, is used. This high voltage remains in the circuit after you have powered off switch. To prevent touching the high voltage circuit inadvertently, the hard cover is provided to the high voltage circuit and the high voltage caution label is affixed. Ensure to power off switch for your safety and discharge the electricity remaining in the capacity before starting to check. An engineer authorized by our company should inspect and maintain.

Be sure to power off in the boat If the power switch is inadvertently powered on during work, you will be electrified. To prevent such accident from occurring, ensure to power off in the boat and the power of equipment. Furthermore, it is safer to hang the caution tag described as [Under Work] near the power switch of equipment.

Be careful of dust Inhaling dust may cause A respiratory disease. When cleaning the inside of equipment, be careful not to inhale dust. Wearing a safety mask is recommended.

Warning

Warning

Caution

Warning

For Your Safe Operation KDS-6000BB

iv 0092660002-00

Caution on location of equipment Do not install the equipment where it is excessively damp and suffers from excessive water drops.

Measures against static electricity The static electricity may be generated from the carpet on the floor in the cabin or clothes made of synthetic fiber. The static electricity may destroy the electronic parts on the circuit board. Handle the circuit board, taking the measure of static electricity free.

Caution at installation of a transducers Install the transducer at the location where it is not affected by bubble and noise The bubble and noise seriously degrade the performance of this unit.

Cautions on handling

Do not disassemble or modify. It may leads to trouble, fire, smoking or electric shock. In case of trouble, contact our dealer or our company.

In case of smoke or fire, boat power off and the power of this unit. It may cause fire, electric shock or damage.

Be cautious of remaining high voltage A high voltage may remain in the capacitor for several minutes after you have powered off. Before inspecting inside, wait at least 5 minutes after powering off or discharge the remaining electricity in an appropriate manner. Then, start the work.

The information displayed in this unit is not provided directly for your navigation. For your navigation, be sure to see the specified material.

Use the specified fuse. If un-specified fuse is used, it may cause a fire, smoke or damage.

Whenever transmitting, be sure to submerge the transducer in water first. If transmitted without submerging the transducer, it may be damaged.

Caution

Caution

Caution

Warning

Warning

Caution

Caution

Caution

KDS-6000BB Contents

0092660002-00 v

Contents Document Revision History ............................................................................................................. i Important Notices ............................................................................................................................ ii For Your Safe Operation ................................................................................................................ iii Contents ......................................................................................................................................... v System Configuration ................................................................................................................... vii Configuration of Equipment ......................................................................................................... viii External View ............................................................................................................................. xiii Specification ............................................................................................................................. xvi Chapter 1 Installation .................................................................................................................. 1-1 1.1 Installation precautions .......................................................................................................... 1-1

1.1.1 Unpacking of components .......................................................................................... 1-1 1.1.2 Appearance verification of each unit and accessories ................................................ 1-1 1.1.3 Selection of location for installation ............................................................................. 1-1 1.1.4 Laying and connection of cables ................................................................................. 1-2 1.1.5 Confirmation after installation ..................................................................................... 1-2

1.2 Installation of KDS-6000BB Display unit ................................................................................ 1-3 1.3 Installation of KDC-6000BB Processor unit ........................................................................... 1-3 1.4 Installation of an Operation unit ............................................................................................. 1-4

1.4.1 Desk-top installation of Operation unit ....................................................................... 1-4 1.4.2 Flush-mount installation of Operation unit ................................................................. 1-6 1.4.3 Installation of TD position alarm device ...................................................................... 1-7

1.5 Installation of Hull unit ............................................................................................................ 1-8 1.5.1 Installation location of Hull unit ................................................................................... 1-8 1.5.2 Maintenance space for TD tank ................................................................................. 1-9 1.5.3 Installation conditions for a TD tank ......................................................................... 1-10 1.5.4 Example of installation of the TD tank ..................................................................... 1-11 1.5.5 Assembly of Hull unit ............................................................................................... 1-13

1.6 Wiring .................................................................................................................................. 1-22 1.6.1 Connection of cables to Processor unit ................................................................... 1-22

1.7 List of input/output sentences .............................................................................................. 1-35 1.7.1 Input sentences ....................................................................................................... 1-35 1.7.2 Output sentences ..................................................................................................... 1-35

Chapter 2 Adjustment ................................................................................................................. 2-1 2.1 Setup of frequency of Transducer unit ................................................................................... 2-1

2.1.1 Setting of frequency ................................................................................................... 2-1 2.2 Setting of gain of Transducer unit .......................................................................................... 2-1 2.3 Setup of TX power ................................................................................................................. 2-2

Contents KDS-6000BB

vi 0092660002-00

2.3.1 Display of TX power menu ....................................................................................... 2-2 2.4 Train correct ........................................................................................................................ 2-3 Chapter 3 Maintenance ............................................................................................................... 3-1 3.1 Inspection .............................................................................................................................. 3-1 3.2 Cleaning ................................................................................................................................ 3-1

3.2.1 Display/Processor units ............................................................................................. 3-1 3.2.2 Hull unit ...................................................................................................................... 3-2

3.3 Fuse replacement .................................................................................................................. 3-2 3.4 Diagnostics of troubles .......................................................................................................... 3-2

3.4.1 Necessary information for requesting repair .............................................................. 3-2 3.4.2 System check ............................................................................................................ 3-3 3.4.3 Setting at factory ........................................................................................................ 3-4 3.4.4 Other maintenance menu .......................................................................................... 3-4 3.4.5 Update of programs ................................................................................................... 3-6

3.5 If you suspect a trouble ....................................................................................................... 3-10

KDS-6000BB System Configuration

0092660002-00 vii

System Configuration

Connection Diagram

Standard configuration Option Owner supply

Legend

Onboard DC power supply

10.8 to 31.2VDC

Cable for external monitor

(CW-560-2M is acceptable)

J8 (6P)

Remote controllerRCW-14

Display unit17 inch LCD monitor

is acceptable

Echo sounder

GPS CompassNMEA Converter

TD shaftESR-1504

Shaft guideESR-1510

ESR-1511For ESR-1507

Hull unitDHU-630

TD tankESR-1506/30927C-2/30927C-3/ESR-1507

/FRP TD tunk set_G16ELA0010

Gum packingESR-1512

ESR-1513For ESR-1507

Transducer unitDHU-6302

with 10m cable

Onboard AC power supply100/115VAC200/230VAC

AC power cableVV-2D8-3M

CW-373-5MCW-376-5M

POWER (3P)

J6 (8P) J2 (12P)

J1 (5P)CW-259-2M

Hull unitcontrol cableCW-589-20M

TD position alarm device

JB-36

DOU-620

DOU-620R(with RCW-14)

CW-576-0.5M

J5 (10P)

External monitor

D-sub15P

Cable for external monitor

(CW-560-2M is acceptable)

CW-273-10M

Transducer unit extension cableCW-590-15M

J6(8P)

18P female18P male

Processor unitDPU-610

J7 (16P)

15P

J5(3P)

Onboard DC power supply

10.8 to 31.2VDC

Trigger In/Out

CW-413-5M

CW-412-5M

Hull unitDHU-6301

Power rectifierPS-010

Operation unit

Configura

viii

ConfiguStandard E

a. DPU-61

No

１ Pro

2 Opera

3 TD po

4 DC po

5 Hull ucontro

6 Transexten

7 Fuse

8 Opera

9 Quick

10 Instal

ation of Equ

uration ofEquipment C

0 (Processo

Name of ite

ocessor unit

ation unit

osition alarm

ower cable

unit ol cable

sducer unit sion cable

ation manua

k Reference

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uipment

f EquipmConfiguratio

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em

D

D

m device J

C

C

C

FV

C

al K

K

al K

ment on List

OU-620 (Op

Typ

DPU-610

DOU-620

JB-36

CW-259-2M

CW-589-20M

CW-590-15M

F-7161-10A/V

Cylinder (ø 6

KDS-6000BB

KDS-6000BB

KDS-6000BB

peration uni

pe

M

M

/N30C-125

6.4x30)

B.OM.E

B.QR.E

B.IM.E

it)

Re

No display

VGA outp

With mou(CW-412-ProcessorOperation

With CW-5P connecend plain)

With 3P cone end p

With 8pinresistant cboth ends

With a 18and a 12presistant c

Normal fumain pow

English

English

English

emark

y unit

ut

nting bracke5M, r unit -

n unit)

413-5M (Wictor and one)

onnector anplain

water connectors as

pin connectopin water connector

sion type foer

KDS-60

00926600

WeightLength

5.1kg

et 1.1kg/

5m

ith e

5m

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or 15m

or

00BB

002-00

t/h Qty

1

1

1

1

1

1

3

1

1

1

KDS-6000BB Configuration of Equipment

0092660002-00 ix

×８

×８

×８×８

b. TD tank / TD shaft

c. DHU-630 (Hull unit)

Package 1

No Name of item Type Remark Weight/Length Qty

1 TD tank

ESR-1506 (PVC) 1230mm

30927C-2 (PVC) 1500mm

30927C-3 (PVC) 1800mm

ESR-1507 (FRP) 1500mm

Select according to equipment.

