Simrad SH90 - INSTALLATION REV A Installation Manual

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Installation manual

Simrad SH90

Fish nding sonar

TECHNOLOGY FOR SUSTAINABLE FISHERIES

www.simrad.com

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Page 3

SimradSH90

Installationmanual

Thismanualprovidesyouwiththebasicinformation requiredtoinstalltheSimradSH90.Formoredetailed informationaboutthepracticaluseoftheproduct,referto theSimradSH90OperatormanualortheSimradSH90 Referencemanual.

323776/A

09.06.2010

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History

Documentno:323776/V ersion:A/ISBN-13:978-82-8066-125-1

Rev.A09.06.2010

Firstissue.

©2010KongsbergMaritimeAS TheinformationcontainedinthisdocumentremainsthesolepropertyofKongsbergMaritimeAS.Nopart ofthisdocumentmaybecopiedorreproducedinanyformorbyanymeans,andtheinformationcontained withinitisnottobecommunicatedtoathirdparty ,withoutthepriorwrittenconsentofKongsberg MaritimeAS.Thedocument,oranypartofit,maynotbetranslatedtoanyotherlanguagewithoutthe writtenapprovalfromKongsbergMaritimeAS.

Disclaimer

KongsbergMaritimeASendeavourstoensurethatallinformationinthisdocumentiscorrectandfairly stated,butdoesnotacceptliabilityforanyerrorsoromissions.

Warning

Theequipmenttowhichthismanualappliesmustonlybeusedforthepurposeforwhichit wasdesigned.Improperuseormaintenancemaycausedamagetotheequipmentand/orinjury topersonnel.Theusermustbefamiliarwiththecontentsoftheappropriatemanualsbefore attemptingtoinstall,operateorworkontheequipment. KongsbergMaritimeASdisclaimsanyresponsibilityfordamageorinjurycausedbyimproper installation,useormaintenanceoftheequipment.

Supportinformation

Ifyourequiremaintenanceorrepair,contactyourlocaldealer.Y oucanalsocontactususingthefollowing address:contact@simrad.com.Ifyouneedinformationaboutourotherproducts,visitourwebsite.On thewebsiteyouwillalsondalistofourdealersanddistributors.

KongsbergM a r it imeA S Strandprom e n a de n5 0 P.O.Bo x1 11 N- 3 1 9 1H o rten ,N o rway

S im ra d

Teleph on e :+ 473 30 34 00 0 Telefa x:+ 473 30 42 98 7

contact @ s im ra d . com

w w w .s im r a d . c o m

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Installationmanual

Tableofcontents

ABOUTTHISMANUAL.....................................................11

SIMRADSH90.................................................................13

Basicinformation...................................................................................................13

Mainunits...............................................................................................................14

Wheelhouseunits........................................................................................14

Sonarroomunits.........................................................................................15

Systemdiagram......................................................................................................17

Installationprocedure.............................................................................................18

Scopeofsupply......................................................................................................20

Additionalrequireditems.......................................................................................20

DisplayUnit.............................................................................................20

UninterruptedPowerSupply(UPS)..............................................................20

Installationtrunk.......................................................................................21

Speedlog...................................................................................................21

Coursegyro................................................................................................21

Additionaloptionalitems.......................................................................................22

Installationtrunk.........................................................................................22

Scienticinterface......................................................................................22

Otherperipheralequipment.........................................................................23

Generalsupplyconditions......................................................................................24

Equipmentresponsibility.............................................................................24

Receipt,unpackingandstorage....................................................................25

Generalinstallationrequirements...........................................................................25

Approvalbyclassicationsociety................................................................25

Supplypower.............................................................................................26

Compassdeviation......................................................................................26

Noisesources.............................................................................................26

Drydocking...............................................................................................26

Wiring........................................................................................................26

Supportinformation...............................................................................................27

INSTALLATIONPLANNING..............................................28

Aboutinstallationdrawings....................................................................................28

Locationofthehullunit.........................................................................................29

Sonarroomrequirements.......................................................................................31

Sonarroomarrangementexample..........................................................................33

Sonarroomarrangementexample................................................................33

Sonarroomarrangementexample................................................................34

Hullunitorientationexample.......................................................................35

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SONARTRUNKINSTALLATION........................................36

Mountingthesonartrunk.......................................................................................37

Sonartrunkprotection............................................................................................38

Sonartrunkinstallationprinciples..........................................................................38

Sonartrunkinstallationmeasurements...................................................................41

HULLUNITINSTALLATION.............................................42

Howtounpackthehullunitfromitstransportbox...............................................43

Hullunitmounting.................................................................................................45

Mechanicalsupport................................................................................................47

Transduceralignment.............................................................................................47

Hullunitinstallationchecklist...............................................................................48

TRANSCEIVERUNITANDPOWERSUPPLYUNIT

INSTALLATION...............................................................49

TransceiverUnitpreparations................................................................................49

PowerSupplyUnitpreparations.............................................................................50

TransceiverUnitinstallationprocedure.................................................................50

PowerSupplyUnitinstallationprocedure..............................................................54

WHEELHOUSEUNITSINSTALLATION..............................55

Physicallocationofwheelhouseunits....................................................................55

Installationrequirements.............................................................................56

Locationofthecolourdisplay......................................................................56

LocationoftheOperatingPanel...................................................................57

LocationoftheOperatingPanelPowerSupply.............................................57

LocationoftheProcessorUnit.....................................................................57

Maximumdistancesbetweentheunits...................................................................58

Installationofthecolourdisplay............................................................................59

InstallationoftheOperatingPanel.........................................................................59

InstallationoftheOperatingPanelPowerSupply.................................................60

InstallationoftheProcessorUnit...........................................................................60

UPSINSTALLATION........................................................62

CABLELAYOUTANDINTERCONNECTIONS......................63

Cableplan...............................................................................................................64

Listofcables..........................................................................................................66

Cableprocedures....................................................................................................72

ConnectACmainstotheUninterruptedPowerSupply..................................72

ConnectthevideocablefromtheProcessorUnittothecolourdisplay...........73

ConnecttheUSBcablefromtheOperatingPaneltotheProcessorUnit...........74

ConnecttheOperatingPanel“Dualcable”....................................................75

ConnecttheOperatingPanelpowersupplytotheProcessorUnit...................76

ConnectACmainsandgroundtotheProcessorUnit.....................................77

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ConnectACmainstothecolourdisplay.......................................................78

ConnectgroundtotheOperatingPanel........................................................79

ConnecttheProcessorUnittotheTransceiverUnit.......................................80

ConnectACmainstotheTransceiverUnit...................................................81

ConnectthepowercablefromthePowerSupplyUnittotheTransceiver

Unit...........................................................................................................82

ConnecttheEthernetcablefromthePowerSupplyUnittotheTransceiver

Unit...........................................................................................................83

ConnectACmainsandgroundtothePowerSupplyUnit..............................84

ConnectACmainstotheMotorControlUnit...............................................85

ConnecttheTransceiverUnittotheMotorControlUnit................................86

ConnecttheEthernetcableforscienticoutput.............................................87

Transducercable.........................................................................................88

Installationofinterfacecablestoperipheralequipment..................................88

ProcessorUnitseriallines......................................................................................88

Seriallinesupport.......................................................................................88

JumperandDIPswitchsettings...................................................................89

Adaptercable.............................................................................................91

Referencestodetailedcabledrawingsandspecications......................................92

START-UPPROCEDURES.................................................93

StartinguptheHullUnit........................................................................................93

Hullunitfamiliarization..............................................................................94

MotorControlUnitfamiliarization...............................................................95

Functionalcheck.........................................................................................96

Apply3-phaseACpower............................................................................97

Checkthehoistingmotor’s3–phaseACconnections.....................................98

Checkthe3–phaseconnectionforcorrectrotationdirection...........................99

Checkthecontactoroperation....................................................................100

Functionalchecktoverifycorrecthoistandlowerfunctionality...................101

Startingthewheelhouseunits...............................................................................103

CheckingtheOperatingPanel..............................................................................104

Functionaltest..........................................................................................104

Startingupthesonarroomunits..........................................................................112

Checkingthehoist/lowersystem..........................................................................113

Checkingthebridgefunctions....................................................................114

Checkingthesonarroomfunctions.............................................................116

Performself-noisetest..........................................................................................117

Startingupthesonarsystem.................................................................................118

Preparations..............................................................................................118

Actionsonthebridge.................................................................................119

Actionsinthesonarroom..........................................................................120

Alignmentofthesonarpicture.............................................................................121

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Deningownshipparameters..............................................................................122

Specifyshipdimensions............................................................................122

Specifyinstrumentpositionoffsets.............................................................122

INTERFACINGPERIPHERALEQUIPMENT......................124

Interfaceandtelegramsoverview.........................................................................124

Interfacesettings...................................................................................................127

Defaultinterfacesettings...........................................................................127

Howtochangetheinterfacesettings..........................................................127

Howtomonitorthetrafconaserialline...................................................132

Synchronisationwithotheracousticsystems.......................................................133

Aboutsynchronisation..............................................................................133

SH90setupasSlave.................................................................................134

SH90setupasMaster...............................................................................134

Synchronisationsequences........................................................................135

Installationprocedures.........................................................................................136

Connectingthespeedlog...........................................................................136

Connectingthecoursegyro.......................................................................137

Testprocedures.....................................................................................................138

Speedloginterfacetest.............................................................................138

Coursegyrointerfacesetupandtest...........................................................139

Positioningsysteminterfacesetupandtest.................................................140

Echosoundersysteminterfacesetupandtest..............................................141

Trawlsysteminterfacesetupandtest.........................................................141

Catchmonitoringinterfacesetupandtest...................................................142

Radiobuoysysteminterfacesetupandtest.................................................143

Currentmeterinterfacesetupandtest.........................................................143

FINALTESTSANDMEASUREMENTS..............................145

Noise/speedcurvemeasurements.........................................................................146

Preparations.............................................................................................146

Testprocedure..........................................................................................146

Problemswithownoise..........................................................................147

Noise/speedtestresults.............................................................................147

ProcessorUnitbackupandrestore.......................................................................150

HowtocreateabackupDVD....................................................................150

HowtorestorefromabackupDVD...........................................................150

HowtoreactivatetheWindowslicence......................................................151

TECHNICALSPECIFICATIONS.....................................157

Powerspecications...........................................................................................157

Weightsandoutlinedimensions.........................................................................158

Environmentalspecications.............................................................................160

Performancespecications.................................................................................161

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DRAWINGFILE.............................................................163

TransceiverUnitdimensions................................................................................164

Forwardview...........................................................................................164

Sideview.................................................................................................165

Topview..................................................................................................166

PowerSupplyUnitdimensions............................................................................167

Forwardview...........................................................................................167

Sideview.................................................................................................168

ProcessorUnitdimensions...................................................................................169

OperatingPaneldimensions.................................................................................170

SH90Hullunitdimensions..................................................................................171

SH90Sonartrunkdimensions..............................................................................172

SH90Sonartrunkproduction...............................................................................173

Sideview.................................................................................................173

Topview..................................................................................................174

SH90Blindcoverdimensions..............................................................................175

AGENERALSAFETYRULES...............................................176

BEQUIPMENTHANDLING................................................177

Transportation.......................................................................................................177

Lifting...................................................................................................................177

Storagepriortoinstallationoruse.......................................................................178

Inspection.............................................................................................................179

Unpacking............................................................................................................180

Generalunpackingprocedure....................................................................180

Unpackingelectronicandelectromechanicalunits......................................181

Unpackingmechanicalunits......................................................................181

Unpackingtransducers..............................................................................181

Storageafterunpacking........................................................................................182

Storageafteruse...................................................................................................182

Cleaningcabinets......................................................................................182

Mechanicalunits.......................................................................................183

Cables......................................................................................................183

Internalbatteries.......................................................................................183

Dehumidier............................................................................................184

Coatings...................................................................................................184

Re-packaging........................................................................................................184

Temperatureprotection.........................................................................................184

Circuitboardhandlingandpackaging..................................................................185

Returningacircuitboard...........................................................................186

Electro-StaticDischarge(ESD)............................................................................186

CSH90CABLEDETAILS...................................................188

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Cablingprinciples.................................................................................................188

Cablestoperipheraldevices.................................................................................189

Positioningsysteminterface......................................................................189

Echosoundersysteminterface...................................................................190

Trawlsonarinterface.................................................................................190

Catchmonitoringsysteminterface.............................................................191

Currentmeterinterface..............................................................................191

Radiobuoysconnectioninterface...............................................................191

Cabledrawings.....................................................................................................193

MoxaCP-134U-Iserialadapter.................................................................194

Vesselground...........................................................................................196

ACmains(IEC60320)..............................................................................197

ACmainstoMotorControlUnit................................................................198

ACmainswithIEC320/C7.......................................................................199

DCpowersupply.....................................................................................200

DCpowerfromPowerSupplyUnittoTransceiverUnit.............................201

RJ45Ethernet,straight..............................................................................202

RJ45Ethernetwithnoisesuppressor..........................................................203

VGA/SVGADisplay.................................................................................204

UniversalSerialBus(USB).......................................................................205

DVI–IDisplay..........................................................................................206

OperatingPanel“Dual”............................................................................208

DBASICCABLEREQUIREMENTS......................................209

Cabletrays............................................................................................................209

RadioFrequencyinterference..............................................................................210

Physicalprotection...............................................................................................210

Grounding.............................................................................................................211

Cableconnections.................................................................................................211

Cableterminations................................................................................................211

Cableidentication...............................................................................................212

ETELEGRAMFORMATS....................................................213

AboutNMEAtelegramformats...........................................................................213

TelegramsreceivedandsentbytheSH90............................................................214

Coursegyrotelegrams...............................................................................214

Speedlogtelegrams..................................................................................215

GPStelegrams..........................................................................................215

ITIandtrawlsystemtelegrams..................................................................215

Echosoundertelegrams.............................................................................216

Windsensortelegrams..............................................................................217

