admag ti series axg1a magnetic flowmeter …user’s manual admag ti series axg1a magnetic flowmeter...

User’sManual ADMAG TI Series

AXG1A Magnetic Flowmeter Remote TransmitterBRAIN Communication Type

IM 01E22C02-01EN

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3rd Edition

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ADMAG TI SeriesAXG1A Magnetic Flowmeter Remote TransmitterBRAIN Communication Type

IM 01E22C02-01EN 3rd Edition

Contents1. Introduction ...................................................................................................5

1.1 For Safe Use of Product ...................................................................................... 81.2 Warranty .............................................................................................................. 10

2. Operation by Display unit ..........................................................................112.1 Basic Operating Procedures ............................................................................ 112.2 DisplayandBasicConfiguration ..................................................................... 12

2.2.1 DisplayConfiguration .......................................................................... 122.2.2 Operation Level ................................................................................... 14

2.3 Display Mode and Setting Mode ....................................................................... 142.4 Parameter Setting from Display Panel ............................................................ 17

2.4.1 SettingExampleofSelectTypeParameter(Flowrateunit) ............... 172.4.2 SettingExampleofNumericTypeParameter(Flowratespan) ......... 182.4.3 SettingExampleofAlphanumericTypeParameter(TagNo.) ............ 19

2.5 microSD Card Insertion/Removal .................................................................... 20

3. OperationwithBRAINConfigurationTool ............................................. 213.1 ConnectingBRAINConfigurationTool ........................................................... 213.2 BT200 Operating Procedures ........................................................................... 23

3.2.1 KeyLayoutandScreenDisplay .......................................................... 233.2.2 KeyDescriptions ................................................................................. 243.2.3 FunctionKeys ..................................................................................... 25

3.3 Calling Up Menu Addresses ............................................................................. 263.4 Parameter Update and Upload/ Download Function ..................................... 273.5 ParameterConfiguration .................................................................................. 28

3.5.1 SettingExampleofSelecttypeParameter(FlowRateUnit) .............. 283.5.2 SettingExampleofNumericTypeParameter(Flowratespan) ......... 293.5.3 SettingExampleofAlphanumerictypeParameter(TagNo.) ............. 29

4. Functions ................................................................................................... 304.1 Basic Settings .................................................................................................... 32

4.1.1 Overview ............................................................................................. 324.1.2 PVMappingofProcessValue ............................................................ 334.1.3 DisplayoftheProcessValue .............................................................. 334.1.4 UnitSetting .......................................................................................... 344.1.5 SpanSetting........................................................................................ 35

3rd Edition: Mar. 2020AllRightsReserved,Copyright©2019,YokogawaElectricCorporation

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4.1.6 DampingTimeConstantSetting ......................................................... 364.1.7 Low-cutFunctionSetting .................................................................... 374.1.8 MeterfactorSetting ............................................................................. 394.1.9 SensorTypeSetting ............................................................................ 404.1.10 Sensor’sNominalSizeSetting ........................................................... 414.1.11 DensitySetting .................................................................................... 414.1.12 TemperatureSetting ........................................................................... 424.1.13 SpanFlowVelocityDisplay ................................................................. 424.1.14 UserSpanFunction ............................................................................ 434.1.15 ZeroAdjustment .................................................................................. 45

4.2 Totalization Function ......................................................................................... 474.2.1 TotalizedValueandUnitSetting ......................................................... 474.2.2 TotalizedValueDisplayandTotalizationFunction .............................. 474.2.3 TotalizationSwitchFunction ............................................................... 494.2.4 TotalizerOperationatAlarmOccurrence ............................................ 504.2.5 Start/StopSettingforTotalizationFunction......................................... 504.2.6 TotalizationDirectionSetting .............................................................. 514.2.7 TotalizedValueReset/PresetFunction ............................................... 52

4.3 Pulse Output, Frequency Output, and Status Output .................................... 534.3.1 Pulse/StatusOutputModeSetting ..................................................... 534.3.2 PulseOutput/FrequencyOutputMapping .......................................... 544.3.3 AlarmOutputFunction ........................................................................ 544.3.4 PulseWidthSetting ............................................................................. 554.3.5 ActiveDirectionSetting ....................................................................... 564.3.6 ActivePulseSetting ............................................................................ 574.3.7 PulseRateSetting .............................................................................. 574.3.8 FrequencyOutputRangeSetting ....................................................... 594.3.9 StatusOutputFunctionSetting ........................................................... 604.3.10 PulseOptionSetting ........................................................................... 63

4.4 Status Input......................................................................................................... 644.4.1 ActiveDirectionSettingforStatusInput ............................................. 644.4.2 StatusInputFunctionSetting .............................................................. 65

4.5 Analog Input and Analog Output ..................................................................... 664.5.1 AnalogOutputSelect .......................................................................... 664.5.2 AnalogOutputHigh/LowLimitFunction ............................................. 674.5.3 AbsoluteRangeFunction ................................................................... 684.5.4 AlarmOutputFunction ........................................................................ 694.5.5 AnalogOutputPriority ......................................................................... 694.5.6 CurrentValueAdjustment ................................................................... 704.5.7 AnalogInputFunctionSetting ............................................................. 714.5.8 DisplayAnalogInput ........................................................................... 714.5.9 AnalogInputUnitSetting .................................................................... 71

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4.5.10 AnalogInputRangeSetting ................................................................ 724.5.11 AnalogInputHigh/LowLimitFunction ................................................ 72

4.6 Multi Range Function ........................................................................................ 734.6.1 MultiRangetype ................................................................................. 734.6.2 MultiRangeSetting ............................................................................. 734.6.3 MultiRangeOperation ........................................................................ 744.6.4 Forward/ReverseRange .................................................................... 764.6.5 CombinationofMultiRangeandForward/ReverseRange ............... 784.6.6 ExternalContactRange ...................................................................... 794.6.7 ExternalContactRange(withAnswer) ............................................... 804.6.8 CombinationofExternalContactRangeandForward/Reverse

Range .................................................................................................. 814.7 Auxiliary Calculation Function ......................................................................... 83

4.7.1 FluidFlowDirectionSetting ................................................................ 834.7.2 RateLimitFunctionSetting ................................................................. 834.7.3 PulsingFlowSupportFunctionSetting ............................................... 864.7.4 PowerFrequencySynchronizationSetting ........................................ 864.7.5 DensityCorrectionCalculation ........................................................... 874.7.6 CalorieCalculation .............................................................................. 894.7.7 LimitofAlarmOutputFunction............................................................ 90

4.8 Alarm ................................................................................................................... 914.8.1 ErrorsandCountermeasures ............................................................. 914.8.2 OperationattheTimeofError ............................................................ 974.8.3 AlarmDisplaySetting ........................................................................ 1014.8.4 AlarmHistoryFunction...................................................................... 1024.8.5 AlarmMaskFunction ........................................................................ 1034.8.6 BurnoutDirectionDisplay ................................................................. 1094.8.7 AlarmTerminalActiveDirectionSetting ............................................ 109

4.9 Display ............................................................................................................... 1104.9.1 LanguageSetting ...............................................................................1104.9.2 DisplayItemSetting ...........................................................................1114.9.3 Decimal-PointPositionSetting ..........................................................1124.9.4 DisplayLineCountandScrollSettings ..............................................1144.9.5 TrendGraphSetting ..........................................................................1164.9.6 OtherSettings ....................................................................................1184.9.7 microSDCardSetting ....................................................................... 120

4.10 Device Information ........................................................................................... 1224.10.1 OrderInformation .............................................................................. 1224.10.2 DeviceRevision ................................................................................ 1234.10.3 MemoFunction ................................................................................. 1234.10.4 DateandTimeInformation ............................................................... 1244.10.5 DisplayOperationTime .................................................................... 124

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4.10.6 ExplosionProtectionSetting ............................................................. 1254.11 Self-diagnostic Function ................................................................................. 126

4.11.1 TypesofDiagnosisFunctions ........................................................... 1264.11.2 AlarmHigh/LowLimitFunction ......................................................... 1264.11.3 ElectrodeAdhesionDetection .......................................................... 1284.11.4 SensorEmptyCheck ........................................................................ 1294.11.5 WiringConnectionDiagnosis ........................................................... 1304.11.6 Verification(DeviceHealthDiagnosis)Function .............................. 1314.11.7 ElectrodeInsulationDeteriorationDiagnosis ................................... 1354.11.8 FlowNoiseDiagnosis ....................................................................... 1364.11.9 LowConductivityDiagnosis .............................................................. 1374.11.10 CoilInsulationDiagnosis................................................................... 1384.11.11 OtherSetting ..................................................................................... 138

4.12 Test Mode .......................................................................................................... 1394.12.1 TestModeSetting ............................................................................. 1394.12.2 TestValueSetting ............................................................................. 1404.12.3 Test2Mode ....................................................................................... 1414.12.4 TestModeAutoReset ....................................................................... 141

4.13 Event Management Function .......................................................................... 1424.13.1 BackupFunction ............................................................................... 1424.13.2 Restore/DuplicateParameter ........................................................... 1454.13.3 BackupandRestoreParameters ..................................................... 1494.13.4 DataLoggingFunction ...................................................................... 153

4.14 Parameter Protection ...................................................................................... 1554.14.1 SoftwareWriteProtectionFunction .................................................. 1554.14.2 DisplayRestrictionFunction ............................................................. 156

5. Parameter Lists........................................................................................ 1576. Parameter Menu Tree .............................................................................. 191

6.1 Display Menu Tree ........................................................................................... 191

Revision Information ......................................................................................... 208

<1. Introduction> 5

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1. IntroductionThismanualexplainsbasicoperationsofADMAGTISeriesAXG1AMagneticFlowmeterRemoteTransmitterwithBRAINCommunicationProtocol.Foritemswhicharenotcoveredinthismanual,readtheapplicableuser’smanualslistedin“Table1.1ManualandGeneralSpecificationsList”intheADMAGTISeriesInstallationManual.ThesedocumentscanbedownloadedfromtheYOKOGAWAwebsite.Toensurethecorrectuseoftheproduct,readthesemanualsthoroughlyandfullyunderstandhowtooperatetheproductbeforeoperatingit.Toconfirmthemodelnameandspecificationsoftheproduct,refertothegeneralspecifications.Websiteaddress:http://www.yokogawa.com/fld/doc/

�� Precautions Related to the Protection, Safety, and Alteration of the Product

Thefollowingsafetysymbolmarksareusedinthismanualandtheproduct.

WARNING

AWARNINGsigndenotesahazard.Itcallsattentiontoaprocedure,practice,condition,orthelike,which,ifnotcorrectlyperformedoradheredto,couldresultininjuryordeathofpersonnel.

CAUTIONACAUTIONsigndenotesahazard.Itcallsattentiontoaprocedure,practice,condition,orthelike,which,ifnotcorrectlyperformedoradheredto,couldresultindamagetoordestructionofpartoralloftheproduct.

IMPORTANTAnIMPORTANTsigndenotesthatattentionisrequiredtoavoiddamagetotheproductorsystemfailure.

NOTEANOTEsigndenotesinformationnecessaryforanessentialunderstandingofoperationandfeatures.

<1. Introduction> 6

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Thefollowingsymbolsareusedintheproductandthemanualtoindicatetheaccompanyingsafetyprecautions:

Protectivegroundingterminal

Functionalgroundingterminal(Thisterminalshouldnotbeusedasaprotectivegroundingterminal.)

Alternatingcurrent

Directcurrent

CautionThissymbolindicatesthattheoperatormustrefertoanexplanationintheuser’smanualinordertoavoidtheriskofinjuryordeathofpersonnelordamagetotheproduct.

Fortheprotectionandsafeuseoftheproductandthesysteminwhichthisproductisincorporated,besuretofollowtheinstructionsandprecautionsonsafetythatarestatedinuser’smanualwheneveryouhandletheproduct.Takespecialnotethatifyouhandletheproductinamannerthatviolatestheseinstructions,theprotectionfunctionoftheproductmaybedamagedorimpaired.Insuchacase,YOKOGAWAdoesnotguaranteethequality,performance,function,orsafetyoftheproduct.

�� Regarding This User’s Manual• Thismanualshouldbeprovidedtotheenduser.

• Thecontentsofthismanualaresubjecttochangewithoutpriornotice.

• NopartofthismanualmaybereproducedinanyformwithoutYOKOGAWA’swrittenpermission.

• YOKOGAWAmakesnowarrantyofanykindwithregardtothismanual,including,butnotlimitedto,impliedwarrantyofmerchantabilityandfitnessforaparticularpurpose.

• Ifanyquestionsariseorerrorsarefound,orifanyinformationismissingfromthismanual,informthenearestYOKOGAWAsalesoffice.

• Thespecificationscoveredbythismanualarelimitedtothoseforthestandardtypeunderthespecifiedmodelnumberbreak-downanddonotcovercustom-madeproducts.

• Notethatchangesinthespecifications,construction,orcomponentpartsoftheproductmaynotimmediatelybereflectedinthismanualatthetimeofchange,providedthatpostponementofrevisionswillnotcausedifficultytotheuserfromafunctionalorperformancestandpoint.

• Thismanualisintendedforthefollowingpersonnel:

Engineersresponsiblefortheinstallationandwiringoftheproduct.

Personnelresponsibleforthenormaldailyoperationoftheproduct(operator).

• Toensurecorrectuse,readthismanualandtheapplicablemanualsthoroughlybeforestartingoperation.Readthegeneralspecificationsforspecificationsoftheproduct.

<1. Introduction> 7

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�� Trademarks• AllthebrandsornamesofYokogawaElectric’sproductsusedinthismanualareeither

trademarksorregisteredtrademarksofYokogawaElectricCorporation.

• Allothercompanyandproductnamesmentionedinthismanualaretradenames,trademarksorregisteredtrademarksoftheirrespectivecompanies.

• Inthismanual,trademarksandregisteredtrademarksarenotmarkedwith“™”or“®”.

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1.1 For Safe Use of ProductFortheprotectionandsafeuseoftheproductandthesysteminwhichthisproductisincorporated,besuretofollowtheinstructionsandprecautionsonsafetythatarestatedinuser’smanualwheneveryouhandletheproduct.Takespecialnotethatifyouhandletheproductinamannerthatviolatestheseinstructions,theprotectionfunctionoftheproductmaybedamagedorimpaired.Insuchacase,YOKOGAWAshallnotbeliableforanyindirectorconsequentiallossincurredbyeitherusingornotbeingabletousetheproduct.

�� General

WARNING

• Donotopenthecoverinwetweatherorhumidenvironments.Whenthecoverisopen,thestatedenclosureprotectionisnotapplicable.

• Whenopeningthecover,waitformorethan20minutesafterturningoffthepower.Onlyanexpertengineerorskilledpersonnelispermittedtoopenthecover.

�� Operation

WARNING

Besuretoenablethewriteprotectfunctiontopreventparametersfrombeingoverwrittenafterfinishingparametersetting.Inrarecases,theIRswitchesmayrespondunexpectedlytowaterdropsorextraneoussubstancesstickingonthesurfaceofthedisplaypanelduetocharacteristicsoftheoperatingprinciples.Thepossibilityofmalfunctionarisesafterrainorcleaningneartheplacewheretheflowmeterisinstalled.Repeatedlyturningaflashlight,etc.onandoffinthedirectionoftheIRswitchmayalsobethecauseofmalfunction.Refertotheinstallationmanualforthehardwarewriteprotectfunction,andSection4.14forthesoftwarewriteprotectfunction.

�� Maintenance

WARNING

• Ifdirt,dust,orothersubstancesadherestotheglassofthedisplay,wipethemcleanwithasoftdrycloth.

• Maintenanceofthisproductshouldbeimplementedinamaintenanceserviceshopwherenecessitytoolsandenvironmentconditionareprovided.Therequiredenvironmentalconditionisthattheambienttemperatureshouldbe5to40°C(themaximumrelativehumidityis80%fortemperature5to31°C,anddecreasinglinearlyto50%relativehumidityat40°C).

<1. Introduction> 9

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�� microSD card

IMPORTANT• DonotstoreorusethemicroSDcardinplaceswithstaticelectricity,nearelectricallycharged

objects,orwhereelectricalnoiseispresent.DoingsocanresultinshockordamagetothemicroSDcard.

• DonotdisassembleormodifythemicroSDcard.• Donotphysicallyshock,bend,orpinchthemicroSDcard.• Duringreading/writingofdata,donotturnoffthepower,applyvibrationorshock,orpullout

thecard.Datacanbecorruptedorpermanentlylost.• UseonlythemicroSDcardsdesignatedbyYOKOGAWA.Theoperationofthedevicecannot

beguaranteedwhenothercardsareused.• WheninsertingthemicroSDcardintotheproduct,makesuretoorientthemicroSDcard

correctly(faceupordown)andinsertitsecurely.Ifnotinsertedcorrectly,themicroSDcardwillnotberecognizedbytheproduct.

• DonottouchthemicroSDcardwithwethands.• DonotusethemicroSDcardifitisdustyordirty.• ThemicroSDcardcomesformatted.IfyouwouldliketoformatthemicroSDcard,usethe

product’sFormatfunction.• YOKOGAWAprovidesnowarrantyfordamageto,orlossofdatarecordedonthemicroSD

card,regardlessofthecauseofsuchdamageorloss.Werecommendregularlymakingbackupcopiesofyourdata.

<1. Introduction> 10

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1.2 Warranty• Thewarrantyshallcovertheperioddescribedinthequotationpresentedtothepurchaserat

thetimeofpurchase.Problemsthatmayoccurduringthewarrantyperiodshallberepairedfreeofcharge.

• Incaseofproblems,thecustomershouldcontacttheYOKOGAWArepresentativefromwhichtheproductwaspurchasedorthenearestYOKOGAWAoffice.

• Ifaproblemariseswiththisproduct,pleaseinformYOKOGAWAofthenatureoftheproblemandthecircumstancesunderwhichtheproblemdeveloped,includingthemodelspecificationandserialnumber.Anydiagrams,dataandotherinformationyoucanincludeinyourcommunicationwillalsobehelpful.

• ResponsiblepartforrepaircostsoftheproblemsshallbedeterminedbyYOKOGAWAbasedonourinvestigation.

• Thepurchasershallbeartheresponsibilityforrepaircosts,evenduringthewarrantyperiod,ifthemalfunctionisdueto:

- Improperand/orinadequatemaintenancebythepurchaser.

- Failureordamageduetoimproperhandling,use,orstoragewhichdoesnotconformtodesignconditions.

- UseoftheproductinquestioninalocationnotconformingtothestandardsspecifiedbyYOKOGAWA,orproblemsduetoimpropermaintenanceoftheinstallationlocation.

- FailureordamageduetomodificationorrepairbyanypartyexceptYOKOGAWAoranapprovedrepresentativeofYOKOGAWA.

- Malfunctionordamagefromimproperrelocationoftheproductinquestionafterdelivery.

- Reasonofforcemajeuresuchasfires,earthquakes,storms/floods,thunder/lightning,orothernaturaldisasters,aswellasdisturbances,riots,warfare,orradioactivecontamination.

<2. Operation by Display unit> 11

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2. Operation by Display unit

2.1 Basic Operating ProceduresTheparametersettingscanbechangedbyusingthreeIR(infra-red)switches;[SET],[SHIFT]and[▼]switchesonthedisplay.ThethreeIRswitchesenabletheusertosetparametersfromtheoutsideoftheglassofthedisplaycover.ThissectionprovidesdescriptionsofbasicparameterconfigurationonthedisplayandoperationproceduresoftheIRswitches.ThisproductcanbealsooperatedbyusingthededicatedhandheldterminalortheFieldMate(VersatileDeviceManagementWizard).Fordetailsaboutthesettingprocedure,refertoChapter4.

WARNING

Besuretoenablethewriteprotectfunctiontopreventparametersfrombeingoverwrittenafterfinishingparametersetting.Inrarecases,theIRswitchesmayrespondunexpectedlytowaterdropsorextraneoussubstancesstickingonthesurfaceofthedisplaypanelduetocharacteristicsoftheoperatingprinciples.Thepossibilityofmalfunctionarisesafterrainorcleaningneartheplacewheretheflowmeterisinstalled.Turningonandofftheflashlight,etc.towardstheIRswitchmayalsobethecauseofthemalfunction.RefertotheInstallationManualforthehardwarewriteprotectfunction,andSection4.14forthesoftwarewriteprotectfunction.

IMPORTANT

Operatethedisplayunderconditionswheredirectsunlight,etc.donotshinetotheIRswitchesdirectlywhentheparametersettingoperationiscarriedout.

NOTE

• Alwayskeepthedisplaycoverclosedandoperatethesettingswitchesfromtheoutsideoftheglasswindow.

• Ifdirt,dust,orothersubstancesadherestotheglassofthedisplay,wipethemcleanwithasoftdrycloth.

• Operationwithdirtyglovesmaycauseaswitchresponseerror.

NOTE

Thelanguageonthedisplayissetto“English”asdefaultatfactoryshipment.SelecttheadequatelanguagereferringtoSubsection4.9.1.Themenupassofthedisplayonthismanualissetto“English”.


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2.2 DisplayandBasicConfigurationThedisplayoftheAXG1Aremotetransmitterhasthevariousfunctionsbelow.

2.2.1 DisplayConfiguration

22.000mA0.0%

0.00000m/s

00 : 00VEL

FLP

A01SET SFT INC

Status icon and time

Data display(Abbreviation: see Table 2.2.1)Switch On/Off status(On: inverted)IR switches

F0201.ai

microSD card(Optional code: /MC)

(1) Basic operation of IR switchesThebasicoperationsofthedisplaypanelaredonebythethreeIRswitches;[SET],[SHIFT],and[▼].CombiningtwoIRswitchesprovidesadifferentfunction,andthefunctionoftheswitchisdisplayedonthedisplay.

IR switch (Note 1) Function of switch (Note 2) Function

[SET►] SET ▪Applyparameteranddata(Note3)▪Movetonextmenu

[SHIFT] SFT▪Set/resetMultipleselectableoptions (Selecttypeparameter)▪Movecursorright (Numerictypeparameter)

[▼] INC

▪Movecursordown (Selecttypeparameter)▪Incrementvalue (Numerictypeparameter)▪Changepositionofdecimalpoint (Numerictypeparameter)

[SHIFT]+[▼](=[▲]) DEC▪Movecursorup (Selecttypeparameter)▪Decrementvalue (Numerictypeparameter)

[SHIFT]+[SET►](=[ESC◄]) ESC ▪Cancel

▪Backtopreviousmenu

Note1:[A]+[B](=[C]):Thefunctionischangedtoswitch[C]whenswitch[B]ispressedwhilepressingswitch[A].Note2:[SET],[SFT],[INC],[DEC]and[ESC]indicatetheassignedfunctioninaccordancewithdisplaymodeatthattime.All

functionscannotbeusedsimultaneously.Note3:“Apply”and“Enter”areexecutedbypressing[SET]twice.Iftheexecutiondoesnotworkproperly,releaseyourfinger

fromthedisplayglasscompletelyafterinitiallypressing[SET],andthen,pressthatkeyagain.


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(2) Status iconsIcon Description Icon Description

WriteprotectionfunctionDisable

WriteprotectionfunctionEnable

DeviceBusy DeviceFaultmicroSDcardReady

microSDcardAccessing

microSDcardDisabletoaccess

ParameterUploading

ParameterDownloading

TrendgraphfunctionRunning

SystemAlarmOccurs BRAINcommunication

ProcessAlarmOccurs

SettingAlarmOccurs

WarningOccurs

InformationOccurs

DisplayDampingValid

Operation level:Operator

Operation level:Maintenance

Operation level:Specialist

(3) Data indication partUptoeightprocessvaluescanbeselectedonthedisplay.Itispossibletodisplayuptofouritemsonthedisplayatthesametime,andtheremainingfouritemscanbedisplayedifscrolled.Table 2.2.1 Abbreviation table of process values to be indicated on the display

Abbreviation DescriptionFLP*1 Flowrate%PRV*1 ProcessvalueVEL*1 FlowvelocityVFL*1 VolumetricflowrateMFL*1 MassflowrateFLB Flowratein%bargraphCAL*1 CalorieTL1*1 Totalizedvalue1TL2*1 Totalizedvalue2TL3*1 Totalizedvalue3TAG TagNo.COM CommunicationprotocolADH Adhesiondiagnosticlevel(AlarmatLevel4)AO1*1 Analogoutputvalue1AO2*1 Analogoutputvalue2FNL Flowlevelofflownoisediagnosis(AlarmatLevel4)TC1 Total1countTC2 Total2countTC3 Total3count

*1: Atrendgraphcanbedisplayedonline.

NOTE

ThePRV(PVvalue)andFLP(flowrate%)operateinthesamewayasAnalogoutput1.IfthelowcutfunctionisenableforAnalogoutput1(G01:AO1LOWCUT/Lowcut),thePRVandFLPareaffectedbythelowcutfunction.Theirvalueafterlowcutaredisplayed.Ontheotherhand,theVEL(flowvelocity),VFL(volumeflow),MFL(massflow),andCAL(calorificvalue)arenotaffectedbythelowcutfunction.Theirvaluesaredisplayedastheyare.


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2.2.2 Operation LevelWhensettingaparameterfromthedisplay,configurableparametersdifferdependingonthethreeoperationlevelsshowninTable2.2.2.Formaintenanceandspecialistlevels,thepasscodeneedstobeentered.Table 2.2.2 Parameter Setting from Display and Operation Level

Operation Level Parameter DescriptionReading Writing

Operator AllparametersPossibletosetadisplaylanguageonthedisplayandparametersrelatedtodisplayitems.

Nopasscoderequired

Maintenance AllparametersPossibletosetparametersallowedtosetwiththeoperatorlevelandparametersrelatedtozeroadjustment.

PasscoderequiredDefaultvalue:0000

Specialist Allparameters Possibletosetallwritableparameters

PasscoderequiredDefaultvalue:0000

Apasscodecanbeconfiguredonlyfromthedisplay.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Accesscfg►(seebelow)

Parameter Description

ChgmainteChangeofpasscode(maintenancecode)withmaintenanceoperationlevelauthority.Tochangethelevel,maintenanceorspecialistoperationlevelauthorityisnecessary.

Chgspecial Changeofpasscode(specialcode)withspecialistoperationlevelauthority.Tochangethelevel,specialistoperationlevelauthorityisnecessary.

2.3 Display Mode and Setting ModeThedevicerunsinDisplayModewhenthepowerison.Tocheckorchangeparameters,SettingModemustbeactivated.ThefollowingprocedureexplainshowtochangetoSettingModefromSettingMode.ForthefunctionsoftheIRswitches,refertoSubsection2.2.1.

[Procedure]1) Keeptouching[SET]switchforfewseconds.

F0513.ai

0.00000m/s0.00000l/min

00 : 00PRV

VEL

FLBSET SFT INC

2) Touch[SFT]+[INC]switches.

F0514.ai

Touch SFT + INC00 : 00

SET SFT INC

3) “No“isselected. Touch[INC]switchandselect“Yes”.

F0515.ai

Setting Mode

No Yes▲

▼

00 : 00

SET SFT INC


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4) Touch[SET]switch.

F0516.ai

Setting Mode

Yes No▲

▼

00 : 00

SET SFT INC

5) “Yes”isblinking. Touch[SET]switchagain.

F0517.ai

00 : 00

SET SFT INC

Setting Mode Yes

6) ThescreenmovestothemenuofOperationLevel.

F0518.ai

Operation level Specialist Exit Operator

▲

▼

00 : 00

SET SFT INC

7) Selectanappropreateoperationlevelbymovingthecursorwith[INC]or[DEC]switch. Passcodeisnotnecessaryfor“Operator”.For“Maintenance”and“Specialist”,passcode

isnecessaryforeach.Forpasscodesetting,[SFT]isforpositionchange,and[INC]isfornumber,thentwice[SET]isforentrycompletion.

Thedefaultpasscodeatthefactoryshipmentissetto“0000”.

F0519.ai

Pass code **** 0000 0000 9999

00 : 00

SET SFT INC

8) WhentheOperationLevelisdetermined,thescreenmovesto“Devicesetup”astheSettingModewhereparameterscanbeconfigured.

9) Aftercompletingparametersetting,push[ESC]switch.ThescreenreturnstotheDisplayMode.

NOTE

FollowtheprocedurebellowwhenIndsoftrev(K52:INDBREV/Indsoftrev)isR2.01.02orearlier.

[Procedure]1) TurnonthepowerandwaitforseveralsecondstostartDisplayMode.

F0212.ai

0.00000m/s0.00000l/min

00 : 00PRV

VEL

FLBSET SFT INC

2) Pressandholdthe[SET]switchfortwoseconds.Thescreenwillswitchtothe“Operationlevel”menu.

F0213.ai

Operation level Maintenance Specialist Exit

▲

▼

00 : 00

SET SFT INC


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NOTE

3) Selectanappropriateoperationlevelbymovingthecursorwiththe[INC]or[DEC]switch. The“Operator”doesnotrequireapasscode,butfor“Maintenance”and“Specialist”,the

passcodeisnecessary. Whensettingthepasscode,[SFT]isforpositionchange,[INC]isfornumberchange,and

pressing[SET]twiceisforentrycompletion. Thedefaultpasscodeissetto“0000”whenshippedfromthefactory.

F0214.ai

Pass code **** 0000 0000 9999

00 : 00

SET SFT INC

4) Whentheoperationlevelisdetermined,thescreenmovesto“Devicesetup”andswitchestoSettingMode.InSettingMode,parameterscanbeconfigured.

5) Aftercompletingtheparametersettings,pressthe[ESC]switch.ThescreenwillreturntoDisplay Mode.

IMPORTANT

Menu pathDisplay Devicesetup►Easysetupwizard

WhenparametersonthemenudescribedabovearesetintheWizardofEasysetup,besuretoexecute“Settingdownload”ineachmenuaftersettingtheparameters.If“Settingdownload”isnotexecuted,anychangedparameterswillnotbecorrectlyappliedtothedevice.

NOTE

Ifthereisnooperationfor10minutesinSettingMode,thescreengoesbacktoDisplayMode.

Parameter formThefollowingthreeparameterformsareavailable.

Type Example of display Description

SelecttypeUnit m3

l(liter) cm3▲

▼

00 : 00

SET SFT INC

Selectstheadequatetypeofdatafromamongthepre-determinedalternatives.

NumerictypeSpan +7200.00 +2200.00 +0.00001 +999999

00 : 00

SET SFT INC

Specifiesthedatawithacombinationofnumberandadecimalpointforeachdigit.

Alphanumerictype

T0500_03.ai

Tag No FT-1234 FT-1234

00 : 00

SET SFT INC

Thedataisconfiguredwiththecombinationofalphanumericcharacters.(TagNo.,Specialunit,etc.)

Thealphanumerictypedisplaysthefollowingalphanumericcharactersinorder.0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz!"#$%&'()*+,-./:;<=>?@[\]^_`{|}~"space"


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2.4 Parameter Setting from Display PanelThissectionexplainshowtospecifytheparametersfromthedisplaypanel.RefertoSection2.3,andsettheoperationlevelto“Specialist”.AlsoselectaparametertobespecifiedintheSettingMode.

NOTE

Theflowrateunit,spanflow,andtagNo.areexplainedasanexample.Ifaparticularparametersisspecifiedatthetimeofordering,thisproductisshippedwiththeparameterspecified.Ifaparameterisnotspecifiedatthetimeofordering,thatparameterneedstobesetbythecustomer.

2.4.1 Setting Example of Select Type Parameter (Flow rate unit)

ThefollowingistheprocedureofchangingtheflowrateunitfortheSelecttypeparameter.Thephysicalunitandtimeunitneedtobespecifiedindividuallyfortheflowrateunit.Whensettingthevolumetricflowrateunittol/min,set“l(liter)”tothephysicalunitand“/min”tothetimeunit.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Provar►Volume►(seebelow)

Parameter DescriptionUnit Specifiesthephysicalunitofthevolumetricflowrate.Timeunit Specifiesthetimeunitofthevolumetricflowrate.

F0215.ai

Volume Damp pls/ttl Unit Time unit

▲

▼

00 : 00

SET SFT INC

Specifythephysicalunitforvolumetricflowrate.Movethecursorwith[INC]and[DEC]accordingtothemenupathdescribedabove,press[SET]todetermine,andselectthe“Unit”.

F0216.ai

Unit m3

l(liter) cm3▲

▼

00 : 00

SET SFT INC

Movethecursorwith[INC]and[DEC],press[SET]todetermine,andselectthe“l(liter)”.Whiletheselectedunitisblinking,press[SET]todeterminetheunit.Thescreenreturnstothesettingpageaftercompletingthesetting.

F0217.ai

Volume Unit Time unit Span

▼

00 : 00

SET SFT INC

▲

Specifythetimeunitforvolumetricflowrate.Movethecursorwith[INC]and[DEC]accordingtothemenupathabove,press[SET]todetermine,andselectthe“Timeunit”.

F0218.ai

Time unit /s /min /h

▼

00 : 00

SET SFT INC

▲

Movethecursorwith[INC]and[DEC],select“/min”,andthenpress[SET].Whiletheselectedunitisblinking,press[SET]todeterminetheunit.Thescreenreturnstothesettingpageaftercompletingthesetting.

F0219.ai

0.00000m/s0.00000l/min

00 : 00PRV

VEL

FLBSET SFT INC

Aftercompletingtheparametersetting,youcanreturnthescreentoDisplayModebypressing[ESC].


IM 01E22C02-01EN

NOTE

Besuretosettheflowrateunitfirstwhenchangingtheflowrateunitandflowspanvalueatthesametime.Whentheflowrateunitischanged,thespanflowrateisconvertedinconjunctionwiththechangedunit.