*Refer to Option list

9.0kg

11.0kg

13.0kg

12.0kg

1

2 TD shaft

ESR-1504 1411mm 6.0kg 1

No Name of item Type Remark Weight/Length Qty

1 Hull unit

DHU-6301 17.0kg 1

2 Shaft guide ESR-1510 For TD trunk of PVC

3

3 Bolt set SUS-M16-55-Assy

(M16x55L, 2W16U, SW16U, N16U)

EACH 8

4

Gum packing for flange ESR-1512 Gum 1

5 DC power cable

CW-273-10M With 3P connector and one end plain

10m 1

Caution: TD tank is option.

Configuration of Equipment KDS-6000BB

x 0092660002-00

4A

8A

Package 2

Package 3

No Name of item Type Remark Weight/ Length Qty

1 Crank handle

OB-03 1

2 Grease 100g 1

3 Fuse F-7161-4A

F-7161-8A

At input of 12 V

At input of 24 V

EACH 3

4

ANP base

ANP-1 2

5 Binding Band

AB-100-1000 2

No Name of item Type Remark Weight/ Length Qty

1 Damper

34924D 1

2 Fixing collar 32681D 2

3 Pipe cap

34378D

1

4 Cap bolt CB4 x 10U 4

5 HEX rod wrench

1.5mm ×1

2.5mm ×1

3.0mm ×1

5.0mm ×1

EACH 1

1 SET

KDS

0092

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No

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2

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660002-00

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9

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Equipment

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Weight/Length Qt

9.0kg 1

50g 1

t

i

ty

Configuration of Equipment KDS-6000BB

xii 0092660002-00

Option List

No Name of item Type Remark

1 Remote controller RCW-14 With 5m cable, (with Operation unit)

2

TD tank

(For *xxxx mm of TD shaft)

*TD shaft length

ESR-1506 PVC, 1230mm (For 1411mm of TD shaft)

30927C-2 PVC, 1500mm (For 1681mm of TD shaft)

30927C-3 PVC, 1800mm (For 1981mm of TD shaft)

ESR-1507 FRP, 1500mm

FRP TD tank set

(With Shaft guide and Gum packing)

ESR-1507(1), ESR-1513(1), ESR-1510(2),ESR-1511(2)

3

Shaft guide

ESR-1510 1pc ESR-1506 (TD tank of PVC)

ESR-1511 1pc ESR-1507 (TD tank of FRP)

4 Gum packing ESR-1513 1pc ESR-1507 (TD tank of FRP)

5 Power rectifier PS-010 With 2 pieces of 5A fuse

6 AC power cable VV-2D8-3M Both ends plain

7 Connecting cable CW-372-5M 5m With 5P water resistant connector and one end plain

CW-373-5M 5m 6P water resistant connectors at both ends

CW-376-5M 5m With 6P water resistant connector and one end plain

Cable for external monitor CW-576-0.5M 0.5m With 10P water resistant connector and D-Sub connector

CW-560-2M 2m D-Sub 15P connectors at both ends

8 Junction box JB-35 1 input, 3 outputs with CW-376-5M

9 TD shaft 32679C-2 ESR-160_1681mm

32679C-3 ESR-160_1981mm

40φ-4t-3000mm ESR-160_3000mm

10 Monitor 17inch LCD Monitor With power cable and signal cable

KDS

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660002-00

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xiii

mm (inch)

w

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xiv

TD positio

Remote co

View

on alarm de

ontroller (R

evice (JB-3

RCW-14) (o

36)

optional) Installation dimensions

KDS-60

00926600

Unit: mm (

00BB

002-00

(inch)

KDS

0092

Hull

S-6000BB

660002-00

unit (DHU--630)

Exteernal View

xv

Uni

t: m

m (i

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w

v

Specificat

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Specific

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00926600

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KDS-6000BB Chapter 1 Installation

0092660002-00 1-1

Chapter 1 Installation

1.1 Installation precautions In order to obtain the maximum performance of the Digital Sonar, this Digital Sonar should be installed by a qualified engineer in charge of installation and maintenance. Installation procedures include the following:

(1) Unpacking of components (2) Inspection of composition units, spare parts, accessories and installation materials. (3) Checking of supply voltage and current capacity. (4) Selection of location for installation. (5) Installation of Display unit, Processor unit, Operation unit and Hull unit. (6) Attachment of accessories. (7) Planning and implementation of cable lying and connection. (8) Coordination after installation.

1.1.1 Unpacking of components Unpack the components and check that all the items correspond with the description of the packing list. When a discrepancy or damage has been found, contact the dealer you purchased of our sales company.

1.1.2 Appearance verification of each unit and accessories Inspect the appearance of each components and accessories and check that no dents or damages exist.

If any dents or damages exist and they are believed to be caused by accident during transportation, contact the transportation and insurance company and consult our sales company or our dealer nearest to you.

1.1.3 Selection of location for installation In order to obtain the maximum performance of the unit, it is necessary to install in consideration of matters described below:

(1) The Processor unit is not waterproof. Do not set it up in the place where water splashes. (2) Keep enough space for maintenance for the Processor unit and the Hull unit. Especially,

secure enough space at the rear panel where many cables are connected. (3) The operation unit shall be set up within the distance the connection cables are not too

stretched. (4) The operation unit shall be set up within the distance the connection cables are not too

stretched. (5) Keep the equipment as far away from wireless transmitter/receivers as possible.

Chapter 1 Installation KDS-6000BB

1-2 0092660002-00

1.1.4 Laying and connection of cables (1) Keep the cables related with the Hull unit and the power cable as far away from the cables

of other electronic equipment as possible. (2) The cabinet of the display unit and the Processor unit shall be securely grounded to the

hull, using the grounding terminal on the rear panel.

All chassis shall be securely grounded as a means of noise suppression. The – (negative) output is isolated (floating) output.

(3) If you connect the power cable directly to the battery, interference from the other

electronics equipment is expected to be less. (See Fig. 1.1)

Fig. 1.1 KDS-6000BB Connection of power line

1.1.5 Confirmation after installation Be sure to confirm the following points before starting. The confirmation is mandatory to operate the equipment normally:

(1) Is the power voltage in the boat within the appropriate voltage range? Is the current capacity enough?

(Voltage range: 10.8 VDC to 31.2 VDC measured at the power connector.) (2) Is the electric current capacity sufficient?

(Power consumption: Processor unit (DPU-610)/70W, Hull unit (DHU-630) /70W） (3) Is the cabling from the Hull unit correct? Is the wiring shorted?

Battery

Good example

Bad example

Battery

Display unit, Processor unit or Hull unit

Display unit, Processor unit or Hull unit

DPU-610 or

DHU-630

Noise Noise

DPU-610 or

DHU-630

Caution


0092660002-00 1-3

1.2 Installation of KDS-6000BB Display unit The display unit should be prepared by customers and should be installed in accordance with the installation manual attached to it. In addition, please be sure to carry out the following:

(1) Decide the location to install the Display unit and keep the space for the maintenance works.

(2) Energizing shall be performed after confirmation of the installation of display unit, and other components, and the completion of power cabling works for them.