Seacurrenttelegrams................................................................................217

Catchmonitoringsystemtelegrams............................................................217

Buoytelegrams.........................................................................................217

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Targetoutputtelegrams.............................................................................218

SpecicationofNMEAtelegrams.......................................................................218

DBSDepthbelowsurface.........................................................................218

DBTDepthbelowtransducer.....................................................................218

DPTDepth...............................................................................................219

GGAGlobalpositioningsystemxdata.....................................................219

GLLGeographicalpositionlatitude/longitude............................................220

HDGHeading,deviationandvariation.......................................................220

HDMHeading,magnetic...........................................................................221

HDTHeading,true...................................................................................221

MWDWinddirectionandspeed................................................................222

MWVWindspeedandangle.....................................................................222

RMCRecommendedminimumspecicGNSSdata....................................222

VBWDualgroundandwaterspeed...........................................................223

VHWWaterspeedandheading.................................................................224

VTGCourseoverground&groundspeed..................................................224

VWRRelative(apparent)windspeedandangle..........................................224

ZDATimeanddate..................................................................................225

SpecicationofproprietarySimradtelegrams.....................................................225

DBSDepthoftrawlbelowsurface.............................................................225

FS3300Binarydepth................................................................................226

GLLTrawlposition..................................................................................226

HFBTrawlheadropetofootropeandbottom..............................................226

MDSMeasureddatashoal.........................................................................227

MTWWatertemperatureatthetrawl.........................................................228

PSIMP-FPISensordenition....................................................................228

PSIMP-DPISensordata...........................................................................229

TDSTrawldoorspread.............................................................................230

TFITrawllling.......................................................................................230

TPCTrawlpositionincartesiancoordinates...............................................231

TPPTrackedtargetpositionormarker.......................................................231

TPTTrawlpositiontruevessel..................................................................232

TS2Trawlspread2...................................................................................232

TTSTrawltoshoaldistance......................................................................232

Specicationofproprietarythirdpartytelegrams................................................233

VDVCDV ectorcurrentdirection...............................................................233

FurunoCIF...............................................................................................233

SerpeBSCBuoyinput..............................................................................236

RyokoseiRBYBuoyinput........................................................................237

FINSTALLATIONREMARKS.............................................238

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SimradSH90

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Aboutthismanual

ABOUTTHISMANUAL

Purpose

Thepurposeofthismanualistoprovidetheinformationand basicdrawingsrequiredforinstallationoftheSimradSH90.

Formoredetailedinformationaboutthepracticaluseofthe product,refertotheSimradSH90Operatormanualorthe SimradSH90Referencemanual.

Aboutthetechnicaldescriptionsandthetarget audience

ThismanualdescribestheinstallationoftheSimradSH90.

Themanualisintendedfortechnicalpersonnel;qualied maintenanceengineersandtechnicians.Itisassumedthatthe personnelisconversantwiththegeneralprinciplesofmaritime electronicequipment,inparticularsonar,echosounderandcatch monitoringsystems.Thepersonnelmustalsobefamiliarwith computerhardware,signalprocessing,interfacetechnology andtraditionaltroubleshootingonelectronicandmechanical products.

Theinstructionsmustbefollowedcarefullytoensureoptimal performance.Asaguide,installationproceduresarepresented intheordertheyaretobeperformed.Successfulcompletion ofeachprocedureistobeconrmedbycheckingoffthe correspondingbox.

Note

Theinstallationinstructionsgiveninthisdocumentmustbe adheredto.Failuretodosomayrendertheguaranteevoid.

KongsbergMaritimeASwillacceptnoresponsibilityforany damageorinjurytothesystem,vesselorpersonnelcausedby equipmentthathasbeenincorrectlyinstalledormaintained, orbydrawings,instructionsorproceduresthathavenotbeen preparedbyus.

Theequipmentdescribedinthismanualincludesthecomplete systemwithassociatedcabinets,butnotsystemunitsprovided locallybythecustomer,installationshipyardorlocaldealer.The manualalsodenestheequipmentresponsibility,andprovides instructionsforunpackingandstorage.

Afterinstallation,thisdocumentmustbestoredonboard thevesselforlaterreferencewhenupdatingorservicingthe equipment.

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SimradSH90

Installationdrawings

Detailedvesselspecicmechanicaldrawingsfortheinstallation mustbeprovidedbythecustomer,oranyshipyardcontractedto performtheinstallation.

KongsbergMaritimeASmay,onspecialorder,provideassistance tothesedrawings.Drawingsmustbeapprovedbytheappropriate vesselcerticationauthoritypriortoinstallationofthesystem.

Applicableoutlinedimensionandproductionsdrawings areprovidedintheDrawinglechapter.Drawingsmay alsobedownloadedinPDFand/orDWGformatsfrom

t t p : / / w w w . s i m r a d . c o m .

References

ThefollowingusermanualshavebeenprovidedfortheSimrad SH90.EnglishmanualsareprovidedwiththeSH90whenitis shipped.Whenavailable,manualsinotherlanguagesmaybe downloadedfromh

t t p : / / w w w . s i m r a d . c o m .

•SimradSH90InstallationManual,English[323776]

•SimradSH90OperatorManual,English[323773]

•SimradSH90ReferenceManual,English[323775]

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SimradSH90

SIMRADSH90

StudythischaptertofamiliarizeyourselfwiththeSimradSH90.

Topics

•Basicinformationonpage13

•Mainunitsonpage14

•Systemdiagramonpage17

•Installationprocedureonpage18

•Scopeofsupplyonpage20

•Additionalrequireditemsonpage20

•Additionaloptionalitemsonpage22

•Generalsupplyconditionsonpage24

•Generalinstallationrequirementsonpage25

•Supportinformationonpage27

Relatedtopics

•Generalsafetyrulesonpage176

•Equipmenthandlingonpage177

•Basiccablerequirementsonpage209

Basicinformation

TheSimradSH90isanomnidirectionalhighfrequencysonar.

Itisdesignedforallsizedshingvessels,bothpurseseiners andtrawlers.

Theoperationalfrequencyis114kHz.Thecylindrical multi-elementtransducerallowstheomnidirectionalsonarbeam tobetiltedelectronicallyfrom+10to–60degrees.Thisallows youtoautomaticallytrackschoolsofsh,andtoobservethe wholewatervolumearoundthevessel.Astabilisingsystemis includedforelectronicpitchandrollcompensation.

Greatemphasishasbeenplacedongivingthebestpossible presentationsonahighresolutioncolourdisplay.

TheSH90ProcessorUnitiscontrolledbyMicrosoft’sWindows XP

operatingsystem,whichresultinaexiblechoiceofdisplay

modesforalargerangeofuserapplications.

Thesignalprocessingandbeamformingisperformedinafast digitalsignalprocessingsystemusingthefulldynamicrange ofthesignals.

Inadditiontothetraditionalsinglefrequencytransceiversystem, theSimradSH90containsanadvancedfrequencymodulated ltersystem(FM).

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SimradSH90

Mainunits

TheSimradSH90comprisesthefollowingunits:

Normallyinstalledinthewheelhouse:

•DisplayUnit

•OperatingPanel

•ProcessorUnit

•OperatingPanelpowersupply

Normallyinstalledinthesonarroom:

•TransceiverUnit

•PowerSupplyUnit

•HullUnit

Wheelhouseunits

DisplayUnit

Thecolourdisplayisahigh-resolutionmonitor.Inaddition tothesonarpicture,themonitorwillalsodisplaythemenu systemfortheinteractiveoperation.Inordertoeasethesituation comprehension,certaincolourshavebeenchosentobetterthe distinctionbetweenthevariouselementsinthepresentation.

Thecolourdisplayisnotapartofthesonardelivery ,anditmust bepurchasedlocally.

OperatingPanel

Figure1OperatingPanel

TheOperatingPanelcontainsallnecessarycontrolfunctionsfor normaloperationofthesonar.

Thecontrolsarearrangedinlogicalfunctiongroups,thisgivesa clearandeasyoperation.

Notethatallsonaroperationcanalsobemadeusingthetrackball ontheOperatingPanelandthemenusystem.Y oucanalsousea standardcomputermouse.

ProcessorUnit

TheProcessorUnitisamarinecomputerbasedontheMicrosoft WindowsXP®operatingsystem.Itisdesignedforruggeduse.

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SimradSH90

Thecomputerisbasedonacommercialdesign,butthesoftware andhardwarehasbeenspeciedandassembledbySimradtosuit theSH90requirements.

ThecomputerholdsaDVDplayerforusewithfuturesoftware upgrades.

Figure2ProcessorUnit

Thepurposeofthiscomputeristoallowyoutocontrolthesonar. Thecomputerservesseveralfunctions.

•Itcontrolstheoveralloperationofthesonarfunctions.

•Itprovidesthegraphicpresentationofthesonarmodesand

echoes.

•Itholdsthemenusystem.

•ItcommunicateswiththeOperatingPaneltoreadthebuttons

andtrackballmovements.

•Itperformstheadvancedsignalprocessingandbeamforming

requiredtopresenttheinformationonthedisplay.

•Itcommunicateswithperipheraldevicesandsensorsusing

seriallines.

•ItcommunicateswiththeTransceiverUnit.

OperatingPanelpowersupply

Asmallpowersupplyisimplementedtoprovidestand-bypower totheOperatingPanel.Thepowersupplyisconnectedtothe ProcessorUnit.

Sonarroomunits

TransceiverUnit

TheSH90TransceiverUnitislocatedinthesonarroom,closeto theHullUnit.

Thetransceiverperformsthetransmissionandreceptioncontrol ofthe480transmittersand480receiverchannels.16identical transceiverboardsareused.Adedicatedpowersupplyis providedtosupplytherequiredDCvoltagestothetransceiver. OneEthernetcableisusedforcommunicationwiththeProcessor

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SimradSH90

Unitinthewheelhouse,andasecondEthernetcableisusedto controlthehullunit.ThethirdEthernetcableconnectstothe PowerSupplyUnit.

Thetransducercablesfromthehullunitarepluggedintotheside walloftheTransceiverUnitcabinetusingaspecialplug.

TheTransceiverUnitismountedonthebulkheadusingpowerful shockabsorbers.Theconnectorsforpowerandinterfaceare locatedatthebottomofthecabinet.

PowerSupplyUnit

Adedicatedpowersupplycabinetisusedtoprovidethe TransceiverUnitwithoperationalpower.

WARNING

Thepowersupplycabinetcontainshighvoltages. DonotopenthecabinetdoorwhiletheSH90is switchedon.

HullUnit

TheHullUnitisdesignedtolowerthetransducer1.0meters belowtheship’shull.

Thetransducercanalsobeloweredtoanyselectedmiddle position.Incaseofvoltagefailure,thetransducercanberaised orloweredmanuallybymeansofahandcrank.

Thesensorfortheelectronicstabilisationofthesonarbeams ishousedintheMotorControlUnit,whichismountedonthe HullUnit.

WARNING

Ifthetransducerhitslargerobjectsorbottom,the transducershaftmaybebent,or-inworstcaseitcanbebrokenoff.Abrokentransducershaftwill causewaterleakagethroughthetopoftheshaft.

Insuchcases,d

o n o t raisethetransducershaftto

itsupperposition.

Topreventseriousdamage,youmusthaveawater pumpandawarningsysteminthesonarroom.

Transducer

ThecylindricalTransducerallowsthesonarbeamtogivefull 360degreescoverageofthewatervolumefrom+10anddown to-60degrees.

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Systemdiagram

Figure3SH90Simpliedsystemdiagram

AProcessorUnit

BDisplayUnit

COperatingPanel

DOperatingPanelpowersupply

ETransceiverUnit

FPowerSupplyUnit

GMotorControlUnit

HHullUnit

ITransducer

SIMRAD

PWR

SIMRAD

SIMRADSX90

(CD015041-001)

E F

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SimradSH90

Installationprocedure

TheSimradSH90isacomplexandadvancedproductfor professionaluse.

Note

Inordertoobtainmaximumsafetyandperformance,itisvery importantthattheinstallationproceduresinthismanualare compliedto,andthatthetasksarecarriedoutinthesuccession theyaredescribed.Thevesselownermustmakesurethatthe installationshipyardholdstheapplicablecompetencetoperform theinstallation,andthattheapplicablemaritimeauthoritiesare availabletoverifyandcertifytheinstallation.

ObservethebasicrequirementsinGeneralsafetyruleson page176!

Anoverallinstallationprocedureisprovidedbelow.The proceduredoesnotdescribeanydetailedtasks,butreferstothe relevantproceduresinthismanual.

1Basedonthevesseldrawingsandbestpractice,

determinewherethehullunitshallbelocated.Necessary considerationsmustbetakentoavoidacousticandelectric disturbances.Makesurethatthesonarroommeetsthe specicationsprovided.RefertoInstallationplanningon page28.

2Performthephysicalinstallationofthesonartrunk.The

installationshipyardmustprovideallnecessaryinstallation drawingsinordertocarryoutthisoperation,andifrequired, thesedrawingsmustbeapprovedbytheapplicablemaritime authorities.Thetrunkpenetratesthehull,anditistherefore acrucialpartofthehullunitassembly.RefertoSonartrunk installationonpage36.

3Installthehullunit.Duetoitsphysicalsizeandweight,and

thefactthatthetrunkpenetratesthevesselhull,itisvery importantthatthehullunitisinstalledandsecuredproperly. RefertoHullunitinstallationonpage42.

4InstalltheTransceiverUnit.RefertoTransceiverunitand

PowerSupplyUnitinstallationonpage49.

5Installthewheelhouseunits.RefertoWheelhouseunits

installationonpage55.

6Performthesystemcabling.Observetheprocedureand

cableplaninsectionCablelayoutandinterconnectionson page63.Foradditionalinformation,refertoSH90cable

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SimradSH90

detailsonpage188.Generalrequirementsforthecabling areprovidedinBasiccablerequirementsonpage209.

7Performthestart-upproceduresasdetailedinsection

Start-upproceduresonpage93.