2.4.2 Setting Example of Numeric Type Parameter (Flow rate span)

Thefollowingistheprocedureofchangingtheflowratespanasnumerictypeparameter.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Provar►Volume►Span

NOTE

Besuretosettheflowrateunitfirstwhenchangingtheflowrateunitandflowspanvalueatthesametime.Whentheflowrateunitischanged,thespanflowrateisconvertedinconjunctionwiththechangedunit.

F0220.ai

Volume Time unit /h Span +7200.00 Setting download

00 : 00

SET SFT INC

▲

▼

Specifytheflowratespanunit.Movethecursorwith[INC]and[DEC]accordingtothemenupathabove,press[SET]todetermine,andselectthe“Span”.

F0221.ai

Span +7200.00 +2200.00 +0.00001 +999999

00 : 00

SET SFT INC

Theswitch'sfunctionalityforsettingthespanflowrateisasbelow:Plus/minusandnumericchange:[INC]Movementofdigits:[SFT]Determinationofparameter:[SET]:Minimumvalue:Maximumvalue

Press[SET]todeterminetheparameterwhilethesettingvalueoftheflowratespanisblinking.Thescreenreturnstothesettingpageaftercompletingthesetting.


IM 01E22C02-01EN

2.4.3 Setting Example of Alphanumeric Type Parameter (Tag No.)

ThefollowingistheprocedureofchangingtheTagNo.ofalphanumerictypeparameter.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►TagNo

F0222.ai

Device info Date/Time Order info Ver/Num info

00 : 00

SET SFT INC

▲

▼

►

►

►

SpecifytheTagNo..Movethecursorwith[INC]and[DEC]accordingtothemenupathabove,press[SET]todetermine,andselectthe“TagNo”.

F0223.ai

Tag No FT-1234 FT-1234

00 : 00

SET SFT INC

TheTagNo.canbesetwithuptoeightcharactersfromthedisplay.Theswitch'sfunctionalityforsettingtheTagNo.isasfollows:Numberandcharacterchange:[INC]Movementofdigits:[SFT]Determinationofparameter:[SET]Availablecharacters:ASCIIcharactersPress[SET]todeterminetheparameterwhilethevalueofTagNo.isblinking.Thescreenreturnstothesettingpageaftercompletingthesetting.


IM 01E22C02-01EN

2.5 microSD Card Insertion/RemovalIftheoptionalcodeMCisselected,theparametersettingcanbestoredintothededicatedmicroSDcardinsertedintothedisplayunit.Thestoreddatacanberestoredtothedevice.Fordetailedonthefunctions,refertoChapter4.

WARNING

UseonlyamicroSDcarddesignatedbyYOKOGAWA.Theoperationofthedevicecannotbeguaranteedwhenothercardsareused.

(1) Insertion of microSD CardCarefullyinsertthededicatedmicroSDcardintotheslotonthedisplayuntiltheslotholdsthecard.(seeFigure2.5).

22.000mA0.0%

0.00000m/s

00 : 00VEL

FLP

AO1SET SFT INC

F0224.ai

microSD card

Figure 2.5 Insertion of microSD Card

(2) Removal of microSD CardRemovethemicroSDfromtheslotshowninFigure2.5.WhenremovingthemicroSDcard,select“Execute”fromthefollowingparameters.Menu path

Display Devicesetup►microSD►Unmount

IMPORTANT

IfthemicroSDcardisremovedwithoutexecuting“Unmount”onthesoftware,itmaycausethestoreddatatobeerasedortheproducttooperateabnormally.

<3.OperationwithBRAINConfigurationTool> 21

IM 01E22C02-01EN

3. OperationwithBRAINConfigurationTool

ThischapterdescribestheconnectionmethodofthisproductandBRAINconfigurationtool(BRAINTERMINAL(BT200)orFieldMate(VersatileDeviceManagementWizard)),andtheoperationmethodusingBT200.Readtheuser’smanualofBT200(IM01C00A11-01E)fordetailsabouttheBT200.Readtheuser’smanualofFieldMate(IM01R01A01-01E)fordetailsabouttheFieldMate.

NOTEInthismanual,theoperationwiththeconfigurationtoolisexplainedusingthescreenofBT200forwhichlanguageissettoEnglish.

3.1 ConnectingBRAINConfigurationToolInBRAINcommunication,thecommunicationsignalissuperimposedontothe4to20mADCanalogsignaltobetransmitted.TheBRAINconfigurationtoolcanbeconnectedtoanyrelayterminalintheinstrumentroomortransmissionloopforcommunication,providedthereistheminimumloadresistanceof250ΩbetweenthisproductandtheconnectionterminaloftheBRAINsettingtool.TheBRAINconfigurationtoolmustbeconnectedinparallelwiththisproductforcommunication,buttheconnectionisnotaffectedbythepolarity.SeeFigure3.1foraconnectionexample.

4 to 20 mA DCSignal Transmission Line DistributorTerminal

Board

BT200F0301.ai

Iout+Iout-

USBFieldMate

Modem

USB

PC/FieldMate

Magnetic FlowmeterTerminal Box

Relaying Terminals

Control Room

LoadResistance

250 to 450 Ω

Figure3.1 ConnectingtheBRAINConfigurationTool

IMPORTANTCommunicationsignalissuperimposedonoutputsignalatcommunication.Itisrecommendedtosetalow-passfilter(approximately0.1s)tothereceiverinordertoreducetheoutputeffectfromcommunicationsignal.Beforeonlinecommunication,confirmthatcommunicationsignaldoesnotgiveeffectonthehigh-levelsystem.

IMPORTANTRestrictionsexistwithregardtothedistanceoverwhichcommunicationispossible.Readthegeneralspecifications.


IM 01E22C02-01EN

AfterconnectingtheBT200,checkthatitoperatesproperly.(1) WhentheBT200isturnedon,themessage“Pleasewait..”.isdisplayedontheBT200

screenforseveralseconds.Then,presstheEnterkey.

(2) Theinitialdatascreenisdisplayed.Pressthefunctionkey“F4”[OK]ortheEnterkey.

F0302.ai

PARAM01:MODEL 02:TAG NO 03:SELF CHECK GOOD

OK

Initial data screen

[01:MODEL]:Productmodelname[02:TAGNO]:TagNo.(ifspecifiedatordering)[03:SELFCHECK]:AbnormalitycheckforthisproductGOODorERROR

(3) Whenthemenuscreenisdisplayed,theparameterscanbedisplayedandchangedusingtheBT200.

IfthereisaprobleminthewiringsystemwiththeBT200,“communicationerror”isdisplayed.

F0303.ai

MENUA:DISPLAYB:EASY SETUPC:BASIC SETUPD:TOTAL SETE:PULSE OUTF:STATUS I/OHOME SET ADJ ESC

communication error

ESC

Menu screen Communication error (Faulty wiring)


IM 01E22C02-01EN

3.2 BT200 Operating Procedures3.2.1 Key Layout and Screen Display

Alphanumeric keys• Enter numbers• Enter alphabetic

characters in combination with the shift keys.

F0304.ai

Power ON/OFF key

Shift keys

Screen Display(21 characters × 8 lines)

Movement keys• Move the cursor• Change pages

Function keysUsed to execute commands displayed at the bottom of the screen.(See Table 3.2.)

Enter key• Enter selected

items• Set up input

data on the connected instrument.

• Run BT200 functions.

F0305.ai

Menu(Max: 6 lines)

Menu screen

Screen title Function commands

Parameter(Max: 3 items)

Function commands

Parameter screen


PARAMA10:FLOW RATE(%) 0.0%A20:FLOW RATE 0.00000m3/hA21:FLW RATE(mA) 0.000mADATA DIAG PRNT ESC


IM 01E22C02-01EN

3.2.2 Key DescriptionsUsethealphanumerickeysinconjunctionwiththeshiftkeystoenternumbers,symbols,andalphabeticcharacters.

F0306.ai

(1) Entering Numbers, Spaces and HyphenSimplypressthealphanumerickeystoinputkeys.

Entry Key-in sequence

–4

0.3

1 –9F0307.ai

(2) Entering Alphabetic CharactersPresseithertheleftorrightshiftkeyandthenanalphanumerickeytoenterthedesiredalphabeticcharacter.

Theshiftkeymustbepressedeachtimeanalphabeticcharacterisentered.

Entry

F0308.ai

(3) Entering Uppercase and LowercaseThecasetogglesbetweenuppercaseandlowercaseeachtime“F2”[CAPS]ispressed.

Entering lowercase CODE caps CLR ESC

Entering uppercase CODE CAPS CLR ESC

Entry

F0309.ai


IM 01E22C02-01EN

(4) Entering SymbolsPressthefunctionkey“F1”[CODE]toselectthefollowingsymbols.Thefollowingsymbolswillappearinsequence,oneatatime,atthecursoreachtime“F1”[CODE]ispressed:/.−,+*)(’&%$#"!Toentercharactersnexttothesesymbols,pressthemovementkeytomovethecursor.

Entry Key-in Sequence

F0310.ai

3.2.3 Function KeysThefunctionsofthefunctionkeysdependonfunctioncommandsdisplayedonthescreen.

F0311.ai

Function commands

Function keys


Table 3.2 Function CommandCommand Meaning

ADJ DisplaystheADJmenuCAPS/caps ChangesthecasemodeCODE Selectssymbol/signCLR ErasesinputdataordeletesalldataDATA UpdatesparameterdataDEL DeletesonecharacterDIAG Callstheself-checkpanelESC ReturnstothemostrecentdisplayHOME DisplaysthemenupanelNO Resetting ReturntosettingscreenOK ProceedstothenextpanelPRAM EnterstheparameternumbersetupmodeSET DisplaystheSETmenuSLOT ReturnstotheslotselectionpanelUTIL Callstheutilitypanel*COPY Printsoutparametersondisplay*FEED Paperfeed*LIST Listsallparametersinthemenu*PON/POFF Automaticprintoutmodeonoroffforsettingchangedata*PRNT Changestotheprintmode*GO Startsprinting*STOP Cancelsprinting

*: AvailableonBT200-P00(withprinter).


IM 01E22C02-01EN

3.3 Calling Up Menu AddressesCalling-upmenuonthescreenisasfollows.Pressmovementkeystomovethecursor.Byusingthemovementkeyleftandright,anitemcanbemovedbyonescreen.

"HOME" menu screen "SET" menu screen

Utility screen

Function screen

"ADJ" menu screen

[UTIL]

[SET]

[ESC]

[ADJ]

The utility screen contains the following items.1. ID settings for BT2002. Security code settings3. Selecting language of messages4. Display contrast settings for BT2005. Adjusting printout tone (BT200-P00 only)

F0312.ai

Startupscreen

Initial datascreen

Menuscreen

Parameterscreen

Setupscreen


MENUB:EASY SETUPC:BASIC SETUPD:TOTAL SETE:PULSE OUTF:STATUS I/OG:ANALOG I/OHOME SET ADJ ESC

MENUL:DIAGNOSISM:TESTN:EVENT MANAGEP:PROTECT

HOME SET ADJ ESC

PARAMA10:FLOW RATE(%) 0.0%A20:FLOW RATE 0.00000m3/hA21:FLW RATE(mA) 0.000mADATA DIAG PRNT ESC

PARAMB10:LANGUAGE EnglishB20:VOL DMP A/F 0.0sB21:VOL DMP P/T 0.0sDATA DIAG PRNT ESC

PARAML10:ADHESION CHK EnableL11:ADH LEVEL1 0.10MohmL12:ADH LEVEL2 0.50MohmDATA DIAG PRNT ESC

SETL10:ADHESION CHK Enable <Enable > <Disable >

ESC

FUNC1.MENU2.UPLOAD TO HHT3.DOWNLOAD TO INST4.PRINT ALL DATA

HOME SET ADJ

UTILITY1.ID2.SECURITY CODE3.LANGUAGE SELECT4.LCD CONTRAST5.PRINTER ADJUST

ESC

PARAM01:MODEL 02:TAG NO

03:SELF CHECK GOOD

OK

--WELCOME--BRAIN TERMINAL ID:

check connectionpush ENTER key

UTIL FEED

SETB10:LANGUAGE English <English > <French > <German > <Italian >

ESC


IM 01E22C02-01EN

3.4 Parameter Update and Upload/ Download Function

(1) Updating ParametersThedisplayoftheparametersisupdatedautomaticallyeverysevenseconds.Forthefollowingparameters,refertothefollowingtable.

Item Name Item NameA10 FLOWRATE(%) I54 ALMRECORD3A20 FLOWRATE I55 ALMTIME3A21 FLWRATE(mA) I56 ALMRECORD4A30 TOTAL1 I57 ALMTIME4A31 TOTAL2 K02 OPERATETIMEA32 TOTAL3 K03 CURDATEA33 TOTAL1CNT K04 CURTIMEA34 TOTAL2CNT L16 ADHMEASVALA35 TOTAL3CNT L17 ADHSTATUSC40 VELOCITYCHK L25 FLNOISEVALF14 SI3STATE L26 FLNOISESTSG23 AIVALUE L31 CONDUCTIVITYH22 IEXPWRFREQ L40 VPEAKHOLDH23 MESPWRFREQ L41 IEXCOILRH37 MEASTEMP L42 ELECVOLAH38 CORRCTDENS L43 ELECVOLBH42 CALVALUE L44 EMPTYSTSI50 ALMRECORD1 N21 RESTORERSLTI51 ALMTIME1 P20 WRTPROTECTI52 ALMRECORD2 P23 SOFTSEALI53 ALMTIME2

(2) Upload/Download FunctionTheuploadfunctionisusedforcopyingtheparametersofthisproducttoBT200.ThedownloadfunctionisusedforsettingthecopiedparametersintheBT200intootherproduct.Forthefollowingparameters,refertothefollowingtable.

Item Name Item NameB10/J32 LANGUAGE B31/E14 P1RATEVALB20/C12 VOLDMPA/F B32/E17 F1AT0%B21/C13 VOLDMPP/T B33/E18 F1AT100%B22/C32 VOLFUNIT B40/J10 LINE1 SELB23/C35 TIMEUNIT B41/J11 LINE2 SELB24/C36 VOLFSPAN B42/J12 LINE3 SELB30/E13 P1RATEUNIT B50/C51 AUTOZEROEXE


IM 01E22C02-01EN

3.5 ParameterConfigurationThissectiondescribesproceduresforsettingparametersusingtheBT200.

IMPORTANTDonotturnofftheproductrightafterchangingparameterwiththeBT200.Ifthisproductisturnedoffbefore30secondsaftersettingtheparameters,thesettingswillnotbestoredcorrectly.Pleasekeeptheproductturnedonforover30secondsaftersettingtheparameters.

IMPORTANTBesuretoenablethewriteprotectfunctiontopreventparametersfrombeingoverwrittenafterfinishingparametersetting.RefertotheInstallationManualforthehardwarewriteprotectfunction,andSection4.14forthesoftwarewriteprotectfunction.

NOTEBeforeupdatinganysetting,refertoChapter5andchecktheparametercontentyouwanttochange.

3.5.1 Setting Example of Select type Parameter (Flow Rate Unit)

With[B22:VOLFUNIT]oftheselecttypeparameter,changetheflowrateunitfromm3tol(liter).

(1) Movefrom[B:EASYSETUP]to[B22:VOLFUNIT].(2) Movetothesetupscreen,selecttheflowrateunit.Movethecursorto[l(liter)],andpress

theEnterkey. Whentheselectedunitblinks,presstheEnterkeytodetermine.

F0313.ai

SETB22:VOL F UNIT m3 <Kl(kiloliter) > <l(liter) > <cm3 > <kcf >

ESC

(3) Theflowrateunitisnowchangedto“l(liter)”.Pressthefunctionkey“F4”[OK],andthenthescreenisbacktotheparameterscreen.Pressthefunctionkey“F3”[NO],andthenthescreenisbacktothesetupscreen.

F0314.ai

SETB22:VOL F UNIT l(liter)

FEED NO OK


IM 01E22C02-01EN

3.5.2 Setting Example of Numeric Type Parameter (Flow rate span)

With[B24:VOLFSPAN]ofthenumeric-typeparameter,changetheflowratespanfrom“100.000l/min”to“120.000l/min”.

(1) Movefrom[B:EASYSETUP]to[B24:VOLFSPAN].(2) Movetothesetupscreen,andentertheflowspanvalue.Enterthevalue“120.000”,and

presstheEnterkey.Whentheenteredvalueblinks,presstheEnterkeytodetermine.

F0315.ai

SETB24:VOL F SPAN 100.000l/min +120.000

DEL CLR ESC

(3) Theflowspanisnowchangedto“120.000l/min”.Pressthefunctionkey“F4”[OK],andthenthescreenisbacktotheparameterscreen.Pressthefunctionkey“F3”[NO],andthenthescreenisbacktothesetupscreen.

F0316.ai

SETB24:VOL F SPAN 120.000l/min

FEED NO OK

3.5.3 Setting Example of Alphanumeric type Parameter (Tag No.)

With[K01:TAGNO]ofthealphanumerictypeparameter,changeTagNo.from“F-123”to“F-456”.

(1) Moveto[K:DEVICEINFO]->[K01:TAGNO].(2) Movetothesetupscreen,andentertheTagNo.Enterthealphanumericcharacter“F-456”,

andpresstheEnterkey.Whenenteredthealphanumericcharacterblinks,presstheEnterkeytodetermine.

F0317.ai

SETK01:TAG NO F-123 F-456

CODE CAPS CLR ESC

(3) TheTagNo.isnowchangedto“F-456”.Pressthefunctionkey“F4”[OK],andthenthescreenisbacktotheparameterscreen.Pressthefunctionkey“F3”[NO],andthenthescreenisbacktothesetupscreen.

F0318.ai

SETK01:TAG NO F-456

FEED NO OK

<4. Functions> 30

IM 01E22C02-01EN

4. FunctionsThischapterdescribesthefunctionsoftheproduct.Followingisanoverviewofeachfunction.

�� Basic settingsThisproductcanmeasuretheprocessvaluesoftheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoiseatthesametime.Adampingtimeconstantcanbespecifiedforeachprocessvalue.Fordetailsabouthowtocheckmeasuredresultsandthesettingprocedure,refertoSection4.1.

�� Totalization functionThisproducthasthreetotalizersfortotalizingselectedprocessvalues.Inadditiontothetotalizedvaluedisplayfunction,theproducthasatotalizationcounterfunctiontoscaletotalizedvalueswiththeconversionfactorandtocountaspecificflowrate.Theproductalsohasatotalizationswitchfunctionthatcomparesaspecifiedtargetvaluewithatotalizedvaluetooutputtheresultintheformofthestatusoutput,andatotalizationpresetfunctionthattotalizationstartsfromavaluesetinadvance.Fordetailsaboutthetotalizationfunctionandsettingprocedures,refertoSection4.2.

�� Pulse output, Frequency output, and Status outputAmeasurementresultcanbeoutputaspulseoutput,frequencyoutput,orstatusoutput.Whenapulseoutputisused,thepulsewidthorpulseratecanbeselected.Whenafrequencyoutputisused,outputsat0%and100%forthespanoftheprocessvaluecanbespecified.Whenastatusoutputisused,theproductstatuscanbeoutputasastatusoutput.Forbothpulseoutputandfrequencyoutput,thelow-cutvaluescanbeset.Fordetailsabouteachoutputandthesettingprocedure,refertoSection4.3.

�� Status inputSincethisproducthasastatusinputterminal,thetotalizerpresetfunctionandzeroadjustmentfunction,etc.canbeusedinresponsetothestatusinputfromtheoutside.Fordetailsaboutthesettingprocedureofthesefunctions,refertoSection4.4.

�� Analog output/Analog inputUptotwoanalogoutputsareavailable.Thehigh/lowlimitfunction,forward/reverseflowratefunction(reverseflowrate:4to12mA,forwardflowrate:12to20mA),alarmoutputfunction,low-cutfunctionandotherfunctionsareavailable.Analoginputisusefulforinputtingfluidtemperatureviaanexternaltemperaturetransmitter.Fordetailsaboutsettingproceduresfortheanalogoutputandanaloginput,refertoSection4.5.

�� Multi range functionThemultirangefunctionmakesitpossibletomeasureaflowratewhileswitchingmultipleranges.Arangecanbeswitchedinresponsetoaflowrate,flowdirection,andstatusinput.Fordetailsaboutthemultirangefunction,refertoSection4.6.

�� Auxiliary calculation functionThisfunctionisusedtocalculatethetemperaturecorrectionfordensityorcaloriebyinputtingthetemperaturefromanexternaldeviceintheformofananaloginput.Theaccuracyofmassflowratemeasurementisimprovedbysettingthetemperaturecorrectionfordensity.Fordetailsabouttheauxiliarycalculationfunction,refertoSection4.7.

<4. Functions> 31

IM 01E22C02-01EN

�� AlarmAdetectederrorcanbenotifiedasanalarmorwarning.ThisfunctioncanshowtheerrorstatusbasedinaccordancewithNAMURNE107tosuitparametersettings.Itisalsopossibletorecordalarmsthatoccurredinthepastinthehistoryandmaskunnecessarysothattheyarehiddenonthedisplay.Fordetailsaboutcontentsandsettingprocedures,refertoSection4.8.

�� DisplayThisdisplaysupportsmultiplelanguagesforuseonthedisplay.Thisfunctioncanalsoshowthetimechangesoftheselectedparameterinatrendgraphonthedisplay.Fordetailsaboutdisplaysettings,refertoSection4.9.

NOTEThelanguageonthedisplayissetto“English”asdefaultatfactoryshipment.Ifnecessary,refertoSubsection4.9.1toselecttheadequatelanguage.Themenupassofthedisplayonthismanualissetto“English”.

�� Device informationWiththisfunction,theparametersspecifiedatthetimeoforder,modelcode,andsuffixcodeofthisproductcanbecheckedonthedisplay.Fordetailsabouthowtocheckthedeviceinformation,refertoSection4.10.

�� Self-diagnostic functionTheself-diagnosticfunctioncanbeusedtodiagnosefailuresoftheproductortheprocessstate.Forexample,thisfunctionisusefulfordiagnosingthehealthoftheproductbyusingtheelectrodeadhesiondetectingfunction,sensoremptycheckfunction,orverificationfunction.Fordetailsaboutthevariousself-diagnosticfunctions,refertoSection4.11.

�� Test modeWiththismode,theprocessvalueandthevalueoutputfromaconnectionterminalcanbearbitrarilyspecifiedtotestaresponsefromthedevice.Fordetailsaboutthetestmode,refertoSection4.12.

�� Backup, Restore, and Duplicate of ParameterThebackupfunctioncanstoresettingsoftheparametersintothebuilt-inmemoryinthedisplay.IftheoptionalcodeMCisselected,settingparametersarestoredinthemicroSDcardsuppliedwiththisproductinadditiontothebuilt-inmemoryinthedisplay(displayboard).Thebackupdatacanbeusedtorestoresettingsoftheproductforwhichdataisbackeduporduplicatesettingstoanotherproduct.Fordetailsaboutthebackup,restore,andduplicatefunctions,refertoSection4.13.

�� Software write protection functionAwriteprotectcanbechangedusingthehardwarewriteprotectionswitchandtheparametersettings(softwarewriteprotection).Fordetailsaboutthehardwarewriteprotectionswitch,refertotheInstallationManual.Fordetailsaboutthesoftwarewriteprotectionfunction,refertoSection4.14.

<4. Functions> 32

IM 01E22C02-01EN

4.1 Basic Settings4.1.1 Overview

Thisproductcanmeasureflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoiseatthesametime.Ameasuredresultcanbeoutputasananalogoutput,frequencyoutput,pulseoutput,andstatusoutput.Refertothetablebelowforcodesandconnectionterminalsofcommunication/input-outputandinputandoutputforeachterminal.

Communicationand I/O Code Connection Terminal

BRAIN Iout1 +/- P/Sout1 +/- ALM +/- So11 +So12 +

Si11 +Si12 + MIO +/-

D0

Iout1(Active)

P/Sout1(Passive)

AlarmOutput(Passive)

Sout1,2(Passive)

Sin1,2(No-

voltage)

-

D2 Iin(Active)

D3 P/Sout2(Passive)

D4P/Sout2(Active,

withoutinternalresistor)

D5P/Sout2(Active,

withinternalresistor)

D6 Iout2(Active)

Iout1:Analogoutput1(BRAINcommunicationsignalsuperimposed)Iout2:Analogoutput2Iin:AnaloginputP/Sout1:Pulse/Statusoutput1P/Sout2:Pulse/Statusoutput2Sout1,2:Statusoutput1,2Sin1,2:Statusinput1,2ThepositionofCommunicationandI/Ocode:AXG1A-□□□□□□□■■□□

NOTEAvailablefunctionsvarydependingontheconnectionterminaltypespecifiedatthetimeoforder.Beforeusingeachfunctionofthisproduct,besuretochecktheterminaloftheproductwiththetableabove.

<4. Functions> 33

IM 01E22C02-01EN

4.1.2 PV Mapping of Process ValueTheflowvelocity,volumetricflowrate,massflowrate,andflownoisecanbemappedtotheprimaryvariable(PV).Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Provar►PVflowselectBRAIN C:BASICSETUP►C30:PVFLOWSEL

Selection DescriptionDisplay BRAINVelocity Velocity SpecifiestheflowvelocitytothePrimaryValue.

Volume Volume SpecifiesthevolumetricflowratetothePrimaryValue.

Mass Mass SpecifiesthemassflowratetothePrimaryValue.Diag Diag SpecifiestheflownoisetothePrimaryValue.

Settingexample:IfthevolumetricflowrateissettoPV,andthevolumetricflowratespanissetto100m3/hforuse,settheparametersasfollows. C30:PVFLOWSEL=“Volume” C32:VOLFUNIT=“m3” C35:TIMEUNIT=“/h” C37:VOLFSPAN=“100”

Settingexample:IfthemassflowrateissettoPV,withthemassflowratespanbeingsetto10,000kg/handthedensityto1000kg/m3foruse,settheparametersasfollows. H31:DENSITYUNIT=“kg/m3” H32:FIXEDDENS=“1000” C30:PVFLOWSEL=“Mass” C33:MASSFUNIT=“kg” C35:TIMEUNIT=“/h” C38:MASSFSPAN=“10000”

4.1.3 Display of the Process ValueTheflowvelocity,volumetricflowrate,massflowrate,totalizedvalue,calorie,andflownoisecanbecheckedwiththefollowingparameters.

�� Flow rate (PV)Menu path

Display Devicesetup►Processvariables►(seebelow)BRAIN A:DISPLAY►(seebelow)

Parameter DescriptionDisplay BRAIN

Flowrate(%) FLOWRATE(%) DisplaysthepercentagetotherangefortheprocessvaluesettothePrimaryValue.

Flowrate FLOWRATE DisplaystheprocessvaluesettothePrimaryValue.

<4. Functions> 34

IM 01E22C02-01EN

�� Flowvelocity,Volumetricflowrate,Massflowrate,Totalizedvalue,Calorie

Menu pathDisplay Devicesetup►Processvariables►(seebelow)BRAIN A:DISPLAY►(seebelow)

Parameter DescriptionDisplay BRAINVelocity (*) Displaystheflowvelocity.Volume (*) Displaysthevolumetricflowrate.Mass (*) Displaysthemassflowrate.Totalizer►Totalizer1 TOTAL1 Displaysthetotalizedvalueoftotalizer1.Totalizer►Totalizer2 TOTAL2 Displaysthetotalizedvalueoftotalizer2.Totalizer►Totalizer3 TOTAL3 Displaysthetotalizedvalueoftotalizer3.Calorie (*) Displaysthecalorie.

(*) OnlytheprocessvalueselectedwithC30:PVFLOWSELcanbecheckedfromBRAINcommunication.

�� Flow noiseMenu path

Display Devicesetup►Diag/Service►Diagnosis►Flownoise►Result►ValueBRAIN L:DIAGNOSIS►L25:FLNOISEVAL

Thisparameterdisplaystheflownoise.

4.1.4 Unit SettingUnitscanbespecifiedfortheflowvelocity,volumetricflowrate,massflowrate,andcalorie.Eachflowrateunitcanbespecifiedwiththephysicalunitandthetimeunit,individually.However,notethatthetimeunitiscommontoallflowrates.Also,theunitoftheflowvelocityisfixedto“cm/s”anditcannotbechanged.

Example)Tosetthevolumetricflowrateunitto“m3/h”Thevolumetricunitcanbesetto“m3/h”andthetimeunitto“/h”.Atthistime,thetimeunitforthemassflowrateandcaloriearealsosetto“/h”.

Thissettingcanbeconfiguredwiththefollowingparameters.

�� Physical unitMenu path

Display Devicesetup►Detailedsetup►Provar►(seebelow)BRAIN C:BASICSETUP►(seebelow)

Parameter DescriptionDisplay BRAINVelocity►Unit C31:VELOFUNIT Specifiesthephysicalunitoftheflowvelocity.

Volume►Unit C32:VOLFUNIT Specifiesthephysicalunitofthevolumetricflowrate.

Mass►Unit C33:MASSFUNIT Specifiesthephysicalunitofthemassflowrate.Calorie►Unit C34:CALUNIT Specifiesthephysicalunitofthecalorie.

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�� Time unitMenu path


Parameter DescriptionDisplay BRAINVolume►Timeunit C35:TIMEUNIT Specifiesthetimeunitofthevolumetricflowrate.Mass►Timeunit C35:TIMEUNIT Specifiesthetimeunitofthemassflowrate.Calorie►Timeunit C35:TIMEUNIT Specifiesthetimeunitofthecalorie.

4.1.5 Span SettingAspancanbespecifiedfortheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoise.However,theunitforthespanisthesameastheunitspecifiedinSubsection4.1.4.Iftheunitischanged,thespanvalueisconvertedtomatchthechangedunit.Thissettingcanbeconfiguredwiththefollowingparameters.

�� Flowvelocity,Volumetricflowrate,Massflowrate,CalorieMenu path


Parameter DescriptionDisplay BRAINVelocity►Span C36:VELOFSPAN Specifiesthespanoftheflowvelocity.Volume►Span C37:VOLFSPAN Specifiesthespanofvolumetricflowrate.Mass►Span C38:MASSFSPAN Specifiesthespanofthemassflowrate.Calorie►Span C39:CALFSPAN Specifiesthespanofthecalorie.


Display Devicesetup►Diag/Service►Diagnosis►Flownoise►SpanBRAIN L:DISGNOSIS►L28:FLNOISESPN

Thisparameterspecifiesthespanoftheflownoise.

NOTEBesuretonotethefollowingpointswhenspecifyingtheflowratespan.• Foralinewithasignificantflowchange,settheflowratespantothemaximumflowrate.If

theflowrateexceedstheflowratespan,theerroroftheflowrate%increases.• Foralinewithastableflowrate,settheflowratespantoapproximately1.5to2.0timesthe

normalflowrate.• Settheflowrateforwhichtheflowvelocityiscomparabletotherangefrom0.3to10

m/s.Theflowvelocitycanbecheckedusingthesizingdatadescribedinthegeneralspecifications.Whentheflowvelocityischeckedusingtheparameter,itdisplaysthevalueobtainedbyconvertingthespecifiedflowratespantotheflowvelocity.

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NOTEBesuretosettheflowrateunitfirstwhenthespanvalueanditsflowrateunitarechangedatthesametime.

4.1.6 Damping Time Constant SettingThedampingtimeconstant(63.2%response)canbespecifiedfortheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoise.Toreduceanoutputfluctuationorchangetheresponsespeed,changethedampingtimeconstant(defaultvalueis3.0seconds).Itispossibletomeasureapulsingflowofupto1Hzwithanoutputdampingof0.1secondsforapistonpump,etc.Thedampingtimeconstantcanbesetfortheoutputofeachprocessvalue.Thedampingtimeconstantisacommonsettingfortheanalogoutput,frequencyoutput,pulseoutput,andtotalizedvalue.However,thedampingsettingfortheflownoiseiscommontoalloutputs.Thissettingcanbeconfiguredwiththefollowingparameters.

�� Analog output/Frequency outputMenu path



Velocity►DampAO/F C10:VELODMPA/F Specifiesthedampingtimeconstantoftheflowvelocity.

Volume►DampAO/F C12:VOLDMPA/F Specifiesthedampingtimeconstantofthevolumetricflowrate.

Mass►DampAO/F C14:MASSDMPA/F Specifiesthedampingtimeconstantofthemassflowrate.

Calorie►DampAO/F C16:CALDMPA/F Specifiesthedampingtimeconstantofthecalorie.

�� Pulse output/TotalizerMenu path



Velocity►Damppls/ttl C11:VELODMPP/T Specifiesthedampingtimeconstantoftheflowvelocity.

Volume►Damppls/ttl C13:VOLDMPP/T Specifiesthedampingtimeconstantofthevolumetricflowrate.

Mass►Damppls/ttl C15:MASSDMPP/T Specifiesthedampingtimeconstantofthemassflowrate.

Calorie►Damppls/ttl C17:CALDMPP/T Specifiesthedampingtimeconstantofthecalorie.

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Display Devicesetup►Diag/Service►Diagnosis►Flownoise►DampBRAIN L:DIAGNOSIS►L27:FLNOISEDMP

Thisparameterspecifiesthedampingtimeconstantoftheflownoise.

NOTETheoutputfluctuationincreasesifthedampingtimeconstantissettoalowervalue.Setthedampingtimeconstantto5secondsorlongerforcontrolprocessingapplication.