1.3 Installation of KDC-6000BB Processor unit The Processor unit can be installed on either on table or panel.

Install by the following procedure.

(1) Please determine the place where the Processor unit will be mounted with enough space for the maintenance.

(2) Make 4 holes at the location to be installed (See Fig. 1.2) (3) Install the Processor unit in the installing location (installation hole) and fix it with 4 tapping

screws (4mm) (M4 or pan-head). (Prepare 4mm screws suitable for thickness of installing location.)

Fig. 1.2 Position of installation hole of Processor unit

308

(12

1/8)

308

(12

1/8)

308

(12 1/8)

308

(12 1/8)

4-φ4.5

Unit: mm (inch)

Chapter 1

1-4

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1-8 0092660002-00

1.5 Installation of Hull unit

1.5.1 Installation location of Hull unit (1) Select a location the least influenced from air bubbles, interference or noise.

Install the Hull unit on the keel within the range of 1/3 to 1/2 of the overall length from the bow.

Alternatively, install the unit so that the center of TD tank positions within 1 m from the center of the keel.

Install the unit so that the Flange comes above the draft at full load.

Fig. 1.9 Installation location of Hull unit

※ Be sure there are no obstacles to interfere the ultrasonic beam when the Transducer unit is lowered.

※ Provide sufficient clearance around the TD tank to make maintenance and inspection work.

※ The bow mark (∆) on the hull unit flange should be installed facing the bow of the vessel. However, if there may be any interference at maintenance or inspection works, install the unit to face 180˚ reverse direction (stern direction).

1 m1 m

昇降部

1/2

1/3トランクパイプ

Hull unit

TD tank

Satisfy the following conditions and also instructions of installation manual in deciding the TD tank mounting site. Fully discuss about the strength with the shipyard and the installer before determining on the position and the method of installation and necessary materials.

Caution:


0092660002-00 1-9

1.5.2 Maintenance space for TD tank (1) When installing the TD tank, pay full attention to the safety (strength, waterproofness, etc.)

and, at the same time, secure a space for maintenance and inspections.

Since the Hull unit is not waterproof structure, keep it away from water drops and splashes.

When KDS-6000BB is shipped from the factory with a standard, the length of the TD tank and TD shaft are set as follows:

TD tank: 1230 mm (Standard) TD shaft: 1411 mm (Standard)

When standard TD tank is installed with shortened length, the TD shaft length should be processed at least

Fig. 1.10 Installation of TD tank

TD tank length (Lt) + 181 mm

Install the unit so that the flange comes above the draft at full load.

TD tank

Keel

50 mm or less: It should not project beyond the keel end.

Lt TD tank length

(670 mm or more)

Lt + 535

If a work space of (Lt + 535) is not available, provide a hole of a size of at least 300 x 300mm in the ceiling.

TD shaft

Draft line at full load Install at 50 mm or more higher than the draft line

Chapter 1

1-10

1.5.3 Insta

(1) The TD

Instabow.from

wa

キール

トランクパ

Keel

TD

Installatio

llation cond

D tank shou

all the TD ta Alternativethe center

Fully discpersons the posit

arning

MAX 1ﾒｰﾄﾙ

パイプ

Max. 1 m

D tank

on

ditions for a

ld be install

nk on the keely install thof the keel.

F

cuss aboutin charge iion and the

フラ22.5°

間

キール

整流板

Fla

SpFl

Vib

Fairing

Not to

a TD tank

ed satisfyin

eel within the unit so tha

Fig 1.11 Inst

t the strengn the shipye method o

ランジ穴角度

キール

振れ止め

間隔に注意

ルより下に突出

ＦＲＰ

nge Hole Ang

pace under ange

Keel

ration suppo(Holder)

g Plate

Caution on 4reinforcemen

protrude low

ng the follow

he range of at the cente

tallation of T

gth and wayard and thof installati

22.

しないこと

トラン

整

T

gle

ort

Fai

4 nt plates

wer then kee

wing conditi

1/3 to 1/2 oer of the TD

T

wo

9Tc

Ts

Tts

At

asa

WVs

Wt

TD tank

aterproofnehe installerion and nec

5°

ンクパイプ

整流板

D tank

ring Plate

el

ons.

of the overalD tank positi

There shoulright below twhich may iof the Flang

In addition, cpieces of re90˚ pitch unTD tank depcircumstanc

The top endshould not pkeel end.

The Flange tank should standard cru

Apply FRP sthe necessaprevent leak

Make the supipe projectbottom in a and providesuppress waand generatbubbles to t

When necesVibration sustop shaking

When doingthe holder dbolt clampin

ess with thr before decessary ma

KDS-60

00926600

ll length froions within

ld be no obsthe flange ointerrupt bolge.

consider to inforcement

nder the bodpending on tces.

d of the pipeproject below

surface of tstay level d

uise.

sufficiently tary sections kage of wate

urrounding oting out fromstreamline s

e a fairing plaater resistantion of air the minimum

ssary, instalupport holdeg.

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00BB

002-00

m the 1m

stacles of the tank t clamping

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ner, on


0092660002-00 1-11

1.5.4 Example of installation of the TD tank

The position to install the TD tank. (Refer to page 1-8)

Open a hole of the same diameter as of the TD tank along the keel in the bottom.

Install the TD tank into the hole. The Flange surface of the TD tank should stay level during standard cruise.

Make the surrounding of the TD tank projecting out from the bottom in a streamline shape and provide a fairing plate to suppress water resistance and generation of air bubbles to the minimum.

Fig. 1.12 Example of TD tank installation – 1

整流板

トランクパイプ径の穴

船底

キール

トランクパイプ

Hull

Keel

TD tank hole

TD tank

Fairing plate


1-12 0092660002-00

Apply FRP sufficiently to all the necessary sections to prevent leakage of water.

Fig 1.13 Example of TD tank installation - 2


0092660002-00 1-13

1.5.5 Assembly of Hull unit (1) Necessary length of TD shaft

When the installed TD tank is shorter than the standard length, the TD shaft length should be also shortened.

・ TD tank: 1230 mm (Standard) ・ TD shaft: 1411 mm (Standard)

When standard TD tank is installed with shortened length, the TD shaft length should be processed at least

(2) Processing of TD shaft

When the TD shaft with a standard length is installed, there is no need to process the pipe.

1. Cut the TD shaft to “TD tank length (Lt) + 181 mm”.

2. Burr the cutoff portion and finish it with 1 mm taper.

3. Make 4 holes of 3.4 mm diameter at 90˚ apart around the pipe 5 mm down from the cutoff surface, and provide M4 tapping.

Fig 1.14 Processing of TD shaft

When the length of a TD tank has been shortened, the pipe is cut off as shown above to be used. If there is enough space above the installed location, the TD shaft can be used without cutting off.

Fig 1.15 Installation of a TD shaft

Yt

Yt

Lt: (670 mm or more)

Lt + Yt + 460 mm Mark up

Lt + 160 mm

Mark up at “Lt+160mm” and align the top end of joint arm at this mark and fasten it.

When there is enough allowance in the working space above the Flange, the TD shaft can used without cutting off.

バリを取り滑らかにする

（１ｍｍのテーパー）

5 mm

90°

Ｍ４タップ

Burr and smoothen (1mm taper)

M4 tapping

Necessary length of TD shaft = TD tank length (Lt) + 181 mm


1-14 0092660002-00

(3) Assembling the TD shaft and the Transducer unit

1) Fasten the TD shaft to the Transducer unit. At this time, be sure not to damage the TD shaft thread and not to twist the cable.

Remove stains and grease fully at the threaded part of the Transducer unit and the TD shaft, and apply the attached waterproof sealer (Bath Cork) to the threaded part only.

Fasten the TD shaft to the Transducer unit. As there is a packing at the Transducer unit side, fasten as far as the packing will work to the point where no slackness will occur. Be careful that excessive fastening strength causes breaking of the packing. Use the attached 4 pieces of Cap bolt to prevent loose bolt, and cover the Cap bolt with waterproof sealing agent to prevent electric corrosion.

After fastening of the TD shaft to the Transducer unit, please mark up the Bow mark at the top end of the TD shaft.