Note

Inordertosetupthesonarsysteminasafeandcorrect manner,thesestart-upproceduresmustbecompliedto!

8Connecttheperipheralunits.Observethesetupandtest

proceduresinsectionInterfacingperipheralequipmenton page124.Foradditionalinformation,refertoSH90cable detailsonpage188.Generalrequirementsforthecabling areprovidedinBasiccablerequirementsonpage209.

9Checkthesourcelevelandreceivingvoltageresponse,

andmakethenoise/speedmeasurements.Observethe proceduresinsectionFinaltestsandmeasurementson page145.

10Createabackupofallthesoftwareandinstallationsetup

parametersontheProcessorUnit.SeeProcessorUnit backupandrestoreonpage150.

11FillinandsigntheInstallationRemarksform,andsenditto

Simrad’ssupportdepartmentasspeciedontheform.See Installationremarksonpage238.

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SimradSH90

Scopeofsupply

Mainunitsincludedwiththestandarddelivery

•OperatingPanel[SH8-203593]

•ProcessorUnit[327202]

•PowerSupplyUnit[327208]

•TransceiverUnit[327203]

•HullUnit[327204]

Additionalrequireditems

Thefollowingadditionalitemsarerequiredforafullyoperational sonar,buttheyaren

o t i n c l u d e d inthestandarddelivery:

•Colourdisplay

•UninterruptedPowerSupply(UPS)

•Installationtrunk

•Speedlog

•Coursegyro

DisplayUnit

TheSimradSH90requiresaVGAorDVIcolourdisplaywitha resolutionofatleast1280x1024pixels.

UninterruptedPowerSupply(UPS)

InordertoensurecontinuousoperationoftheSimradSH90 independentofvaryingqualityofthevessel’smainssupply,the useofuninterruptedpowersupplies(UPS)isrequired.TwoUPS unitsareused:

•Oneisusedtopowerthewheelhouseunits.

•OneisusedtopowertheTransceiverUnit.

Theuninterruptedpowersupply(UPS)unitsaren

o t includedin thestandarddelivery.Severalcommercialtypesareavailable. TochoosethebestUPSforthesonarinstallation,consider environmentalconditions,spaceavailable,theavailabilityand durationofthebatteries,andthepowerrequirementsofthesonar units.

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MinimumUPSpowerspecications

•Inputvoltage:Musttvesselsupplyvoltage

•Outputvoltage:230V ac,50Hz

•Outputpower:

–Wheelhouseunits:600W

–Sonarroomunits:1500W

•Outputrequirement:TheACoutputvoltagemustbeasine

wave

Installationtrunk

Theinstallationtrunkrequiredforthehullunitinstallationisn

o t

includedinthestandarddelivery.

Theinstallationtrunkmaybefabricatedbytheshipyard,or suppliedbySimradasanoption.Themechanicaldrawingsofthe trunkandblindcoverareincludedinthismanual.TheSimrad SH90sonarisdeliveredwithoutadomesystem.

SeealsoInstallationtrunkonpage22.

Speedlog

Inordertooperatecorrectly,theSimradSH90requiresinput fromaspeedlog.Inmostcasesasuitablesensorisalready installedonthevessel.Adifferentialglobalpositioningsystem ((D)GPS)canalsobeused.

Speedloginterfaceparameters:

•Serialline:StandardNMEA0183telegramformat

Formoreinformation,seeConnectingthespeedlogonpage136.

Coursegyro

Inordertooperatecorrectly,theSimradSH90requiresinput fromacoursegyro.Inmostcasesasuitablesensorisalready installedonthevessel.

Coursegyrointerfaceparameters:

•Serialline:StandardNMEA0183telegramformat

Formoreinformation,seeConnectingthecoursegyroon page137.

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SimradSH90

Gyrointerface

Ifthecoursegyroinstalleddoesnotoutputthecorrectserial interfaceformat,anoptionalgyrointerfaceboxisavailable.It willconvertthefollowingsynchroandsteppinggyrosignals:

•3-phasesynchrosignal,20to150VL-L,50/60/400Hz,gear

ration1:360or1:180

•3-phasesteppersignal,20to150VL-L,gearration1:360or

1:180

Orderinginformation

LR40Gyrointerface

298-078535

Additionaloptionalitems

Thefollowingoptionalequipmentandfunctionalitymaybe orderedatanadditionalchargetoaugmentthestandardSimrad SH90systemdelivery,orpurchasedlocallybytheinstallation shipyardorenduser.

•Installationtrunk

•Scienticinterface

•Otherperipheralequipment

Installationtrunk

Theinstallationtrunkmaybefabricatedbytheshipyardor suppliedbySimrad.

Orderinginformation

SH90Installationtrunk

SD5–112632

Ifyouprefertomanufactureyourowninstallationtrunktotthe vessel,observethedrawingsintheDrawingleonpage163.The samedrawingscanalsobedownloadedfromw

w w . s i m r a d . c o m .

Scienticinterface

AspecialsoftwarekeycanbepurchasedtoenableanEthernet interfaceprovidingsonarbeamdata,sonarsettingsandprocessed targetdata.Thisfeatureisveryusefulifthesonarisintended forscienticpurposes.

Orderinginformation

Scienticinterface

KIT-203477

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SimradSH90

Otherperipheralequipment

TheSimradSH90providesatotaloffourseriallines.T woof theseareusedtointerfacetothespeedlogandcoursegyro.The remainingseriallinescanbeusedtocommunicatewithother peripheralequipment.

•DifferentialGlobalPositioningSystem((D)GPS)

•Catchmonitoringsystem

•Trawlsonar

•Currentmetersystem

•Radiobuoysystem

Alltheseperipheralsmaybeconnectedusingtheseriallines. MostofthemwillcommunicatebymeansofthestandardNMEA 0183format.

Note

Equipmentandsensorsmustbepurchasedlocallybythe installationshipyardorenduser .

DifferentialGlobalPositioningSystem((D)GPS)

A(D)GPSmaybeinterfacedwiththeSimradSH90sonarto establishthevessel’spositionandprovidecursorandmarker latitudeandlongitude.Inadditiontonavigationaldata,the (D)GPSmayalsobeusedfortheinputofspeedloginformation. Most(D)GPSareequippedtopresentcourseinformation,but thisdataisgenerallytooinconsistenttoprovideastablesonar presentation.

Forcablinginformation,seePositioningsysteminterfaceon page189.

Catchmonitoringsystem

Toprovidetrawlandpurseseinedepthinformationonthesonar’s display,thefollowingSimradcatchmonitoringsystemsmay beconnected:

•SimradPISeriesCatchmonitoringsystems

•SimradITIIntegratedTrawlInstrumentationsystem

Forcablinginformation,seeCatchmonitoringsysteminterface onpage191.

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Trawlsonar

Toprovidetrawlinformationonthesonar’sdisplay,oneofthe followingSimradtrawlsystemsmaybeconnected:

•SimradFS903Trawlsonar

•SimradFS3300Trawlsonar

•SimradFS20/25Trawlsonar

•SimradFS70Trawlsonar

Forcablinginformation,seeTrawlsonarinterfaceonpage190.

Currentmetersystem

Acurrentmetersystemmaybeconnectedtothesonartodisplay thedirectionandspeedoftheseacurrentsonvariousdepths.The followingcurrentsystemcanbeconnected:

•KaijoDCG-200

Forcablinginformation,seeCurrentmeterinterfaceonpage191.

Radiobuoysystem

AGPSbasedradiobuoysystemmaybeconnectedtothesonar toshowthepositionandbuoydataonthedisplay.Thefollowing buoysystemscanbeconnected:

•SERPE

•Ariane

•Ryokusei

Forcablinginformation,seeRadiobuoysconnectioninterface onpage191.

Generalsupplyconditions

ThefollowingsupplyconditionsareapplicabletothisSimrad SH90delivery.

Equipmentresponsibility

Theshipyardperformingtheinstallationand/orequipmentdealer becomesfullyresponsiblefortheequipmentuponreceiptunless otherwisestatedinthecontract.Thedurationofresponsibility includes:

•Theperiodoftimetheequipmentisstoredlocallybefore

installation.

•Duringtheentireinstallationprocess.

•Whilecommissioningtheequipment.

•Theperiodoftimebetweencommissioningandthenal

acceptanceoftheequipmentbytheenduser(normallythe ownerofthevesselwhichtheequipmenthasbeeninstalled).

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Unlessotherarrangementshavebeenmadeinthecontract,the SimradSH90guaranteeperiod(asspeciedinthecontract) beginswhentheacceptancedocumentshavebeensigned

Receipt,unpackingandstorage

Uponacceptingshipmentoftheequipment,theshipyardand/or thedealershouldensurethatthedeliveryiscompleteandinspect eachshippingcontainerforevidenceofphysicaldamage.If thisinspectionrevealsanyindicationofcrushing,dropping, immersioninwateroranyotherformofdamage,therecipient shouldrequestthatarepresentativefromthecompanyusedto transporttheequipmentbepresentduringunpacking.

Allequipmentshouldbeinspectedforphysicaldamage,i.e. brokencontrolsandindicators,dents,scratchesetc.during unpacking.Ifanydamagetotheequipmentisdiscovered,the recipientshouldnotifyboththetransportationcompanyand SimradsothatSimradcanarrangeforreplacementorrepairof thedamagedequipment.

Onceunpacked,theequipmentmustbestoredinacontrolled environmentwithanatmospherefreeofcorrosiveagents, excessivehumidityortemperatureextremes.Theequipment mustbecoveredtoprotectitfromdustandotherformsof contaminationwhenstored.

Formoreinformation,seetheappendixrelatedtoequipment handling.

Generalinstallationrequirements

Thefollowinginstallationrequirementsareapplicabletothis Simraddelivery.

Approvalbyclassicationsociety

TheSimradSH90transducerinstallationmustbeapprovedby DetNorskeVeritas(DNV)oranotherclassicationsociety. Theshipownerandshipyardperformingtheinstallationare responsibleforobtaininginstallationapproval.

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SimradSH90

Supplypower

Thesupplyvoltagetotheequipmentistobekeptwithin±10%of theinstallation’snominalvoltage.Maximumtransientvoltage variationsonthemainswitchboard’sbus-barsarenottoexceed

-15%to+20%ofthenominalvoltage(exceptunderfault conditions).

SimradrecommendsthattheSimradSH90ispoweredusingan UninterruptablePowerSupply(UPS)withsinewaveoutput.The UPSmusthavethecapacitytoindependentlymaintainpowerto thesystemforaminimumof10minutes.Thisensuresthatthe systemcanbeswitchedoffinacontrolledmannerintheevent ofapowerfailure.

Compassdeviation

Oncetheinstallationiscomplete,thevesselmustbeswungwith thesysteminboththeoperativeandinoperativemodes.The shipownerandcaptainareresponsibleforupdatingthedeviation tableaccordinglywithregardtothevessel’snationalregistryand correspondingmaritimeauthority.

Noisesources

Thevessel’shull,rudder(s)andpropeller(s)shouldbethoroughly inspectedindrydockpriortoinstallation.Roughnessbelow thewater-linedeformitiesintheshellplatingandprotruding obstaclescancreateunderwaternoise.Thesesourcesof turbulencemustbesmoothedorremovedasbestaspossible.Itis especiallyimportantthatthepropeller(s)isnotpittedordamaged.

Drydocking

Makesurethatampleclearanceunderthesonartrunkand/or protectionblisterisprovidedwhendrydockingthevessel.Avoid locatingsupportingblocksorstructuresinthevicinityofthis equipment.

Note

Thelocationofthetransducerand/orprotectionblistermustbe notedonthevessel’ sdockingplanforfuturereference.

Powerdownallhydroacousticsystems,andlabeleachsystem accordinglytopreventaccidentalpoweron.Removecircuit breakersifnecessary.

Wiring

Allcablesrunningbetweensystemcabinetslocatedindifferent roomsand/orondifferentdecksmustbesupportedandprotected alongtheirentirelengthsusingconduitsand/orcabletrays.Note

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SimradSH90

thatthecablesmustnotbeinstalledinthevicinityofhigh-power suppliesandcables,antennacablesorotherpossiblesources ofinterference.

Note

Wheneverpossible,transducercablesmustberuninsteel conduits.

Formoredetailedinformationaboutcablesandwiring,referto thebasiccablerequirements.

→Basiccablerequirementsonpage209

Supportinformation

IfyouneedadditionaltechnicalsupportforyourSimradSH90 youmustcontactyourlocaldealer,oroneofoursupport departments.

Norway(Mainofce)

•Address:Strandpromenaden50,3190Horten,Norway

•Telephone:+4733034000

•Telefax:+4733042987

•E-mailaddress:s

i m r a d . s u p p o r t @ s i m r a d . c o m

•Website:h t t p : / / w w w . s i m r a d . n o

Spain

•Address:PoligonoPartidaTorres38,03570Villajoyosa,

Spain

•Telephone:+34966810149

•Telefax:+34966852304

•E-mailaddress:s

i m r a d . s p a i n @ s i m r a d . c o m

•Website:h t t p : / / w w w . s i m r a d . e s

USA

•Address:1921033rdAveW ,Lynnwood,WA98036,USA

•Telephone:+14257121136

•Telefax:+14257121193

•E-mailaddress:s

i m r a d . u s a @ s i m r a d . c o m

•Website:h t t p : / / w w w . s i m r a d . c o m

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INSTALLATIONPLANNING

Note

Forinstallationinapreviouslyinstalledtrunksystem,rstread theinformationaboutsonarroomrequirements.Thenproceed totheHullUnitinstallationdescription.

Thischapterprovidesthemarineengineersresponsibleforthe installationtheinformationnecessarytoplantheinstallationthe SimradSH90accordingtoSimrad’srequirements.

CorrectinstallationoftheSH90transducerisvitaltothesystem’s performance.

Severalvariablesmustbetakenintoconsideration,themost importantofwhichisthevessel’sconstruction.Thisguidecan beusedtoselectthebestlocationforthetransducer,andincludes abriefdescriptionofareastobeavoided.