4.1.7 Low-cut Function SettingAlow-cutvaluecanbespecifiedfortheanalogoutput,frequencyoutput,pulseoutput,andtotalizeroutputvalue.Ifthelow-cutfunctionisused,theflowratebelowsetvaluescanbestoppedfrombeingoutput.Thisfunctionhelpsreduceerroneousoutputwhentheflowis“0”.However,theunitofthelow-cutvalueisthesameastheunitspecifiedinSubsection4.1.4.Iftheunitischanged,thelow-cutvalueischangedtomatchthechangedunit.Thelow-cutvalueisnotsynchronizedwiththespanvalue.Ifthespanvalueischanged,besuretoresetthelow-cutvalue.Setthelow-cutvalueto“0”ifthelow-cutfunctionisnotused.Thissettingcanbeconfiguredwiththefollowingparameters.

�� Analog outputMenu path

Display Devicesetup►Detailedsetup►Analogout/in►(seebelow)BRAIN G:ANALOGI/O►(seebelow)


AO1►Lowcut G01:AO1LOWCUTSpecifiesthelow-cutvalueofanalogoutput1.IfPVissetforthemeasurementscreenonthedisplay,aPVvaluewhichislow-cutwiththevaluesethereisdisplayed.

AO2►Lowcut G11:AO2LOWCUT Specifiesthelow-cutvalueofanalogoutput2.

�� Frequency output/Pulse outputMenu path

Display Devicesetup►Detailedsetup►Pulse/Statusout►(seebelow)BRAIN E:PULSEOUT►(seebelow)


PO1/SO1►Lowcut E15:P1LOWCUT Specifiesthelow-cutvaluesoffrequencyoutput1andpulseoutput1.

PO2/SO2►Lowcut E37:P2LOWCUT Specifiesthelow-cutvaluesoffrequencyoutput2andpulseoutput2.

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�� TotalizerMenu path

Display Devicesetup►Detailedsetup►Totalizer►(seebelow)BRAIN D:TOTALSET►(seebelow)

Parameter DescriptionDisplay BRAINTotalizer1►Lowcut D12:TOT1LOWCUT Specifiesthelow-cutvalueoftotalizer1.Totalizer2►Lowcut D22:TOT2LOWCUT Specifiesthelow-cutvalueoftotalizer2.Totalizer3►Lowcut D32:TOT3LOWCUT Specifiesthelow-cutvalueoftotalizer3.

Theactualvalueforwhichthelow-cutiseffectivehas±0.5%ofthehysteresisfromthesetlow-cutvalue.Thehysteresiswidthonthenegativeside(goingintothelow-cutWhenflowrateisdecreasing)andthepositiveside(goingoutoflow-cut.Whenflowrateisincreasing)areasfollows:(1) Negativeside

=Low-cutsetvalue–(Minimumspansetwithmultirange×0.5%)

(2) Positiveside

=Low-cutsetvalue+(Minimumspansetwithmultirange×0.5%)

Example:Whensettingtospanofvolumetricflowrate=10.0m3/h, Low-cutvalue=1.0m3/h

(1) Negativeside

=1.0[m3/h]–(10.0[m3/h]×0.5[%])

=0.95[m3/h]

(2) Positiveside

=1.0[m3/h]+(10.0[m3/h]×0.5[%])

=1.05[m3/h]

Inthiscase,whentheflowrateisdecreasing,theoutputflowratevaluebecomes0.0[m3/h]withthelow-cutfunctioniftheactualflowrategoesbelow0.95[m3/h].Ontheotherhand,whentheflowrateisincreasing,theflowratevalueisoutputiftheactualflowrategoesover1.05[m3/h].

F0401.ai0

Output [m3/h]

1

Hysteresis1 %

Input [m3/h]1

(1)

(2)

1.050.95

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NOTENotethatthetotalizationmightbecountedduetotheinfluenceoftheoutputfluctuationnear0%outputifasmalllow-cutvalueisset.Inparticular,ifthevalueoftheflowratespan,dampingtimeconstant,orconductivityislow,thetotalizationiseasilycountedwhentheflowrateis“0”.Insuchacase,increasetheflowratespan,dampingtimeconstant,orlow-cutvalue.

NOTEWhenchangingtheoutputprocessvaluetobeoutput,itisnecessarytospecifythelow-cutvalueagain.

4.1.8 Meter factor SettingWhenorderingonlyAXG1A,orwhenchangingtheremotesensortocombinewith,themeterfactoroftheremotesensormustbespecified.Thissettingcanbeconfiguredwiththefollowingparameters.WhenthecustomerordersAXG1Aandtheremotesensoratthesametimeasacombination,themeterfactoroftheremotesensortocombinewithissettoAXG1A.So,thecustomerisnotrequiredtosetthemeterfactor.Menu path

Display Devicesetup►Detailedsetup►Sensor►(seebelow)BRAIN C:BASICSETUP►(seebelow)

Parameter DescriptionDisplay BRAINLowMF C20:LOWMF Specifiesthemeterfactorofthelow-frequencyside.

HighMF C21:HIGHMF Specifiesthemeterfactorofthehigh-frequencyside.

NOTEThemeterfactorisdescribedintheMETERFACTORcolumnontheremotesensornameplate.

Example:

F0445.ai

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4.1.9 Sensor Type SettingWhenonlyAXG1Aisordered,orwhentheremotesensortocombinewith,thetypeoftheremotesensormustbespecified.Thissettingcanbeconfiguredwiththefollowingparameters.WhenthecustomerordersAXG1Aandtheremotesensoratthesametimeasacombination,thetypeoftheremotesensortocombinewithissettoAXG1Aatthefactorybeforeshipment.So,thecustomerisnotrequiredtosetthesensortype.Menu path

Display Devicesetup►Detailedsetup►Sensor►FlowsensorselBRAIN C:BASICSETUP►C24:FLOWSNSOR

Fromthetablebelow,selectthesensortype.Selection DescriptionDisplay BRAIN

ADMAGAXG ADMAGAXG ConfiguretousetheADMAGAXGSeriesremotesensor.

ADMAGAXW ADMAGAXW ConfiguretousetheADMAGAXWSeriesremotesensor.

ADMAGAXF ADMAGAXF ConfiguretousetheADMAGAXFSeriesremotesensor.

ADMAG ADMAG ConfiguretousetheADMAGSeriesremotesensor.

ADMAGAE ADMAGAE ConfiguretousetheADMAGAESeriesremotesensor.

ADMAGSE ADMAGSE ConfiguretousetheADMAGSESeriesremotesensor.

YEWMAG YEWMAG ConfiguretousetheYEWMAGSeriesremotesensor.

Calibrator Calibrator ConfiguretousetheAM012(calibrator).Other1 Other1

Configuretouseanotherremotesensor.Other2 Other2Other3 Other3

IMPORTANTWhenchangingthecombinationofthesensors,themeterfactorneedstobere-adjustedbasedonactualflowcalibrationtosecuretheaccuracy.Whenusinganotherremotesensor,suchasothercompanies'products,contactaYokogawasalesofficeorrepresentative.

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4.1.10 Sensor’s Nominal Size SettingWhenonlyAXG1Aisordered,orwhenchangingtheremotesensortocombine,thenominalsizeoftheremotesensormustbespecified.Thissettingcanbeconfiguredwiththefollowingparameters.WhenthecustomerordersAXG1Aandtheremotesensoratthesametimeasacombination,thenominalsizeoftheremotesensortocombinewithissettoAXG1Aatthefactorybeforeshipment.So,thecustomerisnotrequiredtosetthenominalsize.Menu path

Display Devicesetup►Detailedsetup►Sensor►(seebelow)BRAIN C:BASICSETUP►(seebelow)

Parameter DescriptionDisplay BRAINNominalsizeunit C26:SIZEUNIT Specifiestheunitofthenominalsize.Nominalsize C27:NOMINALSIZE Specifiesnominalsize.

4.1.11 Density SettingThedensitymustbesetinordertomeasurethemassflowrate.Thedensitycanbeselectedfromthedensitycompensatedwithfixeddensityordensitycorrectedbytemperature.Fordetailsabouthowtomeasurethemassflowrateorcorrectthedensitybytemperature,refertoSubsection4.7.5.Ifdensityissetto“0”whilethemassflowrateismappedtoPV,asettingerrorwillresult.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Provar►Density►(seebelow)BRAIN H:AUXCALC►(seebelow)


Valueselect H30:DENSITYSELSelectsoneofthetemperature-baseddensitycorrectionsfromthefollowing.• Fixedvalue :Usesthefixeddensity• Correctionvalue:Usesthecorrecteddensity

Unit H31:DENSITYUNIT Specifiestheunitofthedensity.Fixeddensity H32:FIXEDDENS Specifiesthevalueofthefixeddensity.

Std density H33:STDDENSITYSpecifiesthereferencedensityvalueofthestandardconditionwhenusingthedensitycompensatedwithtemperature.

Correctdensity H38:CORRCTDENS Displaysthecorrecteddensity.

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4.1.12 Temperature SettingThetemperaturesettingisrequiredwhencalculatingthecaloriebasedonthisvalue’sdifferencefromthetemperaturethatisinputviatheanaloginputprocess.Fordetailsaboutthecaloriecalculation,refertoSubsection4.7.6.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Provar►Temperature►(seebelow)BRAIN H:AUXCALC►(seebelow)


Stdtemperature H34:STDTEMPSpecifiesthereferencestandardtemperatureforusingthetemperature-baseddensitycorrectionfunction.

Meastemperature H37:MEASTEMP Displaysthetemperaturethatisinputfromanaloginput.

Fixedtemperature H41:CALFIXTEMPSpecifiesthereferencetemperaturetouseforthecaloriecalculationwiththetemperaturedifferencefromthetemperaturewhichisinputfromanaloginput.

4.1.13 Span Flow Velocity DisplayThespanofthePV-mappedprocessvalueinSubsection4.1.2canbedisplayedintheflowvelocityunit.Thisinformationcanbeviewedwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Provar►VelocitycheckBRAIN C:BASICSETUP►C40:VELOCITYCHK

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4.1.14 User Span FunctionTheuserspanfunctioncandisplayaprocessvalueassignedtoanalogoutput1andanalogoutput2withthecustomer’sdesiredspecialunit.Ifthesameprocessvalueisassignedtobothanalogoutputs,thesettingforanalogoutput1takesprecedence.Thissettingcanbeconfiguredwiththefollowingparameters.

�� Using user spanMenu path

Display Devicesetup►Detailedsetup►UserSpan►(seebelow)BRAIN C:BASICSETUP►(seebelow)

Parameter DescriptionDisplay BRAINUserspanAO1►Select C41:USRSPNSEL1 Specifiestheuserspanfunctiontotheprocess

valueallocatedtoanalogoutput1.UserspanAO2►Select C44:USRSPNSEL2 Specifiestheuserspanfunctiontotheprocess

valueallocatedtoanalogoutput2.

From the table below, select the user span function.Selection DescriptionDisplay BRAIN

No No Notusinguserspanfunction.Yes Yes Usinguserspanfunction.

�� User unit settingMenu path



UserspanAO1►Unit C42:USRUNIT1 Specifiesthedesiredunitofupto8characterstotheprocessvalueassignedtoanalogoutput1.

UserspanAO2►Unit C45:USRUNIT2 Specifiesthedesiredunitofupto8characterstotheprocessvalueassignedtoanalogoutput2.

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�� User span settingMenu path



UserspanAO1►Span C43:USRSPAN1 Specifiesthedesiredspantotheprocessvalueassignedtoanalogoutput1.

UserspanAO2►Span C46:USRSPAN2 Specifiesthedesiredspantotheprocessvalueassignedtoanalogoutput2.

IMPORTANTTheoutputintheuserunitisdisplayedasfollows:Outputinuserunit=(Outputinaphysicalunitoftheprocessvalue/Spaninaphysicalunitoftheprocessvalue)×Userspan

Example:Tosetthespansettingforanalogoutput1to100dl/s,settheparametersasfollowsdueto100dl=10L.Displays100dl/swhenoutputting100%. PV=“Volumeflow” Spanofvolumetricflowrate=“10l/s” Usinguserspanforanalogoutput1=“Yes” Userunitforanalogoutput1=“dl/s” Userspanforanalogoutput1=“100”

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4.1.15 Zero AdjustmentThezeroadjustmentiscarriedouttosettheoutputforzeroflowvelocityto0%(4mA).Althoughtheadjustmenttozeroisperformedatthemanufacturingfactorypriortoshipment,thisproceduremustbecarriedoutonceagainfollowingtheinstallationofpipingtomatchthemagneticflowmetertoitsoperatingconditions.Thissubsectiondescribesthezeroadjustmentprocedureusingthedisplay.

IMPORTANT• Thezeroadjustmentshouldbecarriedoutbeforetheactualoperation.Notethatsetting

andupdatingotherparameterscannotbecarriedoutduringthezeroadjustment(forapproximately30seconds).

• Thezeroadjustmentshouldbeexecutedonlyafterthesensorisfilledwithmeasuringfluidandthefluidvelocityisreducedtozerobyclosingthevalve.

• Eachtimethemeasuringfluidischanged,besuretoperformthezeroadjustmentforthatchangedfluid.

�� Execution of zero adjustmentZeroadjustmentusingthedisplaycanbeexecutedwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Autozero►Execute►Execute

F0402.ai

Device setup Process variables Diag/Service Easy setup wizard

▲

▼

00 : 00

SET SFT INC

►

►

►

Select“Diag/Service”inaccordancewiththemenupathabove.

F0403.ai

Diag/Service Verification Autozero AO/AI trim

▲

▼

00 : 00

SET SFT INC

►

►

►

Select“Autozero”.

F0404.ai

Autozero Execute Result▲

▼

00 : 00

SET SFT INC►

Select“Execute”.

F0405.ai

Execute Not execute Execute Not execute▲

▼

00 : 00

SET SFT INC

Select“Execute”.

F0406.ai

Execute Execute

00 : 00

SET SFT INC

When“Execute”blinks,touch[SET]toexecute.

F0407.ai

Autozero functionexecuting...

00 : 00

00 : 08SET SFT INC

The time remaining until the end.

Thezeroadjustmentstarts,andtheprogressisdisplayedwiththeremainingtimeandabargraph.Waitforthezeroadjustmenttocomplete.

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F0408.ai

Autozero Execute Result▲

▼

00 : 00

SET SFT INC►

Afterthezeroadjustmentisfinished,thedisplayreturnsto“Autozero”menu.

ZeroadjustmentbyBRAINcommunicationcanbeexecutedwiththefollowingparameters.Menu path

BRAIN C:BASICSETUP►C51:AUTOZEROEXE

�� ConfirmationofzeroadjustmentresultThezeroadjustmentresultusingthedisplaycanbeconfirmedwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Autozero►Result►Zerovalue

F0409.ai

Result Zero value ▲

▼

00 : 00

SET SFT INC

Fortheresultofthezeroadjustment,select“Result”andthen“Zerovalue”.

F0410.ai

Zero value – 00.018cm/s – 00.018cm/s – 99.999 + 99.999

00 : 00

SET SFT INC

Theresultofzeroadjustmentisdisplayedasontheleftofthescreen.

NOTEWhenthezeroadjustmentresultexceedsthedefinedvalue,thewarning[092:AZwarn]isdisplayed.

ThezeroadjustmentresultusingBRAINcommunicationcanbeconfirmedwiththefollowingparameters.Menu path

BRAIN C:BASICSETUP►C52:ZERO

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4.2 Totalization Function4.2.1 Totalized Value and Unit Setting

Thisfunctioncantotalizethevolumetricflowrate,massflowrate,andcalorie.Thisproducthasthreetotalizersandcantotalize3processvaluesatthesametime.Totalizer1totalizesthevaluesintheunitofthePV-mappedprocessvalueinSubsection4.1.2.Totalizers2and3totalizetheprocessvalueoftheselectedunit.Thissettingcanbedisplayedandconfiguredwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINTotalizer1►Unit D10:TOT1UNIT Displaystheunitoftotalizer1.Totalizer2►Unit D20:TOT2UNIT SpecifiestheunitofTotalizer2.Totalizer3►Unit D30:TOT3UNIT SpecifiestheunitofTotalizer3.

NOTETheflowvelocityandflownoisecannotbetotalized.IfflowvelocityorflownoiseisselectedforthePrimaryValue,totalizer1totalizesthevolumetricflowrateandunitusing“m3”.

4.2.2 Totalized Value Display and Totalization FunctionThetotalizationresultcanbedisplayedwithatotalizedvalueoratotalizedvaluewhichisscaledwiththeconversionfactor(totalizedcountvalue).Whenthetotalizedvalueisscaledwiththeconversionfactor,aspecificflowrateistotalizedin1-countincrements,whichcanbeusedasatotalizercounter.However,notethattheconversionfactorcannotbesetto“0”.Ifthetotalizedvalueonthedisplayexceeds±99999999,themaximumvalueofthedisplayeddigits,thedisplayedvalueisresetto0.Inaddition,ifthevaluesofA30-A35exceedthelimitofthedisplayeddigits,theyareresetto0inthesamewayasthevalueonthedisplay.Thetotalizedvaluecanbedisplayedandconfiguredwiththefollowingparameters.

�� Displaying totalized valueMenu path

Display Devicesetup►Processvariables►Totalizer►(seebelow)BRAIN A:DISPLAY►(seebelow)

Parameter DescriptionDisplay BRAINTotalizer1 A30:TOTAL1 Displaysthetotalizedvalueoftotalizer1.Totalizer2 A31:TOTAL2 Displaysthetotalizedvalueoftotalizer2.Totalizer3 A32:TOTAL3 Displaysthetotalizedvalueoftotalizer3.

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NOTEIfMainsoftrev(K50:MAINBREV/Mainsoftrev)isR2.01.02orearlier,orIndsoftrev(K52:INDBREV/Indsoftrev)isR2.01.01orearlier,thetotalizedvalueonthedisplayisheldattheupperlimitifitexceeds±99999999,themaximumvalueofthedisplayeddigits.Inaddition,ifthevaluesofA30-A35exceedthelimitofthedisplayeddigits,theyareheldattheupperlimitinthesamewayasthevalueonthedisplay.Fordetailsabouthowtocheckthedevicerevision(MainsoftrevandIndsoftrev),refertoSubsection4.10.2.

�� Setting conversion factor for scalingMenu path


Parameter DescriptionDisplay BRAINTotalizer1►Convfactor D11:TOT1CONVFC Specifiestheconversionfactoroftotalizer1.Totalizer2►Convfactor D21:TOT2CONVFC Specifiestheconversionfactoroftotalizer2.Totalizer3►Convfactor D31:TOT3CONVFC Specifiestheconversionfactoroftotalizer3.

�� Display of the totalized count value that is scaled with the conversion factor

Menu pathDisplay Devicesetup►Processvariables►Totalizer►(seebelow)BRAIN A:DISPLAY►(seebelow)

Parameter DescriptionDisplay BRAINTotalizer1count A33:TOTAL1CNT Displaysthescaledtotalizedvalueoftotalizer1.Totalizer2count A34:TOTAL2CNT Displaysthescaledtotalizedvalueoftotalizer2.Totalizer3count A35:TOTAL3CNT Displaysthescaledtotalizedvalueoftotalizer3.

Example:Settheunitoftotalizer2to“m3”andtheconversionfactorto2.->Ifthetotalizedvalueoftotalizer2issetto“10.123m3”,thetotalizedvalueisscaledto“10.123÷2=5”.

NOTEIfMainsoftrev(K50:MAINBREV/Mainsoftrev)isR2.01.02orearlier,orIndsoftrev(K52:INDBREV/Indsoftrev)isR2.01.01orearlier,thetotalizedvalueonthedisplayisheldattheupperlimitifitexceeds±99999999,themaximumvalueofthedisplayeddigits.Inaddition,ifthevaluesofA30-A35exceedthelimitofthedisplayeddigits,theyareheldattheupperlimitinthesamewayasthevalueonthedisplay.Fordetailsabouthowtocheckthedevicerevision(MainsoftrevandIndsoftrev),refertoSubsection4.10.2.

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4.2.3 Totalization Switch FunctionWhenatargetvalue(threshold)tototalizeisspecified,itcanbeusedasatotalizationswitchfunction.Thetotalizationswitchfunctioncancomparethespecifiedtargetvaluewiththetotalizedvalueandoutputtheresultinstatusoutput.Thestatusoutputisactivewhilethetotalizedvalueexceedsthespecifiedtargetvalue.Evenifthetotalizedvalueexceedsthedisplayeddigitlimitandisresetto0underthatstate,thestatusoutputremainsactive.Fordetailsabouttheoutput,activedirection,andstatusoutputfunctionsettingforeachterminal,refertoSection4.3.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINTotalizer1►Setpoint D18:TOT1SETPNT Specifiesthetargetvalueoftotalizer1.Totalizer2►Setpoint D28:TOT2SETPNT Specifiesthetargetvalueoftotalizer2.Totalizer3►Setpoint D38:TOT3SETPNT Specifiesthetargetvalueoftotalizer3.

Example: Setting procedure to use the totalization switch function with the pulse/status output 1.

Followthestepsbelowtosetthestatusoutputofpulse/statusoutput1to“Onactive”whenthetotalizedvalueoftotalizer1reachesthetargetvalue.(1) RefertoSubsection4.3.1tospecifytheoutputofpulse/statusoutput1to“Statusoutput”.

(2) RefertoSubsection4.3.5tospecifytheactivedirectionofpulse/statusoutput1to“Onactive”.

(3) RefertoSubsection4.3.9tospecifythestatusoutputfunctionto“Totallimit1”.

(4) Refertothissubsectiontospecifythetargetvalueoftotalizer1.

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4.2.4 Totalizer Operation at Alarm OccurrenceThetotalizeroperationcanbespecifiedtodealwithanalarmthataffectsthetotalizationfunction.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path



Totalizer1►Failureopts D13:TOT1FOPTS Specifiesthetotalizer1operationtobeperformedwhenanalarmoccurs.

Totalizer2►Failureopts D23:TOT2FOPTS Specifiesthetotalizer2operationtobeperformedwhenanalarmoccurs.

Totalizer3►Failureopts D33:TOT3FOPTS Specifiestotalizer3operationtobeperformedwhenanalarmoccurs.

Fromthetablebelow,selecttheoperationofthetotalizationfunction.Selection DescriptionDisplay BRAIN

Measuredvalue Measuredvalue Continuesthetotalizationfunctionwhileanalarmisoccurring.

Stop Stop Stopsthetotalizationfunctionwhileanalarmisoccurring.

Last valid Last validContinuesthetotalizationfunctionwiththelastvalidvaluerightbeforethealarmoccurredwhileanalarmisoccurring.

4.2.5 Start/Stop Setting for Totalization FunctionThestart/stopoperationofthetotalizationfunctioncanbeset.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path



Totalizer1►Start/Stop D15:TOT1EXEC SpecifiesStart/Stoptothetotalizationfunctionoftotalizer1.



NOTEThetotalizationfunctionissetto“Stop”atshipmentfromthemanufacturingfactory.Tostartthetotalizationfunction,besuretosetitto“Start”.

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4.2.6 Totalization Direction SettingThetotalizationdirectioncanbespecifiedwhenusingthetotalizationfunction.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINTotalizer1►Options D14:TOT1OPTS Specifiesthetotalizationdirectionoftotalizer1.Totalizer2►Options D24:TOT2OPTS Specifiesthetotalizationdirectionoftotalizer2.Totalizer3►Options D34:TOT3OPTS Specifiesthetotalizationdirectionoftotalizer3.

Fromthetablebelow,selectthetotalizationdirection.Selection DescriptionDisplay BRAIN

Balanced Balanced Totalizesthedifferentialflowratebetweentheforwardandreversedirections.

Absolute Absolute Totalizestheabsolutevalueoftheflowrate.Only positive Only positive Totalizesonlytheflowrateintheforwarddirection.Onlynegative Onlynegative Totalizesonlytheflowrateinthereversedirection.

Hold Hold Stopstotalizationprocessing(holdsthecurrenttotalizedvalue).

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4.2.7 Totalized Value Reset/Preset FunctionThereset/presetfunctioncanbespecifiedforthetotalizedvalue.Iftheresetfunctionisused,thefunctionresetsthetotalizedvalueto“0”.Ifthepresetfunctionisused,itsetsthepresetvaluespecifiedinadvancetothetotalizedvalue.Thepresetfunctionisusedwhenstartingtocounttotalizationfromthespecifiedvalue.Thissettingcanbeconfiguredwiththefollowingparameters.

�� Use of the reset/preset functionMenu path


Parameter DescriptionDisplay BRAINTotalizer1►Reset/Preset D16:TOT1PRESET Usesthereset/presetfunctionoftotalizer1.Totalizer2►Reset/Preset D26:TOT2PRESET Usesthereset/presetfunctionoftotalizer2.Totalizer3►Reset/Preset D36:TOT3PRESET Usesthereset/presetfunctionoftotalizer3.

Fromthetablebelow,selectthereset/presetfunction.Selection DescriptionDisplay BRAIN

Notexecute Notexecute Doesnotusethereset/presetfunctionofthetotalizedvalue.

Reset Reset Usestheresetfunctionofthetotalizedvalue.Preset Preset Usesthepresetfunctionforthetotalizedvalue.

�� Preset value settingMenu path


Parameter DescriptionDisplay BRAINTotalizer1►Presetvalue D17:TOT1PREVAL Specifiesthepresetvalueoftotalizer1.Totalizer2►Presetvalue D27:TOT2PREVAL Specifiesthepresetvalueoftotalizer2.Totalizer3►Presetvalue D37:TOT3PREVAL Specifiesthepresetvalueoftotalizer3.

NOTETheparameterreturnsto“Notexecute”afterthereset/presetfunctionofthetotalizedvaluehasbeencompleted.

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4.3 Pulse Output, Frequency Output, and Status Output

4.3.1 Pulse/Status Output Mode SettingSelecttheoutputmodeofthepulse/status.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINPO1/SO1►Outputmode E10:P1OUTMODE Specifiestheoutputmodeofpulse/statusoutput1.

PO2/SO2►Outputmode E31:P2OUTMODE Specifiestheoutputmodeofpulse/statusoutput2.

Fromthetablebelow,selecttheoutputmode.Selection

DescriptionDisplay BRAIN

Nofunction Nofunction Doesnotusetheterminal.Fixedpulseoutput Fixedpulseoutput Specifiestheoutputtothefixedwidthpulseoutput.

Frequencyoutput Frequencyoutput Specifiestheoutputtothefrequencyoutput(Duty50%).

Statusoutput StatusoutputSpecifiestheoutputtothestatusoutput.Fordetailsaboutthestatusoutput,refertoSubsection4.3.9.

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4.3.2 Pulse Output/Frequency Output MappingWhenusingasapulseoutputorfrequencyoutput,theprocessvaluetobeoutputneedstobeselected.Forpulse/statusoutput1,aprocessvaluedoesnotneedtobesetbecausethePV-mappedprocessvalueinSubsection4.1.2isanoutputtarget.Forpulse/statusoutput2,theprocessvaluetobeoutputcanbeselectedamongtheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoise.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►PulseselectBRAIN E:PULSESET►E32:P2SELECT

Thisparameterspecifiesaprocessvalueoutputfrompulse/statusoutput2.Fromthetablebelow,selecttheprocessvaluetobeoutput.

Selection DescriptionDisplay BRAINNoconnect Non-Connect Nooutput.Velocity Velocity Specifiestheflowvelocitytotheoutput.Volumeflow Volumeflow Specifiesthevolumetricflowratetotheoutput.Massflow Massflow Specifiesthemassflowratetotheoutput.Calorie Calorie Specifiesthecalorietotheoutput.Diag Diag Specifiestheflownoisetotheoutput.

4.3.3 Alarm Output FunctionItispossibletospecifytheoutputbehaviorforwhenanalarmoccurswhilebeingusedasapulseoutputorfrequencyoutput.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINPO1/SO1►Alarmout E16:P1ALMOUT Specifiesthealarmoutputfunctionofpulseoutput1

andfrequencyoutput1.PO2/SO2►Alarmout E33:P2ALMOUT Specifiesthealarmoutputfunctionofpulseoutput2

andfrequencyoutput2.

Fromthetablebelow,selecttheoutputoperationofthealarmoutputfunction.Selection DescriptionDisplay BRAIN

0 pps 0 pps Nooutput.

Measuredvalue Measuredvalue Outputsthefrequencyorpulsewiththemeasuredvalue.

Last valid Last valid Outputsthefrequencyorpulsewiththelastvalidvaluebeforeanalarmactivates.

Maxpps Maxpps Outputsthefrequencyorpulseat12500pps.

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4.3.4 Pulse Width SettingThepulsewidthcanbeselectedforuseasafixedwidthpulse.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINPO1/SO1►Fixwidth E12:P1WIDTH Specifiesthepulsewidthofpulseoutput1.

PO2/SO2►Fixwidth E34:P2WIDTH Specifiesthepulsewidthofpulseoutput2.

Fromthetablebelow,selectthepulsewidth.Pulse width [ms] Max. output frequency [Hz]

0.05 100000.1 50000.5 10001 50020 2533 1550 10100 5200 2.5330 1.5500 1.01000 0.52000 0.25Dutycycle50% ―

NOTEThemaximumpulsewidthwhen“Dutycycle50%”isselectedisupto300seconds(5minutes).Tooutputpulsewhoseperiodexceeds10minutes,thepulsewidthisfixedto300seconds.

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4.3.5 Active Direction SettingWhenthepulseoutputorstatusoutputisused,eitherONorOFFcanbesettoactiveforthepulsesignal.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Pulse/Statusout►(seebelow)

Parameter DescriptionDisplay BRAINPO1/SO1►Activemode

E:PULSEOUT►E11:P1ACTMODE

Specifiestheactivedirectionofthepulsesignalofpulse/statusoutput1.

PO2/SO2►Activemode

E:PULSEOUT►E33:P2ACTMODE

Specifiestheactivedirectionofthepulsesignalofpulse/statusoutput2.

SO11►Activemode F:STATUSI/O►F20:SO11ACTMODE

Specifiestheactivedirectionofthepulsesignalofstatusoutput11.

SO12►Activemode F:STATUSI/O►F30:SO12ACTMODE

Specifiestheactivedirectionofthepulsesignalofstatusoutput12.

Fromthetablebelow,selecttheactivedirectionofthepulsesignal.Selection DescriptionDisplay BRAIN

Onactive Onactive SetstoActivewhenthepulsesignalisseton.Offactive Offactive SetstoActivewhenthepulsesignalissetoff.

Example:Ifthefixedpulseoutputisspecifiedandthepulsewidthissetto“1ms”,itissettoactiveasshownbelow.

F0411.ai

Active：ON

Active：OFF

1 ms

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4.3.6 Active Pulse SettingWhencommunicationandI/OcodeD4isselected,thesensorwillbesetandshippedsothatthesensoroperateswithpulseoutput2specifiedasamechanicalcounter.Thissettingcanbechangedbythecustomer.Themechanicalcounterspecificationshavethefollowinglimitations.

Maximum pulse rate 2ppsPulse width 20ms,33ms,50ms,100ms

Active direction Onactive

RefertotheInstallationManualonhowtoconnectwiththemechanicalcounter.Menu path

Display Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►ActivepulseBRAIN E:PULSEOUT►E30:P2ACTPULSE

Selection DescriptionDisplay BRAINNormal Normal NormalpulseFormagneticcounter Formagneticcounter Mechanicalcounterspecificationpulse

4.3.7 Pulse Rate SettingWhenthepulseoutputisused,thepulseratevalueperpulseandpulseratescalingcanbespecified.TheunitofthepulserateisthesameastheunitofthePV-mappedprocessvalueinSubsection4.1.2.Thissettingcanbeconfiguredwiththefollowingparameters.Ifthepulseratescalingischanged,thepulseratevalueisalsoconvertedtomatchthechangedunit.

�� Pulse rate valueMenu path


Parameter DescriptionDisplay BRAINPO1/SO1►Ratevalue E14:P1RATEVAL Specifiesthepulserateofpulseoutput1.

PO2/SO2►Ratevalue E36:P2RATEVAL Specifiesthepulserateofpulseoutput2.

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�� Scaling pulse rateMenu path


Parameter DescriptionDisplay BRAINPO1/SO1►Rateunit E13:P1RATEUNIT Specifiesthescalingofthepulserateofpulse

output1.PO2/SO2►Rateunit E35:P2RATEUNIT Specifiesthescalingofthepulserateofpulse

output2.

Fromthetablebelow,selectthepulseratescaling.Selection Description

nunit/P 10-9×unitsperpulseuunit/P 10-6×unitsperpulsemunit/P 10-3×unitsperpulseUnit/P 1unitperpulsekunit/P 103×unitsperpulseMunit/P 106×unitsperpulsenP/unit 10-9×pulsesperunituP/unit 10-6×pulsesperunitmP/unit 10-3×pulsesperunitP/unit 1pulseperunitkP/unit 103×pulsesperunitMP/unit 106×pulsesperunit

Unit:Theunitoftheprocessvaluetobeoutputasapulseoutput

NOTEThemaximumpulserateandpulsewidthmustbespecifiedsothatthefollowingconditionsaresatisfied.Maximumpulseratevalue[pps] =Flowratespan[Unit/s]×Pulserate[P/Unit] ≤10[kpps] ≤1/(Pulsewidth×2)

Example:Whenthepulsewidthissetto“0.1ms”,themaximumpulseratevalueissetto“1/(0.0001×2)=5000[pps]”.Ifthespecifiedpulserateexceedsthisvalue,itcausesasettingerror,andanalarmis displayed.

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4.3.8 Frequency Output Range SettingWhenthefrequencyoutputisused,thefrequencyat0%and100%canbespecifiedforthespanoftheprocessvalue.Thefrequencyoutputrangecanbesetbyspecifyingthefrequency.TheoutputfrequencyistobesetforthespanofthePV-mappedprocessvalueinSubsection4.1.2.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINPO1/SO1►Frequencyat0% E17:F1AT0% Specifiesthefrequencywhentheprocessvalueto

beoutputwithfrequencyoutput1issetto0%.PO1/SO1►Frequencyat100% E18:F1AT100% Specifiesthefrequencywhentheprocessvalueto



beoutputwithfrequencyoutput2issetto100%.