Fig. 1.16 Assembling Hull unit - 1

キャップボルトを防水シール剤で覆う４ヶ所

Covering 4 Cap bolt with waterproof sealing agent. (at 4 point)

When the Transducer unit and the TD shaft are assembled or dismantled, be sure to hold on the metal portion of the Transducer unit and turn the TD shaft. If the Transducer unit is turned to be dismantled, the Transducer unit or cables may be damaged.

Do not apply or fill up the inside of the TD shaft with waterproof sealing agent. If the cable of the Transducer unit is bonded, there may be damages on the Transducer unit or the cable during dismantling for maintenance works.

Caution

Caution

Don’t apply waterproof sealing agent inside the TD shaft.

船首マーク（マジックで印を付ける）

ジョイントパイプ

ネジ部に防水シール剤を塗布

サウンドーム

船首方向

キャップボルトＭ４×１０４ヶ所

Bow mark(Mark up with an oil-ink felt pen)

Bow

M4 x 10 of Cap Bolt (at 4 points)

Threaded part

Apply waterproof sealing agent. (Silicon sealant)

Transducer unit

TD shaft


0092660002-00 1-15

2) Attaching the Shaft guides

Insert the 3 Shaft guides over the pipe in the direction as shown in the drawing below.

Insert a Fixing collar and fasten with 2 pieces of attached cap bolts to allow a little movement of the Shaft guides.


Fixing collar Cap bolt M4 x 10

Shaft guides


1-16 0092660002-00

3) Attaching the Transducer unit to the Hull unit.

Apply grease to the bearing of the Flange and the inside of the waterproof nut.

Loosening the waterproof nut and thread the TD shaft through the Flange bearing, and thread the damper. Mount them to the Joint arm matching the bow direction.

Ensure that the TD shaft end projects 21mm from the Joint arm surface. In case of the length of the TD tank other than 1230mm long.

In the use case of other TD tank, ensure the lowest part of the Transducer unit is at least 50mm above the lowest part of the TD tank.

To prevent slip-out of the TD shaft, fasten the attached Fixing collar using Cap bolt (4pcs).


The waterproof nut and fixing nuts are delivered with attached to the Flange. Apply grease to the contact surface with a TD shaft.

21mm Joint arm

Fixing collar

Damper

Cap bolt M4 x 10

When the TD shaft is attached to the Joint arm, ensure the bow marks are aligned.

For instructions on fastening method of the waterproof nut, see next page.


0092660002-00 1-17

4) Attaching the Pipe Head to the end of the TD shaft

Insert the Pipe Head into the end of the TD shaft, temporarily tighten with the Cap bolt (4 pcs of M4 x 25) attached to the Pipe cap first, and then tighten them evenly. Be careful that too strong tightening may break down the cable of the Transducer unit. In addition, fix the pipe cap with 4 pieces of attached cap bolts (M4 x 10) to prevent the cap from coming off.

Fig. 1.19 Assembling Hull unit – 4

5) How to tighten Waterproof nut and Lock nut Lift up the Lock nut as shown in the left side figure below.

Tighten the Waterproof nut firmly by hand into the Flange opening. Turn the waterproof nut 180˚ by striking a flathead screwdriver and a hammer. At this time, not to over tighten the waterproof nut.

The Lock nut is used to prevent slip-out of the waterproof nut. Apply a flathead screwdriver at a groove provided on the fixing nut and strike the

flathead screwdriver’ head by a hammer, and turn the nut clockwise to fasten fast.


Cap bolt M4ｘ25

Pipe Head

Ensure the bolt position each.

Cap bolt M4ｘ10

１８０゜

防水ナット

固定ナット

防水ナットを手でしっかり締め付けた後に、ドライバを防水ナットの溝に当て、金槌等を使用し１８０゜回します

Waterproof nut

Fixing nut

180˚

After tightening the waterproof nut firmly by hand, use a flathead screwdriver to clump it further by 180˚.


1-18 0092660002-00

6) Hull unit and TD tank attachment

Insert a Flange GUM packing for a flange between the Hull unit and the TD tank, fasten the Hull unit to the TD tank with 8 pcs of attached Hexagon bolts (M16 x 55) . When clamping bolts for fitting the Hull unit to the TD tank, make tentative clamp and try to move the Transducer unit up and down for several times to confirm the alignment when making the final clamping evenly at the position of smooth vertical movement.

Please apply grease to the gear of Hull unit and flange bearing part regularly.

Apply the Flange GUM packing for Flange without applying any adhesive materials, etc.

Fasten the Transducer unit’s cables to allow enough length not to disturb the hoisting and lowering of the unit.

TD tank

Fix the Transducer unit’s cables with the attached plastic clamp.

Nut (N16U)

Spring washer (SW16U)

Flat washer (2W16U)

Hexagon Bolt (M16x55)

Flange GUM packing

Caution

Caution

Caution



0092660002-00 1-19

(4) Adjustment of hoisting and lowering stroke

By adjustment of the lower limit switch as shown below, the hoisting and lowering stroke of the Transducer unit can be changed from min. 150 mm to max. 380 mm.

To lower the Transducer unit to an approximate position, please adjust the unit with this lower limit switch.

When the limit switch is raised, please fix the wires by ANP base and the binding bands attached so as to prevent the wires from touching with the hoist gears.

Fig. 1.22 Adjustment of hoisting and lowering stroke

Raised position

Max. lowered position

380 mm

Adjustable range (200 mm)

Moves up and down

By loosening these screws of the lower limit switch, lowering posited can be adjusted.

Chapter 1

1-20

(5) Manual

Whethe T

Wheon th

Afterhand

Whepowe

1)

2)

3)You by pe* Afteorde

Remov

Cr

Installatio

l hoisting an

n the TransTransducer n the crank

he Operatior a specifieddle operation the poweer source; ) For the s

unit (CW) Open the

screwdriv) Take off can move terforming ther completior.

Upper cover

ve the rubber

Hoist sw

rank handle

on

nd lowering

sducer unit unit by use

k handle is un unit.

d period (apn becomes r source ca

sake of safeW-589-20M)

e upper covver. the gear ind

the Transduhe above pron, return to

Fig. 1.2

Fig. 1

Rubb

screw

cap.

witch

of a Transd

cannot be h of the attac

used, please

pprox. 60 mheavy.

annot be sup

ety, please dor remove t

ver by remo

dicated by aucer unit up rocedures.o the origina

3 Upper pa

1.24 Operat

ber cap

ws

DOWN

ducer unit

hoisted dueched crank e turn the h

inutes), the

pplied to the

disconnect the main fuving the two

an arrow shand down

al state follo

art of a Tra

tion of a cra

N UP

e to a troublehandle afte

hoist switch

e electromag

e Hull unit d

the control use of the Ho fixing scre

hown in the easily with

owing the a

ansducer u

ank handle

Gear b

When thTransducounterlowered

e occurrencer taking off OFF and p

gnetic brake

due to a trou

cable connull unit. ews with a P

figure belowthe attache

bove proce

nit

T

box

Alarm

In the case oturn Hoist swstarting the o

he crank handucer unit is horclockwise, thed.

KDS-60

00926600

ce, it can hof the rubber press

e works and

uble in inbo

ector of the

Phillips-hea

w. ed crank han

edures in rev

Take off this g

of manual operwitch OFF befooperation

dle is rotated coisted. When re Transducer

00BB

002-00

oist cap. or

d

oard

e Hull

ad

ndle

verse

gear

ration, ore

clockwise, rotated unit is


0092660002-00 1-21

* After completion of the installation, please confirm that the voltage between the Flange and the minus terminals of the battery does not exceed 0.65V. When the voltage is high, connect with a thicker power cable to reduce the voltage under the specified value. If the voltage remains high, the Transducer unit may be damaged due to electric corrosion.

warning


1-22 0092660002-00

1.6 Wiring

1.6.1 Connection of cables to Processor unit Connect the power cable and cables from the Hull unit to the connectors on the Processor unit.