Installationdrawingsmustbesuppliedbytheshipyard.

Note

Theinstallationmustbeapprovedbythevessel’ snationalregistry andcorrespondingmaritimeauthorityand/orclassication society.Theshipownerandshipyardperformingtheinstallation areresponsibleforobtainingandpayingforinstallation approval.

Topics

•Aboutinstallationdrawingsonpage28

•Locationofthehullunitonpage29

•Sonarroomrequirementsonpage31

•Sonarroomarrangementexampleonpage33

Aboutinstallationdrawings

Allinstallationdrawingsmustbesuppliedbytheshipyard performingtheinstallation.

Note

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Installationplanning

Simradoffersfreeadviceforinstallationplanning.Proposed arrangementsmaybesentforcommentaryorsuggestions suppliedbySimrad.Thefollowingdrawingsshouldbesubmitted shouldassistanceberequested:

•Generalarrangement

•Bodyplananddrawingsofrelevantbottomtanksand

cofferdams

•Linesplan

Locationofthehullunit

Foreandaft

Thehullunitshouldpreferablybelocatedwithin1/3to1/10 ofthevessel’sLengthBetweenPerpendiculars(LBP)fromits ForwardPerpendicular(FP).Deviationsshouldnotbemade withoutconsultingSimrad.

Athwartships

ThehullunitmaybelocatedontheCentreLine(CL)ofthe vessel,oralongsideitskeel.Iftheinstallationisoffsetfromthe vessel’scentreline,makesurethattransducertransmissionand receptionwillnotbeobstructedbythekeel.

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Figure4Locationofthehullunit

AW aterlevelatnormaltrim

BW eldingmarkstoindicatehullunitlocationwhendocking

CLengthBetweenPerpendiculars(LBP)

D1/3to1/10ofLBP

Importantconsiderationsrelatedtonoise

Theinstallationtrunkmustbeinstalledsothatitwillremain verticalundernormaloperatingconditions.Theprimarysources ofunderwaterdisturbance(otherthanavessel’smainpropeller andbow/sternthruster)thataffecttransducerreceptionare:

•Mainorbilgekeels

•Zincanodes

•Coolingelementsprotrudingfromthehull

•Equipmentsuchassonartransducersandpilottubes

•Seachests

•Overboarddischarges

•Dentsinthehull

Allappendagestothehull,indentationsandpipein/outletsare potentialsourcesofunderwaternoise.Theymayactasresonant cavitiesamplifyingnoiseatcertainfrequencies,createcavitation orturbulence.Transducersshouldnotbelocatedinthevicinity ofsuchobjectsandespeciallynotimmediatelyaftofthem.

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Installationplanning

Sonarroomrequirements

Observetheseminimumsonarroomrequirementstoobtain suitableworkingconditionsforsonarinstallation,useand maintenance.

Itisstronglyrecommendedtouseadedicatedcompartmentto housethehullunit,theTransceiverUnitandthePowerSupply Unit.Theseunitsmustalsobeinstalledrelativelyclosetoeach otherduetothelimitedlengthofthepowerandtransducercables.

Sizeandaccess

Awelldesignedsonarroomreducestheriskofcorrosionand simpliesmaintenanceincreasingsystemreliability.

•Thesonarroommustbedimensionedtohousealltherelevant

cabinetsthatcomprisetheSimradSH90.

•ThephysicaldistancebetweentheTransceiverUnitandthe

hullunitislimitedduetothelengthofthetransducercables.

•ThephysicaldistancebetweentheTransceiverUnitandthe

PowerSupplyUnitislimitedduetothelengthofthepower cable.

•Thesonarroommustnotbeunnecessarilyobstructedby

girders,pipesetc.whichmightcauseinstallationproblemsor impedemaintenance.

•Thesonarroommustbeaccessibleunderallconditionsat

seaorataberth.

•Alldoorsorhatchesmustbedesignedsothattheequipment

canberemovedwithoutbeingdisassembled.

Heating

Thesonarroommustbeequippedwithheater,dimensionedto maintaintheequipmentwithinitsenvironmentaltolerances(at least1000W),installedclosetothedeck.Heatingisalsoan effectivemethodforreducinghumidity.

Insulation

Bulkheadsmustbeinsulatedandprovidedwithaninteriorwall tothedeck.Theinsulationshouldbetheminimumequivalent of50mmofrock-wool.Inaddition,pipingpassingthroughthe spacepronetocondensationmustbeinsulated.

Ventilation

Thesonarroommustbeconnectedtothevessel’sventilation system.Ifthisisnotpossible,two3”ventsmustbeprovided fromthesonarroomtothemaindeck.Intheroom,theairinlet mustwheneverpossiblebelocatedclosetothedeckandthe

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SimradSH90

outletashighaspossible.Afunnelshapeddrip-collectormustbe mountedbelowtheventpipestodivertmoisturetothebilge.On themaindeck,thebestventilationisprovidedwhentheoutlet pipeisatleastfourmetershigherthantheinletpipe.Tokeep outseawater,rainandspray,theventilationpipesshouldbe ttedwithgoosenecksortheequivalent.Ifthevesselislikely tooperateintropicalconditions,asuitableairconditioning systemmustbeinstalled.Thissystemmustbeabletoprovide anambienttemperaturenotexceedingthemaximumoperating temperaturesforthecabinetsinstalledintheroom.

Cableprotection

Ifthecablesbetweenthesonarroomequipmentandothersystem unitslocatedindifferentcompartmentsonthevesselpass throughhatchesorareaswheretheymaybedamaged,theymust berunthroughconduits(minimum2”conduitisrecommended).

Electricalinstallationsandlights

Thesonarroommustbeequippedwithsuitablelightingto simplifytheinstallationandtoaidfuturemaintenance.A minimumnumberofelectricaloutletsmustbeprovidedforthe systemunitsandotherequipment.

Bilgepumpanddecking

Thesonarroommustbeconnectedtothevessel’sbilgepump system.Ifthisisnotpossible,aseparatebilgepumpforthe sonarroommustbeinstalled.Oncetheinstallationhasbeen completed,thesonarroommustbesuitablydeckedwithout restrictingaccesstotheequipment.

Liftingdevice

Anattachmentpoint,ratedataminimumoftwo-2-tons,for supportingaliftingdeviceshouldbelocatedabovethehullunit. Thispermanentlyinstalledxturewillfacilitateinstallation trunkandhullunitmounting,andalsomaybeusedforfuture equipmentmaintenanceorreplacement.

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Installationplanning

Sonarroomarrangementexample

Thesedrawingsillustrateatypicalsonarroomwithamplespace forthehullunit,thePowerSupplyUnit,theTransceiverUnit andpersonnel.

Sonarroomarrangementexample

Figure5Sonarroomarrangementexample:Topview

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Sonarroomarrangementexample

ThePowerSupplyUnitcanbemounted,over,underorbesides theTransceiverUnit.

Figure6Sonarroomarrangementexample:Sideview

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Installationplanning

Hullunitorientationexample

Thehullunitshouldnormallybeorientedwiththe hoisting/loweringmotorpointingaft.Ifthisorientationmakes theMotorControlUnitattachedtothehullunitdifculttoaccess formaintenancepurposes,thehullunitmaybeorientedinthe mostsuitableposition.

ThedistancebetweenthehullunitandtheTransceiverUnitis limitedbythelengthofthetransducercable.

ThePowerSupplyUnitcanbemountedover,underorbesides theTransceiverUnit.Thedistancebetweenthetwounitsis limitedbythelengthofthecables.

Figure7Hullunitorientationexamples

(CD015420-003)

BOW

Irrespectiveofthehullunitorientation,thetransducershalln o t bemechanicallyaligned.

TransduceralignmentisperformedintheSH90ProcessorUnit byrotatingtheechopresentationonthedisplay.Thisisdescribed inadedicatedsection.

→Alignmentofthesonarpictureonpage121

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SimradSH90

SONARTRUNKINSTALLATION

Thesonartrunkprovidesthephysicalfoundationfortheentire hullunitgantry.Thetrunkfurtherpenetratesthehull,anditis thereforeacrucialpartofthehullunitassembly.Inorderto ensurepropersonaroperation,thelocationofthesonartrunk mustbecarefullyselected.

Atrunkwithablindcover–approvedbyDetnorskeV eritas (DnV)–canbeorderedfromSimradasanoptionaldelivery,orit maybemanufacturedbytheinstallationshipyardbasedonthe drawingsinthismanualandthepropertiesofthehull.

Note

Theinstallationshipyardmustprovideallnecessaryinstallation drawings,andifrequired,thesemustbeapprovedbythe applicableauthorities.See“Installationdrawings”inchapter About.

→Aboutthismanualonpage11

Topics

•Mountingthesonartrunkonpage37

•Sonartrunkprotectiononpage38

•Sonartrunkinstallationprinciplesonpage38

•Sonartrunkinstallationmeasurementsonpage41

Hullunitoutlinedimensiondrawings

•SH90Hullunitdimensionsonpage171

•SH90Sonartrunkdimensionsonpage172

•SH90Sonartrunkproductiononpage173

•SH90Blindcoverdimensionsonpage175

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Mountingthesonartrunk

Thelocationofthesonartrunkmustbecarefullyselected.

Note

Notetheorientationofthecentrelineofthetrunkwithregardto themountingbolts.

Removethegasketonthetopangeduringwelding.

Figure8Orientationofthesonartrunk

Theheightfromthetopofthetrunkangetotheundersideof theprotectionblistermustbeselectedasshownintheguresin sectionSonartrunkinstallationprinciplesonpage38.

Note

Inordertoobtainoptimalsonarperformance,thetotalheight ofthetrunkmustbeascloseaspossibletoitsstatedminimum height.

Thetopangemustbeparalleltotheconstructionwaterlinein boththefore-and-aftandathwartshipdirections.

Theinstallationtrunkmustbeweldedtoadoublingplatewhich mustbeatleast1.5timesasthickasthesurroundingshellplating. Thedoublingplate’snaldimensionsaretobegovernedbythe approvedinstallationdrawingssuppliedbytheshipyard.The trunkmustalsobestiffenedbyweldingknee-platestoitandthe doublingplateinboththefore-and-aftandathwartshipdirections.

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Sonartrunkprotection

Blisterprotection

Normally,asteelblisteristtedforprotection.Theblisteris weldedtotheshellplating.Theblistermaybeanopentype,or itcanbelledwithoiltopreventcorrosion.Thislastmethod providesexcellentprotection,andsimpliesmaintenance.See Sonartrunkinstallationprinciplesonpage38.

Corrosionprotection

Assoonasallinstallation,weldingandgrindinghasbeen performed,thetrunkandthesurroundingareashouldbeprimed andpaintedusingaqualityprotectivecoating.

Sonartrunkinstallationprinciples

Observethetwodrawingsprovided.Theseillustratetheprincipal installationofthesonartrunk.

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Sonartrunkinstallation

Figure9Installationofatrunkwithopenblister

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SimradSH90

Figure10Installationofatrunkwithoillledblister

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Sonartrunkinstallation

Sonartrunkinstallationmeasurements

Forfuturereference,themeasurements“A”,“B”,“C”and“D” fromthedrawingmustbemadeandnotedinthetablebelow.

Table1Trunkinstallationmeasurements

Millimeters

Inches

“A”

“B”

“C”

“D”

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HULLUNITINSTALLATION

ThischapterdescribesthephysicalinstallationoftheSimrad SH90HullUnit.

Thehullunitisacrucialpartofthesonarsystem.Duetoits physicalsizeandweight,andthefactthatthetrunkpenetrates thevesselhull,itisveryimportantthatthehullunitisinstalled andsecuredproperly.

Theinstallationshipyardmustprovideallnecessaryinstallation drawings,andifrequired,thesemustbeapprovedbythe applicableauthorities.Seethedrawingleformoredetails.

→Aboutthismanualonpage11

→Drawingleonpage163

Note

Toensurethesafetyofthesonarsystemandthevessel,itisvery importantthatthemechanicalsupportofthehullunitgantryis satisfactory.Formoreinformation,seetheinformationprovided aboutmechanicalsupport.

→Mechanicalsupportonpage47

Topics

•Howtounpackthehullunitfromitstransportboxonpage43

•Hullunitmountingonpage45

•Mechanicalsupportonpage47

•Transduceralignmentonpage47

•Hullunitinstallationchecklistonpage48

Relatedtopics

•Hullunitfamiliarizationonpage94

Hullunitoutlinedimensiondrawings

•SH90Hullunitdimensionsonpage171

•SH90Sonartrunkdimensionsonpage172

•SH90Sonartrunkproductiononpage173

•SH90Blindcoverdimensionsonpage175

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Hullunitinstallation

Howtounpackthehullunitfromitstransportbox

Note

Thetransducerisprotectedtopreventdamageduringtransport andhullunitinstallation.Thisprotectionmustremainattached whilethehullunitisbeingmanoeuvredintothesonarroom.

Figure11Removingthehullunitfromitstransportbox

ALiftingeyeonthehoistingunit

BMountinghardware(woodencradleandsupport

construction)

CTransducerprotection

Procedure

Note

Donotremovethetransducerprotection(C)fromthe transduceruntiljustbeforethehullunitisloweredontothe mountingtrunk.

1Removethetopcoverofthewoodenbox.

2PulloutallthenailsmarkedwithIndianink.

3Removethefasteninghardware(B).

4Ifyouwishtoreusetheboxtoholdtheoldhullunit,make

surethatyoukeepallthefasteninghardwareusedtosecure thehullunitinthewoodenbox.

5Fastentheliftingtackletothetwoliftingeyebolts(A)

onthetopofthehoistingunitandliftthehullunit(with thetransducerprotection(C)inplace)carefullyoutofthe transportationbox.

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Figure12Usethecorrectliftingeye!

Therearetwolifting eyesoneachsideof thehullunit:one onthehoistingunit andoneonthetopof thetransducershaft. Makesurethatyouuse theliftingeyeonthe hoistingunit(A)when youliftthehullunitout ofthetransportation box!