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4.3.9 Status Output Function SettingTheproductstatecanbeoutputasacontactpointtousethestatusoutput.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Pulse/Statusout►(seebelow)

Parameter DescriptionDisplay BRAINPO1/SO1►SO1function

E:PULSEOUT►E20:SO1FUNCTION Specifiesstatusoutput1function.

PO2/SO2►SO2function

E:PULSEOUT►E41:SO2FUNCTION Specifiesstatusoutput2function.

SO11►Function F:STATUSI/O►F21:SO11FUNC Specifiesstatusoutput11function.

SO12►Function F:STATUSI/O►F31:SO12FUNC Specifiesstatusoutput12function.

Fromthetablebelow,selectthestatusoutputfunction.Selection DescriptionDisplay BRAIN

Nofunction Nofunction Thestatusoutputisnotavailablebecausethestatusoutputfunctionisnotenabled.

Warningoutput Warningoutput Thestatusoutputisactivatedwhenawarningoccurs.

Totallimit1 Totallimit1Thestatusoutputisactivatedwhenthetotalizedvalueoftotalizer1exceedsthespecifiedtargetvalue.Fordetailsaboutthetotalizationswitchfunction,refertoSubsection4.2.3.



H/Lalarm H/Lalarm

ThestatusoutputisactivatedwhenthePV-mappedprocessvalueisequaltoorlowerthanthespecifiedlowlimit(L)orequaltoorgreaterthanthespecifiedhighlimit(H).FordetailsaboutthePVmappingfortheprocessvalueandalarminformation,refertoSubsection4.1.2,Section4.8,andSubsection4.11.2.

HH/LLalarm HH/LLalarm

ThestatusoutputisactivewhilethePV-mappedprocessvalueisequaltoorlowerthanthespecifiedlow-lowlimit(LL)orequaltoorgreaterthanhigh-highlimit(HH).FordetailsaboutthePVmappingfortheprocessvalueandalarminformation,refertoSubsection4.1.2,Section4.8,andSubsection4.11.2.

Fwd/Revrange Fwd/Revrange

Usedforforward/reverserange.Aflowratecanbemeasuredbyswitchinganalogoutput1betweentheforwardrangeandreverserangeinresponsetoaflowdirection.Thestatusoutputisactivatedwhenthepresentrangeisthereverserange.Fordetails,refertoSubsection4.6.4.

Auto2range Auto2range

Usedforthemultirange.Aflowratecanbemeasuredwhileswitchinganalogoutput1betweenrange1andrange2inresponsetotheflowrate.Thestatusoutputisactivatedwhenthepresentrangeisrange2.Fordetails,refertoSubsection4.6.3.

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Selection DescriptionDisplay BRAIN


Usedforthemultirange.Aflowratecanbemeasuredwhileswitchinganalogoutput1betweenrange1andrange3inresponsetotheflowrate.Displaysthepresentrangebycombiningthestateofstatusoutputs11and12.Canbespecifiedonlywithstatusoutputs11and12.Fordetails,refertoSubsection4.6.3.


Usedforthemultirange.Aflowratecanbemeasuredwhileswitchinganalogoutput1betweenrange1andrange4inresponsetotheflowrate.Displaysthepresentrangebycombiningthestateofstatusoutputs11and12.Canbespecifiedonlywithstatusoutputs11and12.Fordetails,refertoSubsection4.6.3.

Ext2answer Ext2answerThestatusoutputisactivewhenthepresentrangeisrange2whileoperatingwithExt2rangesettings.Fordetails,refertoSubsection4.6.7.

Ext3answer Ext3answer

Displaysthepresentrangebycombiningthestateofstatusoutputs11and12whileoperatingwithExt3rangesettings.Canbespecifiedonlywithstatusoutputs11and12.Fordetails,refertoSubsection4.6.7.

Ext4answer Ext4answer

Displaysthepresentrangebycombiningthestateofstatusoutputs11and12whileoperatingwithExt4rangesettings.Canbespecifiedonlywithstatusoutputs11and12.Fordetails,refertoSubsection4.6.7.

Systemalarm Systemalarm ThestatusoutputisactivatedwhenSystemalarmoccurs.Canbespecifiedonlywithstatusoutput2.

Processalarm Processalarm ThestatusoutputisactivatedwhenProcessalarmoccurs.Canbespecifiedonlywithstatusoutput2.

Settingalarm Settingalarm ThestatusoutputisactivatedwhenSettingalarmoccurs.Canbespecifiedonlywithstatusoutput2.

Signaloverflow 50:Sigoverflow ThestatusoutputisactivatedwhenSignaloverflowoccurs.Canbespecifiedonlywithstatusoutput2.

Emptydetect 51:EmptydetectThestatusoutputisactivatedwhenEmptypipedetectionoccurs.Canbespecifiedonlywithstatusoutput2.

Adhoverlv4 53:Adhoverlv4ThestatusoutputisactivatedwhenAdhesionoverlevel4occurs.Canbespecifiedonlywithstatusoutput2.

Cablemiscon 85:CablemisconThestatusoutputisactivatedwhenCablemisconnectoccurs.Canbespecifiedonlywithstatusoutput2.

Coilinsulation 86:Coilinsulate ThestatusoutputisactivatedwhenCoilinsulationoccurs.Canbespecifiedonlywithstatusoutput2.

Adhesionlv3 87:Adhoverlv3 ThestatusoutputisactivatedwhenAdhesionlv3occurs.Canbespecifiedonlywithstatusoutput2.

LCwarn 88:LCwarnThestatusoutputisactivatedwhenLowconductivityWarningoccurs.Canbespecifiedonlywithstatusoutput2.

Insudetect 89:InsudetectThestatusoutputisactivatedwhenInsulationdetectionoccurs.Canbespecifiedonlywithstatusoutput2.

FLNoverlv3 90:FLNoverlv3ThestatusoutputisactivatedwhenFlownoiseoverlevel3occurs.Canbespecifiedonlywithstatusoutput2.

FLNoverlv4 91:FLNoverlv4ThestatusoutputisactivatedwhenFlownoiseoverlevel4occurs.Canbespecifiedonlywithstatusoutput2.

Verifwarn 93:VerifwarnThestatusoutputisactivatedwhenVerificationwarningoccurs.Canbespecifiedonlywithstatusoutput2.

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Factnoisewarn 94:FCnoisewarnThestatusoutputisactivatedwhenFactorynoisewarningoccurs.Canbespecifiedonlywithstatusoutput2.

Lowalarm LoalarmThestatusoutputisactivatedwhenthePV-mappedprocessvalueisequaltoorlessthanthelowlimit(L)andexceedsthelow-lowlimitvalue(LL).Canbespecifiedonlywithstatusoutput2.

LLalarm LoLoalarmThestatusoutputisactivatedwhenthePV-mappedprocessvalueisequaltoorlessthanthespecifiedlow-lowlimitvalue(LL).Canbespecifiedonlywithstatusoutput2.

Highalarm Hialarm

ThestatusoutputisactivatedwhenthePV-mappedprocessvalueisequaltoorgreaterthanthespecifiedhighlimit(H)andnomorethanthehigh-highlimit(HH).Canbespecifiedonlywithstatusoutput2.

HHalarm HiHialarmThestatusoutputisactivatedwhenthePV-mappedprocessvalueisequaltoorgreaterthanthespecifiedhigh-highlimit(HH).Canbespecifiedonlywithstatusoutput2.

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4.3.10 Pulse Option SettingAninstantaneousflowrateistotalizedforthefixedwidthpulseoutputorfrequencyoutputandisoutputasapulsewhenthetotalizedvalueexceeds1.Withthepulseoption,thetotalizationmethodcanbeselected.


Parameter DescriptionDisplay BRAINPO1/SO1►Options E21:P1OPTS Specifiespulse1option.PO2/SO2►Options E42:P2OPTS Specifiespulse2option.


Balanced Balanced

Totalizesaflowrateintheforwarddirectionwithapositivevalueandaflowrateinthereversedirectionwithanegativevalue,andoutputsavalueasapulseiftheforwardandnegativetotalizedvaluesexceed1.

Absolute Absolute Totalizesanabsolutevalueoftheflowrateandoutputsitasapulseifthetotalizedvalueexceeds1.

Only positive Only positiveTotalizesonlyaflowrateintheforwarddirectionandoutputsitasapulseifthetotalizedvalueexceeds1.(Thenegativeflowrateisnottotalizedas0)

Onlynegative Onlynegative

Convertsanegativeflowratetoapositivevalueandtotalizesit.Outputsthevalueasapulseifthevalueexceeds1.(Thenegativeflowrateisnottotalizedintheforwarddirectionas0)

Use“Balanced”and“Absolute”inthefollowingcases.

Balanced

Whenraising0%pointwithfrequencyoutputSettingexample)Pulsemode=Freq,Freqat0%=100Hz,Freqat100%=500Hz,Pulseoption=BalancedSince100Hzisoutputat0%withtheabovesettings,aninstantaneousflowratecanbemeasuredupto-25%infrequencyoutput.(Possibletouseinthesamewayastheanalogoutput)

Absolute

Whenusingincombinationwithforward/reverserangeSettingexample)Pulsemode=Fixed,Pulseoption=Absolute,SOfunction=Fwd/RevrangePleasesetyourdesiredvalueforpulsewidth/rate/rateunit,andreversespan1.Withtheabovesettings,thesamepulseoutputcanbereproducedaswhentheforward/reverserangesettingismadewiththeoldmodelAXF.

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4.4 Status Input4.4.1 Active Direction Setting for Status Input

Whenthestatusinputisused,eitherONorOFFcanbesettoactiveforthestatusinput.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Statusin►(seebelow)BRAIN F:STATUSI/O►(seebelow)

Parameter DescriptionDisplay BRAINSI11►Activemode F22:SI11ACTMODE Specifiestheactivedirectionofstatusinput11.SI12►Activemode F32:SI12ACTMODE Specifiestheactivedirectionofstatusinput12.

Fromthetablebelow,selecttheactivedirectionofthestatusinput.Selection DescriptionDisplay BRAIN

Onactive Short(On)act SpecifiesthestatusinputtoActivewhenitisshorted-circuited.

Offactive Open(Off)act SpecifiesthestatusinputtoActivewhenitisopen.

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4.4.2 Status Input Function SettingWhenthestatusinputisused,thefunctionofthestatusinputcanbeset.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Statusin►(seebelow)BRAIN F:STATUSI/O►(seebelow)

Parameter DescriptionDisplay BRAINSI11►Function F23:SI11FUNC Specifiesstatusinput11function.SI12►Function F33:SI12FUNC Specifiesstatusinput12function.

Fromthetablebelow,selectthestatusinputfunction.Selection DescriptionDisplay BRAIN

Nofunction Nofunction Thestatusinputisnotavailablebecausethestatusinputfunctionisnotenabled.

0%signallock 0%SignalLock Analogoutput1isfixedat4mAwhenthestatusinputbecomesactive.

Extautozero Extautozero

Thezeroadjustmentfunctionisautomaticallyusedwhenthestatusinputisactive.Notethatzeroadjustmentcannotbestoppedevenifthestatusinputischangedwhilethezeroadjustmentfunctionisused.

Totalpreset1 Totalpreset1ThepresetvaluespecifiedinSubsection4.2.7issetasthevaluefortotalizer1andtotalizationstartsfromthevaluewhenthestatusinputisactive.

Totalpreset2 Totalpreset2ThepresetvaluespecifiedinSubsection4.2.7issetasthevaluefortotalizer2andtotalizationstartsfromthevaluewhenthestatusinputbecomesactive.

Totalpreset3 Totalpreset3ThepresetvaluespecifiedinSubsection4.2.7issetasthevaluefortotalizer3andtotalizationstartsfromthevaluewhenthestatusinputbecomesactive.

Ext2ranges Ext2ranges

Therangeofanalogoutput1isswitchedfromrange1torange2whilethestatusinputisactive.UsedforExternalContactRange.Fordetailsontheexternalcontactrange,refertoSubsection4.6.6.

Ext3ranges Ext3rangesUsedforExternalContactRange.Therangeofanalogoutput1isarbitrarilyswitchedfromrange1to3bycombiningthestateofstatusinput11and12.Fordetails,refertoSubsection4.6.6.

Ext4ranges Ext4rangesUsedforExternalContactRange.Therangeofanalogoutput1isarbitrarilyswitchedfromrange1to4bycombiningthestateofstatusinput11and12.Fordetails,refertoSubsection4.6.6.

0%signallock2 0%SignalLock2Aflowrateisfixedat0whenthestatusinputbecomesactive.Duetothis,theanalogoutput,pulseoutputandflowrateonthedisplaybecome0.

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4.5 Analog Input and Analog Output4.5.1 Analog Output Select

Theprocessvaluetobeassignedtoanalogoutput2isset.Inthecaseofanalogoutput1,theprocessvaluedoesnotneedtobesetbecausethePV-mappedprocessvalueinSubsection4.1.2isanoutputtarget.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Analogout/in►AO2►AO2selectBRAIN G:AnalogI/O►G10:AO2SELECT

Fromthetablebelow,selecttheprocessvaluefortheanalogoutput.Selection DescriptionDisplay BRAIN

Noconnect Non-Connect Nooutput.Velocity Velocity Specifiestheflowvelocitytotheoutput.Volumeflow Volumeflow Specifiesthevolumetricflowratetotheoutput.Massflow Massflow Specifiesthemassflowratetotheoutput.Calorie Calorie Specifiesthecalorietotheoutput.Diag Diag Specifiestheflownoisetotheoutput.

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4.5.2 Analog Output High/Low Limit FunctionThehighandlowlimitsoftheanalogoutputcanbesetforeachterminal.Thehighlimitcanbelimitedbetween4.0mAand21.6mA,andthelowlimittobetween2.4mAand20.0mA.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINAO1►Highlimit G02:AO1HILIMIT Specifiesthehighlimitofanalogoutput1.AO1►Lowlimit G03:AO1LOLIMIT Specifiesthelowlimitofanalogoutput1.AO2►Highlimit G12:AO2HILIMIT Specifiesthehighlimitofanalogoutput2.AO2►Lowlimit G13:AO2LOLIMIT Specifiesthelowlimitofanalogoutput2.

Example:

Ifthehighlimitissetto16mAandthelowlimitto8mA,theresultisasshownbelow.

F0412.ai

0

4

8

12

16

20

Time [sec]

Current [mA]

Low limit

High limitCurrent output before limit function applied.

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4.5.3 Absolute Range FunctionTheabsoluterangefunctionisavailableforusinganalogoutput1.Iftheabsoluterangefunctionisused,theforwardflowrateandreverseflowratetowardaspancanbeoutputtoanalogoutputatthesametime.With0%flowratesetat12mA,thereverseflowratecanbeoutputtoananalogoutputof4to12mA,andtheforwardflowratetoananalogoutputof12to20mA.Theabsoluterangefunctionandlow-cutfunctioncanbeusedatthesametime.Fordetailsaboutthelow-cutfunction,refertoSubsection4.1.7.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Analogout/in►AO1►RangemodeBRAIN G:ANALOGI/O►G05:AO1RNGMODE

Thisparametersetstheuseoftheabsoluterangefunctionforanalogoutput1.Fromthetablebelow,selecttheuseoftheabsoluterangefunction.

Selection DescriptionDisplay BRAINNormalrange Normalrange Doesnotusetheabsoluterangefunction.Absrange Absrange Usestheabsoluterangefunction.

Example:(1)Withabsoluterangeandnolowcut

F0413.ai-100

4

8

12

16

20

Flow rate [%]

Current [mA]

0 100

(2)Withabsoluterangeandlowcut

F0414.ai-100

4

8

12

16

20

Flow rate [%]

Current [mA]

0 100

Low cut

NOTETheabsoluterangefunctionandmultirangefunctioncannotbeusedatthesametime.

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4.5.4 Alarm Output FunctionBehavioroftheanalogoutputwhenatargetalarmoccurscanbesetwiththealarmoutputfunction.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINAO1►Alarmout G04:AO1ALMOUT Specifiesthealarmoutputfunctionofanalogoutput

1.AO2►Alarmout G14:AO2ALMOUT Specifiesthealarmoutputfunctionofanalogoutput

2.

Fromthetablebelow,selecttheuseofthealarmoutputfunction.Selection DescriptionDisplay BRAIN

<2.4mA <2.4mA Outputslowerthan2.4mA.3.8mA 3.8mA Outputs3.8mA.4mA 4mA Outputs4mA.20.5mA 20.5mA Outputs20.5mA.>21.6mA >21.6mA Outputshigherthan21.6mA.

Measuredvalue Measuredvalue Outputsmeasuredcurrent(thecurrentvalueisundefinedduetoanerror).

Hold Hold Outputscurrentthatisappliedwhenanalarmoccurs.

4.5.5 Analog Output PriorityThefunctionoftheprioritizedanalogoutputvariesdependingonthesettingsoftheproduct.

Priority level Output mode

High

Low

Testmodebit(Fordetails,refertoSection4.12.)StatusinputfunctionOutputof0%signallock(Fordetails,refertoSubsection4.4.2.)Alarmoutputfunction(Fordetails,refertoSubsection4.5.4.)

Verificationfunction,Outputduringofflinediagnosis(Fordetails,refertoSubsection4.11.6.)

Normaloutput

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4.5.6 Current Value AdjustmentAfterthesensorisinstalledtothecustomer’spiping,ananaloginputvalueoranalogoutputvaluecanbeadjustedinthecustomer’sinstallationenvironmentToadjustananalogoutputvalue,outputcurrentsof4mAand20mAfromthisproduct,connectanammeterforcalibration,andmeasurethecurrentvalue.Setthemeasuredcurrentvaluetotheparameterandadjusttheanalogoutputvalue.Toadjusttheanaloginputvalue,inputcurrentsof4mAand20mAfromanexternaldevice,anddisplaytheanaloginputvalueonthedisplayofthisproduct.Fordetailsaboutsettingsofthedisplayitem,refertoSubsection4.9.2.Setthedisplayedanalogvalue(adjustedvalue)totheparameterandadjusttheanaloginputvalue.Thissettingcanbeconfiguredwiththefollowingparameters.

�� Analog inputMenu path

Display Devicesetup►Diag/Service►AO/AItrim►AItrim►(seebelow)BRAIN G:ANALOGI/O►(seebelow)


Trim4mA G51:AIat4mA Specifiestheadjustmentvaluewheninputting4mAofanaloginput.

Trim20mA G52:AIat20mA Specifiestheadjustmentvaluewheninputting20mAofanaloginput.

Trimclear G50:AITRIMCLR Clearstheadjustmentvalueforinputtinganaloginput.

�� Analog outputMenu path

Display Devicesetup►Diag/Service►AO/AItrim►AOtrim►(seebelow)BRAIN G:ANALOGI/O►(seebelow)


AO1trim4mA G31:AO1at4mA Specifiestheadjustmentvalueofanalogoutput1(4mA).


AO1trimclear G30:AO1TRIMCLR Clearstheadjustmentvalueofanalogoutput1.



AO2trimclear G40:AO2TRIMCLR Clearstheadjustmentvalueofanalogoutput2.

IMPORTANTIftheinput/outputdoesnotagreewiththereadingsofthecurrentvaluewhenthecurrentvalueadjustmentfunctionisused,readjustthecurrentvalue.

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4.5.7 Analog Input Function SettingAprocessvaluefromanexternaldevicecanbeimportedtotheproductasananaloginput.Theanaloginputcanbeusedfortemperature-baseddensitycorrectioncalculationandcaloriecalculationbyusingtheanaloginputasatemperatureinput.Fordetailsaboutthetemperature-inputdensitycorrectioncalculationandcaloriecalculation,refertoSubsections4.7.5and4.7.6.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Analogout/in►AI►FunctionBRAIN G:ANALOGI/O►G20:AIFUNCTION

Thisparameterspecifiestheanaloginputfunction.Fromthetablebelow,selecttheanaloginputfunction.


Nofunction Nofunction Ananaloginputisnotavailablebecausetheanaloginputfunctionisnotenabled.

Monitoring MonitoringTheanaloginputvaluecanbemonitored.However,thisfunctiondoesnotgiveanyinfluencesoneitherthedensitycorrectioncalculationorthecaloriecalculation.

Difftemperature DifftemperatureTheanaloginputisusedasthetemperaturedifference.Caloriecanbecalculated.

Exttemperature Exttemperature Theanaloginputisusedasabsolutetemperature.Densitycorrectionandcaloriecanbecalculated.

4.5.8 Display Analog InputThecurrentvalueoftheanaloginputcanbecheckedwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Analogout/in►AI►ValueBRAIN G:ANALOGI/O►G23:AIVALUE

4.5.9 Analog Input Unit SettingAunitcanbesetforwhenananaloginputisusedasaninputfortemperature.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Analogout/in►AI►UnitBRAIN G:ANALOGI/O►G24:AIUNIT

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4.5.10 Analog Input Range SettingArangecanbesetfortheprocessvaluefortheanaloginputbyspecifying0%and100%oftheprocessvaluefortheanaloginput.TheunitfortherangeisthesameastheunitspecifiedinSubsection4.5.10.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Analogout/in►AI►(seebelow)BRAIN G:ANALOGI/O►(seebelow)


URV G25:AIURV Specifiesthevaluethatisatthe100%pointoftheprocessvaluefortheanaloginput.

LRV G26:AILRV Specifiesthevaluethatisatthe0%pointoftheprocessvaluefortheanaloginput.

4.5.11 Analog Input High/Low Limit FunctionHighandlowlimitscanbesetfortheanaloginput.Thehighlimitcanbesettobetween4.0mAand21.6mA,andthelowlimittobetween2.4mAand20.0mA.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Analogout/in►AI►(seebelow)BRAIN G:ANALOGI/O►(seebelow)


Highlimit G21:AIHILIMIT Specifiesthehighlimitvalueoftheanaloginputvalue.

Lowlimit G22:AILOLIMIT Specifiesthelowlimitvalueoftheanaloginputvalue.

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4.6 Multi Range Function4.6.1 Multi Range type

Themultirangefunctioncanbeusedforanalogoutput1.Themultirangefunctionshowsthepresentrangewiththestatusinputorstatusoutput.ThemultirangefunctionmakesitpossibletomeasureaspanforthePV-mappedprocessvalueinSubsection4.1.2whileswitchingmultipleranges.Themultirangefunctionhasthreeranges;themultirange,theforward/reverserange,andtheexternalcontactrange,andoneoftherangesshouldbeselected.Thecontentsofeachrangeareasfollows:

Multi range Thestateoftherangeisoutputinthestatusoutputbymeasuringaflowwhileswitchingseveralrangesinresponsetoflowrate.

Forward/Reverse range

Thestateoftherangeisoutputinthestatusoutputbymeasuringaflowwhileswitchingseveralrangesinresponsetotheflowdirection.

External Contact Range Flowismeasuredwhileswitchingseveralrangesbyusingthestatusinputs.

NOTE• Theabsoluterangefunctionandmultirangefunctioncannotbeusedatthesametime.• Themultirangefunctionisnotavailableforanalogoutput2.

4.6.2 Multi Range SettingWhenusingthemultirangefunction,eachrangeneedstobeconfigured.Forunitsetting,refertoSubsection4.1.4.Thissettingcanbeconfiguredwiththefollowingparameters.RefertoSubsection4.1.5.forthespansetting(forwardspan1)whenthemultirangefunctionisnotused.Menu path

Display Devicesetup►Detailedsetup►Multirange►(seebelow)BRAIN F:STATUSI/O►(seebelow)

Parameter DescriptionDisplay BRAINForwardspan2 F40:FWDSPAN2 Specifiesforwardspan2.Forwardspan3 F41:FWDSPAN3 Specifiesforwardspan3.Forwardspan4 F42:FWDSPAN4 Specifiesforwardspan4.Reversespan1 F43:REVSPAN1 Specifiesreversespan1.Reversespan2 F44:REVSPAN2 Specifiesreversespan2.Reversespan3 F45:REVSPAN3 Specifiesreversespan3.Reversespan4 F46:REVSPAN4 Specifiesreversespan4.

Thetypeoftherangeforthemultirangefunctioncanbesetwiththestatusoutputandstatusinputfunctions.Fordetails,refertoSubsections4.3.9.and4.4.2.Itisnecessarytosetaspanforeachrangeinresponsetotherangetypeofthemultirangefunction.Seteachspanvaluesoastosatisfytherelationoflowerrange≤upperrange.Forexample,iftheforward/reverserangeistobeusedincombinationwiththemultirange(range1and2),spansofforwardspan1,forwardspan2,reversespan1,andreversespan2needtobeset,andtherelationsofforwardspan1≤forwardspan2andreversespan1≤reversespan2shouldbesatisfied.Iftheseconditionsarenotmet,“Analogoutput1multirangeerror”occursandthemultirangefunctiondoesnotoperate.

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4.6.3 Multi Range OperationThemultirangeallowstworangestobeautomaticallyswitchedformeasurementinresponsetotheflowrate.Whenameasuredflowrateislargerthanthelowerrange,therangeisswitchedtothehigherrange.Whenameasuredflowrateissmallerthanthehigherrange,therangeisswitchedtothelowerrange.Therangebeingusedisshownwiththestateofthestatusoutput.Whenthemultirangeisusedinrange1and2,therelationoftherangeandstatusoutputisasfollows:

Range Stateofstatusoutput(auto2rangeindicated)Forward span 1 NotactiveForward span 2 Active

Whentherangeisswitchedfromthehigherrangetothelowerrange,ithashysteresis.Thehysteresissetsapercentageforthelowerrange.Thehysteresisformultirangeswitchingcanbesetwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Multirange►AutorangehystBRAIN F:STATUSI/O►F50:AUTORNGHYS

Whenmultirangeisusedinrange1and2,themultirangecanbesetwiththefollowingprocedures.(1) RefertoSubsection4.1.2tospecifythePVprocessvalue.

(2) RefertoSubsections4.1.4and4.1.5tospecifythespan(forwardspan1).

(3) Specifythemultirangeswitchinghysteresis.

(4) RefertoSubsection4.3.1tospecifytheoutputoftheterminaltothestatusoutput.

(5) RefertoSubsection4.3.9tospecifythestatusoutputfunctiontoauto2range.

(6) RefertoSubsection4.6.2tospecifyforwardspan2.

Specifyavaluegreaterthanforwardspan1.

Example:PV=Volumetricflowrate,Flowratespan(range1)=50m3/h,Range2=100m3/h,WhensettoHysteresiswidth=10%->Hysteresisvalue =50[m3/h]×10[%]

=5[m3/h]

(1) Whentherangeisswitchedfromlowerrange1tohigherrange2

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0

100

Status output

Output [%]

Flow rate [m3/h]

50 100

Forward range 1Forward range 2

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(2) Whentherangeisswitchedfromhigherrange2tolowerrange1(waitingforhysteresis)

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0

100

Status output

Output [%]

Flow rate [m3/h]

50 10045

Forward range 1Forward range 2

Ifstatusoutput11and12arecombined,aflowratecanbemeasuredbyautomaticallyswitchinganalogoutput1toranges1through3ortorange1through4inresponsetotheflowrate.Whenusingthemultirangeatranges1through3,setthefunctionsofstatusoutput11and12toauto3range.Also,setspanvaluesatforwardspans1through3.Whenusingthemultirangeatranges1through4,setthefunctionsofstatusoutput11and12toauto4range.Also,setspanvaluesatforwardspans1through4.Therelationbetweenarangeandthestatusoutputisasfollows:

Range Stateofstatusoutput11(Auto3(or4)range)

Stateofstatusoutput12(Auto3(or4)range)

Forward span 1 Notactive NotactiveForward span 2 Active NotactiveForward span 3 Notactive ActiveForward span 4* Active Active

*: Ifsettouseranges1through3,therangeisintransitionuptorange3.

NOTETochangethePVprocessvaluesetinSubsection4.1.2,itisnecessarytore-setthemultirange.

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4.6.4 Forward/Reverse RangeIntheforward/reverserange,thisproductmeasuresaflowbyautomaticallyswitchingtheforwarddirectionrange(forwardrange)andreversedirectionrange(reverserange)inresponsetotheflowdirection.Boththeforwardrangeandreverserangecanbesetfortherange,respectively.Therangebeingusedisshownwiththestateofthestatusoutput.Whentheforward/reverserangeisused,therelationoftherangeandstatusoutputisasfollows:

Flow direction Range Stateofthestatusoutput(Forward/Reverserange)

Forward Forwardspan1 NotactiveReverse Reversespan1 Active

Whentherangeisswitchedfromtheforwardrangetothereverserange,ithashysteresis.Thehysteresissetsapercentageforeithertheforwardrangeorthereverserange,whicheverissmaller.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Multirange►BidirectionhystBRAIN F:STATUSI/O►F51:BIDIRECHYS

Theforward/reverserangecanbeconfiguredwiththefollowingprocedure.(1) RefertoSubsection4.1.2tospecifythePVprocessvalue.


(3) Specifytheforward/reverserangeswitchinghysteresis.

(4) RefertoSubsection4.3.1tospecifytheoutputoftheterminaltothestatusoutput.

(5) RefertoSubsection4.3.9tospecifythestatusoutputfunctiontoFwd/Revrange.

(6) RefertoSubsection4.6.2tospecifyreversespan1.

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Example:PV=Volumetricflowrate,Flowratespan(forwardspan1)=50m3/h,Reversespan1=100m3/h,WhensettoHysteresis=5%->BecauseofForwardrange<ReverserangeHysteresisvalue =50[m3/h]×5[%]

=2.5[m3/h]

(1) Whentherangeisswitchedfromthereverserangetotheforwardrange(waitingforhysteresis)

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-100

100

Status output

Output [%]

Flow rate [m3/h]0

Reverse range 1Forwardrange 1

502.5

(2) Whentherangeisswitchedfromtheforwardrangetothereverserange(waitingforhysteresis)

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-100

100

Status output

Output [%]

Flow rate [m3/h]0

Reverse range 1Forward range 1

50-2.5

NOTETochangethePVprocessvaluesetinSubsection4.1.2,itisnecessarytore-settheforward/reverserange.

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4.6.5 Combination of Multi Range and Forward/Reverse Range

Themultirangecanbeusedincombinationwiththeforward/reverserangeforthisproduct.Whenthemultirange(range1to2)andtheforward/reverserangearecombined,therelationoftherangeandstatusoutputisasfollows:

Flow direction Range Stateofthestatusoutput(Forward/Reverserange)

Stateofthestatusoutput(Auto2range)

Forward Forward span 2 Notactive ActiveForward span 1 Notactive Notactive

Reverse Reverse span 1 Active NotactiveReverse span 2 Active Active

Themultirangeandtheforward/reverserangeeachhaveadifferenthysteresis.Forthehysteresesofthemultirangeandtheforward/reverserange,refertoSubsections4.6.3and4.6.4.

Thecombinationoftheforward/reverserangeandthemultirange(ranges1through2)canbesetusingthefollowingprocedures.(1) RefertoSubsection4.1.2tospecifythePVprocessvalue.


(3) RefertoSubsections4.6.3and4.6.4tospecifythehysteresesforthemultirangeandtheforward/reverserange.

(4) RefertoSubsection4.3.1tospecifytheoutputofeachterminaltothestatusoutput.

(5) RefertoSubsection4.3.9tospecifythestatusoutputfunctiontoauto2rangeandforward/reverserange.

(6) RefertoSubsection4.6.2tospecifyforwardspan2,reversespan1,andreversespan2.

Bycombiningstatusoutput11and12withanystatusoutput(exceptforstatusoutput11and12),aflowratecanbemeasuredbyautomaticallyswitchinganalogoutput1toforward/reverseranges1through3ortoforward/reverseranges1through4inresponsetoaflowrate.Whenusingthecombinationintheforward/reverseranges1through3,thefunctionsofstatusoutput11and12shouldbesettoauto3rangeandanystatusoutput(exceptfor11and12)shouldbesettotheforward/reverserange.Also,setthespanvaluesforuptoforwardspans1through3anduptoreversespans1through3.Whenusingthecombinationintheforward/reverseranges1through4,thefunctionsofstatusoutput11and12shouldbesettotheauto4rangeandanystatusoutput(exceptfor11and12)shouldbesettotheforward/reverserange.Also,setthespanvaluesforforwardspans1through4andreversespans1through4.Therelationbetweenarangeandthestatusoutputisasfollows:

Flow direction Range

Stateofthestatusoutput

(Forward/Reverserange)



Forward

Forward span 4* Notactive Active ActiveForward span 3 Notactive Notactive ActiveForward span 2 Notactive Active NotactiveForward span 1 Notactive Notactive Notactive

Reverse

Reverse span 1 Active Notactive NotactiveReverse span 2 Active Active NotactiveReverse span 3 Active Notactive ActiveReverse span 4* Active Active Active

*: Whenforward/reverseranges1through3aretobeused,therangeisintransitionuptoforwardspan3orreversespan 3.

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4.6.6 External Contact RangeTheexternalcontactrangecanbeusedwiththisproduct.Intheexternalcontactrange,aflowratecanbemeasuredbyarbitrarilyswitchingtworangesinresponsetostatusinput.Therelationbetweenarangeandthestatusinputisasfollows:

State of status input(Ext 2 ranges) Range

Not active Range1Active Range2

Whenusingtheexternalcontactrangeinranges1and2,itcanbesetwiththefollowingprocedures.(1) RefertoSubsection4.1.2tospecifythePVprocessvalue.


(3) RefertoSubsection4.4.2tospecifythefunctionofthestatusinputtoExt2ranges.