Fig. 1.25 Cable Connections

(J1) 5P Connector ● TD position alarm unit

(JB-36) (J2) 12P connector ●Transducer unit

extension cable CW-590-15M (J8) 6P connector ● NMEA1 input/output

GPS, plotter, etc. (J7) 16P connector ● Operation unit

(DOU-620) CW-412-5M (Power) 3P connector ● Power input

(CW-259-2M) 10.8 to 31.2 VDC (J6) 8P connector ● Hull unit (DHU-630)

CW-589-15M

(J5) 10P connector ● External monitor output Analog RGB

15P connector ● External monitor output Analog RGB

● Connector for USB


0092660002-00 1-23

Pin assignment of rear connectors Pin assignment viewed from the rear of Processor unit (DPU-610).

Fig. 1.26 Pin Assignment of rear connectors - 1

① KSTB ② PDATA ③ PWR SW1 ④ PWR SW2 ⑤ EC1BCK ⑥ EC1ACK ⑦ EC2BCK ⑧ EC2ACK ⑨ KCLK ⑩ PANEL BRIL ⑪ BUZZER ⑫ UP ⑬ DOWN ⑭ COM (GND2) ⑮ +15V ⑯ GND

J7

①②③④

⑤⑥⑦⑧⑨

⑩⑪⑫⑬

⑯ ⑮ ⑭

1

3

2 ○1 Power input (-) ○2 Power input (+) ○3 Shield

POWER

① External trigger input (+) ② GND ③ External trigger output (+) ④ GND 2 ⑤ UP alarm

J1

1 4 5

3 2

Caution: Please be careful that each wire would not contact the ship’s hull ground.

1

23

45

6

7

8

J6 ① UP ② DOWN ③ COM（GND2） ④ GND ⑤ NC ⑥ UP SW ⑦ NC ⑧ NC

1 2

3 4 5

6

7 8

9

J2 ① NC ② TD1 ③ TD2 ④ GND ⑤ SCANNER PS (-) ⑥ SCANNER PS (-) ⑦ SCANNER PS (+) ⑧ SCANNER PS (+) ⑨ SCANNER TDX ⑩ SCANNER COM ⑪ NC ⑫ SCANNER RXD

J8

1

23

4

5

6

① GND ② NMEATX+ ③ NMEA TX- ④ NMEA RX+ ⑤ NMEA RX- ⑥ +15V

1 2

3 4 5

6

7 8

9

① R ② R-GND ③ G ④ G-GND ⑤ B ⑥ B-GND ⑦ H-SYNC ⑧ V-SYNC ⑨ NC ⑩ NC

J5

Chapter 1

1-24

ConnectioConnect th(DPU-610)

Connectio

To [PO

Cau

Installatio

on of powehe power ca).

on of DC po

OWER] conn

U

ution: Conf

on

Fig. 1.27 P

er cable (CWable to the [

ower cable

Fig 1.28

nector

USB connection

firm the ma

Pin Assignm

W-259-2M)POWER] co

e (CW-259-2

8 Connectio

ain switch-b

ment of rea

onnector at

2M)

on of a DC

12345

Display connectio

board off b

r connecto

t the rear of

C power cab

2345

6789

10

1112131415

unit on

12345

6789

10

1112131415

before conn

rs - 2

f the Proces

ble

① R ② G ③ B ④ NC ⑤ GND ⑥ R-GND ⑦ G-GND ⑧ B-GND ⑨ NC ⑩ NC ⑪ NC ⑫ NC ⑬ H-SYNC⑭ V-SYNC⑮ NC

White Black

Gray

necting po

KDS-60

00926600

ssor unit

C C

Power in

Power in

Shield

ower cable.

00BB

002-00

nput (+)

nput (-)


0092660002-00 1-25

Connection of Hull unit (DHU-630) In the case of connection of Hull unit: Be sure to confirm the following points after completion of installation of Display unit, Processor unit, Operation unit, TD position alarm device and Hull unit.

warning

※ DC power range for this equipment is as follows: Display unit (Owner supply): Depends on the instruction manual for the unit

Processor unit (DPU-610): 10.8 to 31.2 V Hull unit (DHU-630): 10.8 to 31.2 V

Connect to the specified power source. If un-specified power source is used, it may cause a damage, fire or electric shock.

※ Use the specified power cables. If un-specified power cable is used, it may cause heat generation or fire. After completion of connection, please confirm that a voltage between the Flange of the Hull unit and the minus terminals of the battery does not exceed 0.65V. If the voltage remains high, Transducer unit may be damaged due to electric corrosion. If the voltage is lower or higher than the specified value, please be sure to take action to reduce the voltage within the specified value.

※ Be sure to plug and unplug the cables by holding the connector part with hands after turning off the power source. If the cables are plugged or unplugged by holding it directly with hands, the cables may be damaged and may lead to fire or electric shock. Do not do this practice on any terms.

※ Run the cables not to touch the rotary obstacles or disturb the operation, and are not bended, twisted or pulled by force, and no heavy objects are put on them. Be careful such a cabling may lead to injury, heat generation or fire cause.


1-26 0092660002-00

Connection of a Hull unit (DHU-6301)

Fig. 1.29 Connection of Hull unit

MAIN (Main power source) fuses: Fuses depend on the voltage to be connected to this unit:

12 V power: 4A fuses 24 V power: 8A fuses

Fuses are mounted on the power connector. For replacement, please use the specified fuses without fail.

Connecting cable for the limit switch and the Hoist-lower PCB.

Earth terminal

In the case of manual operation, turn Hoist switch OFF before starting the operation

KDS

0092

Gen

※ T

Processo

USB

TD positionalarm unit

J5 E

ExteEcho s

Op

S-6000BB

660002-00

neral conn

The cable leng

or unit

n

External monit

ernal sounder

Cable

J1

eration unit

CW-576-

P

ection

ths include the

tor

for CW-412-5M

J2 J5

Ba

-0.5M

Power cable 2 m

J

e pull in (max.

WhiteBlack:

M keyboard5 m

PO

WE

R J8

attery 24 V

CW-

PowerCW-27

J7

Fig.1.30 K

. 60 cm) to ea

R

: (+) terminal: (-) terminal

J8 NMEA1Input/output

GND

-590-15M

CW-5

r cable: 10 m73-10M

Battery voltMAIN (mai

KDS-6000B

ach unit.

Remote control

589-20M

Battery voFuse: 8A

tage: 12 Vn power): 4 A

C

B general c

ller

GND

ltage: 24 V

V 24 V 8 A

Chapter 1 I

connection

Hull unit

PO

WE

R

Display

nstallation

1-27

Powe

PO

WE

R

y unit

n

7

er input

Chapter 1

1-28

Connecti For the TDTransduce

※ Termina

(1) Connec

TD posit

Terminal No

J1 (C50-800*)

Toun

5 pin conne

Installatio

on of TD pD position a

er unit rema

C

als from 4 to

ction to the

Fig. 1.31 C

tion alarm d(JB-36)

o. and name

)

1 T

2

3 TR

4 5 UP6 B7 B8 TR

9

10 T

CW-413-o J1 connectnit (DPU-610

ector

on

position aalarm deviceins as proje

Connection t

o 10 have b

projected a

Connection

device

of signal

TRIG.IN

GND

RIG.OUT T

GND2 P ALARM BUZZ- BUZZ+ RIG.OUT

GND WTRIG.IN

5M tor of Proces0)

alarm devie (JB-36), thected at the

table of TD

been connec

alarm unit (J

of KDS-600

C

Color of cab

Trigger signafrom externaecho sounde

－ Trigger outpu

to external echo sounde

Black OrangeBlack Red Red

Brown or White + Brow

Blue

ssor

ice (JB-36he equippe time of pow

position ala

cted at ship

JB-36) and

00BB – TD p

Cable

le Namcabal al er Exter

echsounut

er

CW-41

Buzz

CW-41wn

J10

) d buzzer sower OFF of

arm device

pping from f

J1 of the P

position ala

P

e of ble

Co

rnal ho nder

3-5M

zer

3-5M

1 1

ounds for alathe Proces

(JB-36)

* Subject to

factory.

rocessor un

arm device

Processor u

nnector No.

PN

J1

J1

1

KDS-60

00926600

arming whessor unit.

o version ch

nit (DPU-61

unit (DPU-61

Pin No.