6Makesurethatyoukeepthetransducercableandconnector

dry.Watchthesecarefullytopreventthemfrombeing damaged,stuckorhookedontoprotrudingobjectswhile manoeuvringthehullunitintothesonarroom.

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Hullunitinstallation

Hullunitmounting

Note

TheMotorControlUnitmustneverbephysicallydismounted fromtheHullUnit.

Figure13Hullunitorientationexamples

(CD015420-003)

BOW

Hullunitmountingprocedure

Tomakesurethattheprocedureisfollowedcorrectly,andinthe

rightorder,tickoffeachtaskafterithasbeendone.

Useatackletolowerthehullunit(withthetransducer

protectioninplace)intothesonarroom

Removetheblindcoverfromthetrunkandcheckthat

thegasketisnotdamaged.

3Storetheblindcoverinthesonarroomforpossible

futureuse.

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SimradSH90

4 Removethetransducerprotectionandlowerthehull

unitcarefullyontothetrunk.

5Tightentheangenutswithatorqueofapproximately

140Nm.

Keepthetransducercableandconnectordry,and

handlethemwithgreatcaretopreventmechanicaldamage.

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Hullunitinstallation

Mechanicalsupport

Note

Toensurethesafetyofthesonarsystemandthevessel,itisvery importantthatthemechanicalsupportofthehullunitgantry issatisfactory.

Topreventunwantedvortexinducedvibration,thehullunitmust besecuredtothebulkhead.Usethetwoholesprovidedonthe gantrytomountsupportbracketsinthefore-and-aftandsideways direction.Itmustbepossibletoremovethesupportbracketsif maintenanceisrequired.

Figure14Mechanicalsupport

Hullunit

MotorControlUnit

Removablesupportbrackets

(CD015420-004)

Note

Ifyoudonotinstallapropermechanicalsupportforthehullunit gantry,theguaranteewillbevoid!

Transduceralignment

Irrespectiveofthehullunitorientation,thetransducershalln

o t

bemechanicallyaligned.

TransduceralignmentisperformedintheSH90ProcessorUnit byrotatingtheechopresentationonthedisplay.Thisisdescribed inadedicatedsection.

→Alignmentofthesonarpictureonpage121

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Hullunitinstallationchecklist

Performaclosevisualinspectionofthesonarroomandthe physicalinstallationofthehullunit.Refertotheapplicable requirementsprovidedinsectionSonarroomrequirementson page31,andllinthetablebelow.

Table2Hullunitinstallationchecklist

Item

YESNO

Aretheaccesshatchessatisfactory?

Istheheatingsatisfactory?

Istheinsulationsatisfactory?

Istheventilationsatisfactory?

Isabilgepumpinstalled?

Istheroomlightingsatisfactory?

Isthesonarroomsuitablydecked?

Isthemechanicalsupportofthehullunit satisfactory?

DoyouhavesatisfactoryaccesstotheMotor ControlUnit?

IftheanswertoanyofthesequestionsisNO,notedownthe decienciesasinstructedinInstallationremarksonpage238.

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TransceiverunitandPowerSupplyUnitinstallation

TRANSCEIVERUNITANDPOWERSUPPLY UNITINSTALLATION

ThischapterexplainshowtoinstalltheSimradSH90Transceiver UnitandtheSH90PowerSupplyUnit.Thetransceiveris normallypositionedinthesonarroomclosetothehullunit.

TheSH90PowerSupplyUnitmustbeinstalledclosetothe TransceiverUnit.Thedistancebetweenthetwocabinetsis limitedbythelengthofthepowercablebetweenthem.

Topics

•TransceiverUnitpreparationsonpage49

•PowerSupplyUnitpreparationsonpage50

•TransceiverUnitinstallationprocedureonpage50

•PowerSupplyUnitinstallationprocedureonpage54

Relatedtopics

•Sonarroomrequirementsonpage31

Cabinetoutlinedimensiondrawings

•TransceiverUnitdimensionsonpage164

•PowerSupplyUnitdimensionsonpage167

•ProcessorUnitdimensionsonpage169

•OperatingPaneldimensionsonpage170

TransceiverUnitpreparations

FreebulkheadspaceisrequiredtomounttheTransceiverUnit cabinet.

Provideamplespacearoundthecabinettoallowforinspection, maintenanceandpartsreplacement.Makesurethatthecabinet doorcanbefullydismountedforunobstructedaccesstoits internalparts.

Note

Thecabinetmustbemountedasacompleteunit.Thedoormust notbeopeneduntiltheunitissecurelyfastenedtothebulkhead.

B e f o r e youmounttheTransceiverUnit,observe:

•ThedistancebetweentheHullUnitandtheTransceiverUnit

isrestrictedbytheexibletransducercablejoiningthetwo. Remembertotakeintoconsiderationtheslacknecessaryto lowerthetransducer.

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SimradSH90

•ThedistancebetweenthePowerSupplyUnitandthe

TransceiverUnitisrestrictedbythelengthofthepowercable joiningthetwo.

o n o t fastenthetransducercabletotheTransceiverUnituntil

describedlaterinthestart-upprocedure.

Note

Theinstallationshipyardmustprovideallnecessaryinstallation drawings,andifrequired,thesemustbeapprovedbythe applicableauthorities.

Observethegeneralsonarroomrequirementsprovidedinsection Sonarroomrequirementsonpage31.

PowerSupplyUnitpreparations

FreebulkheadspaceisrequiredtomountthePowerSupplyUnit cabinet.Werecommendthatitismountedover,beloworbesides theTransceiverUnit.

Provideamplespacearoundthecabinettoallowforinspection, maintenanceandpartsreplacement.Makesurethatthecabinet doorcanbefullyopenedforunobstructedaccesstoitsinternal parts.

Note

Thecabinetmustbemountedasacompleteunit.Thedoormust notbeopeneduntiltheunitissecurelyfastenedtothebulkhead.

BeforeyoumountthePowerSupplyUnit,observethatthe distancebetweenthePowerSupplyUnitandtheTransceiver Unitisrestrictedbythepowercablejoiningthetwo.

Note

Theinstallationshipyardmustprovideallnecessaryinstallation drawings,andifrequired,thesemustbeapprovedbythe applicableauthorities.

TransceiverUnitinstallationprocedure

Tomakesurethattheprocedureisfollowedcorrectly,andinthe

rightorder,tickoffeachtaskafterithasbeendone.

Removethetwomountingbracketswhicharefastened

totheshockabsorbersontheTransceiverUnit.

UsetheAllenkeyfoundintheplasticbagfastenedtothe uppershockabsorber.

Weldthemountingbracketssecurelytothebulkhead.

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TransceiverunitandPowerSupplyUnitinstallation

3 UseachainfallorsimilardevicetolifttheTransceiver

Unitintopositionandboltittothemountingbrackets.

Notethateightboltsareprovidedintheplasticbagfastened totheuppershockabsorber.

ConnectthegroundingcablefromtheTransceiverUnit

tothemountingbracket.

Figure15Installationofmountingbrackets(1)

(CD15027G)

680±5mm

680±2mm

ADeckhead

BBulkhead

CDeck

DAnglebarswiththreadedholes

forshockabsorbers.Thesebars aresuppliedbySimrad.

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SimradSH90

Figure16Installationofmountingbrackets(2)

ADeckhead

BBulkhead

CDeck

DAnglebarswiththreaded

holesforshockabsorbers. Thesebarsaresuppliedby Simrad.

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TransceiverunitandPowerSupplyUnitinstallation

AUppershock

absorber

BTransceiver

Unit

CCabinetdoor

DGrounding

cable

EGrounding

cable,detail

Figure17InstallationofTransceiverUnit

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SimradSH90

PowerSupplyUnitinstallationprocedure

ThisproceduredescribeshowtoinstallthePowerSupplyUnit.It mustbemountedonthebulkheadclosetotheTransceiverUnit. Observethelimitedlengthofthecables.

Foroutlinedimensions,seePowerSupplyUnitdimensionson page167.

Figure18PowerSupplyUnitinstallation

Tomakesurethattheprocedureisfollowedcorrectly,andinthe

rightorder,tickoffeachtaskafterithasbeendone.

1 Preparethemountinglocation.

Denethelocationofthefourmountingboltsforthe

PowerSupplyUnit.

MountthePowerSupplyUnitonthebulkheadusing

fourboltsthroughthemountinglugs.

Connectthegroundingcabletothegroundingbolt.

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Wheelhouseunitsinstallation

WHEELHOUSEUNITSINSTALLATION

ThischapterexplainshowtoinstalltheSimradSH90hardware unitsnormallypositionedinthewheelhouse.Theseunitsinclude:

•ColourMonitor

•Operatingpanel

•OperatingPanelpowersupply

•ProcessorUnit

Note

Theinstallationshipyardmustprovideallnecessaryinstallation drawings,andifrequired,thesemustbeapprovedbythe applicableauthorities.

Topics

•Physicallocationofwheelhouseunitsonpage55

•Maximumdistancesbetweentheunitsonpage58

•Installationofthecolourdisplayonpage59

•InstallationoftheOperatingPanelonpage59

•InstallationoftheOperatingPanelPowerSupplyonpage60

•InstallationoftheProcessorUnitonpage60

Cabinetoutlinedimensiondrawings

•TransceiverUnitdimensionsonpage164

•PowerSupplyUnitdimensionsonpage167

•ProcessorUnitdimensionsonpage169

•OperatingPaneldimensionsonpage170

Physicallocationofwheelhouseunits

Onboardroutinesandthelistedinstallationrequirementsmust bethoroughlydiscussedwiththecaptainwhenselectingthe locationsfortheOperatingPanelandcolourdisplay.

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SimradSH90

Installationrequirements

Installationofthewheelhouseunitsmustbeperformedby qualiedandtrainedpersonnelwithregardto:

•Thesafenavigationofthevessel

•The"Compasssafedistance"foreachindividualunit.

•Ergonomicallycorrectoperatingandviewingheights.

•Maximumallowablecabledistancesbetweenthevarious

units.

•Theinstallationareasaredry ,wellventilatedandfreeof

excessivedustandvibration.

•Easyaccesstothecableconnectionsonthebackofthe

equipmentisprovided.

•Enoughextracableisallowedtofacilitatemaintenanceand

servicebynothavingtodisconnectthecables.

WestronglyrecommendthattheOperatingPanelispositioned inthesamephysicaldirectionasthecolourdisplay,sothat“up” ontheoperatingpanelisinparallelwith“up”onthedisplay. Experiencehasshownthatthiswillmakeiteasierwhenusing thetrackballtocontrolthecursor.

Locationofthecolourdisplay

Thedisplaymonitorshouldbelocatedsothatitisbestprotected fromglarewhichreducesreadability.Itmaybe:

•Panelmounted

•Desktopmounted

•Bulkheadmounted

•Overheadmounted

Refertothedisplaymonitor’sinstructionmanualforthecompass safedistance.

Ifseveralcolourdisplaysaremountedinthewheelhouseforuse withvarioussonars,echosoundersandradarsystems,wesuggest thatyouinstalladisplayselectordevice.Adisplayselectorwill allowyoutosetupthesonar(oranyothersystem)tobeviewed onanydisplay,andthismaybechosendependingonthecurrent operationstakingplace.Ifacommercialdisplayisused,observe theminimumtechnicalrequirements.

Formoreinformation,seeInstallationofthecolourdisplayon page59.

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Wheelhouseunitsinstallation

LocationoftheOperatingPanel

TheOperatingPanelprovidedwiththeSimradSH90contains allthecontrollersforthesonaroperation.Thebuilt-intrackball allowsyoutooperatethemenusystemonthesonar,but additional“short-cut”buttonshavealsobeenprovidedtoaccess themostcommonfunctionsdirectly.Testshaveshownthatthis allowsyoutooperatethesonarfaster,anditreducesfatigue. WerecommendthattheOperatingPanelismountedinanearly horizontalposition,andwithineasyviewingrangeofthedisplay unit.Thecompasssafedistancestobeallowedforwhenplanning theunit’slocationare:

•StandardCompass:0.1m.

•SteeringCompass:0.1m.

Formoreinformation,seeInstallationoftheOperatingPanel onpage59.

LocationoftheOperatingPanelPower Supply

TheOperatingPanelPowerSupplysuppliedwiththeSimrad SH90providesthestand-bypowerfortheOperatingPanel.The powersupplyconnectstotherearsideoftheProcessorUnit.We recommendthatthepowersupplyisplacedintheimmediate vicinityoftheProcessorUnit.

Formoreinformation,seeInstallationoftheOperatingPanel PowerSupplyonpage60.

LocationoftheProcessorUnit

TheProcessorUnitshouldbeinstalledinsideaconsole,ina cabinetoronadesk.Makesurethatadequateventilationis availabletoavoidoverheating.Thecompasssafedistancestobe allowedforwhenplanningtheunit’slocationare:

•StandardCompass:(Notyetavailable)

•SteeringCompass:(Notyetavailable)

Formoreinformation,seeInstallationoftheProcessorUniton page60.

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SimradSH90

Maximumdistancesbetweentheunits

Observethemaximumdistancesbetweenthewheelhouseunits.

Figure19Maximumdistancesbetweenthewheelhouseunits

SIMRAD

(CD015508-001)

(*)

(*)(*)

1.7m

4.5m

1.8m

1.7m

100m

Allmeasurementsareinmeters.

(*)Thelengthofthesecablesaredeterminedbytheapplicable manufacturers.

AProcessorUnit

BColourMonitor

COperatingpanel

DOperatingPanelpowersupply

EUninterruptedpowersupply

FEthernetcablebetweensonarroomandwheelhouse

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Wheelhouseunitsinstallation

Installationofthecolourdisplay

Differentdisplayunitsareavailableasoptionalequipment.For installationandoperationofthechosendisplayunit,refertothe manualsuppliedwiththeunit.