Example:PV=Volumetricflowrate,Flowratespan(forwardspan1)=50m3/h,Whensettingtheforwardspan2=100m3/h

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Output [%]

Flow rate [m3/h]50 1000

100Forward range 2

Status input

Forward range 1

Ifstatusinput11and12arecombined,aflowratecanbemeasuredbyarbitrarilyswitchingtheanalogoutput1rangetoranges1through3ortoranges1through4.Whenusingtherangeinranges1through3,setthefunctionsofstatusinput11and12toExt3ranges.Also,setthespanvaluefromforwardspans1through3.Whenusingtherangeinranges1through4,setthefunctionsofstatusinput11and12toExt4ranges.Also,setthespanvaluefromforwardspans1through4.Therelationbetweenarangeandthestatusinputisasfollows:

State of status input 11(Ext 3 (or 4) range)

State of status input 12(Ext 3 (or 4) range) Range

Not active Not active Range1Active Not active Range2

Not active Active Range3Active Active Range4*

*: Forthesettingtouseranges1through3,therangeisintransitionuptorange3(therangeoperatesinrange3evenifthestatusinputissettorange4).

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4.6.7 External Contact Range (with Answer)Thisproductcandisplaythepresentrangeintheformofthestateofstatusoutputwhileoperatingintheexternalcontactrange.The relation between a range and the status output is as follows:

State of status input(Ext 2 ranges) Range Stateofthestatusoutput

(Ext2answer)Not active Range1 Notactive

Active Range2 Active

Theexternalcontactrangewithanswercanbeconfiguredusingthefollowingprocedure.(1) RefertoSubsection4.1.2tospecifythePVprocessvalue.



(4) RefertoSubsection4.3.9tospecifythefunctionofthestatusoutputtoExt2answer.


Example:PV=Volumetricflowrate,Flowratespan(forwardspan1)=50m3/h,Whensettingtoforwardspan2=100m3/h

OutputForward range 1

Forward range 2

Flow rate[m3/h]

Status input

Status output

50 1000

100

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Whilearbitrarilyswitchingtheanalogoutput1rangefromranges1through3orfromranges1through4bycombiningstatusinput11and12withstatusoutput11and12,thepresentrangecanbedisplayedbycombiningstatusoutput11and12.Whenusingtherangeinranges1through3,statusinput11and12functionsshouldbesettotheExt3ranges,andthestatusoutput11and12functionsshouldbesettoExt3answerafterthespanvaluesforforwardspans1through3arealsoset.Whenusingtherangeinranges1through4,statusinput11and12functionsshouldbesettotheExt3ranges,andthestatusoutput11and12functionsshouldbesettotheExt4answerafterthespanvaluesforforwardspans1through4arealsoset.

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State of status input 11

(Ext 3 (or 4) range)


(Ext 3 (or 4) range)Range

Stateofstatusoutput11

(WithExt3(or4)rangeanswer)

Stateofstatusoutput12

(WithExt3(or4)rangeanswer)

Not active Not active Range1 Notactive NotactiveActive Not active Range2 Active Notactive

Not active Active Range3 Notactive ActiveActive Active Range4* Active Active


4.6.8 Combination of External Contact Range and Forward/Reverse Range

Theexternalcontactrangecanbeusedincombinationwiththeforward/reverserangeforthisproduct.Therelationoftherangeandstatusoutputisasfollowswhentheforward/reverserangeandExternalContactRange(range1and2)arecombined.

Condition OperationFlow

directionState of status input

(Ext 2 ranges) Range Stateofthestatusoutput(Forward/Reverserange)

Stateofthestatusoutput(Ext2answer)

Forward Active Forwardspan2 Notactive ActiveNot active Forwardspan1 Notactive Notactive

Reverse Not active Reversespan1 Active NotactiveActive Reversespan2 Active Active

Thecombinationoftheforward/reverserangeandtheexternalcontactrange(range1and2)canbesetinthefollowingprocedures.(1) RefertoSubsection4.1.2tospecifythePVprocessvalue.

(2) RefertoSubsections4.1.4and4.1.5tospecifyspan(forwardspan1).

(3) RefertoSubsections4.6.3and4.6.4tospecifythehysteresesforthemultirangeandtheforward/reverserange.

(4) RefertoSubsection4.3.9tospecifythefunctionofthestatusoutputtotheforward/reverserange.


(6) RefertoSubsection4.6.2tospecifyforwardspan2,reversespan1,andreversespan2.

Whilearbitrarilyswitchingtheanalogoutput1rangefromranges1through3orfromranges1through4bycombiningstatusinput11and12withstatusoutput11and12,thepresentrangecanbedisplayedbycombiningstatusoutput11and12.Whenusingthecombinationinranges1through3,thestatusinput11and12functionsshouldbesettotheExt3ranges,thestatusoutput(exceptfor11and12)shouldbesettotheforward/reverserange,andthestatusoutput11and12functionsshouldbesettotheExt3answerafterthespanvaluesforforward1through3rangesandreverse1through3rangesarealsoset.Whenusingthecombinationinranges1through4,thestatusinput11and12functionsshouldbesettotheExt3ranges,thestatusoutput(exceptfor11and12)shouldbesettotheforward/reverserange,andthestatusoutput11and12functionsshouldbesettotheExt4answerafterthespanvaluesforforward1through4rangesandreverse1through4rangesarealsoset.

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Flow direction





Range

Stateofthestatusoutput(Forward/Reverserange)

Stateofstatusoutput11(WithExt3(or4)rangeanswer)

Stateofstatusoutput12(WithExt3(or4)rangeanswer)

Forward

Active Active Forwardspan4* Notactive Active ActiveNot active Active Forwardspan3 Notactive Notactive Active

Active Not active Forwardspan2 Notactive Active NotactiveNot active Not active Forwardspan1 Notactive Notactive Notactive

Reverse

Not active Not active Reversespan1 Active Notactive NotactiveActive Not active Reversespan2 Active Active Notactive

Not active Active Reversespan3 Active Notactive ActiveActive Active Reversespan4* Active Active Active


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4.7 Auxiliary Calculation Function4.7.1 Fluid Flow Direction Setting

Thearrowonthesurfaceofthesensorindicatesthefluidflowdirection.Uponshipmentfromthemanufacturingfactory,theflowrateismeasuredassumingthatthearrowdirectionisforward.Bychangingtheparametersettings,thisproductcanmeasuretheflowrate,assumingthatthereversedirectionisforwardagainstthearrowdirection.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►AUXcalculation►FlowdirectBRAIN H:AUXCALC►H10:FLOWDIRECT

Thisparameterspecifiesthefluidflowdirection.Fromthetablebelow,selectthefluidflowdirection.

Selection DescriptionDisplay BRAINForward Forward Thearrowdirectionofthesensorisforward.

Reverse Reverse Thereversedirectionofthearrowofthesensorisforward.

4.7.2 Rate Limit Function SettingIftheratelimitfunctionisused,itbecomespossibletoreducenoisesthatcannotallbeclearedonlybylengtheningthedampingtimeconstant.Whenastepsignalorasuddensignalduetoaslurryfluidisinput,thisfunctionjudgeswhetherthesignalisaflowratesignaloranoisesignal.Thisjudgmentismadebasedonthehigh/lowlimitvalue(ratelimitvalue)andtheratelimitfunctioncontinuationtime(deadtime),causingthenoisesignalovertheratelimitvaluetobecutoff.Theratelimitvalueisspecifiedwiththepercentage(%)forthespanofthePV-mappedprocessvalueinSubsection4.1.2.Thedeadtimeissetto“0”iftheratelimitfunctionisnotused.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►AUXcalculation►(seebelow)BRAIN H:AUXCALC►(seebelow)

Parameter DescriptionDisplay BRAINRatelimit H11:RATELIMIT Specifiestheratelimitvalue.Deadtime H12:DEADTIME Specifiesthedeadtime.

Noisefilter H13:NOISEFILTER Specifiesthenoisefilter(ratelimitvalueanddeadtime).*1

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*1: Fromthetablebelow,selectthenoisefilter(ratelimitvalueanddeadtime).Selection Rate limit value Dead timeDisplay BRAIN

Manual ManualThevalueisspecifiedintheparameter“Ratelimit”.

Thevalueisspecifiedintheparameter“Deadtime”.

Level 1 Level 1 0.5% 0.5sLevel 2 Level 2 1.0% 1.0sLevel 3 Level 3 5.0% 3.0s

NOTEIfeithertheratelimitvalueorthedeadtimeisspecified,thenoisefilterissetto“Manual”.

NOTEDeterminingtheratelimitvalueanddeadtime

T0

T0

2%

2%

The Rate limit value:Determine the level which should be cut the output fluctuation. For example, if its level is 2%, the noise of 2% or larger would be cut as shown in the following figure.

The Dead time (T0):Determine the value depending on the width of the output fluctuation. Choose the larger value when the noise which is over the dead time as shown in the following figure.

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NOTEFortheratelimitfunction,thedeadtimeissetto“0”uponshipmentfromthemanufacturingfactory.Besuretosetthedeadtimewhentheratelimitfunctionisused.

Signal processing for rate limit functionTheproductcalculatestosetthespecificratelimitvaluetotheprimarydelayresponsevalueofthepreviouslysampledflowratevalue.Iftheflowratevaluesampledatthistimeexceedstheratelimitvalueabove,itshighorlowlimitissettotheflowratevalueatthistime.Furthermore,ifthesamplingcountoccurswithinthedeadtimewhilethesignaloverthehigh/lowlimitisinthesamedirection,thissignalisjudgedtobeaflowratesignal.

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Example:(1) Wheninput=0to10%,Dampingtimeconstant=5seconds,Deadtime=3seconds,

andRatelimitvalue=1%,theoutputforthestepinputisobtainedasshownbelow.

F0421.ai

10%

1%

Step signal

Flow rate valueafter rate limitprocessing

63.2%

100 225Deat time: 3 s

(a) (b) (c) (d) Flow rate value after damping

Input: 0 to 10%Damping time constant: 5 sDead time: 3 sRate limit value: 1%

Number of signal samples

• Incondition(a),thesignalexceedstheratelimitvalueascomparedwiththepreviousvalue;therefore,theresponseissetto1%.

Theactualoutput,whichisdamped,isprocessedasindicatedbythesolidline.

• Then,theflowratevalueinthedeadtimeissetto“flowrateafterdampingcalculation+signalofratelimitvalue(1%)”.

• Theinputsignaldoesnotreturntotheratelimitvalueorlesswithinthedeadtime;therefore,itisjudgedtobeaflowratesignalatthetimeof(c).

• Theoutputsignalstartsfollowingthestepsignalalongthedampingcurve.

Thefigurebelowshowsanoutputexamplewhenaslurrynoisehasoccurred.(2) Wheninput=0to10%,Dampingtimeconstant=1second,Deadtime=1seconds,

andRatelimitvalue=1%,theoutputforaslurrynoiseisobtainedasshownbelow.

F0422.ai

+1%

-1%

Dead time: 1 s

Flow rate value after damping

Flow rate valueafter rate limitprocessing

Slurry noise

Time

Input: 0 to 10%Damping time constant: 1 sDead time: 1 sRate limit value: 1%

In the figure on the left, it is determined that the slurries noise signal is not a flow rate signal.

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4.7.3 Pulsing Flow Support Function SettingIfaplungerpumpisused,itmaycauseanerrorintheaverageoftheflowrateduetotheinfluenceofthepulsingflow.Ifthepulsingflowsupportfunctionisused,anerrorduetoapulsingflowcanbereducedbyfollowingaflowchangewhilecontrollingtheflowratecalculation.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►AUXcalculation►PulsingflowBRAIN H:AUXCALC►H14:PULSINGFLOW

Thisparameterspecifiestheuseofthepulsingflowsupportfunction.Fromthetablebelow,selecttheuseofthepulsingflowsupportfunction.

Selection DescriptionDisplay BRAINNo No Donotusethepulsingflowsupportfunction.Yes Yes Usethepulsingflowsupportfunction.

4.7.4 Power Frequency Synchronization SettingThisfunctioncanbespecifiedwhethertheexcitationfrequency(internalsignalprocessingfrequency)andpowerfrequencyaresynchronousorasynchronous.Whensettingtheexcitationfrequencyandpowerfrequencytoasynchronous,theexcitationfrequencyisdeterminedbythesetvalueofthepowerfrequency.Thepowerfrequencysynchronous/asynchronousmodeandthepowerfrequencycanbeconfiguredwiththefollowingparameters.

Menu pathDisplay Devicesetup►Detailedsetup►AUXcalculation►(seebelow)BRAIN H:AUXCALC►(seebelow)


Powersync H20:POWERSYNCH Setstheexcitationfrequencyandpowerfrequencytosynchronous.*1

Setpowerfreq H21:SETPWRFREQ Specifiesthepowerfrequencywhentheexcitationfrequencyandpowerfrequencyareasynchronous.

*1: Setsthesynchronous/asynchronousmodeofpowerfrequencyfromthetablebelow.Selection DescriptionDisplay BRAIN

No No Setstheexcitationfrequencyandpowerfrequencyasynchronous.

Yes Yes Setstheexcitationfrequencyandpowerfrequencysynchronous.

IMPORTANTWhenusingtheDCpowerasthetransmitterpower,setthecommerciallyavailablepowerfrequencyoftheplacewherethetransmitterwillbeused.Inthiscase,set“Powersync”toOfffirstbeforesetting“Setpowerfreq”.

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Theexcitationfrequencyandpowerfrequencycanbecheckedwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►AUXcalculation►(seebelow)BRAIN H:AUXCALC►(seebelow)


Iexpowerfrequency H22:IEXPWRFREQ Displaysthepowerfrequency(synchronouswiththeexcitationfrequency).

Measpowerfreq H23:MESPWRFREQ Displaysthemeasuredpowerfrequency.

4.7.5 Density Correction CalculationWhenthetemperaturefromanotherdevice(temperaturetransmitter,etc.)isusedasananaloginput,thedensitycorrectioncalculationcanbeperformedbasedontemperature.Themeasurementaccuracyforthemassflowrateisimprovedbyusingthisfunction.Transmitter

Iin-

Iin+24 V

0 V

Temperature transmitter, etc.

F0423.ai

Themassflowrateisobtainedusingthefollowingformula.Vm=Vf×ρ Vm:Massflowrate[kg/s] Vf:Volumetricflowrate[m3/s] ρ:Density[kg/m3]

Whenthedensitycorrectioncalculationisperformedbasedontemperature,thedensityisobtainedusingthefollowingformula.Thedensitycompensatingratesmustbespecifieddependingonapplicationsthatusethisproduct. ρr=ρn×{1+a1×(Tr-Tn)×10-2+a2×(Tr-Tn)2×10-6} ρr:Densitycorrectedbasedonthemeasuredtemperature[kg/m3] ρn:Standarddensity[kg/m3] Tr:Measuredtemperature[°C] Tn:Standardtemperature[°C] a1:Primarycompensatingrate a2:Secondarycompensatingrate

Thestandardtemperatureandthecompensatingratescanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Provar►Temperature►(seebelow)BRAIN H:AUXCALC►(seebelow)

Parameter DescriptionDisplay BRAINCoefA1 H35:TEMPCOEFA1 Specifiestheprimarycompensatingrate.CoefA2 H36:TEMPCOEFA2 Specifiesthesecondarycompensatingrate.

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Thedensitycorrectioncalculationcanbesetusingthefollowingprocedure.(1) RefertoSubsection4.11.1tospecifytheuseofthetemperaturecorrecteddensity.

(2) RefertoSubsection4.5.7tospecifythefunctionoftheanaloginputtotemperature.

(3) RefertoSubsection4.5.10tospecifytherangeoftheanaloginput.

(4) RefertoSubsections4.1.11and4.1.12tospecifythestandardtemperatureandstandarddensity.

(5) Specifytheprimarycompensatingrateandsecondarycompensatingrateofthecompensationformula.

NOTEThedensitycorrectioncalculationisperformedonlywhenitems(1)and(2)abovearespecified.Iftheyarenotspecified,thedensityisassignedtothefixedvaluethatisspecifiedinSubsection4.1.11.

Example: Ifawaterdensityiscorrectedbasedonthetemperatureinthefollowingconditions,theresultisobtainedasshownbelow.analoginputrange=0.0to100.0°C,Standarddensity=1000kg/m3,Standardtemperature=20°C,Primarycompensatingrate=-0.02,Secondarycompensatingrate=-3.9

F0424.aiTemperature [°C]

Den

sity

[kg/

m3 ]

950

960

970

980

990

1000

10 20 30 40 50 60 70 80 90 100

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4.7.6 Calorie CalculationWhentheabsolutetemperatureorthetemperaturedifferencefromanotherdevice(temperaturetransmitter,etc.)isusedastheanaloginput,thecaloriecalculationisexecutable.

Thecalorieisobtainedusingthefollowingformula.Q=c×Vm×∆t Q:Calorie[J/s] c:Specificheat[J/kg•K] Vm:Massflowrate[kg/s] ∆t:Temperaturedifference[K]

ThetemperaturedifferenceofΔtvariesdependingontheanaloginputfunctionspecifiedinSubsection4.5.8.If“Difftemperature”isselectedintheanaloginputfunction,thetemperatureinputintheformofanaloginputisused.If“Exttemperature”isselected,thedifferencebetweenthetemperatureusedastheanaloginputandthereferencetemperaturespecifiedinSubsection4.1.12isused.

Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Provar►Calorie►SpecificheatBRAIN H:AUXCALC►H40:SPECHEAT

Thisparameterspecifiesthespecificheat.

Thecaloriecalculationcanbeconfiguredusingthefollowingprocedure.

• When the absolute temperature is selected as the analog input:(1) RefertoSubsection4.5.7tospecifythefunctionoftheanaloginputto“Exttemperature”.


(3) RefertoSubsection4.1.12tospecifythereferencetemperature.

(4) Specifythespecificheat.

•Whenthetemperaturedifferenceisselectedastheanaloginput:(1) RefertoSubsection4.5.7tospecifythefunctionoftheanaloginputto“Difftemperature”.


(3) Specifythespecificheat.

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4.7.7 Limit of Alarm Output FunctionThealarmoutputfunctionofanalogoutput1canbelimited.Fordetailsaboutthealarmoutputfunction,refertoSubsection4.5.5.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►AUXcalculation►SetSILBRAIN H:AUXCALC►H50:SETSIL

Fromthetablebelow,selecttheuseofthealarmoutputfunction.Selection DescriptionDisplay BRAIN

No No Doesnotrestrictthealarmoutputfunctionofanalogoutput1.

Yes Yes Limitsthealarmoutputfunctionofanalogoutput1.

NOTEIfthisfunctionissetto“Yes”,thealarmoutputfunctionforanalogoutput1istobelimitedto“<2.4mA”and“>21.6mA”.Ifanotheroptionisset,thealarmoutputfunctionforanalogoutput1issetto“>21.6mA”.

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4.8 Alarm4.8.1 Errors and Countermeasures

ExplanationofNE107status:NE107 status Status of the device

F Failure Devicemalfunction,Partsmalfunction

C FunctionCheck Theoutputsignalistemporarilyinvalidforthelocaloperationormanualoperationinput.

S Outofspecification Thedeviceworksinoutofspecification.Theoutputsignalisuncertainfortheprocessortheambiance.

M Maintenancerequired Themaintenanceisrequiredinthenearfuture.

N NoEffect Stateotherthanmentionedabove

Thefollowingtableshowspossiblecountermeasures.

�� System alarmThedevicebreaksdownandcausesabnormalmeasurement.Devicereplacementisneeded.

NE107 Status

Error Message Error Description CountermeasureDisplay BRAIN

F 010:MainCPUFAIL 10:MainCPUFAIL CPU(Mainboard)failurewasdetected.

ContactYokogawaservicecenter.

F 011:RevcalcFAIL 11:RevcalFAIL Failureofreversecalculationwasdetected.


F 012:MainEEPFAIL 12:MainEEPFAILFailureofEEPROM(Mainboard)wasdetected.

Turnonthepoweragainwithintherangeofthetemperaturespecifications.Ifthesituationdoesnotimprove,contactYokogawaservicecenter.

F 013:MainEEPdflt 13:MainEEPdfltEEPROM(Mainboard)wasresettodefaultvalues.


F 014:SnsrbdFAIL 14:SnsrbdFAIL Failureofsensorboardwasdetected.


F 015:SnsrcommERR 15:SnsrcommERR

Communicationerrorofthesensorwasdetected.


F 016:AD1FAIL[Sig] 16:A/D1FAILFailureofA/Dtransmitter1(flowvelocitysignal)wasdetected.


F 017:AD2FAIL[Excit] 17:A/D2FAILFailureofA/Dtransmitter2(Excitingcurrent)wasdetected.


F 018:Coil open 18:Coil open Coilofsensorwasdisconnected.

Turnoffthepower,checkcoilofsensorandexcitationcable.

F 019:Coilshort 19:Coilshort Coilofsensorwasshorted.


F 020:ExciterFAIL 20:ExciterFAIL Failureoftheexcitationcircuitwasdetected.


F 021:PWM1stop

21-22:PWMstop

Errorofpulsewidthmodulation1wasdetected.


F 022:PWM2stopErrorofpulsewidthmodulation2wasdetected.


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NE107 Status


F 023:Optbdmismatch 23:Optmismatch Mismatchofoptionboardwasdetected.


F 024:OptbdEEPFAIL 24:OptEEPFAILFailureofEEPROM(optionboard)wasdetected.


F 025:OptbdA/DFAIL 25:OptA/DFAIL FailureofA/D(optionboard)wasdetected.


F 026:OptbdSPIFAIL 26:OptSPIFAIL FailureofSPI(optionboard)wasdetected.


F 027:RestoreFAIL 27:RestoreFAIL Restoreofparameterswasfailed.

Retrytherestorefunctionoftheparameter.

F 028:IndbdFAIL

28-32:IndctFAIL

Failureofdisplayboardwasdetected.

Checkthattheambienttemperatureofdisplayiswithintherange.Ifthesituationdoesnotimprove,contactYokogawaservicecenter.

F 029:IndbdEEPFAILFailureofEEPROM(displayboard)wasdetected.

Turnonthepoweragainwithintherangeofthetemperaturespecifications.Ifthesituationdoesnotimprove,contactYokogawaservicecenter.

F 030:LCDdrvFAIL Failureofdisplaydriverwasdetected.


F 031:Indbdmismatch Mismatchofdisplayboardwasdetected.


F 032:IndcommERRCommunicationerrorofdisplayboardwasdetected.

Checkthatthemainanddisplayboardsareconnected.

F 033:microSDFAIL 33:microSDFAIL FailureofmicroSDcardwasdetected.

ReplacethemicroSDcard.

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�� Process alarmThedeviceworksnormally,butsomeissueoftheprocesscausesabnormalmeasurement.Maintenanceworkisneeded.

NE107 Status


S 050:Signaloverflow 50:Sigoverflow Failureofinputsignalwasdetected.

Checkthesignalandgroundingcablesareconnected.

S 051:Emptydetect 51:EmptydetectInsideofsensorwasdetectedtobeempty.(Emptypipedetection)

Fillthesensorwithwater.

N 052:H/LHH/LLalm 52:H/LHH/LLalmAflowrateexceedsthehigh/lowlimitsorhigh-high/low-lowlimits.

Checktheparametersettingrelatedtoflowrateandalarmhigh/lowlimitfunction.

S 053:Adhoverlv4 53:Adhoverlv4

TheresistancevalueoftheelectrodesexceededLevel 4.(Adhesiondetectionofinsulationtotheelectrode)

Recommendcleaningtheelectrode.

�� Setting alarmThedeviceworksnormally,buttheparametersettingerroroccurs.Parametersettingisneeded.

NE107 Status


S 060:SpancfgERR 60:SpancfgERRSettingerrorofflowspanwasdetected.(fulfill“0.05m/s<spanflowrate<16m/s”)

Checktheparametersettingrelatedtospan.

S 061:PVFcfgERR 61:PVFcfgERRFlownoisewassettoPVwhenflownoisecouldnotbeused.

CheckorchangethePVFLOWSELparametersetting.

S 062:AO14-20lmt 62:AO14-20lmtSettingerrorofanalogoutput1wasdetected.(fulfill“LRV<HRV”)

Checktheparametersettingrelatedtoanalogoutput1.

S 063:AO24-20lmt 63:AO24-20lmtSettingerrorofanalogoutput2wasdetected.(fulfill“LRV<HRV”)

Checktheparametersettingrelatedtoanalogoutput2.

S 064:AO1mltrng 64:AO1mltrng

Settingerrorofthemultirangefunctionwasdetected.(Spanvaluesettingsofeachrangedonotsatisfytherelationshipoflowerrange≤higherrange,multirangesettingsforthestatusinputandstatusoutputareerroneous,orthemultirangeandtheabsoluterangeareselectedatthesametime)

Checktheparametersettingrelatedtothemultirange.

N 065:H/LcfgERR 65:AOH/Lcfg

Settingerrorofthealarmhigh/lowlimitfunctionwasdetected.(fulfill“HRV-LRV>Hysteresis”and“HHRV-LLRV>Hysteresis”)

Checktheparametersettingrelatedtothealarmhigh/lowlimitfunction.

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NE107 Status


S 066:DensitycfgERR 66:DenscfgERRThesettingerrorofdensityvaluewasdetectedwhenPVwassettomassflowrate.

Checktheparametersettingsrelatedtodensity.

S 067:Pls1cfgERR 67:Pls1cfgERR Settingerrorofpulseoutput1wasdetected.

Checktheparametersettingrelatedtopulseoutput1.

S 068:Pls2cfgERR 68:Pls2cfgERR Settingerrorofpulseoutput2wasdetected.

Checktheparametersettingrelatedtopulseoutput2.

C 069:Nomisizecfg 69:Nomisizecfg

Configurationerrorofnominalsizewasdetected.(fulfill“0.99mm<sensornominalsize<3000.10mm(0.01inch<sensornominalsize<120.10inch)”)

Checktheparametersettingsrelatedtonominalsize.

C 070:AdhcfgERR 70:AdhcfgERR

Settingerrorofelectrodeadhesiondetectionfunctionwasdetected.(fulfill“Level1<Level2<Level3<Level4”)

Checktheparametersettingsrelatedtoadhesiondetection.

C 071:FLNcfgERR 71:FLNcfgERR

Settingerrorofflownoiseverificationfunctionwasdetected.(fulfill“Level1<Level2<Level3<Level4”)

Changetheparametersettingsrelatedtoflownoise.

C 072:Lognotstart 72:Lognotstart Dataloggingfailedtostart.

InsertthemicroSDcard.

<4. Functions> 95

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�� WarningThedeviceworksnormallyandmeasurementisalsonormalbutwarningoccurs.

NE107 Status


S 080:AO1saturate

80-81:AOsaturt

SaturationofAnalogoutput1wasdetected.

Checktheparametersettingsrelatedtotheprocessvalueandanalogoutput1.

S 081:AO2saturate SaturationofAnalogoutput2wasdetected.

Checktheparametersettingsrelatedtotheprocessvalueandanalogoutput2.

S 082:Pls1saturate

82-83:Plssaturt

Saturationofpulseoutput1wasdetected.

Checktheparametersettingrelatedtoprocessvalueandpulseoutput1.

S 083:Pls2saturate Saturationofpulseoutput2wasdetected.

Checktheparametersettingrelatedtoprocessvalueandpulseoutput2.

S 084:AIsaturate 84:AIsaturate SaturationofAnaloginputwasdetected.

Checkanaloginputvalueandanaloginputparametersetting.

C 085:Cablemiscon 85:Cablemiscon Misconnectionofcablewasdetected.

Checkthesignalcableandexcitationcableconnection.

C 086:Coilinsulation 86:Coilinsulate Insulationdeteriorationofthecoilwasdetected.


M 087:Adhesionlv3 87:Adhoverlv3

TheresistancevalueoftheelectrodesexceededLevel 3.(Adhesiondetectionofinsulationtotheelectrode)

Recommendcleaningtheelectrode.

N 088:LCwarn 88:LCwarn Decreaseofconductivitywasdetected.

Checkfluidconductivity.

M 089:Insudetect 89:Insudetect Insulationdeteriorationofelectrodewasdetected.


N 090:FLNoverlv3 90:FLNoverlv3FlownoiseexceededLevel 3.(Detectionofflownoise)

Checkifthefluidhasaproblem(conductivityandbubble).

N 091:FLNoverlv4 91:FLNoverlv4FlownoiseexceededLevel 4.(Detectionofflownoise)

Checkifthefluidhasaproblem(conductivityandbubble).

C 092:AZwarn 92:AZwarn Resultofzeroadjustmentexceeded10cm/s.

Checkfluidisstoppedwhenexecutingzeroadjustment.

C 093:Verifwarn 93:Verifwarn Interruptionofverificationfunctionwasdetected.

ExecutetheVerificationfunctionagain.

C 094:Factnoisewarn 94:FCnoisewarn Thefluctuationofflowbecamelarger.

Checkifthereisaproblemwiththefluid.

C 095:Simulateactive 95:Simactive

Atestmodefortheflowvelocity,volumetricflowrate,massflowrate,calorie,analogoutput,pulseoutput,statusinput,orstatusoutputwasexecuted.

Releasesimulationortestmode.

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NE107 Status


S 096:AO1fix

96-97:AOfixed

Itwasdetectedthatanalogoutput1isfixed.

Checkwhetheranalogoutput1isinthetestmodeornot.

S 097:AO2fix Itwasdetectedthatanalogoutput2isfixed.

Checkwhetheranalogoutput2isinthetestmodeornot.

S 098:Pls1fix

98-99:Plsfixed

Itwasdetectedthatpulseoutput1isfixed.

Checkwhetherpulseoutput1isinthetestmodeornot.

S 099:Pls2fix Itwasdetectedthatpulseoutput2isfixed.

Checkwhetherpulseoutput2isinthetestmodeornot.

S 100:AIfix 100:AIfix Itwasdetectedthattheanaloginputisfixed.

Checkwhethertheanaloginputisinthetestmodeornot.

C 101:Paramrestorerun 101:PrmrestoreTherestorefunctionoftheparameterwasexecuted.

-

N 102:Disp over 102:Disp overThenumberofdigitsavailablefordisplayexceededthelimit.

Checktheparametersettingrelatedtodisplay.

N 103:SDsizewarn 103:SDsizewarnFreespaceofmicroSDcarddecreasedtolessthan10%.

IncreasethefreespaceofthemicroSDcard.

M 104:Bkupincmplt 104:Bkupincmplt Parameterbackupfailed.Retrythebackupfunctionoftheparameter.

S 105:SDmismatch 105:SDmismatch MismatchofmicroSDcardwasdetected.

ReplacethemicroSDcard.

M 106:SDremovalERR 106:SDremovERR

RemovalofmicroSDcardfailed.

AfterexecutingtheremovalofthemicroSDcardwiththeparameter,removethemicroSDcardfromtheproduct.

N 131:Transmismatch 131:Trnmismatch Mismatchofsensorandtransmitterwasdetected.


�� InformationTheinstrumentworksnormallyandmeasurementisalsonormal.Thesemessagesarejustreferenceinformation.

NE107 Status


N 120:Watchdog (*) ErrorofWatchdogtimerwasdetected.


N 121:Poweroff (*) Power-offwasdetected. -

N 122:InstpowerFAIL (*) Instantaneouspowerfailurewasdetected. -

N 123:Parambkuprun (*) Parameterbackupfunctionisrunning. -

N 124:Datalogrun (*) Data-loggingfunctionisrunning. -

(*) NotdisplayedforSelfcheckofBRAINcommunication.

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4.8.2 Operation at the Time of ErrorThefollowingtableshowsthebehaviorofoutputsandreadingsatthetimeoferror.