Namsign

4 GND5 UP AL

3 TRIG.

2 GN

1 EXT.T

The buzzer ison the cover s

00BB

002-00

en the

hange

0).

10)

e of nal

D2 LARM

OUT

ND

TRIG

s mounted side.

KDS

0092

(2) C

It is lsounsyncRefe

CW-41

S-6000BB

660002-00

Connection t

ikely to obsnder and KDchronizing ther to the follo

3

Cauti

to external

serve mutuaDS-6000BB he KDS-600owing for th

Fig. 1.32

Wind tcore-w

10

ion

echo sound

al interferenis the same

00BB transmhe connectio

Connection

the insulatwired not to

Blu

e

Whi

te (B

row

n)

Red

0

der and the

nce when the or close. mission withon.

n of an exte

tion tape aro contact e

External trig

J1

BuzzerR

ed

Bla

ck

Ora

nge

TD position

e transmit fInterferenceh the trigge

ernal echo s

round the ueach other.

gger output

12V to 15V

TRIG. (Outpuecho so

Bla

ck

G

C

n alarm dev

frequency oe can be der of the exte

sounder (JB

un-used lea

OUT t to external ounder)

GND

1

TRIG. I (Input echo so

Chapter 1 I

vice (JB-36)

of an externecreased byernal echo s

B-36)

ad wire for

e

IN t from externaounder)

nstallation

1-29

)

al echo y sounder.

r

External echo sounde

l

n

9

r


1-30 0092660002-00

Connection of Display unit [Owner supply] When installing Display unit (VGA monitor, analog RGB input), connected it via external monitor cable (owner Supply) to the connector on the Display unit.

Fig. 1.33 Connection of Display unit

Connection of External monitor (J5) [Owner supply] When installing an external monitor (VGA monitor, analog RGB input), connect it via CCCW-576-0.5M to J J5 connector. Refer to the illustration below for the wiring.

Structure of CW-576-0.5M

Fig 1.34 Connection of External monitor

External monitor cable

～

～

Dis

play

uni

t

White NC

To external monitor via CW-560-2M or equivalent

Black

KDS

0092

ConThe the Nthe fo

ConTo exfigureSet tWire

S-6000BB

660002-00

nnection wNMEA data

NMEA data ollowing for

nnection wxtend the pe below. the DIP swit the cables

+12 V TX- TX+ RX- RX+

GND

NC TX- TX+RX- RX+

GND

Only 1 is e

ON

with navigaa can be outcan be inpu

r the connec

with Junctiorts, conne

tch (S1) as with the CW

Connector

L8

GreeBlackOrangRed WhiteBlue

GreeBlacOranRed WhitBlue

+

+

either ON or O

N OFF

ation equitput from Kut from an ection.

ion box JBect the Junc

shown in thW-376-5M (

Pin ○1 ○2 ○3 ○4 ○5 ○6

T

M

n k ge

e + Shield

en k nge

e + Shield

S

OFF

ipment (J8DS-6000BBexternal nav

B-35 ction box JB

he figure be(option) as

RemarksGND

NMEA TX+NMEA TXNMEA RXNMEA RX

+15V

To J8 of Proce

SLAVE3

MASTER

S1

F

To connectio

8) B to an extevigation equ

B-35 to the d

elow. shown in th

+ - +

X-

CW-376-5M

essor unit

SLAVE1

SLAVE2

Functions as S

on equipment

JB-35

C

ernal navigauipment to K

data connec

he following

Function

Functio

SLAVE3

GreenBlackOrangRed WhiteBlue +

GBORWB

Chapter 1 I

ation equipmKDS-6000B

ctors as sho

color chart

To con

ns as SLAVE

To con

ons as SLAVE

n k ge

e + Shield

Green Black Orange Red White Blue + Shield

nstallation

1-31

ment, and BB. Refer to

own in the

t.

nection equip

1

nnection equip

2

NC TX- TX+

RX-

RX+ GND

NC TX- TX+ RX- RX+ GND

n

o

ment

pment

Chapter 1

1-32

ConnectiA USB mePullout theMemory. Put the covunit may ca

Ca

C

Installatio

on of USBemory can be USB conn

ver firmly wause failure

USB memo

Tisg

aution:

Cs

aution:

on

B memorybe connecteector cap a

when a USB e.

Fig 1

ry

The liquid is no protec

guaranteed

Connect / Dsupply OFF

y (Owner sed to the Prot the rear p

Memory is

1.35 Connec

ngress proction (IPX0

d.

DisconnectF.

supply) ocessor unianel of the

not connec

ction of US

otection gr0), so water

t the USB m

it. Processor

cted. Withou

B memory

ade of the rproof prop

memory aft

unit and ins

ut the cap, t

Processorperty is not

ter turning

KDS-60

00926600

sert a USB

the Process

r unit t

power

00BB

002-00

sor

KDS

0092

NMESetuThis

The

1. Pr

2. Tu

3. Pr

4. Tu

5. Pr

S-6000BB

660002-00

EA output up of baud

is to set the

baud rate s

ress

urn (

ress (

urn (

ress t

Baud rate

Menu3 Baud rate DBT output DPT output GGA output GLL output MTW output

RMC output TLL output VTG output

setting torate of NMe baud rate

should matc

to be displa

(knob/left) to

(knob/left) o

(knob/left) to

to close the

external eEA1 (J8) of NMEA1

ch the extern

ayed [Menu

o select [Ba

or to m

o select the

menu.

4800

OffOff

Off

480

OffOffOff

OffOn

equipmen

(J8).

nally conne

u3].

aud rate].

move setting

e setting val

0

00

nt

ected equipm

g value box

ue from [48

C

ment.

x.

800], [9600]

Chapter 1 I

, [19200] or

nstallation

1-33

r [38400].

n

3

Chapter 1

1-34

Selection The output

1. Press

2. Turn

3. Press

4. Turn

[On]: Enab

[Off]: Disab

5. To set o

6. Press

DBT ou

Menu3

Baud DBT oDPT oGGA GLL oMTW

RMC TLL oVTG

Installatio

of NMEA Ot of NMEA s

to be

(knob

(knob/

(knob/

ble the outp

ble the outp

other output

to clos

utput

rate output output output

output W output

output output output

on

Output sentence ca

displayed [

b/left) to sele

left) or

left) to selec

ut

put

, repeat the

se the menu

an be set to

[Menu3].

ect [Optiona

to move s

ct the settin

e steps 2 to

u.

Off

Off Off

Off

4800

Off Off Off

Off On

o On/Off.

al output].

setting valu

ng value fro

4.

e box.

m [On] or [OOff].

KDS-60

00926600

00BB

002-00


0092660002-00 1-35

1.7 List of input/output sentences 1.7.1 Input sentences The Sentences of GGA, GLL, HDG, HDM, HDT, RMC, VTG and ZDA can be received. Possible input formats are: NMEA0183 Ver. 1.5, Ver. 2.0 and Ver. 3.0.

Information Priority Order of sentences Information Priority Order of sentencesLatitude, Longitude

GGA>RMC>GLL Date ZDA>RMC

Heading HDT>HDG>HDM>VTG>RMC Time ZDA>GGA Speed VTG>RMC

1.7.2 Output sentences The sentences of DBT, DPT, GGA, GL, MTW, RMC, TLL, VTG and ZDA can be transmitted. The output format is NMEA0183 Ver. 2.0. However, the DBT output is in Ver. 1.5.

Sentence Information Sentence Information

DBT Water depth RMC Latitude / Longitude, Course, Ground Speed, Date DPT Water depth from the

transducer TLL Target position

GGA Latitude / Longitude, Time VTG Course, Ground Speed GLL Latitude / Longitude ZDA Date, time MTW Water temperature

KDS

0092

2.1 Sunit On Kset in

2.1.1

1. Pr

2. Tu

[

3. Pr move The scolor 4. Tu frequ

5. Pr

Freq s

MenuFreqDyn

Puls

TX p

NoisColo

ImaGain

Colo

S-6000BB

660002-00

Setup of f

KDS-6000Bn a range of

Setting of

ress

urn

Freq select

ress

e setting va

setting valur box.

urn (

uency.

ress

select

1 q select

namic range

se width

power

se rejection or rejection

ge correct n (TD)

or

requency B, the frequf 130 to 210

frequency

to be displa

(knob/left

t].