Installationprocedure

Tomakesurethattheprocedureisfollowedcorrectly,andinthe

rightorder,tickoffeachtaskafterithasbeendone.

ObservetheMaximumdistancesbetweentheunitsonpage58.

Installthecolourdisplayunitasdescribedthe

applicabledocumentationprovidedwiththeunit.

•Thedisplaymustbelocatedsothatitisbestprotected fromglarewhichreducesreadability.

•Thedisplaymaybemountedinapanel,onthedesktop orbulkhead,oroverhead.

•Makesurethatadequateventilationisavailabletoavoid overheating.

•Thecompasssafedistancemustbeallowedforwhen planningtheunit’slocation.

•Makesurethattheinstallationallowsforthephysical movementsandforcesnormallyexperiencedonavessel.

•Makesurethatenoughspaceisprovidedformaintenance work.

InstallationoftheOperatingPanel

Installationprocedure

TheOperatingPanelisdesignedtoberecessedinapanel.

Tomakesurethattheprocedureisfollowedcorrectly,andinthe

rightorder,tickoffeachtaskafterithasbeendone.

ObservetheMaximumdistancesbetweentheunitsonpage58.

MounttheOperatingPanelinanalmosthorizontal

positiontofacilitateoperationofthetrackball.

•Thenecessarymountinghardware(fourscrews,fournut platesandfourboltcovers)aresuppliedinthestandard delivery.

•OperatingPaneldimensionsonpage170

Drillandcutthepanelopeningasshowninthegure.

MounttheOperatingPanelusingthesupplied

hardware.

APositionthefournutplatesshowninthegure.

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SimradSH90

Figure20OperatingPanelcut-out

372mm

Nutplate

152mm

401.9mm

ø7x4

(CD015022M)

BUsea3mmAllenkeytofastenthefourspecialbolts.

CMounttheboltcoversinthefourcornersofthe

OperatingPanel.

InstallationoftheOperatingPanelPowerSupply

NospecicinstallationprocedureappliestotheOperatingPanel PowerSupply.

InstallationoftheProcessorUnit

TheProcessorUnitshouldbemountedonthedeckorshelf insideaconsole,cabinetordesk.Itmustbemountedclosetothe OperatingPanelandthecolourdisplay.

Provideamplespacearoundthecomputer.Thisisnecessaryto reachandusethefrontandrearmountedUSBconnectors,and theCD/DVDplayer.Itisalsoimportanttoallowforeasyaccess toallthecables,andtoprovideforinspection,maintenanceand partsreplacement.Makesurethatthecomputercanbefully openedforunobstructedaccesstoitsinternalparts.

Installationprocedure

Tomakesurethattheprocedureisfollowedcorrectly,andinthe

rightorder,tickoffeachtaskafterithasbeendone.

ObservetheMaximumdistancesbetweentheunitsonpage58.

Preparethemountinglocation.

•Forphysicalproperties,seeProcessorUnitdimensions onpage169.

DisassemblethebaserailsfromtheProcessorUnitby

removingthetwofrontbaserailscrews.

Attachthebaserailsasshowninthegure.

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Wheelhouseunitsinstallation

Note

Notethatthefourrubberbushingsmustbemountedontop ofthebaserails.Thesearerequiredtoprovidevibration andshockabsorptionbetweenthebaserails,andtherails mountedontheProcessorUnit.

Figure21InstallationoftheProcessorUnit

315.3

(433.5)

(36.7)

ø6.5

297.5

Rubberfootinsiderail

(CD031082-004)

4 MounttheProcessorUnitontothebaserails.

•Hooktheunitontotherailsattherearend.

•Pressitdown.

•SecuretheProcessorUnitwiththetwofrontbaserail screws

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SimradSH90

UPSINSTALLATION

InordertoensurecontinuousoperationoftheSimradSH90 independentofvaryingqualityofthevessel’smainssupply,the useofuninterruptedpowersupplies(UPS)isrequired.

TwoUPSunitsareused.Oneisusedtopowerthewheelhouse units,whiletheotherisusedtopowertheTransceiverUnitand thePowerSupplyUnit.

Theinstallationoftheseunitsmustbeperformedasdescribed intheapplicabledocumentationprovidedbythemanufacturer. EnsurethatyouinstalltheUPSunitinsuchawaythat maintenanceiseasilycarriedout.

TheUPSunitsrecommendedbySimradarelistedinsection Additionalrequireditemsonpage20.

Relatedtopics

•UninterruptedPowerSupply(UPS)onpage20

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Page 65

Cablelayoutandinterconnections

CABLELAYOUTANDINTERCONNECTIONS

Pleasendprovidedtheinstallationproceduresandrequirements fortheSimradSH90cables.Theseinstructionsmustbeused togetherwiththecableplan.

Note

Allelectronicinstallationsandcorrespondingwiringmustbein accordancewiththevessel’ snationalregistryandcorresponding maritimeauthorityand/orclassicationsociety.

ObserveBasiccablerequirementsonpage209.

Ifnosuchguidelinesexist,werecommendthatDetNorske Veritas(DNV)ReportNo.80-P008«GuidelinesforInstallation andProposalforTestofEquipment»isusedasaguide.

Topics

•Cableplanonpage64

•Listofcablesonpage66

•Cableproceduresonpage72

•ProcessorUnitseriallinesonpage88

•Referencestodetailedcabledrawingsandspecicationson page92

Relatedtopics

•Cablingprinciplesonpage188

•Cablestoperipheraldevicesonpage189

•Cabledrawingsonpage193

•Basiccablerequirementsonpage209

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SimradSH90

Cableplan

Cablesidentiedwithanasterisk(*)aresuppliedwiththesonar.

Figure22Wheelhousecables

C12*

C21

SIMRAD

C3* C4*

C13

COM2 COM3 COM4 COM5

OptionalCOMports

C5*

C10*

C11*

(CD015508-001)

G H

Wheelhouseitems

AProcessorUnit

BColourMonitor

COperatingpanel

DOperatingPanelpowersupply

EUninterruptedpowersupply

FScienticoutput

GEthernetcablebetweensonarroomandwheelhouse

HSerialinterfaces

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Cablelayoutandinterconnections

Figure23Sonarroomcables

ATransceiverUnit

BPowerSupplyUnit

CUninterruptedpowersupply

DMotorControlUnit

EEthernetcommunicationbetweensonarroomandwheelhouse

FEthernetcontrolcabletoMotorControlUnit

GTransducercable

H3–phaseACmainstoMotorControlUnit

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SimradSH90

Listofcables

Sonarcables

C1SH90/C01ACmainstoUninterruptedPowerSupplyinthe

wheelhouse

•ThisisastandardACmainscable.Itisprovidedwith theUninterruptedPowerSupply.IftheACmains connectoronthecabledoesnott,replaceitwitha suitableconnector.

•Typicalcablelengthisbetween1,5and2meters.If thisistooshort,youmustuseanextensioncable,or makeyourownpowercable.

•ConnectACmainstotheUninterruptedPowerSupply onpage72

•ACmains(IEC60320)onpage197

C2SH90/C02ACmainstocolourdisplay

•Thiscableisprovidedwiththecolourdisplay.Itisa standardcommercialcable.

•Typicalcablelengthisbetween1,5and2meters.If thisistooshort,youmustuseanextensioncable,or makeyourownpowercable.

•ConnectACmainstothecolourdisplayonpage78

•ACmains(IEC60320)onpage197

C3SH90/C03ACmainstoProcessorUnit

•Thiscableisprovidedwiththesonar.Itisastandard mainssupplycable.

•Typicalcablelengthisbetween1,5and2meters.If thisistooshort,youmustuseanextensioncable,or makeyourownpowercable.

•ConnectACmainsandgroundtotheProcessorUnit onpage77

•ACmains(IEC60320)onpage197

C4SH90/C04+12VdcfromOperatingPanelpowersupply

toProcessorUnit

•Thisisacommercialpowersupply.Itisprovidedwith thesonar.Thepoweredcableisphysicallyxedtothe powersupplybody.

•ConnecttheOperatingPanelpowersupplytothe ProcessorUnitonpage76

•DCpowersupplyonpage200

C5SH90/C05ACmainstoOperatingPanelpowersupply

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Cablelayoutandinterconnections

•Thiscableisprovidedwiththesonar,itisphysically xedtothepowersupply.

•Typicalcablelengthisbetween1,5and2meters.If thisistooshort,youmustuseanextensioncable,or makeyourownpowercable.

•ConnecttheOperatingPanelpowersupplytothe ProcessorUnitonpage76

•ACmainswithIEC320/C7onpage199

C6SH90/C06GroundcableforProcessorUnit

•Thiscablemustbeprovidedbytheinstallation shipyard.Itisastandardcommercialgroundcable.

•ConnectACmainsandgroundtotheProcessorUnit onpage77

•Vesselgroundonpage196

C7SH90/C07GroundcableforOperatingPanel

•Thiscablemustbeprovidedbytheinstallation shipyard.Itisastandardcommercialgroundcable.

•ConnectgroundtotheOperatingPanelonpage79

•Vesselgroundonpage196

C8SH90/C08EthernetcablefromProcessorUnitto

TransceiverUnit

•ThiscableisusedbetweentheProcessorUnitinthe wheelhouseandtheTransceiverUnitinthesonarroom. ItisahighqualityEthernetcable.Itcanbeprovided bytheinstallationshipyard,ororderedfromSimrad.

Note

ItisveryimportantthatahighqualityEthernetcable isused.YoumustuseCAT-5Equalityorbetter .

•ConnecttheProcessorUnittotheTransceiverUnit onpage80

•RJ45Ethernet,straightonpage202

C9SH90/C09VideocablefromProcessorUnittocolourdisplay

•Thiscableisnormallyprovidedwiththedisplay.Itisa standardcommercialcable.

•ConnectthevideocablefromtheProcessorUnittothe colourdisplayonpage73

•VGA/SVGADisplayonpage204

•DVI–IDisplayonpage206

C10SH90/C10OperatingPanelUSBcabletoProcessorUnit

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SimradSH90

•Thiscableisprovidedwiththesonar.Itisastandard USBdatacablewithlength4,5meters.

•ConnecttheUSBcablefromtheOperatingPanelto theProcessorUnitonpage74

•UniversalSerialBus(USB)onpage205

C11SH90/C11OperatingPanel“Dualcable”toProcessorUnit

•Thiscableisprovidedwiththesonar.Itisaspecial dualcablewithonecommon15-pinconnectorleading totwoseparate9-pinconnectorsinthetwootherends ofthecable.Thecablelengthis4,5meter.

•ConnecttheOperatingPanel“Dualcable”onpage75

•OperatingPanel“Dual”onpage208

C12SH90/C12PowercabletoOperatingPanel(sameasC11)

C13SH90/C13Seriallineinterfaces/COM2throughCOM5)

•Bydefault,fourseriallinesareprovidedforinterfaceto peripheralunits.TheseareidentiedasCOM2through

COM5.Adedicatedadapterisprovidedwiththe

deliverytoprovidefourmale9–pinD-subconnectors, andspecialscrewterminalsarealsoprovidedforthese. Othercablesmustbeprovidedbytheinstallation shipyard.

•Connectingthecoursegyroonpage137

•Connectingthespeedlogonpage136

•Coursegyrointerfacesetupandtestonpage139

•Speedloginterfacetestonpage138

•Positioningsysteminterfacesetupandtestonpage140

•ProcessorUnitseriallinesonpage88

•MoxaCP-134U-Iserialadapteronpage194

C14Notused

C15Notused

C16Notused

C17Notused

C18Notused

C19Notused

C20Notused

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Cablelayoutandinterconnections

C21SH90/C21Ethernetinterfaceforscienticoutput(optional)

•Thiscablemustbeprovidedbytheinstallation shipyard.UseahighqualityEthernetcabletforthe bandwidthprovided.

•ConnecttheEthernetcableforscienticoutputon page87

•RJ45Ethernet,straightonpage202

C22SH90/C22ACmainstoTransceiverUnit

•Thiscableisprovidedwiththesonar.Itisastandard commercialcable.

•Typicalcablelengthisbetween1,5and2meters.If thisistooshort,youmustuseanextensioncable,or makeyourownpowercable.

•ConnectACmainstotheTransceiverUnitonpage81

•ACmains(IEC60320)onpage197

C23SH90/C23ACmainstoUninterruptedPowerSupplyinthe

sonarroom

•ThisisastandardACmainscable.Itisprovidedwith theUninterruptedPowerSupply.IftheACmains connectoronthecabledoesnott,replaceitwitha suitableconnector.

•Typicalcablelengthisbetween1,5and2meters.If thisistooshort,youmustuseanextensioncable,or makeyourownpowercable.

•ConnectACmainstotheUninterruptedPowerSupply onpage72

•ACmains(IEC60320)onpage197

C24SH90/C24ACmainstoPowerSupplyUnit

•Thiscableisprovidedwiththesonar.Itisastandard mainssupplycable.

•ConnectACmainsandgroundtothePowerSupply Unitonpage84

•ACmains(IEC60320)onpage197

C25SH90/C25DCpowerfromPowerSupplyUnittoTransceiver

Unit

•Thiscableisprovidedwiththesonar.Itisphysically attachedtothebottomofthePowerSupplyUnit.The openendofthecableisttedwithaspecialplug.

•Thecableisapproximately1,5meterslong.

•ConnectthepowercablefromthePowerSupplyUnit totheTransceiverUnitonpage82

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SimradSH90

•DCpowerfromPowerSupplyUnittoTransceiver Unitonpage201

C26SH90/C26EthernetcablefromtheT ransceiverUnittothe

MotorControlUnit

•Thiscableisprovidedwiththesonar.Thepartnumber is338859,andthecableis9,7meterslong.Itisa highqualityEthernetcable,anditisttedwithanoise suppressor.

•Theendofthecablettedwiththenoisesuppressor mustbeconnectedtotheMotorControlUnit.