�� System alarm

NE107 Error Message

OutputTotalizer Process

Value DisplayAlarm Warning Current Pulse/Status

F 010:MainCPUFAIL Active Non-Active Burnout Stop Stop Stop Not

defined

F 011:RevcalcFAIL Active Non-Active

AlarmOut AlarmOut Based on

“FailOpts”Normal

Operation Alarm

F 012:MainEEPFAIL Active Non-Active



Operation Alarm

F 013:MainEEPdflt Active Non-Active



Operation Alarm

F 014:SnsrbdFAIL Active Non-Active


“FailOpts”HoldPriorsetting Alarm

F 015:SnsrcommERR Active Non-Active Burnout AlarmOut Based on


F 016:AD1FAIL[Sig] Active Non-Active



F 017:AD2FAIL[Excit] Active Non-Active



F 018:Coil open Active Non-Active



F 019:Coilshort Active Non-Active



F 020:ExciterFAIL Active Non-Active



Operation Alarm

F 021:PWM1stop Active Non-Active



Operation Alarm

F 022:PWM2stop Active Non-Active



Operation Alarm

F 023:Optbdmismatch Active Non-Active



Operation Alarm

F 024:OptbdEEPFAIL Active Non-Active



Operation Alarm

F 025:OptbdA/DFAIL Active Non-Active



Operation Alarm

F 026:OptbdSPIFAIL Active Non-Active



Operation Alarm

F 027:RestoreFAIL Active Non-Active



Operation Alarm

F 028:IndbdFAIL Active Non-Active



Operation Alarm

F 029:IndbdEEPFAIL Active Non-Active



Operation Alarm

F 030:LCDdrvFAIL Active Non-Active



Operation Alarm

F 031:Indbdmismatch Active Non-Active



Operation Alarm

F 032:IndcommERR Active Non-Active



Operation Alarm

F 033:microSDFAIL Active Non-Active



Operation Alarm

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�� Process alarm

NE107 Error Message



S 050:Signaloverflow Active Non-Active


“FailOpts”HoldPriorsetting

Alarm

S 051:Emptydetect Active Non-Active


“FailOpts”HoldPriorsetting

Alarm

N 052:H/LHH/LLalm Active Non-Active Normal Normal Continue Normal

Operation Alarm

S 053:Adhoverlv4 Active Non-Active



Operation Alarm

�� Setting alarm

NE107 Error Message



S 060:SpancfgERR Active Non-Active



Operation Alarm

S 061:PVFcfgERR Active Non-Active



Operation Alarm

S 062:AO14-20lmt Active Non-Active Normal Normal Continue Normal

Operation Alarm

S 063:AO24-20lmt Active Non-Active Normal Normal Continue Normal

Operation Alarm

N 065:H/LcfgERR Active Non-Active

AlarmOut Normal Based on


Operation Alarm

S 066:DensitycfgERR Active Non-Active



Operation Alarm

S 067:Pls1cfgERR Active Non-Active

AlarmOut AlarmOut Continue Normal

Operation Alarm

S 068:Pls2cfgERR Active Non-Active

AlarmOut AlarmOut Continue Normal

Operation Alarm

C 069:Nomisizecfg Active Non-Active



Operation Alarm

C 070:AdhcfgERR Active Non-Active Normal Normal Continue Normal

Operation Alarm

C 071:FLNcfgERR Active Non-Active Normal Normal Continue Normal

Operation Alarm

C 072:Lognotstart Active Non-Active Normal Normal Continue Normal

Operation Alarm

�� Warning

NE107 Error Message



S 080:AO1saturate Non-Active Active Normal Normal Continue Normal

Operation Warning

S 081:AO2saturate Non-Active Active Normal Normal Continue Normal

Operation Warning

S 082:Pls1saturate Non-Active Active Normal Normal Continue Normal

Operation Warning

S 083:Pls2saturate Non-Active Active Normal Normal Continue Normal

Operation Warning

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NE107 Error Message



S 084:AIsaturate Non-Active Active Normal Normal Continue Normal

Operation Warning

C 085:Cablemiscon Non-Active Active Normal Normal Continue Normal

Operation Warning

C 086:Coilinsulation Non-Active Active Normal Normal Continue Normal

Operation Warning

M 087:Adhesionlv3 Non-Active Active Normal Normal Continue Normal

Operation Warning

N 088:LCwarn Non-Active Active Normal Normal Continue Normal

Operation Warning

M 089:Insudetect Non-Active Active Normal Normal Continue Normal

Operation Warning

N 090:FLNoverlv3 Non-Active Active Normal Normal Continue Normal

Operation Warning

N 091:FLNoverlv4 Non-Active Active Normal Normal Continue Normal

Operation Warning

C 092:AZwarn Non-Active Active Normal Normal Continue Normal

Operation Warning

C 093:Verifwarn Non-Active Active Normal Normal Continue Normal

Operation Warning

C 094:Factnoisewarn Non-Active Active Normal Normal Continue Normal

Operation Warning

C 095:Simulateactive Non-Active Active Normal Normal Continue Normal

Operation Warning

S 096:AO1fix Non-Active Active Normal Normal Continue Normal

Operation Warning

S 097:AO2fix Non-Active Active Normal Normal Continue Normal

Operation Warning

S 098:Pls1fix Non-Active Active Normal Normal Continue Normal

Operation Warning

S 099:Pls2fix Non-Active Active Normal Normal Continue Normal

Operation Warning

S 100:AIfix Non-Active Active Normal Normal Continue Normal

Operation Warning

C 101:Paramrestorerun Non-Active Active Normal Normal Continue Normal

Operation Execute

N 102:Disp over Non-Active Active Normal Normal Continue Normal

Operation Warning

N 103:SDsizewarn Non-Active Active Normal Normal Continue Normal

Operation Warning

M 104:Bkupincmplt Non-Active Active Normal Normal Continue Normal

Operation Warning

S 105:SDmismatch Non-Active Active Normal Normal Continue Normal

Operation Warning

M 106:SDremovalERR Non-Active Active Normal Normal Continue Normal

Operation Warning

N 131:Transmismatch Non-Active Active Normal Normal Continue Normal

Operation Normal

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�� Information

NE107 Error Message



N 120:Watchdog Non-Active Active Normal Normal Continue Normal

Operation Normal

N 121:Poweroff Non-Active Active Normal Normal Continue Normal

Operation Normal

N 122:InstpowerFAIL Non-Active Active Normal Normal Continue Normal

Operation Normal

N 123:Parambkuprun Non-Active Active Normal Normal Continue Normal

Operation Execute

N 124:Datalogrun Non-Active Active Normal Normal Continue Normal

Operation Icon

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4.8.3 Alarm Display Setting(1) Alarm displayIfanerroroccursonthisproduct,analarmappearsonthedisplay.Thealarmdisplaymodesareclassifiedintotwotypes:onemodetodisplayaprocessvalueandalarmname,andanothermodetodisplayanalarmnameandaction.Ifmultiplealarmsoccuronthisproduct,theywillbedisplayedinsequenceonthedisplay.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►AlarmdisplayBRAIN J:DISPLAYSET►J28:DISPALARM

Thisparametersetsthealarmdisplay.

Fromthetablebelow,selectthealarmdisplay.Selection DescriptionDisplay BRAIN

Normal Normal Displaystheprocessvalueandalarmname.

F0425.ai

01 : 00VEL

AO1FLP

SET SFT INC

0.00000m/s

mA4.000018: Coil open

0.0%

Detail Detail Displaysthealarmnameandaction.

F0426.ai

01 : 00

SET SFT INC

System Alarm

Cut the power andcheck coil & EX cable.

018: Coil open

(2) Alarm display based on NAMUR NE107AprefixcanbeassignedtothealarmnamebasedonNAMURNE107.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►NE107displayBRAIN J:DISPLAYSET►J27:DISPNE107

ThisparametersetsthealarmdisplaybasedonNAMURNE107.

Fromthetablebelow,selectthealarmdisplay.Selection DescriptionDisplay BRAIN

Normal Normal Setstothenormalalarmdisplay.NE107 NE107 SetsthealarmdisplaybasedonNAMURNE107.

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4.8.4 Alarm History FunctionThealarmhistoryfunctioncanrecordanalarmthatoccurredinthepastinthehistory.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmrecord►(seebelow)BRAIN I:ALARM►(seebelow)

Parameter DescriptionDisplay BRAINRecordalarm1 I50:ALMRECORD1 Displaysthenameofthefirstnewalarm.

Recordtime1 I51:ALMTIME1 Displaystheoperationtimewhenthefirstnewalarmoccurs.

Recordalarm2 I52:ALMRECORD2 Displaysthenameofthesecondnewalarm.

Recordtime2 I53:ALMTIME2 Displaystheoperationtimewhenthesecondnewalarmoccurs.

Recordalarm3 I54:ALMRECORD3 Displaysthenameofthethirdnewalarm.

Recordtime3 I55:ALMTIME3 Displaystheoperationtimewhenthethirdnewalarmoccurs.

Recordalarm4 I56:ALMRECORD4 Displaysthenameofthefourthnewalarm.

Recordtime4 I57:ALMTIME4 Displaystheoperationtimewhenthefourthnewalarmoccurs.

Theoperationtimewhenanalarmoccurredisdisplayedintheformatof“dddddDhh:mm”.“dddddD”indicatestheday,“hh”indicatesthehour,and“mm”indicatestheminute.

Example: “00031D12:34”isdisplayed.Thisexampleshowsthatanalarmhasoccurredwhentheproducthasbeenoperatedfor31days,12hours,and34minutes.

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4.8.5 Alarm Mask FunctionThealarmmaskfunctioncanbeconfiguredsothatasetalarmismasked,alarmnotificationsarehidden,andthealarmhistoryisnotrecorded.Themaskfunctioncanbesetforboththealarmnotificationandalarmrecord,respectively.Thissettingcanbeconfiguredwiththefollowingparameters.

�� AlarmnotificationmaskIfthealarmnotificationmaskfunctionisturned“On”,itdisablesalarmnotification.Settingexampleforalarm“50:Sigoverflow”: Todisablethealarmnotification,set“Sigoverflowon”toI32:OUTMSKSET2. Toenablethealarmnotification,set“Sigoverflowoff”toI32:OUTMSKSET2.Menu path

Display Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmoutmask►(seebelow)BRAIN I:ALARM►(seebelow)


Mask1-1 I30:OUTMSKSET1(forsetting)I31:OUTMSKSTS1(forchecking)

Specifiesthemaskfunctionforalarmnotification1-1.

Mask1-2 Specifiesthemaskfunctionforalarmnotification1-2.







�� Alarm record maskIfthealarmrecordmaskfunctionisturned“On”,itdisablesthealarmrecord.Settingexampleforalarm“51:Emptydetect”: Todisablethealarmrecord,set“Emptydetecton”toI42:RECMSKSET2. Toenablethealarmrecord,set“Emptydetectoff”toI42:RECMSKSET2.Menu path

Display Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmrecordmask►(seebelow)BRAIN I:ALARM►(seebelow)

Parameter DescriptionDisplay BRAINMask1-1 I40:RECMSKSET1(for

setting)I41:RECMSKSTS1(forchecking)

Specifiesthemaskfunctionforalarmrecord1-1.

Mask1-2 Specifiesthemaskfunctionforalarmrecord1-2.

Mask2-1 I42:RECMSKSET2(forsetting)I43:RECMSKSTS2(forchecking)

Specifiesthemaskfunctionforalarmrecord2-1.

Mask2-2 Specifiesthemaskfunctionforalarmrecord2-2.

DuetothecharacteristicsofBRAINcommunication,parametersforsettingandcheckingareseparate.Usethesettingparameterwhencheckingthepresentmaskstateandthesettingparameterwhenchangingthemasksettings.

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NOTENotethatanalarmmaskedbythealarmnotificationmaskfunctionisnotrecordedinthealarmrecord.

Thealarmmaskfunctionsettingisasfollows:Parameter name Indicatesthenameofthemasksettingparameter.Alarm name Indicatesthealarmname.

Default value Indicatesthedefaultvalue(uponshipmentfromthemanufacturingfactory).(:Masked,-:Notmasked)

Attribute Indicateswhetherthemasksettingisenabledordisabled.(:Settingenabled,-:Settingdisabled)

�� AlarmnotificationmaskfunctionDisplay BRAIN Default

Value AttributeParameter Name Alarm Name Parameter Name Alarm Name- 010:MainCPUFAIL - 10:MainCPUFAIL - -- 011:RevcalcFAIL - 11:RevcalFAIL - -- 012:MainEEPFAIL - 12:MainEEPFAIL - -

Mask1-1 013:MainEEPdflt I30:OUTMSKSET1 13:MainEEPdflt -

- 014:SnsrbdFAIL - 14:SnsrbdFAIL - -- 015:SnsrcommERR - 15:SnsrcommERR - -- 016:AD1FAIL[Sig] - 16:A/D1FAIL - -- 017:AD2FAIL[Excit] - 17:A/D2FAIL - -- 018:Coil open - 18:Coil open - -- 019:Coilshort - 19:Coilshort - -- 020:ExciterFAIL - 20:ExciterFAIL - -

Mask1-2 021:PWM1stop I30:OUTMSKSET1 21-22:PWMstop

- Mask1-2 022:PWM2stop -

Mask1-2 023:Optbdmismatch I30:OUTMSKSET1 23:Optmismatch -

Mask1-2 024:OptbdEEPFAIL I30:OUTMSKSET1 24:OptEEPFAIL -

Mask1-2 025:OptbdA/DFAIL I30:OUTMSKSET1 25:OptA/DFAIL -

Mask1-2 026:OptbdSPIFAIL I30:OUTMSKSET1 26:OptSPIFAIL -

- 027:RestoreFAIL I30:OUTMSKSET1 27:RestoreFAIL - -

Mask1-2 028:IndbdFAIL

I30:OUTMSKSET1 28-32:IndctFAIL

Mask1-2 029:IndbdEEPFAIL - Mask1-2 030:LCDdrvFAIL - Mask1-2 031:Indbdmismatch - Mask1-2 032:IndcommERR -

Mask1-2 033:microSDFAIL I30:OUTMSKSET1 33:microSDFAIL -

Mask2-1 050:Signaloverflow I32:OUTMSKSET2 50:Sigoverflow -

Mask2-1 051:Emptydetect I32:OUTMSKSET2 51:Emptydetect -

Mask2-1 052:H/LHH/LLalm I32:OUTMSKSET2 52:H/LHH/LLalm

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Display BRAIN Default Value AttributeParameter Name Alarm Name Parameter Name Alarm Name

Mask2-1 053:Adhoverlv4 I32:OUTMSKSET2 53:Adhoverlv4

Mask2-1 060:SpancfgERR I32:OUTMSKSET2 60:SpancfgERR -

Mask2-1 061:PVFcfgERR I32:OUTMSKSET2 61:PVFcfgERR -

Mask2-1 062:AO14-20lmt I32:OUTMSKSET2 62:AO14-20lmt -

Mask2-1 063:AO24-20lmt I32:OUTMSKSET2 63:AO24-20lmt -

Mask2-1 064:AO1mltrng I32:OUTMSKSET2 64:AO1mltrng -

Mask2-1 065:H/LcfgERR I32:OUTMSKSET2 65:AOH/Lcfg -

Mask2-1 066:DensitycfgERR I32:OUTMSKSET2 66:DenscfgERR -

Mask2-2 067:Pls1cfgERR I32:OUTMSKSET2 67:Pls1cfgERR -

Mask2-2 068:Pls2cfgERR I32:OUTMSKSET2 68:Pls2cfgERR -

Mask2-2 069:Nomisizecfg I32:OUTMSKSET2 69:Nomisizecfg -

Mask2-2 070:AdhcfgERR I32:OUTMSKSET2 70:AdhcfgERR -

Mask2-2 071:FLNcfgERR I32:OUTMSKSET2 71:FLNcfgERR -

Mask2-2 072:Lognotstart I32:OUTMSKSET2 72:Lognotstart -

Mask2-2 080:AO1saturate I32:OUTMSKSET2 80-81:AOsaturt

- Mask2-2 081:AO2saturate Mask2-2 082:Pls1saturate I32:OUTMSK

SET2 82-83:Plssaturt Mask2-2 083:Pls2saturate

Mask2-2 084:AIsaturate I32:OUTMSKSET2 84:AIsaturate

Mask2-2 085:Cablemiscon I32:OUTMSKSET2 85:Cablemiscon -

Mask2-2 086:Coilinsulation I32:OUTMSKSET2 86:Coilinsulate

Mask2-2 131:Transmismatch I32:OUTMSKSET2 131:Trnmismatch -

Mask3-1 087:Adhesionlv3 I34:OUTMSKSET3 87:Adhoverlv3

Mask3-1 088:LCwarn I34:OUTMSKSET3 88:LCwarn

Mask3-1 089:Insudetect I34:OUTMSKSET3 89:Insudetect

Mask3-1 090:FLNoverlv3 I34:OUTMSKSET3 90:FLNoverlv3

Mask3-1 091:FLNoverlv4 I34:OUTMSKSET3 91:FLNoverlv4

Mask3-1 092:AZwarn I34:OUTMSKSET3 92:AZwarn

Mask3-1 093:Verifwarn I34:OUTMSKSET3 93:Verifwarn

Mask3-1 094:Factnoisewarn I34:OUTMSKSET3 94:FCnoisewarn

Mask3-1 095:Simulateactive I34:OUTMSKSET3 95:Simactive -

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Mask3-1 096:AO1fix I34:OUTMSKSET3 96-97:AOfixed

-

Mask3-1 097:AO2fix -

Mask3-1 098:Pls1fix I34:OUTMSKSET3 98-99:Plsfixed

-

Mask3-1 099:Pls2fix -

Mask3-1 100:AIfix I34:OUTMSKSET3 100:AIfix -

Mask3-2 101:Paramrestorerun I34:OUTMSKSET3 101:Prmrestore

Mask3-2 102:Disp over I34:OUTMSKSET3 102:Disp over

Mask3-2 103:SDsizewarn I34:OUTMSKSET3 103:SDsizewarn

Mask3-2 104:Bkupincmplt I34:OUTMSKSET3 104:Bkupincmplt -

Mask3-2 105:SDmismatch I34:OUTMSKSET3 105:SDmismatch

Mask3-2 106:SDremovalERR I34:OUTMSKSET3 106:SDremovERR

Mask3-2 120:Watchdog*1 I34:OUTMSKSET3 120:Watchdog*1

Mask3-2 121:Poweroff*1 I34:OUTMSKSET3 121:Poweroff*1

Mask3-2 122:InstpowerFAIL*1 I34:OUTMSKSET3 122:InstPWFAIL*1

Mask3-2 123:Parambkuprun I34:OUTMSKSET3 123:bkuprun

Mask3-2 124:Datalogrun I34:OUTMSKSET3 124:Datalogrun

*1: Recordedinthealarmrecordregardlessofthesettingsofthealarmnotificationmaskfunction.

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�� Alarm record mask functionDisplay BRAIN Default

Value AttributeParameter Name Alarm Name Parameter Name Alarm Name- 010:MainCPUFAIL - 10:MainCPUFAIL - -- 011:RevcalcFAIL - 11:RevcalFAIL - -- 012:MainEEPFAIL - 12:MainEEPFAIL - -

Mask1-1 013:MainEEPdflt I40:RECMSKSET1 13:MainEEPdflt -

- 014:SnsrbdFAIL - 14:SnsrbdFAIL - -- 015:SnsrcommERR - 15:SnsrcommERR - -- 016:AD1FAIL[Sig] - 16:A/D1FAIL - -- 017:AD2FAIL[Excit] - 17:A/D2FAIL - -- 018:Coil open - 18:Coil open - -- 019:Coilshort - 19:Coilshort - -

Mask1-2 021:PWM1stop I40:RECMSKSET1 21-22:PWMstop

- Mask1-2 022:PWM2stop -

Mask1-2 023:Optbdmismatch I40:RECMSKSET1 23:Optmismatch -

Mask1-2 024:OptbdEEPFAIL I40:RECMSKSET1 24:OptEEPFAIL -

Mask1-2 025:OptbdA/DFAIL I40:RECMSKSET1 25:OptA/DFAIL -

Mask1-2 026:OptbdSPIFAIL I40:RECMSKSET1 26:OptSPIFAIL -

- 027:RestoreFAIL - 27:RestoreFAIL - -Mask1-2 028:IndbdFAIL

I40:RECMSKSET1 28-32:IndctFAIL

- Mask1-2 029:IndbdEEPFAIL - Mask1-2 030:LCDdrvFAIL - Mask1-2 031:Indbdmismatch - Mask1-2 032:IndcommERR -

Mask1-2 033:microSDFAIL I40:RECMSKSET1 33:microSDFAIL -

Mask2-1 050:Signaloverflow I42:RECMSKSET2 50:Sigoverflow -

Mask2-1 051:Emptydetect I42:RECMSKSET2 51:Emptydetect -

Mask2-1 052:H/LHH/LLalm I42:RECMSKSET2 52:H/LHH/LLalm -

Mask2-1 053:Adhoverlv4 I42:RECMSKSET2 53:Adhoverlv4 -

- 060:SpancfgERR - 60:SpancfgERR -- 061:PVFcfgERR - 61:PVFcfgERR -- 062:AO14-20lmt - 62:AO14-20lmt -- 063:AO24-20lmt - 63:AO24-20lmt -- 064:AO1mltrng - 64:AO1mltrng -- 065:H/LcfgERR - 65:AOH/Lcfg -- 066:DensitycfgERR - 66:DenscfgERR -- 067:Pls1cfgERR - 67:Pls1cfgERR -- 068:Pls2cfgERR - 68:Pls2cfgERR -- 069:Nomisizecfg - 69:Nomisizecfg -- 070:AdhcfgERR - 70:AdhcfgERR -- 071:FLNcfgERR - 71:FLNcfgERR -- 072:Lognotstart - 72:Lognotstart -- 080:AO1saturate

- 80-81:AOsaturt -- 081:AO2saturate -- 082:Pls1saturate

- 82-83:Plssaturt -

- 083:Pls2saturate -

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- 084:AIsaturate - 84:AIsaturate -

Mask2-2 085:Cablemiscon I42:RECMSKSET2 85:Cablemiscon -

- 086:Coilinsulation - 86:Coilinsulate -- 131:Transmismatch - 131:Trnmismatch -- 087:Adhesionlv3 - 87:Adhoverlv3 -- 088:LCwarn - 88:LCwarn -- 089:Insudetect - 89:Insudetect -- 090:FLNoverlv3 - 90:FLNoverlv3 -- 091:FLNoverlv4 - 91:FLNoverlv4 -- 092:AZwarn - 92:AZwarn -- 093:Verifwarn - 93:Verifwarn -- 094:Factnoisewarn - 94:FCnoisewarn -- 095:Simulateactive - 95:Simactive -- 096:AO1fix

- 96-97:AOfixed -- 097:AO2fix -- 098:Pls1fix

- 98-99:Plsfixed -- 099:Pls2fix -- 100:AIfix - 100:AIfix -- 101:Paramrestorerun - 101:Prmrestore -- 102:Disp over - 102:Disp over -- 103:SDsizewarn - 103:SDsizewarn -- 104:Bkupincmplt - 104:Bkupincmplt -- 105:SDmismatch - 105:SDmismatch -- 106:SDremovalERR - 106:SDremovERR -- 120:Watchdog*1 - 120:Watchdog*1 - -- 121:Poweroff*1 - 121:Poweroff*1 - -- 122:InstpowerFAIL*1 - 122:InstPWFAIL*1 - -- 123:Parambkuprun - 123:bkuprun -- 124:Datalogrun - 124:Datalogrun -

*1: Recordedinthealarmrecordregardlessofthesettingsofthealarmnotificationmaskfunction.

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4.8.6 Burnout Direction DisplayTheburnoutfunctionsetsananalogoutputdirectionwhenaCPUfailureoccurs.Theanalogoutputdirectionatburnoutcanbecheckedwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►H/Lalarmcfg►4-20burnoutBRAIN I:ALARM►I20:4-20BURNOUT

DisplaysburnoutdirectionSelection


High High Outputs21.6mAormoreatburnout.Low Low Outputs2.4mAorlessatburnout.

NOTEIftheoptionalcodeC1orC2isselected,theburnoutdirectionissetto“High”.Otherwise,thedirectionissetto“Low”.Also,theburnoutdirectioncanbechangedwiththehardwareburnoutswitch.Fordetailsaboutthehardwareburnoutswitch,besuretorefertotheInstallationManual.

4.8.7 Alarm Terminal Active Direction SettingThealarmterminalisactivewhenasystemalarm,processalarm,and/orsettingalarmoccurs.TheONorOFFsettingofthealarmterminalcanbeactivated.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmoutput►ActivemodeBRAIN I:ALARM►I15:ALMOUTACT

Fromthetablebelow,selecttheactivedirection.Selection


Onactive Onactive Specifiesactivewhenalarmterminalison.Offactive Offactive Specifiesactivewhenthealarmterminalisoff.

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4.9 Display4.9.1 Language Setting

Thelanguagetobeshownonthedisplaycanbeselectedfromninelanguages.Selectthedesireddisplaylanguagefromthelanguagesthatareincludedinthelanguagepackagespecifiedatthetimeoforder.Thissettingcanbeconfiguredwiththefollowingparameters.

�� Selecting languageMenu path

Display Devicesetup►LanguageBRAIN J:DISPLAYSET►J32:LANGUAGE

Thisparameterspecifiesthelanguagetobeusedonthedisplay.Fromthetablebelow,selectthelanguagetobeusedonthedisplay.

SelectionDescription

Display BRAINEnglish English

Package1:Japanese,English,French,German,Italian,Spanish,Portuguese,Russian

Package2:English,Chinese

French FrenchGerman GermanItalian ItalianSpanish SpanishPortuguese PortugueseRussian RussianChinese ChineseJapanese Japanese

�� Display of language packageMenu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►LanguagepackageBRAIN J:DISPLAYSET►J52:LANGPACKAGE

Thisparameterindicatesthelanguagepackageforthedisplay.

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4.9.2 Display Item SettingThisproductcanshowuptoeightitemsonthedisplaybyscrollingit.Eachdisplayitemistobesettotheeight-linemode.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Lineselect►(seebelow)BRAIN J:DISPLAYSET►(seebelow)

Parameter DescriptionDisplay BRAINLine 1 J10:LINE1SEL Specifiesitem1tobeshownonthedisplay.Line 2 J11:LINE2SEL Specifiesitem2tobeshownonthedisplay.Line 3 J12:LINE3SEL Specifiesitem3tobeshownonthedisplay.Line 4 J13:LINE4SEL Specifiesitem4tobeshownonthedisplay.Line 5 J14:LINE5SEL Specifiesitem5tobeshownonthedisplay.Line 6 J15:LINE6SEL Specifiesitem6tobeshownonthedisplay.Line 7 J16:LINE7SEL Specifiesitem7tobeshownonthedisplay.Line 8 J17:LINE8SEL Specifiesitem8tobeshownonthedisplay.

Fromthetablebelow,selecttheitemstobeshownonthedisplay.Selection


None None Doesnotdisplayitems(item1isnotselectable).

Flowrate(%) Flowrate(%) DisplaystheflowrateforthespanofthePV-mappedprocessvalueofSubsection4.1.2.

PV PV DisplaysthePV-mappedprocessvalueofSubsection4.1.2.

Velocity Velocity Displaystheflowvelocity.Volumeflow Volumeflow Displaysthevolumetricflowrate.Massflow Massflow Displaysthemassflowrate.

Flowrate(%Bar) Flowrate(%Bar)DisplaystheflowrateforthespanofthePV-mappedprocessvalueofSubsection4.1.2byusingabargraph.

Calorie Calorie Displaysthecalorie.Totalizer1*1 Totalizer1 Displaysthetotalizedvalueoftotalizer1.Totalizer2*1 Totalizer2 Displaysthetotalizedvalueoftotalizer2.Totalizer3*1 Totalizer3 Displaysthetotalizedvalueoftotalizer3.Tagnumber Tagnumber Displaysthetagnumber.Communprotocol CommunProtocol Displaysthecommunicationprotocol.

Adhesion Adhesion Displaystheadhesionleveloftheelectrodeadhesiondetectingfunction.

Analogout1 Analogout1 Displaysthecurrentvalueofanalogoutput1Analogout2 Analogout2 Displaysthecurrentvalueofanalogoutput2

Flownoiselevel Flownoiselevel Displaysthenoiseleveloftheflownoisediagnosisfunction.

Totalizer1count*1 Totalizer1count Displaysthecountvalueoftotalizer1.Totalizer2count*1 Totalizer2count Displaysthecountvalueoftotalizer2.Totalizer3count*1 Totalizer3count Displaysthecountvalueoftotalizer3.

*1: Theupper/lowerlimitsonthedisplayarelimitedbythenumberofdigitsthatcanbedisplayedaccordingtothesettingsofthedecimalpoint.Forexample,ifthedecimalpointpositionofTotalizer3issettodecimalpoint2,theupperandlowerlimitsofTotalizer3are+999999.99and-999999.99.Ifthetotalizedvalueexceedstheupperandlowerlimits,itisreset to 0.

Fordetailsaboutdecimal-pointpositionsetting,refertoSubsection4.9.3. Ifthetotalizedvalueisresetto0,thetotalizedvalueonthedisplaymaybedifferentfromthetotalizedvaluein

Subsection4.2.2.Thisisbecausethenumberofdigitsthatcanbedisplayedisdifferentforbothvalues.Whenre-totalizing,usethereset/presetfunctionforthetotalizedvalue.

Theupperandlowerlimitsofthetotalizedcountvalueare+99999999and-99999999.Ifthetotalizedcountvalueexceedstheseupperandlowerlimits,thecountvalueisresetto0.

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NOTEWhenMainsoftrev(K50:MAINBREV/Mainsoftrev)isR2.01.02orearlier,orIndsoftrev(K52:INDBREV/Indsoftrev)isR2.01.01orearlier,theupper/lowerlimitsonthedisplayarelimitedbythenumberofdigitsthatcanbedisplayedaccordingtothesettingsofthedecimalpoint.Forexample,ifthedecimalpointpositionofTotalizer3issettodecimalpoint2,theupperandlowerlimitsofTotalizer3are+999999.99and-999999.99.Fordetailsaboutdecimal-pointpositionsetting,refertoSubsection4.9.3.Theupperandlowerlimitsofthetotalizedcountvalueare+99999999and-99999999.Ifthetotalizedvalueandtotalizedcountvalueexceedtheseupperandlowerlimits,theyareheldattheupperlimitorlowerlimit.Fordetailsabouthowtocheckthedevicerevision(MainsoftrevandIndsoftrev),refertoSubsection4.10.2.

4.9.3 Decimal-Point Position SettingThenumberofdecimalplacescanbesettotheautomaticadjustmentorfixmodeforthePV-mappedtotalizedvalueorprocessvalueofSubsection4.1.2.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Dispformat►(seebelow)BRAIN J:DISPLAYSET►(seebelow)


FormatPV J20:FORMATFR Specifiesthedecimal-pointpositionfortheprocessvaluePV-mappedinSubsection4.1.2.

Formattotal1 J21:FORMATTOT1 Specifiesthedecimal-pointpositionforthetotalizedvalueoftotalizer1.



Fromthetablebelow,selectthepositionofthedecimalpoint.Processvariable


Auto Auto AutomaticallyadjuststhenumberofdigitsafterthedecimalpointwiththePV-mappedprocessvalue.*1

0digit 0digit Fixesthenumberofdecimalplacesto“0”.1digit 1digit Fixesthenumberofdecimalplacesto“1”.2digit 2digit Fixesthenumberofdecimalplacesto“2”.3digit 3digit Fixesthenumberofdecimalplacesto“3”.4digit 4digit Fixesthenumberofdecimalplacesto“4”.5digit 5digit Fixesthenumberofdecimalplacesto“5”.

Auto2 Auto2AutomaticallyadjuststhenumberofdigitsafterthedecimalpointwiththespanofthePV-mappedprocessvalue.*2

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TotalizedvalueSelection DescriptionDisplay BRAIN

Auto Auto Automaticallyadjuststhenumberofdigitsafterthedecimalpointwithatotalizedvalue.

0digit 0digit Fixesthenumberofdecimalplacesto“0”.1digit 1digit Fixesthenumberofdecimalplacesto“1”.2digit 2digit Fixesthenumberofdecimalplacesto“2”.3digit 3digit Fixesthenumberofdecimalplacesto“3”.4digit 4digit Fixesthenumberofdecimalplacesto“4”.5digit 5digit Fixesthenumberofdecimalplacesto“5”.6digit 6digit Fixesthenumberofdecimalplacesto“6”.7digit 7digit Fixesthenumberofdecimalplacesto“7”.

*1: When“Auto”isselected,thedisplayformatisautomaticallyswitchedinresponsetotheprocessvalueselectedforPV. Thetablebelowshowsdetails.

Judgment range Supported display format|processvalue|≥ 100000 0digit

100000 >|processvalue|≥ 10000.0 1digit10000.0 >|processvalue|≥ 1000.00 2digit1000.00 >|processvalue|≥ 100.000 3digit100.000 >|processvalue|≥ 10.0000 4digit10.0000 >|processvalue|≥ 0.00000 5digit

Sincethedisplayformatisswitchedinresponsetotheprocessvalues,thedisplayformatmaybeswitchedwhentheproductisusednearthethresholdlistedintheabovetable.

*2: When“Auto2”isselected,thedisplayformatisautomaticallyswitchedinresponsetothespanvalueoftheprocessselectedforPV.

Thetablebelowshowsdetails.Judgment range Supported display format

|spanvalue|> 900 0digit900 ≥|spanvalue|> 90 1digit90 ≥|spanvalue|> 9 2digit9 ≥|spanvalue|> 0 3digit

Sincethedisplayformatisswitchedinresponsetospanvaluesoftheprocess,thedisplayformatisnotchangedaslongasthespanisnotchanged.

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4.9.4 Display Line Count and Scroll SettingsThisproductcanshowuptoeightitemsonthedisplaybyscrolling,withfourlinesmax.shownatatime.ThescrollmethodcanbeselectedfromtheautomaticdisplayswitchingorthedisplayswitchingusingtheIRswitch.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)BRAIN J:DISPLAYSET►(seebelow)


Linemode J25:DISPLINE Specifiesthenumberoflinestobeshownonthedisplay.*1

Scrollmode J29:DISPSCROLL Specifiesthedisplayscrollmethod.*2

*1: Fromthetablebelow,selectthenumberofdisplaylines. Thefontsizeisautomaticallyadjusteddependingonthenumberofthedisplayedline.


Display BRAIN1line(big) 1Line(Big) 1-linedisplaywithoutunit.

Thenumericvalueisdisplayedinalargefont.

1 line 1 Line 1-linedisplaywithunit.

2 line 2 Line 2-linedisplaywithunits

3 line 3 Line 3-linedisplaywithunits

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Display BRAIN4 line 4 Line 4-linedisplaywithunits.

*2: Fromthetablebelow,selectthescrollmethod.Selection DescriptionDisplay BRAIN

Off Off Doesnotscroll.Manual Manual SpecifiestothescrollusingtheIRswitch.

Auto(2s) Auto(2s) Specifiestotheautomaticscrollat2-secondintervals.



NOTEThedefaultvalueofthescrollmethod(J29:DISPSCROLL/Scrollmode)is“Off”.Ifthevalueofthescrollmethodissetto“Off”,the5thlineandbeyondcannotbecheckedonthedisplay. Todisplaythe5thlineandbeyond,setanoptionotherthan“Off”.

NOTEWhenMainsoftrev(K50:MAINBREV/Mainsoftrev)isR2.01.02orearlier,thedefaultvalueofthescrollmethod(J29:DISPSCROLL/Scrollmode)is“Manual”.Ifthevalueofthescrollmethodissetto“Manual”,thedisplaylineisscrolledeachtimetheinfraredswitch[INC]reacts.