(knob/left

alue box.

ue will be dis

(knob/left) to

to close th

Chap

of Transd

uencies can0 kHz.

ayed [Menu

) to select

) or

splayed in r

o select

he menu.

130.0

130.026 dB

MiddleAuto 0 % 0 A-1 1 0

pter 2 Ad

ducer

n be

u1].

to

red

djustmen

2.2 SettinGain (TD)When the bwhen the b[Gain (TD)]transfer to foccurs, [Ga

Adjustmentwhere the wthe white lin

At appropdisplayed

When sensmuch, the wschool.

White linthicknesstronges

C

nt

g of gain o

bottom cannottom is of shall be tufish schoolsain (TD)] sha

t shall be mwhite line isne, select [W

priate Gain (on the sea

sitivity (TD) white line al

ne should has as the (da

st signal.

Chapter 2 A

of Transd

not be detecmud pool orned up. W

s, etc. frequall be turne

made under s displayed. White line] i

(TD), the wha bottom.

has increaslso moves t

ave the samarkest) colo

Adjustment

2-1

ucer unit

cted or or seaweed,hen ently

ed down.

conditions To display

in [Menu2].

hite line is

sed too to fish

me or for the

t

Chapter 2

2-2

1. Press

2. Turn [GAIN (T

3. Press

move settin

The settincolor box.

4. Turn [GAIN (TD

5. Press

2.3 Setup The outputwave may

2.3.1 Disp

1. Press

2. Turn

[TX powe

Menu1 Freq selectDynamic ra

Pulse width

TX power

Noise rejecColor reject

Image corrGain (TD)

Color

Gain (TD)

2 Adjustme

to be

(knob/

TD)].

(kno

ng value bo

ng value wil

(knob/

D) setting v

to cl

of TX powt power of tbe selected

play of TX p

to be

(knob

er]

t ange

h

ction tion

rect

)

ent

displayed [

left) to selec

ob/left) or

ox.

l be display

left) to selec

alue].

ose the me

er he ultrasond.

power men

e displayed

b/left) to sele

13026

MidAu 0 0A-1 1

[Menu1].

ct

to

yed in red

ct

nu.

ic sound

u

[Menu1]

ect

0.0 dB

ddle to

0 % 0 1 0

0

3. Pre

move

4. Tur settinIn crowbe useinterfeand ec

[100] then g→ [80minim

5. Pre

* For iis 60, output

Full pow

Maximuoutput

Menu1Freq Dyna

Pulse

TX p

NoiseColor

ImagGain

Color

TX p

ess

setting valu

n (

ng value frowded fishined to reducerence to otcho sounde

indicates thgradually re0] → [70] →

mum power.

ess

instance, wactual outpt power.

wer

um 60

[T

selectamic range

e width

ower

e rejectionr rejection

ge correct (TD)

r

power

(knob/left)

ue box.

knob/left) to

om [Auto] org areas, thie power anher fishing

ers.

e maximumduced by m→ → → [2

to close the

hen the valuput is 60% fr

% output

X power 60]

KDS-60

00926600

or

o select the

r [20] to [10is function m

nd avoid boat’s sona

m power andmoving from20] that is th

e menu.

ue of [TX prom the orig

40 % output

[TX power 40

130.0 26 dB

Middle Auto 0 % 0 A-1 1 0

Auto

00BB

002-00

to

0]. may

ars

d [90]

he

ower] ginal

]

KDS

0092

2.4 TThe the uMove cente dire 1. Pr

2. Tu [Tr

3. Pr

settin

4. Tu

settin

5. Pr

T

MenDeRaTeTe

ExTr

Be

SteTru

S-6000BB

660002-00

Train correbow directio

use of the be to Sonar m

er by pressi

ection (0°) to

ress

urn (

rain correct]

ress (

ng value bo

urn (

ng value fro

ress

Train correct

nu2 epth unit ange & Speed uemperature unit emperature adju

xt synchronized rain correct

earing display

ep (Bearing cenue / Relative be

ct on (0°) can earing centmode and s

ing a

o be set.

to be displa

(knob/left) to

].

(knob/left) o

ox.

(knob/left) to

om [-180.00

to close the

unit

ustment

nter) earing

be correcte

ter function.set the bear

at which the

ayed [Menu

o select

or to m

o select the

] to [180.00

e menu.

0.00

Off

°C 0.0

m

Relative

NM kn

0.00

Off

1

ed by . ring

e bow

u2].

move

e

0].

Example: H(90° setting

1. Turn

of [90.00].

2. Press

The d90° c

C

How to correg)

(knob/le

to clo

Bow directi

display is turcounterclock

Chapter 2 A

ect the bow

eft) to selec

ose the men

ion (0°)

rned by kwise.

Adjustment

2-3

w direction

ct the value

nu.

t

3

KDS

0092

3.1 IThe dalwa

ConDispPro

Wir

Grounit

3.2 C 3.2.1Contsoft ascrat

For csurfacloth

S-6000BB

660002-00

Inspectiondaily mainteys in the be

Itnnectors at play unit, Hcessor unit

ing of cable

ounding of Dt and Proce

Cleaning

1 Display / tamination oand clean ctched easily

cleaning thace and chah dipped wit

Caution

n enance andest condition

tem the rear of ull unit and

es

Display unit,ssor unit.

Processor on the screecloth dippedy. No solven

The dispas paintStrong r

he chassis, aracters at thh diluted ne

n

Chap

d inspectionns, impleme

the Che

Chethe

, Hull Scrcon

units en may cau in diluted n

nt such as t

play screent thinner, arubbing ma

do not usehe operatioeutral deterg

Example of

pter 3 Ma

n extend theent the perio

eck the loos

eck the wiridamage of

rape the rusntact.

use faint imaneutral detethinner shal

n has a specetone, alcay cause s

e solvent sn unit may gent, wipe a

f display uni

aintenanc

e life of equiodical inspe

Insp

seness

ng of cablef cable st off the gro

ages. For cergent. Pay l be used.

ecial coatincohol, and cratch.

such as thibe dissolveaway with d

it: Owner su

Cha

ce

ipment. To ection show

ection item

s connectin

ound termin

leaning the full attentio

ng. Do not benzene, e

nner or alcd. After wip

dry soft and

upply

apter 3 Ma

keep the eq

wn in the tab

ng the equip

nal and kee

screen, wip

on as the sc

use a solvetc.

cohol. Paintping with sof

clean cloth

aintenance

3-1

quipment ble below.

pment and

p good

pe it with

creen gets

vent such

ting on theft and clean

h.

e

e n

Chapter 3 Maintenance KDS-6000BB

3-2 0092660002-00

3.2.2 Hull unit As for the inspection of the TD tank and the TD shaft, inspect the appearance and the hoisting and lowering operation. When the mooring period becomes long, shells and oil may adhere to the inside of the TD tank. Pay attention that some adherence may cause abnormal operation.

3.3 Fuse replacement

Fuse blows out when such as a trouble occurs inside at too high input voltage or over current. The fuse is located on the back panel of the Processor unit and Hull unit. Please replace with the fuse listed in the list of standard components.

3.4 Diagnostics of troubles In this section, simple procedures to find out troubles are mentioned to locate the troubles on boat.

3.4.1 Necessary information for requesting repair Please inform of the following points:

(1) Name of ship, and telephone number, if a satellite communication system is equipped.

(2) Failed equipment name and type name

(3) Equipment serial number

(4) “Version number. of system software” displayed on “Title screen”

(5) Next calling port and name of sales agent, telephone number, Fax number, e-mail address, etc.

(6) Details of failure (as much as possible) and failure diagnostics results on board, as well as operation conducted, in particular, until the failure or when the failure occurred.