•ConnecttheTransceiverUnittotheMotorControl Unitonpage86

•RJ45Ethernet,straightonpage202

•RJ45Ethernetwithnoisesuppressoronpage203

C27SH90/C27Transducercable

•Thiscableisprovidedwiththesonar.Itcontainsone cablepairforeachofthetransceiverchannelsina specialscreenedcable.

•Thetransducercableisphysicallyattachedtothe topofthetransducershaft,andconnectstoaspecial connectoronthesideoftheTransceiverUnit.

•Donotconnectthetransducercableuntilspecically instructedtodosobythesetupprocedure.

•Cablelengthis4,5meters.

•Transducercableonpage88

C28SH90/C283–phaseACpowertoMotorControlUnit

•Thiscablemustbeprovidedbytheinstallation shipyard.ItisaspecialACmainscable.

Note

Thiscablecanbepreparedforinstallation,butitmust NOTbeconnectedtotheMotorControlUnituntil specicallyinstructedbythesetupprocedure.

•ConnectACmainstotheMotorControlUniton page85

•ACmainstoMotorControlUnitonpage198

C29SH90/C29EthernetcablefromT ransceiverUnittoPower

SupplyUnit

•Thiscableisprovidedwiththesonar.Thepartnumber is326661,andthecableis1,7meterslong.Itisa highqualityEthernetcable,anditisttedwithanoise suppressor.

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Cablelayoutandinterconnections

•Theendofthecablettedwiththenoisesuppressor mustbeconnectedtothePowerSupplyUnit.

•ConnecttheEthernetcablefromthePowerSupply UnittotheTransceiverUnitonpage83

•RJ45Ethernet,straightonpage202

•RJ45Ethernetwithnoisesuppressoronpage203

C30SH90/C29GroundcableforPowerSupplyUnit

•Thiscablemustbeprovidedbytheinstallation shipyard.Itisastandardcommercialgroundcable.

•ConnectACmainsandgroundtothePowerSupply Unitonpage84

•Vesselgroundonpage196

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SimradSH90

Cableprocedures

Observethefollowingprocedurestodothesonarcabling.

Notethatdetailedinformationaboutcablespecications, terminationandconnectorsareprovidedinthereferenced sections.AllcablesareprovidedbySimradunlessotherwise specied.Inordertoprovideformaintenanceandtoallowfor vibration,makesurethatsomeslackisprovidedforallcables. Tomakesurethateachprocedureisfollowed,tickoffeachtask afterithasbeendone.

Note

Beforeyouperformthesonarcabling,ensurethatthemains circuitbreakerforthesonarsystemisswitchedoff.

o n o t mounttheexibletransducercabletotheTransceiver

Unit.Thiswillbedescribedlater.

ConnectACmainstotheUninterrupted PowerSupply

TherearetwoUninterruptedPowerSupply(UPS)locations;the sonarroomandthewheelhouse.StandardcommercialACmains cablesareused,andtheseareprovidedwiththeUninterrupted PowerSupplyunits.IftheACmainsconnectorsonthecablesdo nott,replacewithasuitableconnectors.

Procedure

Forcabledetails,seeACmains(IEC60320)onpage197.

ConnecttheUninterruptedPowerSupplyinthe

wheelhousetothevessel’sACmains(SH90/C1).

2ConnecttheUninterruptedPowerSupplyinthesonar

roomtothevessel’sACmains(SH90/C23).

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Cablelayoutandinterconnections

ConnectthevideocablefromtheProcessor Unittothecolourdisplay

Thisisastandardcommercialcable.Itisoftenphysically attachedtothedisplay,andterminatedinthe“computerend” withamale15-pinDeltaconnector(VGA)oraspecialDVI connector.ThegraphicadapterontherearsideoftheProcessor Unitprovidestwoconnectors,oneforVGAandoneforDVI-I. Choosetheconnectorthattsyourcable.Ifyouhavetwo displaysbothcanbeconnectedsimultaneously,buttheywill showthesamepicture.

Figure24Displaycableconnections

Note

Keepthedisplaycableasshortaspossible.Ifthecableistoo long,itmaypickupelectricnoise,andthiswilldegradethe imagequality.

Procedure

Forcabledetails,seeVGA/SVGADisplayonpage204andDVI–I Displayonpage206.

Connectthedisplaycable(SH90/C09)fromthe

appropriateslotontherearsideoftheProcessorUnittothe colourdisplay.

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SimradSH90

ConnecttheUSBcablefromtheOperating PaneltotheProcessorUnit

ThisisastandardcommercialUSBdatacable.Itconnects betweentheOperatingPanelandtheProcessorUnit.Thecable lengthis4,5meters.IthasaquadraticUSBconnectorinthe OperatingPanelend(B-plug),andrectangularUSBconnectorin theProcessorUnitend(A-plug).

Figure25USBcableconnections

Procedure

Forcabledetails,seeUniversalSerialBus(USB)onpage205.

ConnectthecablefromtheB-typeUSBconnector

undertheOperatingPaneltooneofthevacantUSB connectorsontherearsideoftheProcessorUnit(SH90/C10).

2SecuretheconnectorundertheOperatingPanelwithacable

stripasindicatedwiththe(!).

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Cablelayoutandinterconnections

ConnecttheOperatingPanel“Dualcable”

ThisisaspecialdualcablefromtheOperatingPaneltothe ProcessorUnit.Thiscablehasonecommon15-pinconnector leadingtotwoseparate9-pinconnectorsinthetwootherendsof thecable.Thecableisincludedinthestandarddelivery,andthe cablelengthis4,5meter.Thecableisconnectedasfollows:

115-pinD-connector(commonend)toOperatingPanel.

29-pinfemaleD–connectortoProcessorUnitslotJ5.

39-pinmaleD–connectortoProcessorUnitslotJ6.

Figure26“Dualcable”connections

Procedure

Forcabledetails,seeOperatingPanel“Dual”onpage208.

ConnectthesingleendofthecabletotheD-connector

undertheOperatingPanel.

2ConnectoneendtotheD-connectorinslotJ5onthe

rearsideoftheProcessorUnit(SH90/C1 1).

ConnectoneendtotheD-connectorinslotJ6onthe

rearsideoftheProcessorUnit(SH90/C12).

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SimradSH90

ConnecttheOperatingPanelpowersupply totheProcessorUnit

Inordertofacilitatethesonar’son/offfunction,theOperating Panelmustbefedapermanentstand-bypower.Thissupply powerisprovidedbyasmallcommercialpowersupplyconnected totherearsideoftheProcessorUnit.IftheACmainsconnector onthecabledoesnott,replaceitwithasuitableconnector.

ThemainsvoltagefortheOperatingPanelpowersupplyis115 or230V ac,anditwillautomaticallysensethecurrentsupply voltage.

Figure27OperatingPanelpowersupplyconnections

Procedure

Forcabledetails,seeACmainswithIEC320/C7onpage199and DCpowersupplyonpage200.

1Locatethecommercialpowersupply.

2ConnectthepowersupplytotheACmainsusingthecable

provided(SH90/C05).

3InserttheDCplugintothesocketonslot6ontherearside

oftheProcessorUnit(SH90/C04).

4Arrangethecablestopreventthemfromaccidentally

disconnectingduringheavyseasorotherdisturbances.

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Cablelayoutandinterconnections

ConnectACmainsandgroundtothe ProcessorUnit

ThemainsvoltagefortheProcessorUnitis115or230V ac,and itwillautomaticallysensethecurrentsupplyvoltage.

TheACmainscableisastandardcommercialitem.IftheAC mainsconnectoronthecabledoesnott,replaceitwitha suitableconnector.

Figure28ProcessorUnitACmainsandgroundingcables

Procedure

Forcabledetails,seeV esselgroundonpage196andACmains (IEC60320)onpage197.

ConnecttheUninterruptedPowerSupply(UPS)inthe

wheelhousetothevessel’sACmains.

2ConnecttheACmainscable(SH90/C03)fromthe

ProcessorUnittotheUPS.

Connectthegroundingcable(SH90/C06)tothe

ProcessorUnit.

Thegroundingcablemustbeprovidedbytheinstallation shipyard.Itmustbeconnectedtothenearestgrounding point.

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SimradSH90

ConnectACmainstothecolourdisplay

TheACmainscableisastandardcommercialitem.IftheAC mainsconnectoronthecabledoesnott,replaceitwitha suitableconnector.

Procedure

Forcabledetails,seeACmains(IEC60320)onpage197.

ConnecttheACmainscable(SH90/C02)fromthe

UninterruptedPowerSupplyinthewheelhousetothecolour display.

Thisisastandardcommercialmainscable.

Connectagroundingcabletothecolourdisplayifthis

isspeciedintheinstallationinstructionsprovidedbythe manufacturer.

Thegroundingcablemustbeprovidedbytheinstallation shipyard.Itmustbeconnectedtothevessel’sgroundinthe fusebox(orothercommongroundingpoint).

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Cablelayoutandinterconnections

ConnectgroundtotheOperatingPanel

Thisisastandardgroundingcable.

Figure29GroundconnectionontheOperatingPanel

Procedure

Forcabledetails,seeV esselgroundonpage196.

Connectthegroundingcable(SH90/C07)tothe

OperatingPanel.

Aconnectionboltislocatedundertheunit.Thegrounding cablemustbeprovidedbytheinstallationshipyard.Itmust beconnectedtothevessel’sgroundinthefusebox(orother commongroundingpoint).

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SimradSH90

ConnecttheProcessorUnittothe TransceiverUnit

ThisisanEthernetcable.ItcanbeorderedfromSimrad,orit canbeprovidedbytheinstallationshipyard.

Note

ItisveryimportantthatahighqualityEthernetcableisused. YoumustuseCAT-5Equalityorbetter .

Figure30ProcessorUnittoTransceiverUnitconnections

Procedure

Forcabledetails,seeRJ45Ethernet,straightonpage202.

ConnecttheEthernetcable(SH90/C08)fromthel e f t

Ethernetsocketontheconnectionpanelontherearsideof theProcessorUnit,tother

i g h t Ethernetsocketunderthe

TransceiverUnit.

WerecommendthatanadditionalspareEthernetcableis installedbetweenthewheelhouseandthesonarroom.

EachendoftheEthernetcablesmustbeterminatedwith aPhoenixContactVariosubRJ45Quickconconnector. Connectors(andmountinginstructions)areprovidedinthe sonardelivery.

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Cablelayoutandinterconnections

ConnectACmainstotheTransceiverUnit

ThemainsvoltagefortheTransceiverUnitis230V ac.

Inordertopreventunwantedgroundingloops,themainspower forboththeTransceiverUnitandthePowerSupplyUnitmust beconnectedtothesamesource.Werecommendthatthesame contactblockisused.

TheACmainscableisastandardcommercialitem.Itis connectedtoasocketatthebottomoftheTransceiverUnit.If theACmainsconnectoronthecabledoesnott,replaceitwith asuitableconnector.

Figure31TransceiverUnitACmainssocket(A)

Procedure

Forcabledetails,seeACmains(IEC60320)onpage197.

ConnecttheACmainscable(SH90/C22)fromthe

UninterruptedPowerSupplyinthesonarroomtothebottom socketontheTransceiverUnit.

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SimradSH90

ConnectthepowercablefromthePower SupplyUnittotheTransceiverUnit

ThePowerSupplyUnitmustbeinstalledclosetotheTransceiver Unit.DCpowercableSH90/C25transferstheDCpowerfromthe PowerSupplyUnittotheTransceiverUnit.Thecableisfastened tothebottomofthePowerSupplyUnit,andthusprovidedby Simrad.Itisapproximately1,5meterslong.

Figure32DCpowercablefromPowerSupplyUnitandTransceiverUnit

Procedure

Forcabledetails,seeDCpowerfromPowerSupplyUnitto TransceiverUnitonpage201.

ConnecttheDCcable(SH90/C25)totheappropriate

socketatthebottomoftheTransceiverUnit.

Observethelockingmechanism.

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Cablelayoutandinterconnections

ConnecttheEthernetcablefromthePower SupplyUnittotheTransceiverUnit

ThePowerSupplyUnitmustbeinstalledclosetotheTransceiver Unit.EthernetcablewithnoisesuppressorSH90/C29isused fromtheTransceiverUnittothePowerSupplyUnit.Thecableis providedbySimrad.Itis1,6meterslong.

Figure33EthernetcablebetweenPowerSupplyUnitandTransceiverUnit

Procedure

Forcabledetails,seeRJ45Ethernet,straightonpage202and RJ45Ethernetwithnoisesuppressoronpage203.

1ConnecttheEthernetcable(SH90/C29)fromthem

i d d l e networksocketatthebottomoftheTransceiverUnittothe socketatthebottomofthePowerSupplyUnit.

Note

ThenoisesuppressorontheEthernetcableisttedcloseto oneoftheRJ45plugs.Thisplugm

u s t beconnectedtothe

PowerSupplyUnit.

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SimradSH90

ConnectACmainsandgroundtothePower SupplyUnit

ThemainsvoltageforthePowerSupplyUnitis230V ac.

Inordertopreventunwantedgroundingloops,themainspower forboththeTransceiverUnitandthePowerSupplyUnitmust beconnectedtothesamesource.Werecommendthatthesame contactblockisused.

ThePowerSupplyUnitisconnectedtotheUninterruptedPower SupplyforACmains,andtoground.Twocablesareused:

•ACmainscableSH90/C24fromtheUninterruptedPower SupplytothePowerSupplyUnit.Thiscableisprovidedwith thesonar.

•GroundingcableSH90/C30fromPowerSupplyUnittovessel ground.Thiscablemustbeprovidedbytheinstallation shipyard.

Figure34ACmainsandgroundtoPowerSupplyUnit

Procedure

Forcabledetails,seeACmains(IEC60320)onpage197and Vesselgroundonpage196.

1ConnecttheACmainscable(SH90/C24)fromthesocketat

thebottomofthePowerSupplyUnittothemainssupply.

2Connectthegroundingcable(SH90/C30)fromthe

connectionboltatthebottomofthePowerSupplyUnitto vesselground.