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4.9.5 Trend Graph SettingThetrendgraphdisplayfunctiondisplaysthetimechangeoftheselecteditemasatrendgraph.Uptofouritemscanbeselectedforatrendgraph.Atrendgraphisscaledautomatically,andthetimeaxisflowsfromthelefttotheright.

01 : 00

SET SFT INC

01/01

F0432.ai

Process valueDisplay start time

Display end time

01:00

01/0101:01

PRV

(1) Trend graph display settingTheprocessvalueandlowlimitvalue/highlimitvaluethatcanbeshowninatrendgraphareasfollows:

Process value Display Low limit High limitFlowrate(%) FLP 0% 100%PV PRV 0 Spanvaluespecifiedin

Subsection4.1.5Flowvelocity VELVolumetricflowrate VFLMassflowrate MFLCalorie CALAnalogoutput1 AO1 4mA 20mAAnalogoutput2 AO2Totalizer1 TL1 Presetvaluespecifiedin

Subsection4.2.7TargetvalueofthetotalizerspecifiedinSubsection4.2.3Totalizer2 TL2

Totalizer3 TL3

Atrendgraphcanbesetwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►DisplaymodeBRAIN J:DISPLAYSET►J40:DISPMODE

Fromthetablebelow,selectthetrendgraphdisplay.Selection DescriptionDisplay BRAIN

Normal Normal Doesnotdisplayatrendgraph(normaldisplay).Trend Trend Displaysatrendgraph.

NOTEThetrendgraphdisplayfunctionisnotsynchronizedwiththemultirangeandtheforward/reverserange.

(2) Trend graph display item settingThissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Trendselect►(seebelow)BRAIN J:DISPLAYSET►(seebelow)

Parameter DescriptionDisplay BRAINTrend1 J43:TREND1SEL Specifiesitem1tobeshowninatrendgraph.Trend2 J44:TREND2SEL Specifiesitem2tobeshowninatrendgraph.Trend3 J45:TREND3SEL Specifiesitem3tobeshowninatrendgraph.

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Trend4 J46:TREND4SEL Specifiesitem4tobeshowninatrendgraph.

Fromthetablebelow,selectthedisplayitemoftrendgraph.Selection DescriptionDisplay BRAIN

None None Doesnotsetanyitems(item1isnotselectable).

Flowrate(%) Flowrate(%) SpecifiestheflowrateforthespanofthePV-mappedprocessvalueofSubsection4.1.2.

PV PV SpecifiesthePV-mappedprocessvalueofSubsection4.1.2.

Velocity Velocity Specifiesthedisplayitemtotheflowvelocity.Volumeflow Volumeflow Specifiesthedisplayitemtothevolumetricflowrate.Massflow Massflow Specifiesthedisplayitemtothemassflowrate.Calorie Calorie Specifiesthedisplayitemtocalorie.Analogout1 Analogout1 Specifiestothelowlimitofanalogoutput1.Analogout2 Analogout2 Specifiestothelowlimitofanalogoutput2.Totalizer1 Totalizer1 Specifiesthetotalizedvalueoftotalizer1.Totalizer2 Totalizer2 Specifiesthetotalizedvalueoftotalizer2.Totalizer3 Totalizer3 Specifiesthetotalizedvalueoftotalizer3.

(3) Update period settingThissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►PeriodBRAIN J:DISPLAYSET►J26:DISPPERIOD

Fromthetablebelow,selectthetrendgraphupdateperiod.Selection DescriptionDisplay BRAIN

0.2 s 0.2s Setstheupdateperiodto0.2sec.0.4 s 0.4s Setstheupdateperiodto0.4sec.1.0 s 1.0s Setstheupdateperiodto1sec.2.0 s 2.0s Setstheupdateperiodto2sec.4.0 s 4.0s Setstheupdateperiodto4sec.8.0 s 8.0s Setstheupdateperiodto8sec.

(4) Trend graph high/low limit settingThissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)BRAIN J:DISPLAYSET►(seebelow)

Parameter DescriptionDisplay BRAINTrendofflnURV J42:OFFTRENDURV Specifiesthehighlimittodisplayinatrendgraph.TrendofflnLRV J41:OFFTRENDLRV Specifiesthelowlimittodisplayinatrendgraph.

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4.9.6 Other Settings(1) Display contrast settingThecontrastofthedisplaycanbeadjustedto11levels(+5to-5).Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►ContrastBRAIN J:DISPLAYSET►J24:DISPCONTR

+5 +4 +3 +2 +1 0 -1 -2 -3 -4 -5High Low

(2) Display damping time constant settingThisfunctioncanspecifythedampingtimeconstantforthedisplayindependentlyofthatspecifiedinSubsection4.1.6.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►DampBRAIN J:DISPLAYSET►J30:DISPDAMPING

NOTEThedampingtimeconstantofthedisplayiseffectiveonlyforthedisplay.RefertoSubsection4.1.6tospecifythedampingtimeconstantfortheoutputofthephysicalquantity.

(3) Date display format settingThedatedisplayformatcanbeset.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►FormatdateBRAIN J:DISPLAYSET►J31:FORMATDATE

Fromthetablebelow,specifythedatedisplayformat.Selection DescriptionDisplay BRAIN

MM/DD/YYYY MM/DD/YYYY Displaysthedateas“month/day/year”.DD/MM/YYYY DD/MM/YYYY Displaysthedateas“day/month/year”.YYYY/MM/DD YYYY/MM/DD Displaysthedateas“year/month/day”.

(4) Display black/white inverse settingTheblack/whiteinverseisavailableforthedisplay.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Displayset►Optionalconfig►InversionBRAIN J:DISPLAYSET►J47:DISPINVERSE

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Fromthetablebelow,selectthedisplayblack/whiteinversemode.Selection DescriptionDisplay BRAIN

Normal NormalDoesnotsetthedisplaytotheblack/whiteinversemode.(Charactercolor:Black,Backgroundcolor:White)

Invert Invert Setsthedisplaytotheblack/whiteinversemode.(Charactercolor:White,Backgroundcolor:Black)

(5) Display squawk setting (squawk)Thebacklightofthedisplaycanbeblinked(squawked)at4-secondintervalstoidentifyacommunicatingproductifanumberofthesamemodelisinstalled.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Dispindicator►SquawkBRAIN J:DISPLAYSET►J51:DISPSQUAWK

Fromthetablebelow,selectwhetherornottoblinkthedisplay.Selection DescriptionDisplay BRAIN

Off Off Doesnotblinkthedisplay.On On Blinksthedisplay(continuously).Squawkonce SquawkOnce Blinksthedisplay(onlyonce).

(6) IR switch functionTheIRswitchfunctionisafunctiontodrivetheIRswitchfordisplayoperation.ForthebasicoperationsoftheIRswitch,refertoSubsection2.2.1.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

BRAIN J:DISPLAYSET►J54:IRSWOPERATE

Fromthetablebelow,selecthowtheIRswitchfunctionistobeused.Selection Description

Disable DisablestheIRswitchfunction.Enable EnablestheIRswitchfunction.

NOTEIftheIRswitchfunctionissetto“Disable”,theswitchfunctionisnotdisplayedonthedisplay,andtheIRswitchcannotbeoperated.

22.000mA0.0%

0.00000m/s

00 : 00VEL

FLP

AO1SET SFT INC

F0447.ai

If “Enable”

22.000mA0.0%

0.00000m/s

00 : 00VEL

FLP

AO1

F0448.ai

If “Disable”

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4.9.7 microSD Card SettingIftheoptionalcodeMCisselected,thebackupparametersandloggingdatacanbeusedbyinsertingthededicatedmicroSDcardintothedisplay.Fordetailsaboutbackingupparametersandloggingdata,refertoSection4.13.

(1) Removing the microSD card

IMPORTANTIfthemicroSDcardisremovedwithoutexecuting“Unmount”onthesoftware,itmaycausedatastoredonthemicroSDcardtobeerasedorthedevicetooperateabnormally.

ThemicroSDcardcanberemovedwiththefollowingparameters.Menu path

Display Devicesetup►microSD►Unmount

Fromthetablebelow,selectwhethertoremovethemicroSDcard.Selection Description

Cancel CancelstheremovalofthemicroSDcard.Execute MakesitpossibletoremovethemicroSDcardinsafety.

(2) microSD card format

IMPORTANTIftheformatfunctionofthisproductisnotusedtoformatamicroSDcard,itmaycauseadeviceoperationfailure.

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Formattingispossiblewiththefollowingparameters.Menu path

Display Devicesetup►microSD►Format

Fromthetablebelow,selectwhethertoformatthemicroSDcard.Selection Description

Cancel Cancelsformatting.Execute Executesformatting.

(3) Checking microSD contentsDataonthemicroSDcardcanbecheckedwiththefollowingparameters.Menu path

Display Devicesetup►microSD►Contents

(4) Checking the property of microSD CardThetotalspace,availablespaceandfilesystemofthemicroSDcardcanbecheckedwiththefollowingparameters.

�� Total spaceMenu path

Display Devicesetup►microSD►Property►Totalspace

�� Displaying available spaceMenu path

Display Devicesetup►microSD►Property►Availablespace

�� DisplayingfilesystemMenu path

Display Devicesetup►microSD►Property►Filesystem

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4.10 Device Information4.10.1 Order Information

Orderinformationcanbespecifiedforthisproduct.Ifaparticularparameterisspecifiedatthetimeoforder,thisproductisshippedwiththeparameterspecified.Ifaparameterisnotspecifiedatthetimeoforder,thatparameterneedstobesetbythecustomer.Themodelandsuffixcodeareindicatedinthefollowingformat.

Transmitter:AXG1A - □□□□□□□□□□□ /□ (1) (2) (3)

(1)Modelcode,(2)Suffixcode,(3)Optionalcode


Display Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►(seebelow)BRAIN K:DEVICEINFO►(seebelow)

Parameter DescriptionDisplay BRAINTagNo K01:TAGNO SpecifiestheTagNo.Max.16characters.

MScode►Modelcode K20:MODEL CODE Specifiesthemodelcodeoftheintegralflowmeterorremotetransmitter.

MScode►Suffixconfig1 K21:SUFFIXCONF1 Specifiesthesuffixcodeoftheintegralflowmeterorremotetransmitter.MScode►Suffixconfig2 K22:SUFFIXCONF2

MScode►Option1 K23:OPTION1Specifiestheoptionalcodeoftheintegralflowmeterorremotetransmitter.

MScode►Option2 K24:OPTION2MScode►Option3 K25:OPTION3MScode►Option4 K26:OPTION4

RSMScode►Modelcode K27:RSMDLCD Specifiesthemodelcodeoftheremotesensor.

RSMScode►Suffixconfig1 K28:RSSUFCONF1 Specifiesthesuffixcodeoftheremotesensor.RSMScode►Suffixconfig2 K29:RSSUFCONF2

RSMScode►Option1 K30:RSOPT1Specifiestheoptionalcodeoftheremotesensor.

RSMScode►Option2 K31:RSOPT2RSMScode►Option3 K32:RSOPT3RSMScode►Option4 K33:RSOPT4

Menu pathDisplay Devicesetup►Detailedsetup►Deviceinfo►Ver/Numinfo►(seebelow)BRAIN K:DEVICEINFO►(seebelow)


TransserialNo K34:TRNSSRNO Displaystheserialnumber(deviceNo.)ofthetransmitter.

Sensor serial No K35:FTSRNO Displaystheserialnumber(deviceNo.)ofthesensor.

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NOTEWhenanyparametersrelatedtotheorderinformationabouttheproductarechanged,theorderinformationuponshipmentfromthemanufacturingfactorycannotbereferredto.Tostoretheorderinformationdefineduponshipmentfromthemanufacturingfactory,itisrecommendedtorefertoSection4.13tomakeabackup.

4.10.2 Device RevisionTherevisionofthesoftwareusedforthisproductcanbechecked.Thisinformationcanbeviewedwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Deviceinfo►Ver/Numinfo►(seebelow)BRAIN K:DEVICEINFO►(seebelow)

Parameter DescriptionDisplay BRAINTransmittertype K11:TRNSTYPE Displaysthetypeofthetransmitter.OptionboardID K12:OPTBOARDID Displaysthetypeoftheoptionboard.Mainsoftrev K50:MAINBREV Displaysthesoftwarerevisionofthemainboard.Snsrsoftrev K51:SENSORBREV Displaysthesoftwarerevisionofthesensorboard.Indsoftrev K52:INDBREV Displaysthesoftwarerevisionofthedisplayboard.

4.10.3 Memo FunctionThreeparameterscanbeusedforthememofunction.Thememofunctioncanbesettoupto16characters.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Deviceinfo►Memo►(seebelow)BRAIN K:DEVICEINFO►(seebelow)

Parameter DescriptionDisplay BRAINMemo1 K40:MEMO1 Specifiesmemo1.Memo2 K41:MEMO2 Specifiesmemo2.Memo3 K42:MEMO3 Specifiesmemo3.

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4.10.4 Date and Time InformationThepresentdateandtimecanbeset.ThedisplayformatfordateandtimeistheformatsetinSubsection4.9.6.Thissettingcanbedisplayedandconfiguredwiththefollowingparameters.

�� Displaying date and timeMenu path

Display Devicesetup►Detailedsetup►Deviceinfo►Date/Time►(seebelow)BRAIN K:DEVICEINFO►(seebelow)

Parameter DescriptionDisplay BRAINCurrentdate K03:CURDATE Displayscurrentdate.Currenttime K04:CURTIME Displayscurrenttime.

�� Setting date and timeMenu path

Display Devicesetup►Detailedsetup►Deviceinfo►Date/Time►(seebelow)BRAIN K:DEVICEINFO►(seebelow)

Parameter DescriptionDisplay BRAINSet date - Specifiesthecurrentdate.Settime - Specifiesthecurrenttime.- K05:SETCURDAY Setthecurrentday(1-31).- K06:SETCURMONTH Setthecurrentmonth(1-12).- K07:SETCURYEAR Setthecurrentyear(1900-2155).- K08:SETCURHR Setthecurrenttime(0-23).- K09:SETCURMIN Setthecurrentminute(0-59).- K10:SETCURSEC Setthecurrentsecond(0-59).

4.10.5 Display Operation TimeDisplaysoperationtime.Operationtimereferstotheoperationtimeuptothepresentfromthetimewhenthepowerwasturnedonforthefirsttime.However,timeisnotcountedwhenpowerisnotturnedon.Thisinformationcanbeviewedwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Deviceinfo►Date/Time►OperationtimeBRAIN K:DEVICEINFO►K02:OPERATETIME

Theoperationtimeisdisplayedintheformatof“dddddDhh:mm”.“dddddD”indicatestheday,“hh”indicatesthehour,and“mm”indicatestheminute.Example:“00031D12:34”Thisexampleshowsthattheproducthasbeenoperatedfor31days,12hours,and34minutes.

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4.10.6 Explosion Protection SettingWhethertheproductisastandardproductoranexplosionprotectionproductcanbeset.Whenusinganexplosionprotectionsensor,setthefollowingparameterto“Yes”.Menu path

Display Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►ExplosionprotectionBRAIN K:DEVICEINFO►K17:EXPROTECT

Fromthetablebelow,selectexplosionprotectionsetting.Selection DescriptionDisplay BRAIN

No No Noexplosionprotectionsetting.Yes Yes Explosionprotection.

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4.11 Self-diagnostic Function4.11.1 Types of Diagnosis Functions

Thisproducthasaself-diagnosticfunctionfordiagnosingdevicefailuresorprocessstates.Diagnosticfunctionsofthisproductareasfollows:

Diagnosis function Description

Alarmhigh/lowlimitfunction Displaysanalarmwhenthespecifiedvalueisexceededandoutputsitasthestatusoutput.

Electrodeadhesiondetection Diagnosesanelectrodeadhesionfromtheresistancevalueoftheelectrode,anddisplaysawarningoralarmifadhesionisdetected.

Sensoremptycheck Checkswhetherthesensorisintheemptypipestate,anddisplaysanalarmiftheemptypipestateisdetected.

Misconnectiondetection Checkswhetherthetransmittersignallineandtheexcitationlinearecorrectlyconnected,anddisplaysawarningifamisconnectionisdetected.

Verification(devicehealthdiagnosis)function Diagnosesthehealthoftheproduct,anddisplaysitsresult.

Electrodeinsulationdeteriorationdiagnosis

Diagnosesdeteriorationofinsulationfromaresistancevalueoftheelectrode,anddisplaysawarningifitisdetected.

Flownoisediagnosis Measuresaflownoisedetectedinthesensor,anddisplaysawarningifthemeasuredvalueexceedsthespecifiedvalue.

Lowconductivitydiagnosis Obtainstheconductivityfromtheresistancevalueandsizeoftheelectrode,anddisplaysawarningiftheconductivityfallsbelowthespecifiedvalue.

Coilinsulationdiagnosis Diagnosesthecurrentvalueofexcitingcurrent,anddisplayswarningifinsulationisdetected.

4.11.2 Alarm High/Low Limit FunctionThehigh/lowlimitfunctionofthealarmdisplaysanalarmwhenthePV-mappedphysicalquantityofSubsection4.1.2exceedsthespecifiedvalue.Thisfunctionalsocanoutputanalarmoccurrenceasastatusoutput.Fordetailsaboutthestatusoutput,refertoSubsection4.3.9.Asavaluetojudgeanalarm,thefollowingfourvaluescanbeset:highlimit,high-highlimit,lowlimit,andlow-lowlimit.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►H/Lalarmcfg►(seebelow)BRAIN I:ALARM►(seebelow)

Parameter DescriptionDisplay BRAINHighalarm I10:HIGHALARM Specifiesthehighlimittojudgeanalarm.Lowalarm I11:LOWALARM Specifiesthelowlimittojudgeanalarm.HHalarm I12:HIHIALARM Specifiesthehigh-highlimittojudgeanalarm.LLalarm I13:LOLOALARM Specifiesthelow-lowlimittojudgeanalarm.

Whenthehighandlowlimitalarmsarereset,eachhasahysteresis.Thehysteresiswidthshouldbesetwiththepercentage(%)forthespanofthePV-mappedphysicalquantityofSubsection4.1.2.Thehysteresisineachcasecanbespecifiedwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►H/Lalarmcfg►H/LalarmhystBRAIN I14:H/LALMHYS

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(1) Hysteresisvalue =Spanormax.rangexHysteresiswidth[%]

(2) Valuethatcausesahighorhigh-highlimitalarmtobereset

=Sethighlimitorhigh-highlimit-Hysteresisvalue

(3) Valuethatcausesaloworlow-lowlimitalarmtobereset

=Specifiedlowlimitorlow-lowlimitvalue+Hysteresisvalue

Example:Spanofvolumetricflowrate=300m3/h,High-highlimit=300m3/h,Low-lowlimit=25m3/h,Highlimitvalue=250m3/h,Lowlimitvalue=50m3/h,WhensettoHysteresiswidth=5%

(1) Hysteresisvalue=300[m3/h]×5[%] =15[m3/h]

(2-1) Valuethatcausesahigh-highlimitalarmtobereset =285[m3/h] =300[m3/h]–15[m3/h](2-2) Valuethatcausesahighlimitalarmtobereset =235[m3/h] =250[m3/h]–15[m3/h](3-1) Valuethatcausesalowlimitalarmtobereset =65[m3/h] =50[m3/h]+15[m3/h](3-2) Valuethatcausesalow-lowlimitalarmtobereset =40[m3/h] =25[m3/h]+15[m3/h]

F0433.ai

Time

Flow rate[m3/h]

300

250

5025

6540

285

235

Low LimitLow-Low Limit

High Limit

High-High Limit

Hysteresis

Status Output(High/Low limit)Status Output(High-High/Low-Low limit)

NOTEWhenthephysicalquantitytobeoutputischanged,specifythealarmjudgmentvalueagain.

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4.11.3 Electrode Adhesion DetectionTheelectrodeadhesiondetectingfunctiondiagnosesanelectrodeadhesionwiththeresistancevalueoftheelectrode,anddisplaysawarningoralarmifanadhesionisdetected.Theelectrodeadhesiondetectionisdisplayedonthedisplayinfourlevels:level1tolevel4.Avaluetojudgeeachlevelcanbespecifiedindividually.Displayawarningwhenadhesionexceedslevel3,andanalarmwhenadhesionexceedslevel4.Fordetailsaboutthealarmandwarning,refertoSubsection4.8.1.

F0434.ai

Alarm

Level 4

Warning

Level 3Level 2Level 1

Thissettingcanbeconfiguredwiththefollowingparameters.

Menu pathDisplay Devicesetup►Diag/Service►Diagnosis►Adhesion►(seebelow)BRAIN L:DIAGNOSIS►(seebelow)


Function L10:ADHESIONCHK Specifiestheuseoftheelectrodeadhesiondetectingfunction.*1

Thresholdlevel1 L11:ADHLEVEL1 Specifiesthevaluetojudgelevel1.Thresholdlevel2 L12:ADHLEVEL2 Specifiesthevaluetojudgelevel2.Thresholdlevel3 L13:ADHLEVEL3 Specifiesthevaluetojudgelevel3.Thresholdlevel4 L14:ADHLEVEL4 Specifiesthevaluetojudgelevel4.Result►Value L16:ADHMEASVAL Displaystheresistancevalueoftheelectrode.Result►Status L17:ADHSTATUS Displaystheelectrodeadhesiondetectionlevel.

Checkcycle L18:ADHCHKCYC Specifiesthedataupdatecycleforelectrodeadhesiondetection.

*1: Fromthetablebelow,selecttheuseoftheelectrodeadhesiondetectionfunction.Selection DescriptionDisplay BRAIN

Disable Disable Doesnotusetheelectrodeadhesiondetectingfunction.

Enable Enable Usestheelectrodeadhesiondetectingfunction.

NOTEIftheelectrodeadhesiondetectingfunctionisnotused,theelectroderesistancevalueandlevelarecleared.

NOTEBesuretousetheelectrodeadhesiondetectingfunctionwhenthesensorisinthefullpipestate.Ifthesensorisintheemptypipestate,thefunctiontodetectadhesionmaynotrunnormally.

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NOTETheelectrodeadhesiondetectingfunctionrestrictsfluidconductivity.Therecommendedconductivitiesareasfollows.

Meter size Conductivity2.5to10mm 30μS/cmorlarger15to400mm(0.5to16in.) 10μS/cmorlarger500mm 20μS/cmorlarger

NOTEIfthedataupdatecyclefortheadhesiondetectionisshortened,theerroroftheelectroderesistancevalueincreases.Donotchangethedefaultvalueunlessespeciallyspecified.

4.11.4 Sensor Empty CheckThesensoremptycheckfunctioncheckswhetherthesensorisintheemptypipestate,anddisplaysanalarmiftheemptypipestateisdetected.Fordetailsaboutthealarmandwarning,refertoSubsection4.8.1.Thisinformationcanbeviewedwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Diagnosis►Emptycheck►(seebelow)BRAIN L:DIAGNOSIS►(seebelow)


Emptystatus L44:EMPTYSTS Displaytheresultofthesensoremptycheckfunction.*1

ElectrodevoltageA L42:ELECVOLA DisplaysthevoltageofelectrodeA.ElectrodevoltageB L43:ELECVOLB DisplaysthevoltageofelectrodeB.

*1:Fromthetablebelow,checktheresultofthesensoremptycheckfunction.Selection DescriptionDisplay BRAIN

Full Full Indicatesthatthesensorisinthefullpipestate.Empty Empty Indicatesthatthesensorisintheemptypipestate.

IMPORTANT• Ifthesensorisintheemptypipestate,outputfluctuationoremptycheckalarmmayoccur.

Besuretousethemagneticflowmeterbeingfilledwithliquidfully.• Theemptycheckisdeterminedbymeasuringtheresistancebetweentheelectrodeandthe

ground.Forthatreason,theemptypipestatemaynotbedetectedduetothepipingcondition,electrodecondition,andenvironmentalnoise.Inparticular,notethattheemptycheckfunctionmaynotoperateproperlyforhigh-viscosityfluidsandadhesivefluids.

• Ittakes10to15minutestodiagnosetheemptypipestate.Otherprocessalarmsmayoccurbeforetheemptycheckalarmoccursafterthepipeisintheemptypipestate.

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4.11.5 Wiring Connection DiagnosisThewiringconnectiondiagnosticfunctiondiagnoseswhetherthesignallineandtheexcitationlinebetweentheremotetypesensorandtransmitterarecorrectlyconnected,anddisplaysawarningifamisconnectionisdetected.Forexample,iftherearetwosets(AandB)ofremotesensorsandremotetransmitters,thisfunctioncheckswhetherthesignallineoftransmitterAismisconnectedtothesignalterminalofsensorB,ortheexcitationlineoftransmitterAismisconnectedtotheexcitationterminalofsensor B.Ittakesapproximately10secondstodiagnosethewiringconnection.Fordetailsaboutthealarmandwarning,refertoSubsection4.8.1.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Diagnosis►(seebelow)BRAIN L:DIAGNOSIS►(seebelow)

ParameterDescription

Display BRAIN

Diagnosticexecute L33:DIAGEXE Specifiestheuseofthewiringconnectiondiagnosticfunction.*1

Diagnosticoutput L49:DIAGOUTPUT Specifiestheoutputtousethewiringconnectiondiagnosticfunction.*2

*1: Fromthetablebelow,selecttheuseofthewiringconnectiondiagnosticfunction.Selection DescriptionDisplay BRAIN

Connectcheckexe ConnChkexe Startsthewiringconnectiondiagnosticfunction.

*2: Fromthetablebelow,selecttheoutputforwhichthewiringconnectiondiagnosticfunctionisexecuted.Selection Analog output Totalizer Pulse output Frequency

outputDisplay BRAIN

Zero Zero 0%output Input0(Outputfixed) 0 pps 0%output

Measuredvalue MeasuredvalueOutputof

calculatedvalue(Undefined)

Totalizationofcalculatedvalue(Undefined)

Outputofcalculatedvalue(Undefined)


Hold HoldFixesthelastvalidvaluebeforethe

diagnosisstarts.

Totalizesthelastvalidvaluebeforethe

diagnosisstarts.

Fixesthelastvalidvaluebeforethe

diagnosisstarts.


diagnosisstarts.

IMPORTANT• Beforeusingthewiringconnectiondiagnosticfunction,besuretodisconnectthisproduct

fromthecontrolloop.• Whenthewiringmisconnectiondiagnosticfunctionisused,theanalogoutputandpulse

outputarenotoutputcorrectly.

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NOTEWhenusingthewiringconnectiondiagnosticfunction,thefollowingconditionsmustbesatisfied.Iftheconditionsarenotsatisfied,themagneticflowmetermaynotcorrectlydiagnosethewiringconnectionstate.• Thesensorisinthefullpipestate.• Noinfluenceofnoise.• ThemagneticflowmetertransmitterandAM012(calibrator)arenotconnected.

4.11.6 Verification(DeviceHealthDiagnosis)FunctionTheverificationfunctiondiagnosesthehealthoftheproductanddisplaysthediagnosisresult.Ittakesabout15minutestocompletetheverificationfunction,andtheprogressoftheverificationfunctioncanbecheckedviathebargraphandtheremainingtimeonthedisplay.

10:00

Verification executionExcitation circuit...

01 : 00

SET SFT INC

Thisfunctioncaninspectconditionsofthemagneticcircuit,excitationcircuitandcalculationcircuit,andexecutesthedevicehealthdiagnosisoftheproductbasedontheirinternalalarmrecordalongwiththeirwiringmisconnection.Thisfunctionevaluatesthediagnosisresultbasedontheconditionsoftheproductandshows“Passed”ifnoproblemisfoundor“Failed”ifaproblemisfoundonthedisplay.Thefollowingexecutionresultsareshownonthedisplay.

• Examples of “Passed” resultsVFcheckresults PassedVFOperationtime 00001D10:01Magneticcircuitresult PassedExcitingcircuitresult PassedCalculationcircuitresult PassedDevicestatusresult PassedConnectionstatusresult Passed

• Examples of “Failed” resultsVFcheckresults FailedVFOperationtime 00001D10:01Magneticcircuitresult PassedExcitingcircuitresult PassedCalculationcircuitresult FailedDevicestatusresult PassedConnectionstatusresult Passed

ContactYokogawaservicecenterifthe“Failed”messageisdisplayedforitemsfrom“Magneticcircuitresult”to“Devicestatusresult”.If“Failed”isdisplayedfor“Connectionstatusresult”,checkforwiringmisconnectionbetweenthesensorandtransmitter(refertoSubsection4.11.5fordetail)anddamageonthecables.

Theverificationfunctioncanbeusedintwowaysdependingonthestateofthefluid;onestatewhereafluidisflowingandanotherstatewherenofluidisflowing.Thetwodiagnosisresults(currentandprevious)arestoredinthedevicememory,andtheycanbecheckedlater.

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Iftheverificationfunctionisused,thefollowingresultscanbedisplayed.Totaljudgmentresult CalculationcircuitdiagnosisresultOperationtimeofverificationfunction DevicealarmdiagnosisresultMagneticcircuitdiagnosisresult WiringconnectiondiagnosisresultExcitationcircuitdiagnosisresult




Diagnosticoutput L49:DIAGOUTPUT Specifiestheoutputtoexecutetheverificationfunction.*1

Menu pathDisplay Devicesetup►Diag/Service►Verification►(seebelow)BRAIN L:DIAGNOSIS►(seebelow)


Mode L50:VFMODE Specifiesthefluidstatewhenperformingtheverificationfunction.*2

Execute L51:VFEXE Specifiestheexecutionoftheverificationfunction.*3VFNo L52:VFNO Specifiesthediagnosisresultdisplaytime.*4

VFtargetselectL47:VFTGTSET(forsetting)L48:VFTGTSTS(forchecking)

Specifiesthetargetfordiagnosis.*5

Result - DisplaysthediagnosisresultofthetimesetbytheVFnumber.*6

*1: Fromthetablebelow,selecttheoutputtoexecutetheverificationfunction.Selection Analog output Totalizer Pulse output Frequency

outputDisplay BRAIN








diagnosisstarts.


diagnosisstarts.


diagnosisstarts.


diagnosisstarts.

*2: Fromthetablebelow,selectthefluidstatusrequiredtoexecutetheverificationfunction.Selection DescriptionDisplay BRAIN

Noflow Noflow Executestheverificationfunctionwiththefluidnotflowing.

Flow Flow Executestheverificationfunctionwiththefluidflowing.

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*3: Fromthetablebelow,selectwhetherornottoexecutetheverificationfunction.Selection DescriptionDisplay BRAIN

Notexecute Notexecute Doesnotexecutetheverificationfunction.Execute Execute Executestheverificationfunction.

*4: Fromthetablebelow,selecttheexecutionresultoftheverificationfunction.Selection DescriptionDisplay BRAIN

Factory Factory Displaystheresultobtaineduponshipmentfromthemanufacturingfactory.

Previous Previous Displaysthepreviousresult.Present Present Displaystheresultatthistime.

*5: Fromthetablebelow,selectthetargetfordiagnosis.Selection DescriptionDisplay BRAIN

Magneticcircuit - MagneticcircuitdiagnosisExcitecircuit - ExcitationcircuitdiagnosisCalccircuit - CalculationcircuitdiagnosisDevicestatus - DevicealarmdiagnosisConnectstatus - Wiringmisconnectioncheck- Allon Setalldiagnosticsresultsvalid.- Alloff Setalldiagnosticsresultsinvalid.- Magneticon Settheresultsofmagneticcircuitdiagnosisvalid.- Magneticoff Settheresultsofmagneticcircuitdiagnosisinvalid.- Excitationon Settheresultsofexcitationcircuitdiagnosisvalid.- Excitationoff Settheresultsofexcitationcircuitdiagnosisinvalid.- Calculationon Settheresultsofcalculationcircuitdiagnosisvalid.- Calculationoff Settheresultsofcalculationcircuitdiagnosisinvalid.- Devstatuson Settheresultsofdevicealarmdiagnosisvalid.- Devstatusoff Settheresultsofdevicealarmdiagnosisinvalid.- Connstatuson Settheresultsofmisconnectiondiagnosisvalid.- Connstatusoff Settheresultsofmisconnectiondiagnosisinvalid.

Inthedefaultstate,allofthediagnosisresultsarereflectedinthefinalresultsoftheverification.EvenifanitemissetonL47:VFTGTSETsoasnottoreflectthediagnosisresultstothefinalresultsoftheverification,executiontimefortheverificationdoesnotchangebecausethediagnosisitselfisexecuted.Inaddition,thediagnosisresultsselectedtoDisablewithL47:VFTGTSETaredisplayedas“Skip”.NotethatverificationitselfcannotbeexecutedifalldiagnosesareuncheckedonL47:VFTGTSET(Alloff).

*6: Fromthetablebelow,selecttheresult.Parameter DescriptionDisplay BRAIN

Failed/Passed L53:VFCHKRES Executionresult*7VFoperatetime L54:VFOPETIME OperationtimeatthestartofverificationMagneticcircuit L55:VFMAGRES Magneticcircuitdiagnosisresult*7Excitecircuit L56:VFEXCITRES Excitationcircuitdiagnosisresult*7Calccircuit L57:VFCALCRES Calculationcircuitdiagnosisresult*7Devicestatus L58:VFDEVRES Devicealarmdiagnosisresult*7Connectstatus L59:VFCONNRES Wiringmisconnectioncheckresult*7

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*7:Fromthetablebelow,selecttheresultoftheverificationfunction.Result


Passed Passed Therearenoproblemsconcerningthediagnosisresult.

Failed Failed Thereisaproblemconcerningthediagnosisresult.Canceled Canceled Cancelsthediagnosis.