Use the specified fuse. If you use a fuse other than specified one, it may cause a serious accident. Warning

KDS

0092

3.4.2The smenu

1. Pr

main

2. Tu

ch

3. Pr

4. Tu

co

co

5. Pr

Men

Sy

Se

D

D

C

DAdSt

De

Men

SyIniDe

De

WaDeTilSa

De

S-6000BB

660002-00

2 System csystem can u.

ress

ntenance me

urn (

heek]

ress

urn a

onduct syste

onduct syste

ress

nu

ystem check

etting of shipp

emonstration

emonstration

learing of ship

eletion of file djustment of dtart of saving

emonstration

u

ystem check tialize

emo file (sonar)

emo file (bottom

ake erase elete files t origin adjustm

ave start

emo file (echo s

heck be checked

for a while

enu.

(knob/left) to

or .

and select [

em check o

em check.

or

ping from facto

files (Sonar)

file (Side scan

p’s track

depression ori

files (Echo

m scan)

ment

ounder)

by maintena

e to display

o select [Sy

Execute] to

or [Cancel] n

to confirm

ory

n)

gin

CancelExecute

ance

y the

ystem

o

not to

m.

When [Canreturns to th

When [Execheck scree

The systemin the figure

(1) KDS-6Progra

(2) ROM c(3) RAM c(4) NMEA(5) Voltage(6) SD car(7) Baud r(8) Comm

At normAt abno

(9) Receiv(10) Confirm

unit) Upper:or high

(11) Water tValu

(12) Origin At normAt abno

6. Press

maintenanc

(1)

(2)(3)(4)(5)(6)

Cha

ncel] is seleche maintena

cution] is seen is display

m condition ie above.

000BB: [verm version

check heck I/O output:

e check: 10rd check ate of Transunication stmal: Count oormal: Coun

ving data mation of

High, Loweer is indicattemperatureue of tempe(Condition omal: OK ormal: NG

for a

ce menu.

0

apter 3 Ma

cted, the scance menu

elected, theyed.

is displayed

r.**.**]

Loop chec0.8 to 31.2 V

sducer unit tate of Procof number ont number o

voltage (T

er: the valuted. e: ± 2˚C erature of origin de

while to dis

aintenance

3-3

creen .

e system

d as shown

k V

cessor unit:of OK of NG

Transducer

e of 15.5V

tection)

splay the

⑨

(7)

(10)(11)(12)

(8)

e

3

r

Chapter 3

3-4

3.4.3 SettiThis is the settings to factory.

1. Press

maintena

2. Turn

at shipp

3. Press

4. Turn

initialize

5. Press

When [Canreturns to t

When [Execonducted displayed tmenu.

3.4.4 OtheOther main

Menu

System chInitialize Demo file

Demo file

Wake erasDelete filesTilt origin aSave start

Demo file (

3 Maintena

ng at factosetting to rthe state a

for a

ance menu

(knob

ing from fac

or

and se

or [Cancel]

or

ncel] is selethe mainten

ecute] is sel and a mesto return to

er maintenantenance m

heck

(sonar)

(bottom scan)

se s adjustment

(echo sounder)

ance

ory return the vat shipping f

a while to di

.

b/left) to sele

ctory].

.

elect [Execu

] not to initia

to con

ected, the scnance menu

lected, initiassage of “Ex

the mainten

ance menumenus are as

CaEx

arious rom the

splay the

ect [Setting

ute] to

alize.

nfirm.

creen u.

alization is xecuted” is nance

u s follows:

ancel xecute

1. Dem

2. Dem

3. Dem

M

mo files (So

mo file (bott

m ofiles (Ec

Demo files (S

Demo file (bo

Demo files (ech

Menu

System checInitializeDemo file (so

Demo file (bo

Wake eraseDelete filesTilt origin adjSave start

Demo file (ec

Menu

System checkInitializeDemo file (so

Demo file (bo

Wake eraseDelete filesTilt origin adjuSave start

Demo file (ec

Menu

System checkInitializeDemo file (son

Demo file (bott

Wake eraseDelete filesTilt origin adjusSave start

Demo file (ech

onar)

tom scan)

cho sounder

Sonar)

ottom scan)

ho sounder)

k

onar)

ottom scan)

ustment

cho sounder)

k

nar)

ottom scan)

ustment

ho sounder)

ar)

tom scan)

stment

o sounder)

KDS-60

00926600

r)

R

R

CancExec

CancExec

CanceExecut

00BB

002-00

ROM 1

ROM1

ROM 1

cel cute

el ute

l te

KDS-6000BB Chapter 3 Maintenance

0092660002-00 3-5

4. Wake erase

5. Delete files

6. Tilt origin adjustment 7. Save start

Tilt origin adjustment 0Wake erase Cancel

Execute

Delete files CancelExecute

Save start Cancel

Execute

CancelExecute

Menu

System check Initialize Demo file (sonar)

Demo file (bottom scan)

Wake erase Delete files Tilt origin adjustment Save start

Demo file (echo sounder)

CancelExecute

Menu

System checkInitializeDemo file (sonar)


Wake eraseDelete filesTilt origin adjustment Save start


CancelExecute

Menu

System checkInitializeDemo file (sonar)


Wake eraseDelete filesTilt origin adjustment Save start


CancelExecute

Menu

System check Initialize Demo file (sonar)


Wake erase Delete files Tilt origin adjustment Save start


Chapter 3

3-6

3.4.5 UpdaThe updati

The item

1. Store th2. Insert th

KDS-600(Do not

3. Turn pow

4. The follo

Softwar

Updat

TransTransf

Read

Writin

Updat

3 Maintena

ate of proging of progr

ms to be pre

・Sof ・Med

e F35VXXXhe USB mem00BB Proceuse a USB

wer ON wit

owing menu

USB mem

re update

te using PC

sfer from SD tofer from USB

out of set valu

ng of set value

te using a US

ance

grams rams can be

epared:

ftware: F35 dia: USB m

XX.bin file inmory into thessor unit (D

B Hub becau

h [MENU] a

u appears:

Turn

mory

o USB to SD

ues

es

B

e performed

VXXXX.binemory

nto the routehe USB conDPU-610). use it may le

and [TVG] k

power ON

wi

d (Please co

n

e directory nector prov ead to failu

keys presse

ith [MENU] a

onsult with t

of the USBvided on the

res.)

ed simultane

and [TVG] ke

the selling a

memory. e back pane

eously.

eys pressed s

KDS-60

00926600

agent).

el of

simultaneou

00BB

002-00

sly.

KDS

0092

5. Se

6. Th

7. S

8. Th

*

9. If a

10. S

11. S

U

S-6000BB

660002-00

elect [Updat

he following

Select [Exe

he flowing s

* When soft

a file is foun

Select the fi

Select [Exec

pdate starts

Searchin

F35V0100

Writing file

Cancel

Execute

Cancel

Execute

Update us

Update us

Transfer f

Transfer fr

Read out

Writing of

Software up

Software upd

F35V0100.B

Software upd

F35V0100

te using US

g screen is d

cute] and p

screen is dis

ftware in the

nd, the sele

le to be upd

cute] and pr

s. Please w

g USB

.BIN

s……………

sing a USB

sing PC

from SD to US

rom USB to S

of set values

set values

pdate

ate

BIN

date

.BIN

SB] and pres

displayed.

ress

splayed and

e USB is se

ected item is

dated and p

ress .

wait for a wh

……

SB

D

ss .

.

d the effectiv

earched aga

s displayed.

press

.

hile.

C

E

ve software

ain, please p

.

.

Cancel

Execute

Cancel

Execute

Cha

e in the USB

press GAIN

apter 3 Ma

B memory is

N key.

aintenance

3-7

s searched.

e

7

.

Chapter 3

3-8

12. When u

Press

※ Pow

When

13. When c

After the apower.

※ When Uof Items

When the u

After

Closin

To ca

F35V

Succe

F35V

Failed

3 Maintena

update is su

for a

wer OFF ca

the power i

closing faile

bove scree

USB memors 8 to 13.

update is co

r confirmatio

ng is in prep

ancel, please

V0100.BIN

essful

V0100.BIN

d

ance

KDS-6000BB Revision History - SI-TEX Marine Electronics IME...Important Notice KDS-6000BB ii...

Documents

Transcript of KDS-6000BB Revision History - SI-TEX Marine Electronics IME...Important Notice KDS-6000BB ii...