AconnectionboltislocatedunderthePowerSupplyUnit. Thecablemustbeconnectedtothevessel’sgroundinthe fusebox(orothercommongroundingpoint).

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Cablelayoutandinterconnections

ConnectACmainstotheMotorControlUnit

Thisisaspecialmainscablefor3-phaseACmains.Itmust beprovidedbytheinstallationshipyard.Observethecable specications,seeACmainstoMotorControlUnitonpage198.

Note

Youmustuseminimum4x2.5mm²cable.Ensurethatthescreen isproperlyterminatedinthecablegland.

Figure353–phaseACmainsconnections

HOIST STOP

REMOTE LOWER

Cable gland

Ground

3-phase

230/380/440V acmains

(CD015506-015)

Forcabledetails,seeACmainstoMotorControlUniton page198.

Connectthe3–phaseACmainscable(SH90/C28)from

theMotorControlUnittothevessel’s3-phaseACmains.

Note

DONOTapply3–phasepowertotheMotorControlUnituntil instructedbytheapplicablestart-upprocedure.

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SimradSH90

ConnecttheTransceiverUnittotheMotor ControlUnit

AnEthernetcablewithnoisesuppressorSH90/C26isusedfrom theTransceiverUnittotheMotorControlUnit.Thecableis providedbySimrad.Itis9,7meterslong.

Figure36TransceiverUnittoMotorControlUnitEthernetconnection

Forcabledetails,seeRJ45Ethernet,straightonpage202and RJ45Ethernetwithnoisesuppressoronpage203.

1 LocatetheterminatedEthernetpatchcable(SH90/C26)

providedwiththeTransceiverUnit.

ConnecttheEthernetcablefromthel e f t Ethernet socketundertheTransceiverUnittotheEthernetsocket ontheMotorControlUnit.

Note

ThenoisesuppressorontheEthernetcableisttedcloseto oneoftheRJ45plugs.Thisplugm

u s t beconnectedtothe

MotorControlUnit.

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Cablelayoutandinterconnections

ConnecttheEthernetcableforscientic output

ThisisanEthernetcable.Itmustbeprovidedbytheinstallation shipyard.UseacommercialhighqualityEthernetcablesuitable tomatchthebandwidthontheship’snetwork.

Procedure

Forcabledetails,seeRJ45Ethernet,straightonpage202.

ConnecttheEthernetcable(SH90/C21)fromthe additionalEthernetsocketontherearsideoftheProcessor Unit.

TerminatetheotherendoftheEthernetcableina suitableaccesspointfortheship’snetwork.

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SimradSH90

Transducercable

ThetransducercableisprovidedbySimrad.Itisphysically connectedtothetopofthetransducershaft,andterminatedinthe otherendwithalargeconnector.

Note

D o n o t mounttheexibletransducercabletotheTransceiver

Unit.Thisoperationisdescribedlater .

Installationofinterfacecablesto peripheralequipment

TheProcessorUnitprovidesseveralconnectionsforperipheral devices.Theseareallseriallineconnections.Theymaybeused toconnecttoanyexternaldevice.Forfurtherdetailsaboutthese connections,referto:

•Cablestoperipheraldevicesonpage189

•Interfacingperipheralequipmentonpage124

Cabledrawingsandspecications

•MoxaCP-134U-Iserialadapteronpage194

ProcessorUnitseriallines

Bydefault,theProcessorUnitprovidesveserialline connections,whereone(COM1)isdedicatedfortheOperating Panel.Thefourremainingseriallinesareconnectedbymeans ofanadaptercabletoaMoxaCP134U-I4–portopticalisolated serialinterfaceboard.

Seriallinesupport

The4-portserialboardsupportsthefollowingseriallineinterface formats:

•Port1=SonarCOM2:RS-232/422/485

•Port2=SonarCOM3:RS-232/422/485

•Port3=SonarCOM4:RS-422/485

•Port4=SonarCOM5:RS-422/485

Bymanufacturerdefault,alltheseserialconnectionsaresetto

RS-422format.InordertochangethistoRS-232orRS-485

format,dedicatedjumpersorDIPswitchesmustbechanged.

Note

Notethatonlyports1and2supportRS-232format.

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Cablelayoutandinterconnections

JumperandDIPswitchsettings

Usethe10-pinjumperarraysandthetwoDIPswitchestoset ports1and2toRS-232,RS-422,orRS-485.UsethetwoDIP switchestosetports3and4toRS-422orRS-485.

•RS–232:InordertousePort1(COM2)orPort2(COM3)as RS-232interfaces,therelevantjumperarraysforPort1or Port2mustbemoved.Notethatports3and4donotsupport RS-232format.

•RS-422:AllfourportscanbesettoRS-422usingthetwo jumpersandtheright-handDIPswitchS2.

•RS-485:AllfourportscanbesettoRS-485usingthetwo jumpersandtheright-handDIPswitchS2.Additionally,each portcanbeselectedfora2-wireor4-wireconnectiontype usingtheleft-handDIPswitchS1.

Figure37LocationofthejumpersandDIPswitches

AJumperforPort1

interfacesetup

BJumperforPort2

interfacesetup

CDIP-switchS1for

2–wireor4–wire setup(allports)

DDIP-switchS2for

RS-422orRS-485 selection(allports)

Table3ProcessorUnitseriallinesjumperandDIPswitch settings

Port

Interface

Jumper

S1S2

RS-232

Port1toright

RS-422

Port1toleft

1toOFF

2–wire RS-485

Port1toleft

1toON1toON

Port1

4–wire RS-485

Port1toleft

1toOFF1toON

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SimradSH90

Table3ProcessorUnitseriallinesjumperandDIPswitchsettings(cont’d.)

Port

Interface

Jumper

S1S2

RS-232

Port2toright

RS-422

Port2toleft

2toOFF

2–wire RS-485

Port2toleft

2toON2toON

Port2

4–wire RS-485

Port2toleft

2toOFF2toON

RS-4223toOFF

2–wire RS-485

3toON3toON

Port3

4–wire RS-485

3toOFF3toON

RS-4224toOFF

2–wire RS-485

4toON4toON

Port4

4–wire RS-485

4toOFF4toON

Note:[Blank]=Notactiveornotused.Ports3and4donotsupportRS-232.

Table4ProcessorUnitseriallinesDIPswitchsettings, examples

DIPswitchSetting

Port1setforRS-422transmission.

Port1setfor2-wireRS-485 transmission.

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Cablelayoutandinterconnections

Table4ProcessorUnitseriallinesDIPswitchsettings,examples(cont’d.)

DIPswitchSetting

Port1setfor4-wireRS-485 transmission.

Adaptercable

Anadaptercableisincludedinthedelivery.Thisallowsfor connectionoffourindividual9-pinD-subconnectorstothe serialinterfaceboard.Four9-pinD-subconnectorswithscrew terminals,andanumberofadapternutsforconnectiontothe adaptercable,arealsoincludedinthedelivery.

Figure38Screwconnectoradapterfor9–pinD—sub connectors

Table5MoxaCP-134U-I9–pinD-connectorconverter

PinRS-232RS-422RS485

(4–wire)

RS485 (2–wire)

1DCD

TXD-(A)TXD-(A)

—

RxD

TXD+(B)TXD+(B)

—

TxD

RXD+(B)RXD+(B)Data-(B)

DTR

RXD-(A)RXD-(A)Data-(A)

GNDGNDGNDGND

6DSR

———

RTS

———

8CTS

———

————

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SimradSH90

Referencestodetailedcabledrawingsand specications

Alldetailedinformationaboutthecablesareprovidedinthe appendix.SeeCabledrawingsonpage193.

Cabledrawingsandspecications

•MoxaCP-134U-Iserialadapteronpage194

•V esselgroundonpage196

•ACmains(IEC60320)onpage197

•ACmainstoMotorControlUnitonpage198

•ACmainswithIEC320/C7onpage199

•DCpowersupplyonpage200

•DCpowerfromPowerSupplyUnittoTransceiverUniton page201

•RJ45Ethernet,straightonpage202

•RJ45Ethernetwithnoisesuppressoronpage203

•VGA/SVGADisplayonpage204

•UniversalSerialBus(USB)onpage205

•DVI–IDisplayonpage206

•OperatingPanel“Dual”onpage208

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Start-upprocedures

START-UPPROCEDURES

Theproceduresinthischaptershallbecarriedoutonceallthe SH90hardwareunitshavebeeninstalled,andthecablingis nished.

Note

Whenyoucarryouttheseprocedures,makesurethatyouonly performthosetasksdescribed,andinthegivenorder .

Checkoffeveryitemintheprocedureasyoucarryon.

Topics

•StartinguptheHullUnitonpage93

•Startingthewheelhouseunitsonpage103

•CheckingtheOperatingPanelonpage104

•Startingupthesonarroomunitsonpage112

•Checkingthehoist/lowersystemonpage113

•Performself-noisetestonpage117

•Startingupthesonarsystemonpage118

•Alignmentofthesonarpictureonpage121

•Deningownshipparametersonpage122

StartinguptheHullUnit

ObservethefollowingproceduretostartuptheHullUnit.

WARNING

Beforeyoustartupthesonarequipmentona recentlylaunchedvessel,makesurethatthedepth underthekeelissufcientforthetransducerto beloweredsafely.

Whenyoustartuptheequipmentonboarda vesselindrydock,checkrstunderthevessel andinsidethesonarroom.Personnel,toolsand otherpotentialobstructionsmustbekeptclearof thetransducerandrelatedloweringandhoisting machinerytoavoidpersonalinjuryordamageto theequipment.

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SimradSH90

Hullunitfamiliarization

Figure39Hullunitfamiliarization

(CD015413A)

AUpperlimitswitchS304

BTransducercable

CTransducershaft

DLowerlimitswitchS305

EGreasenipple

(Pressurereleaseplug onrearside)

FAirbleedingplug

Ghoistingmotor

HMotorControlUnit

IHoistingunit

JMountingange

KInstallationtrunk

LTransducer

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Start-upprocedures

MotorControlUnitfamiliarization

Figure40MotorControlUnitfamiliarization

HOIST STOP

REMOTE LOWER

(CD015409-021)

E301

S301

S302

P302

S303

K303

K302

K301

F301

Duringnormaloperationalconditions,the followingtwoindicatorlampsshallbelit:

•L1indicatesthatthephasewatchrelayK303is activated.Thismeanthatthe3-phasevoltage isappliedtothehoist/lowersystem,andthat thethreephasesarecorrectlyconnectedwith regardtothetrainingdirectionofthehoisting motor.

•L2indicatesthattheinternal+24Vdcpower supplyforthecontrolelectronicisoperational.

AInternal24Vdcpowersupply

BEthernetconnector

CHandcrank

DMainslter

EHullUnitControllercircuitboard

F301Fuseforinternalpower

supply

E301T erminalstripforACmains

input

K301Hoistingcontactor

K302Loweringcontactor

K303Phasewatchrelay

L1Y ellowindicatorlight

L2Greenindicatorlight

S301Motorprotectingswitch

S302Hoist/lowerswitch

S303Handcrankwithsafetyswitch

P302Connectorforhullunitlimit

switchesandrotationsensor

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SimradSH90

Functionalcheck

Procedure

Beforeyoucommencewiththestart-upprocedure,checkthe followingitems.

Tomakesurethattheprocedureisfollowedcorrectly,andinthe

rightorder,tickoffeachtaskafterithasbeendone.

Checkthatthe3-phasemainsfusesaredisconnected

intheship’sfusebox.

UseaspannertoopenthedoorontheMotorControl

UnitwhichismountedontheHullUnitgantry.

3LocatethemotorprotectingswitchS301,andcheck

thattheoperatinghandleispresseddowntoOFFposition.

Checkthatthehoist/lowerswitchS302intheMotor

ControlUnitissetintheSTOPposition.

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Page 99

Start-upprocedures

Apply3-phaseACpower

Thisprocedureexplainshowtoconnect3-phaseACpowerto theMotorControlUnit.

Tomakesurethattheprocedureisfollowedcorrectly,andinthe rightorder,tickoffeachtaskafteryouhavedoneit.

Figure41MotorControlUnitwithS301andE301

HOIST STOP

REMOTE LOWER

(CD015409-023)

E301

S301

S302

1 LocatethemotorprotectingswitchS301intheMotor

ControlUnit,andcheckthattheoperatinghandleispressed downtoOFFposition.

Checkthatthehoist/lowerswitchS302intheMotor

ControlUnitissetintheSTOPposition.

3Re-insertthe3-phasemainsfusesforthehullunitin

theship’sfusebox.

Measurethethree-phasevoltageontheterminalsE301

intheMotorControlUnit.

Writedownthemeasuredvoltagehere:

Supplyvoltage:

5 Adjustthereleasecurrentonthemotorprotecting

switchS301accordingtothethree-phasevoltage:

•230V ac:5,5A

•380/440V ac:4A(minimum)

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SimradSH90

Checkthehoistingmotor’s3–phaseAC connections

Inordertoensurethatthehoistingmotoroperatesproperly,and toavoidseriousdamagetothemotor,youmustcheckthatthe motorconnectionsaremadeinaccordancewiththesupplied 3–phasevoltage.

Tomakesurethattheprocedureisfollowedcorrectly,andinthe rightorder,tickoffeachtaskafteryouhavedoneit.

Removethe3-phasemainsfusesforthehullunitin

thevessel’sfusebox.

Removethecoverforthemainsconnectiononthe

motor.

Refertotheillustration,andcheckifthemotor connectionsaremadeinaccordancewiththesupplied 3–phasevoltage.

Figure42Mainsconnectiontothehoistingmotor

230Vac

380/440V ac

(CD015407-001)

Note

Theorderoftheconnectionwiresmustnotbechanged!

4 Iftheconnectionsdonotmatchthe3–phasevoltage,

rewiretomakethemcorrespondtothemeasuredvoltage.

5Remountthemainsconnectionscoveronthehoisting

motor.

Re-insertthe3-phasemainsfusesforthehullunitin thevessel’sfusebox.

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