No data No Data Nodiagnosisresultdata(Theverificationfunctionisnotused.)

Unknown Unknown Cannotperformadiagnosis.Skip Skip Outofverificationtarget

IMPORTANT• Beforeusingtheverificationfunction,besuretodisconnectthisproductfromthecontrolloop.• Whentheelectrodeinsulationdeteriorationdiagnosisfunctionisused,theanalogoutputand

pulseoutputarenotoutputcorrectly.• Notethatparameterscannotbechangedwhiletheverificationfunctionisexecuted.

NOTE• Besuretousetheverificationfunctionwhenthesensorisinthefullpipestate.Ifthesensoris

intheemptypipestate,thefunctiontodetectadhesionmaynotrunnormally.• Whenusingtheverificationfunction,correctlyspecifythefluidstatuswiththeparameter.• Ifthereisaproblemwiththeverificationresult,refertotheMaintenanceManual.

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4.11.7 Electrode Insulation Deterioration DiagnosisTheelectrodeinsulationdeteriorationdiagnosisfunctiondiagnosesadeteriorationofinsulationwitharesistancevalueoftheelectrodeanddisplaysawarningifdeteriorationofinsulationisdetected.Ittakesapproximately5minutestocompletethisdiagnosis.Fordetailsaboutthealarmandwarning,refertoSubsection4.8.1.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path



Diagnosticexecute L33:DIAGEXE Specifiestheexecutionoftheelectrodeinsulationdeteriorationdiagnosticfunction.*1

Diagnosticoutput L49:DIAGOUTPUT Specifiestheoutputtoexecutetheelectrodeinsulationdeteriorationdiagnosticfunction.*2

*1: Fromthetablebelow,selecttheuseoftheelectrodeinsulationdeteriorationdiagnosticfunction.Selection DescriptionDisplay BRAIN

Electrodeinsulexe Elecinsexe Startstheelectrodeinsulationdeteriorationdiagnosisfunction.

*2: Fromthetablebelow,selecttheoutputwhiletheelectrodeinsulationdeteriorationdiagnosticfunctionisexecuted.Selection Analog output Totalizer Pulse output Frequency

outputDisplay BRAIN








diagnosisstarts.


diagnosisstarts.


diagnosisstarts.


diagnosisstarts.

IMPORTANT• Beforeusingtheelectrodeinsulationdeteriorationdiagnosisfunction,besuretodisconnect

thisproductfromthecontrolloop.• Whentheelectrodeinsulationdeteriorationdiagnosisfunctionisused,theanalogoutputand

pulseoutputarenotoutputcorrectly.

NOTEBesuretousetheelectrodeinsulationdeteriorationdiagnosticfunctionwhenthesensorisinthefullpipestate.Ifthesensorisintheemptypipestate,theelectrodeinsulationdeteriorationdiagnosisfunctionmaynotrunnormally.

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4.11.8 Flow Noise DiagnosisThisfunctionmeasuresaflownoisedetectedinthesensor,anddisplaysawarningifitexceedsthespecifiedvalue.Theflownoisediagnosisisshownonthedisplayinfourlevels:level1tolevel4.Avaluetojudgeeachlevelcanbespecifiedindividually.Ifanoutputexceedsthelevel3orlevel4value,awarningmessageisdisplayed.Fordetailsaboutthealarmandwarning,refertoSubsection4.8.1.Fordetailsabouttheflownoisespananddampingtimeconstant,refertoSubsections4.1.5and4.1.6.

F0436.ai

Warning

Level 4

Warning

Level 3Level 2Level 1


Display Devicesetup►Diag/Service►Diagnosis►Flownoise►(seebelow)BRAIN L:DIAGNOSIS►(seebelow)


Function L20:FLNOISECHK Specifiestheuseoftheflownoisediagnosisfunction.*1

Thresholdlevel1 L21:FLNOISELV1 Specifiesthevaluetojudgelevel1.Thresholdlevel2 L22:FLNOISELV2 Specifiesthevaluetojudgelevel2.Thresholdlevel3 L23:FLNOISELV3 Specifiesthevaluetojudgelevel3.Thresholdlevel4 L24:FLNOISELV4 Specifiesthevaluetojudgelevel4.Result►Value L25:FLNOISEVAL Displaystheflownoisevalue.Result►Status L26:FLNOISESTS Displaystheflownoiselevel.

*1: Fromthetablebelow,selecttheuseoftheflownoisefunction.Selection DescriptionDisplay BRAIN

Disable Disable Doesnotusetheflownoisediagnosisfunction.Enable Enable Usestheflownoisediagnosisfunction.

NOTEIftheflownoisediagnosisfunctionissetto“Disable”,theflownoisevalueandlevelarecleared.

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4.11.9 Low Conductivity DiagnosisThelowconductivitydiagnosisfunctioncalculatesconductivityfromtheresistancevalueandsizeoftheelectrodeanddisplaysawarningiftheconductivityfallsbelowthespecifiedvalue.Fordetailsaboutthealarmandwarning,refertoSubsection4.8.1.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Diagnosis►Conductivity►(seebelow)BRAIN L:DIAGNOSIS►(seebelow)


Function L30:LOCONDFUNC Specifiestheuseofthelowconductivitydiagnosisfunction.*1

Result►Value L31:CONDUCTIVITY Displaysthecalculatedconductivity.

Lowlimit L32:CONDUCTLMT Specifiesthevalueusedtojudgethelowconductivity.

Menu pathDisplay Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►(seebelow)BRAIN K:DEVICEINFO►(seebelow)

Parameter DescriptionDisplay BRAINElectrodesize K15:EL SIZE Displaystheelectrodesize.

*1: Fromthetablebelow,selecttheuseofthelowconductivitydiagnosisfunction.Selection DescriptionDisplay BRAIN

Disable Disable Doesnotusethelowconductivitydiagnosisfunction.

Enable Enable Usesthelowconductivitydiagnosisfunction.

NOTETheelectrodesizeisspecifieduponshipmentfromthemanufacturingfactory.Whenanyparametersrelatedtotheorderinformationabouttheinstrumentarechanged,theorderinformationuponshipmentfromthemanufacturingfactorycannotbereferredto.Tostoretheorderinformationdefineduponshipmentfromthemanufacturingfactory,itisrecommendedtorefertoSection4.13tomakeabackup.

NOTEBeforeusingthelowconductivitydiagnosisfunction,alwaysmakesurethatthesensorisinthefullpipestate.IfthesensorisintheemptypipestateorthetransmitterisconnectedwithAM012(calibrator),thefunctiontodiagnoseconductivitymaynotrunnormally.

NOTEIfthisfunctionissetto“Disable”,thelowconductivityvalueiscleared.

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4.11.10 Coil Insulation DiagnosisCoilInsulationDiagnosisisthefunctiontodisplayawarningwhentheinsulationisdeterioratedbydiagnosingthecurrentvalueoftheexcitingcurrent.Fordetailsaboutthealarmandwarning,refertoSubsection4.8.1.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path



IEXcompare L38:IEXCOMP DisplaysthecurrentvalueofExcitingcurrenttojudgecoilinsulation.

Coilinsulthreshold L37:COILINSTH Specifiesthevaluetojudgecoilinsulation.

4.11.11 Other SettingInaddition,themaximumvoltagevaluesoftheflowratesignalandcoilresistancevaluearedisplayedasdiagnosticinformation.Thisinformationcanbeviewedwiththefollowingparameters.Menu path


Parameter DescriptionDisplay BRAINVpeakhold L40:VPEAKHOLD Displaysthemaximumvoltageoftheflowsignal.IEXresistance L41:IEXCOILR Displaysthecoilresistancevalue.

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4.12 Test Mode4.12.1 Test Mode Setting

Ifthetestmodeisexecuted,aprocessvalueorthevaluetobeoutputfromaconnectionterminalcanbearbitrarilyset,andaresponsefromthedevicecanbetested.Awarningisdisplayedtoindicatethatthetestmodeisinusewhilethistestmodeisused.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Test►(seebelow)BRAIN M:TEST►(seebelow)

Parameter DescriptionDisplay BRAINInputtest►Testmode M02:TESTMODE(for

setting)M03:TESTSTATUS(forchecking)

Selectsthetestitem(input).

Outputtest►Testmode Selectsthetestitem(output).

Fromthetablebelow,selecttheinput/outputandprocessvaluetotest.Selection DescriptionDisplay BRAIN

- Testalloff Ends all tests.Velocitytest Veloteston Startstestingtheflowvelocity.Volumetest VolFteston Startstestingthevolumetricflowrate.Mass test MassFteston Startstestingthemassflowrate.Calorie test Calorie test on Startstestingthecalorie.AO1test AO1teston Startstestinganalogoutput1.PO1test P1teston Startstestingpulseoutput/frequencyoutput1.SO1 test SO1 test on Startstestingstatusoutput1.AO2test AO2teston Startstestinganalogoutput2.PO2test P2teston Startstestingpulseoutput/frequencyoutput2.SO2 test SO2 test on Startstestingstatusoutput2.AItest AIteston Startstestingtheanaloginput.SO11 test SO11 test on Startstestingstatusoutput11.SI11 test SI11 test on Startstestingstatusinput11.SO12 test SO12 test on Startstestingstatusoutput12.SI12 test SI12 test on Startstestingstatusinput12.- Testallon Starts all tests.Alarmtest Almteston Startstestingalarmoutput.

Atestmodevalueistransmittedintheorderoftheflowvelocity,volumetricflowrate,massflowrate,andcalorie.Forexample,ifthevolumetricflowrateissetasatestvalue,themassflowrateandcaloriecanbeobtainedfromthetestvalue.Inthiscase,thetestvalueoftheflowvelocityisexecutedwiththenormalmeasurementvalue.

NOTETospecifyeachterminaloutput,refertoSubsection4.3.1.Ifthespecifiedoutputisdifferentfromtheteststartingoutput,thetestmodecannotbeused.Forexample,ifthepulse/statusoutputissetasafrequencyoutputtostartthestatusoutputtest,thetestcannotbestarted.

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4.12.2 Test Value SettingItisnecessarytosettestvaluesfortheinputandoutputandprocessvaluetotest.Thissettingcanbeconfiguredwiththefollowingparameters.However,theunitoftheprocessvaluetotestisthesameastheunitspecifiedinSubsection4.1.4.Iftheunitischanged,theprocessvalueisalsochangedtomatchtothechangedunit.

�� Input testMenu path

Display Devicesetup►Diag/Service►Test►Inputtest►(seebelow)BRAIN M:TEST►(seebelow)

Parameter DescriptionDisplay BRAINVelocity M10:VELOTVAL Specifiestheflowvelocity.Volume M11:VOLUMTVAL Specifiesthevolumetricflowrate.Mass M12:MASSTVAL Specifiesthemassflowrate.Calorie M13:CALOTVAL Specifiesthecalorie.AI M30:AITESTVAL Specifiestothecurrentvalueofanaloginput.SI11 M41:SI11TVAL Specifiesthestateofstatusinput11.SI12 M43:SI12TVAL Specifiesthestateofstatusinput12.

�� Output testMenu path

Display Devicesetup►Diag/Service►Test►Outputtest►(seebelow)BRAIN M:TEST►(seebelow)

Parameter DescriptionDisplay BRAINAO1 M14:AO1TESTVAL Specifiestothecurrentvalueofanalogoutput1.

PO1 M15:P1TESTVAL Specifiesthefrequencyofpulseoutput/frequencyoutput1.

SO1 M16:SO1TESTVAL Specifiesthestateofstatusoutput1.AO2 M20:AO2TESTVAL Specifiestothecurrentvalueofanalogoutput2.

PO2 M21:P2TESTVAL Specifiesthefrequencyofpulseoutput/frequencyoutput2.

SO2 M22:SO2TESTVAL Specifiesthestateofstatusoutput2.SO11 M40:SO11TVAL Specifiesthestateofstatusoutput11.SO12 M42:SO12TVAL Specifiesthestateofstatusoutput12.Alarm M44:ALMTESTVAL Specifiesthestateofalarmoutput.

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4.12.3 Test 2 ModeThetest2modeisthefunctiontocollectivelytestaprocessvalue,analogoutput,totalizedvalue,andpulse.Thetestvaluecanbesetintherangebetween-10.0%and110.0%.Inputtestvalues(%)aretestedwithascalevalueinresponsetothespanofeachprocessvalue.

�� Test 2 mode settingMenu path

Display Devicesetup►Diag/Service►Test►Test2modeBRAIN M:TEST►M50:TEST2MODE

Selectswhethertoenabletest2mode.Selection

Display BRAINNormal NormalTest Test

�� Test 2 mode value settingMenu path

Display Devicesetup►Diag/Service►Test►Test2valueBRAIN M:TEST►M51:TEST2OUT

Test2modevalueissetwiththepercentage(%)forthespan.

4.12.4 Test Mode Auto ResetWhenaspecifictimelapseswithnoparameterschangedafterthetestmodeisenabled,thetestmodewillberesetautomaticallyWhenanytestmodeparameterischanged,thetestmoderesettimeisextended.Thetimetoautomaticallyresetthetestmodecanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Test►ReleasetimeBRAIN M:TEST►M01:TESTRELTIM

Fromthetablebelow,selectthetestmodeautoresettime.Selection DescriptionDisplay BRAIN

10min 10min Specifiestheresettimeto10min.30min 30min Specifiestheresettimeto30min.1h 1h Specifiestheresettimeto1hr.3h 3h Specifiestheresettimeto3hrs.12h 12h Specifiestheresettimeto12hrs.

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4.13 Event Management Function4.13.1 Backup Function

Thebackupfunctioncanbackupparametersettingsinthedisplay’sbuilt-inmemory(displayboard)ormicroSDcard(withtheoptionalcodeMCselected).Ifthebackupdataisrestored,theparametersettingscanbeduplicatedtoanotherdevice.Thedisplay’sbuilt-inmemorycanstorethedataforthreebackupsandthemicroSDcardcanstoreasmuchdataasthecapacityallows.Therearethreebackupmethodsavailable:backupfromthemainboardoftheproducttothememoryonthedisplayboard,backupfromthemainboardoftheproducttothemicroSDcard,andbackupfromthememoryonthedisplayboardtothemicroSDcard.Thefilename,backupname,anddatecanbespecifiedusingthebackupfunction.ThedatabackeduptothemicroSDcardisstoredinthe“YOKOGAWA”folderasa“.PAR”file.

Thissettingcanbeconfiguredwiththefollowingparameters.Fordetailsaboutthebackupparameters,refertoSubsection4.13.3.Menu path

Display Devicesetup►Diag/Service►Parambkup/restore►(seebelow)BRAIN N:EVENTMANAGE►(seebelow)


Fbackupname N10:FBCKUPNAME Displaysthebackupnamedefinedatshipmentfromthemanufacturingplant.

Fbackupdate N11:FBCKUPDATE Displaysthebackupdateatshipmentfromthemanufacturingplant.

SDbackupname N12:SDBCKNAME SpecifiesthenameofthefiletobebackeduptothemicroSDcard.

Backupname1 N13:BCKNAME1 Specifiesbackupname1.Upto16characters

Backupdate1 N14:BCKDATE1 Specifiesdate1.


Backupdate2 N16:BCKDATE2 Specifiesdate2.


Backupdate3 N18:BCKDATE3 Specifiesdate3.Backupexecute N19:BACKUPEXEC Specifiestheuseofthebackupfunction.*1Backupresult N22:BACKUPRSLT Displaystheresultofthebackupfunction.*2

*1: Fromthetablebelow,selecthowthebackupfunctionistobeused.Selection DescriptionDisplay BRAIN

Notexecute NotExecute Doesnotbackupdata.

Storemainto1 Store Main to 1 Backsupparametersettingsfromthemainboardtomemory1inthedisplay’sbuilt-inmemory.



StoremaintoSD Store Main to SD BacksupparametersettingsfromthemainboardtothemicroSDcard.

StoreEEP1toSD StoreEEP1toSD Backsupparametersettingsfrommemory1inthedisplay’sbuilt-inmemorytothemicroSDcard.



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*2: Theresultofthebackupfunctionisdisplayedasshownbelow.Selection DescriptionDisplay BRAIN

Unexecuted Unexecuted Backupnotexecuted.Success Success Backupsuccessful.Failure Failure Backupfailed.Running Running Parameterbackuprunning.

Thetablebelowshowsalarmswhoseparameterscanbebackedupwhenanalarmoccurs.� :Executablewhenanalarmoccurs. ―:Notexecutablewhenanalarmoccurs.

Alarm name BackupDisplay BRAIN010:MainCPUFAIL 10:MainCPUFAIL ―011:RevcalcFAIL 11:RevcalFAIL ―012:MainEEPFAIL 12:MainEEPFAIL ―013:MainEEPdflt 13:MainEEPdflt ―014:SnsrbdFAIL 14:SnsrbdFAIL 015:SnsrcommERR 15:SnsrcommERR 016:AD1FAIL[Sig] 16:A/D1FAIL 017:AD2FAIL[Excit] 17:A/D2FAIL 018:Coil open 18:Coil open 019:Coilshort 19:Coilshort 020:ExciterFAIL 20:ExciterFAIL 021:PWM1stop 21-22:PWMstop ―022:PWM2stop ―023:Optbdmismatch 23:Optmismatch ―024:OptbdEEPFAIL 24:OptEEPFAIL ―025:OptbdA/DFAIL 25:OptA/DFAIL ―026:OptbdSPIFAIL 26:OptSPIFAIL ―027:RestoreFAIL 27:RestoreFAIL 028:IndbdFAIL

28-32:IndctFAIL

―029:IndbdEEPFAIL ―030:LCDdrvFAIL ―031:Indbdmismatch ―032:IndcommERR ―033:microSDFAIL 33:microSDFAIL ―050:Signaloverflow 50:Sigoverflow 051:Emptydetect 51:Emptydetect 052:H/LHH/LLalm 52:H/LHH/LLalm 053:Adhoverlv4 53:Adhoverlv4 060:SpancfgERR 60:SpancfgERR ―061:PVFcfgERR 61:PVFcfgERR ―062:AO14-20lmt 62:AO14-20lmt ―063:AO24-20lmt 63:AO24-20lmt ―064:AO1mltrng 64:AO1mltrng ―065:H/LcfgERR 65:AOH/Lcfg ―066:DensitycfgERR 66:DenscfgERR ―067:Pls1cfgERR 67:Pls1cfgERR ―068:Pls2cfgERR 68:Pls2cfgERR ―069:Nomisizecfg 69:Nomisizecfg ―070:AdhcfgERR 70:AdhcfgERR ―071:FLNcfgERR 71:FLNcfgERR ―072:Lognotstart 72:Lognotstart ―080:AO1saturate

80-81:AOsaturt 081:AO2saturate

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Alarm name BackupDisplay BRAIN082:Pls1saturate

82-83:Plssaturt 083:Pls2saturate 084:AIsaturate 84:AIsaturate 085:Cablemiscon 85:Cablemiscon 086:Coilinsulation 86:Coilinsulate 131:Transmismatch 131:Trnmismatch ―087:Adhesionlv3 87:Adhoverlv3 088:LCwarn 88:LCwarn 089:Insudetect 89:Insudetect 090:FLNoverlv3 90:FLNoverlv3 091:FLNoverlv4 91:FLNoverlv4 092:AZwarn 92:AZwarn 093:Verifwarn 93:Verifwarn 094:Factnoisewarn 94:FCnoisewarn 095:Simulateactive 95:Simactive 096:AO1fix

96-97:AOfixed 097:AO2fix 098:Pls1fix

98-99:Plsfixed 099:Pls2fix 100:AIfix 100:AIfix 101:Paramrestorerun 101:Prmrestore ―102:Disp over 102:Disp over ―103:SDsizewarn 103:SDsizewarn ―104:Bkupincmplt 104:Bkupincmplt 105:SDmismatch 105:SDmismatch ―106:SDremovalERR 106:SDremovERR ―120:Watchdog 120:Watchdog*1 121:Poweroff 121:Poweroff*1 122:InstpowerFAIL 122:InstPWFAIL*1 123:Parambkuprun 123:bkuprun ―124:Datalogrun 124:Datalogrun

IMPORTANT• Notethatparameterscannotbechangedwhenthebackupfunctionisexecuted.Ittakes

approximately20secondstocompletebackupprocessing.• TakecarenottoduplicatethefilenamewhenbackingupdatatothemicroSDcard.• NotethatifthemicroSDcardrunsoutoffreespace,thesubsequentdatawillnotbestored.

NOTEThebackupnameanddatedonotaffectthebackupfunction.Usethisasthememocolumnwhenperformingthebackupfunction.

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4.13.2 Restore/Duplicate ParameterIftherestorefunctionisused,itbecomespossibletorestoreparametersettings,whicharebackedupinthedisplay’sbuilt-inmemoryormicroSDcard(withtheoptionalcodeMCselected),totheproduct.Inaddition,itispossibletoreturnparameterstodefaultvaluesdefinedwhenshippedfromthefactoryandtoduplicatethebacked-upparameterstootherdevicebasedonthesamespecifications.

IMPORTANT• Fortheremotetype,itisnecessarytosetthedeviceinformationoftheremotesensortothe

parametersoftheremotetransmitter.• Beforeusingtherestorefunction,besuretoremovethisproductfrompipinglineorstopthe

line.• Afterexecutingtherestorefunction,checkthatbackupdataissetforthetargetparameter.

Therestoremethodcanbeselectedfromthefollowingfourtypes.DuplicateData Restoresthetargetparameter(excludingthefactoryadjustedvalueofthetransmitter)

fromtheproductforwhichtheparameterisbackedup.Restoreisalsoexecutableforotherproducts.

RestoreData Restoresthetargetparameter(includingthefactoryadjustedvalueofthetransmitter)fromtheproductforwhichtheparameterisbackedup.Restoreisnotexecutableforotherproducts.

CompulsionData Restoresthetargetparameter(specifiedatfactoryshipping)fromtheproductforwhichtheparameterisbackedup.Restoreisalsoexecutableforotherproducts.

Restorefactory Restoresalltheparameters(specifieduponshipmentfromthemanufacturingfactory).

Whenusingtherestorefunction,alwaysmakesurethatthebacked-updeviceinformationmatchesthedeviceinformationtoberestored.Thetablebelowshowstheconsistencyofthedeviceinformation. :ItemstobeMatched.

Device Information Duplicate Data Restore Data Compulsion DataOption Board ID -TransmitterSerialNo - -Sensor Serial No - -MainBoardSoftwareRev. -SensorBoardSoftwareRev. -DisplayBoardSoftwareRev. -Model(Note) -CommunicationandI/OCode -

NOTEDatacanonlybeduplicatedorrestoredbetweenproductsofthesamemodel.

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Thissettingcanbeconfiguredwiththefollowingparameters.Fordetailsabouttherestorableparameters,refertoSubsection4.13.3.Menu path

Display Devicesetup►Diag/Service►Parambkup/restore►(seebelow)BRAIN N:EVENTMANAGE►(seebelow)

Parameter DescriptionDisplay BRAINRestoreexecute N20:RESTOREEXEC Specifiestheexecutionoftherestorefunction.*1Restoreresult N21:RESTORERSLT Displaystheresultoftherestorefunction.*2

*1: Fromthetablebelow,selecttheexecutionoftherestorefunction.Selection DescriptionDisplay BRAIN

Notexecute NotExecute Does not restore data.

Duplicatedata1 DuplicateData1Restorestheparameter(DuplicateData)settingfrommemory1onthedisplayboardtothemainboardoftheproduct.



DuplicateSD DuplicateSDRestorestheparameter(DuplicateData)settingfromthemicroSDcardtothemainboardoftheproduct.

Restoredata1 RestoreData1Restorestheparameter(RestoreData)settingfrommemory1onthedisplayboardtothemainboardoftheproduct.



RestoreSD RestoreSD Restorestheparameter(RestoreData)settingfromthemicroSDcardtothemainboardoftheproduct.

Compulsiondata1 CompulsionData1Restorestheparameter(CompulsionData)settingfrommemory1onthedisplayboardtothemainboardoftheproduct.



CompulsionSD CompulsionSDRestorestheparameter(CompulsionData)settingfromthemicroSDcardtothemainboardoftheproduct.

Restorefactory RestoreFactory Restorestothestatusthatissetuponshipmentfromthemanufacturingfactory.

*2: Theresultoftherestorefunctionisdisplayedasshownbelow.Selection DescriptionDisplay BRAIN

Unexecuted Unexecuted HavenotrestoredSuccess Success Succeededinrestoration.Failure Failure Failedinrestoration.Running Running Restorerunning

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Thetablebelowshowsalarmswhoseparameterscanberestoredorduplicatedwhenanalarmoccurs.� :Executablewhenanalarmoccurs. ―:Notexecutablewhenalarmoccurs.

Alarm name RestoreDisplay BRAIN010:MainCPUFAIL 10:MainCPUFAIL ―011:RevcalcFAIL 11:RevcalFAIL ―012:MainEEPFAIL 12:MainEEPFAIL ―013:MainEEPdflt 13:MainEEPdflt ―014:SnsrbdFAIL 14:SnsrbdFAIL 015:SnsrcommERR 15:SnsrcommERR 016:AD1FAIL[Sig] 16:A/D1FAIL 017:AD2FAIL[Excit] 17:A/D2FAIL 018:Coil open 18:Coil open 019:Coilshort 19:Coilshort 020:ExciterFAIL 20:ExciterFAIL 021:PWM1stop 21-22:PWMstop ―022:PWM2stop ―023:Optbdmismatch 23:Optmismatch ―024:OptbdEEPFAIL 24:OptEEPFAIL ―025:OptbdA/DFAIL 25:OptA/DFAIL ―026:OptbdSPIFAIL 26:OptSPIFAIL ―027:RestoreFAIL 27:RestoreFAIL 028:IndbdFAIL

28-32:IndctFAIL

―029:IndbdEEPFAIL ―030:LCDdrvFAIL ―031:Indbdmismatch ―032:IndcommERR ―033:microSDFAIL 33:microSDFAIL ―050:Signaloverflow 50:Sigoverflow 051:Emptydetect 51:Emptydetect 052:H/LHH/LLalm 52:H/LHH/LLalm 053:Adhoverlv4 53:Adhoverlv4 060:SpancfgERR 60:SpancfgERR ―061:PVFcfgERR 61:PVFcfgERR ―062:AO14-20lmt 62:AO14-20lmt ―063:AO24-20lmt 63:AO24-20lmt ―064:AO1mltrng 64:AO1mltrng ―065:H/LcfgERR 65:AOH/Lcfg ―066:DensitycfgERR 66:DenscfgERR ―067:Pls1cfgERR 67:Pls1cfgERR ―068:Pls2cfgERR 68:Pls2cfgERR ―069:Nomisizecfg 69:Nomisizecfg ―070:AdhcfgERR 70:AdhcfgERR ―071:FLNcfgERR 71:FLNcfgERR ―072:Lognotstart 72:Lognotstart ―080:AO1saturate

80-81:AOsaturt 081:AO2saturate 082:Pls1saturate

82-83:Plssaturt 083:Pls2saturate 084:AIsaturate 84:AIsaturate 085:Cablemiscon 85:Cablemiscon 086:Coilinsulation 86:Coilinsulate 131:Transmismatch 131:Trnmismatch ―087:Adhesionlv3 87:Adhoverlv3 088:LCwarn 88:LCwarn

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Alarm name RestoreDisplay BRAIN089:Insudetect 89:Insudetect 090:FLNoverlv3 90:FLNoverlv3 091:FLNoverlv4 91:FLNoverlv4 092:AZwarn 92:AZwarn 093:Verifwarn 93:Verifwarn 094:Factnoisewarn 94:FCnoisewarn 095:Simulateactive 95:Simactive 096:AO1fix

96-97:AOfixed 097:AO2fix 098:Pls1fix

98-99:Plsfixed 099:Pls2fix 100:AIfix 100:AIfix 101:Paramrestorerun 101:Prmrestore ―102:Disp over 102:Disp over ―103:SDsizewarn 103:SDsizewarn ―104:Bkupincmplt 104:Bkupincmplt 105:SDmismatch 105:SDmismatch ―106:SDremovalERR 106:SDremovERR ―120:Watchdog 120:Watchdog*1 121:Poweroff 121:Poweroff*1 122:InstpowerFAIL 122:InstPWFAIL*1

123:Parambkuprun 123:bkuprun ―124:Datalogrun 124:Datalogrun

IMPORTANTWhenusingtherestorefunction,besuretoprepareabackupfileinthebuilt-inmemoryorthemicroSDcard.Notethattherestorefunctionisnotexecutableifabackupfileisnotprovided.

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4.13.3 Backup and Restore ParametersThelistbelowshowstheparametersthatcanbebackeduporrestored.However,thedatetoberestoredwith“CompulsionData”isthevalue(s)specifiedbythecustomeruponshipmentfromthemanufacturingfactory.(Defaultvaluewhennotdesignated)

Parameter Restore or Duplicate

Display BRAIN Duplicate Data

Restore Data

Compulsion Data

Restore Factory

DampAO/F C10:VELODMPA/F ―

Damppls/ttl C11:VELODMPP/T ―

DampAO/F C12:VOLDMPA/F ― Damppls/ttl C13:VOLDMPP/T ― DampAO/F C14:MASSDMPA/F ― Damppls/ttl C15:MASSDMPP/T ― DampAO/F C16:CALDMPA/F ― Damppls/ttl C17:CALDMPP/T ― LowMF C20:LOWMF HighMF C21:HIGHMF Flowsensorsel C24:FLOWSENSOR ― Nominalsizeunit C26:SIZEUNIT Nominalsize C27:NOMINALSIZE PVflowselect C30:PVFLOWSEL Unit C31:VELOFUNIT ― ― Unit C32:VOLFUNIT ― ― Unit C33:MASSFUNIT ― ― Timeunit C35:TIMEUNIT ― ― Span C36:VELOFSPAN Span C37:VOLFSPAN Span C38:MASSFSPAN Span C39:CALFSPAN ― Zerovalue C52:ZERO ― Convfactor D11:TOT1CONVFC ― ― Lowcut D12:TOT1LOWCUT Failureopts D13:TOT1FOPTS ― Options D14:TOT1OPTS ― Start/Stop D15:TOT1EXEC ― Reset/Preset D16:TOT1PRESET ― Presetvalue D17:TOT1PREVAL ― Set point D18:TOT1SETPNT ― Lowcut D22:TOT2LOWCUT ― Failureopts D23:TOT2FOPTS ― Options D24:TOT2OPTS ― Start/Stop D25:TOT2EXEC ― Reset/Preset D26:TOT2PRESET ― Presetvalue D27:TOT2PREVAL ― Set point D28:TOT2SETPNT ― Lowcut D32:TOT3LOWCUT ― Failureopts D33:TOT3FOPTS ― Options D34:TOT3OPTS ― Start/Stop D35:TOT3EXEC ― Reset/Preset D36:TOT3PRESET ―

Presetvalue D37:TOT3PREVAL ―

Set point D38:TOT3SETPNT ― Outputmode E10:P1OUTMODE Activemode E11:P1ACTMODE ― Fixwidth E12:P1WIDTH ―

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Restore Data

Compulsion Data

Restore Factory

Rateunit E13:P1RATEUNIT ― ― Ratevalue E14:P1RATEVAL Lowcut E15:P1LOWCUT Alarmout E16:P1ALMOUT ― Frequencyat0% E17:F1AT0% Frequencyat100% E18:F1AT100% SO1function E20:SO1FUNCTION ― Options E21:P1OPTS ― Activepulse E30:P2ACTPULSE ― Outputmode E31:P2OUTMODE ― Pulseselect E32:P2SELECT ― Activemode E33:P2ACTMODE ― Fixwidth E34:P2WIDTH ― Ratevalue E36:P2RATEVAL ― Lowcut E37:P2LOWCUT ― Alarmout E38:P2ALMOUT ― Frequencyat0% E39:F2AT0% ― Frequencyat100% E40:F2AT100% ― SO2function E41:SO2FUNCTION ― Options E42:P2OPTS ― Activemode F20:SO11ACTMODE ― Function F21:SO11FUNC ― Activemode F30:SO12ACTMODE ― Function F31:SO12FUNC ― Activemode F22:SI11ACTMODE ― Function F23:SI11FUNC ― Activemode F32:SI12ACTMODE ― Function F33:SI12FUNC ― Forwardspan2 F40:FWDSPAN2 ― Forwardspan3 F41:FWDSPAN3 ― Forwardspan4 F42:FWDSPAN4 ― Reversespan1 F43:REVSPAN1 ― Reversespan2 F44:REVSPAN2 ― Reversespan3 F45:REVSPAN3 ― Reversespan4 F46:REVSPAN4 ― Autorangehyst F50:AUTORNGHYS ― Bidirectionhyst F51:BIDIRECHYS ― Lowcut G01:AO1LOWCUT ― Highlimit G02:AO1HILIMIT ― Lowlimit G03:AO1LOLIMIT ― Alarmout G04:AO1ALMOUT Rangemode G05:AO1RNGMODE ― AO2select G10:AO2SELECT ― Lowcut G11:AO2LOWCUT ― Highlimit G12:AO2HILIMIT ― Lowlimit G13:AO2LOLIMIT ― Alarmout G14:AO2ALMOUT ― Function G20:AIFUNCTION ― URV G25:AIURV ― LRV G26:AILRV ― AO1trim4mA G31:AO1at4mA ― AO1trim20mA G32:AO1at20mA ―

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Restore Data

Compulsion Data

Restore Factory

AO2trim4mA G41:AO2at4mA ― AO2trim20mA G42:AO2at20mA ― Flowdirect H10:FLOWDIRECT ― Ratelimit H11:RATELIMIT ― Deadtime H12:DEADTIME ― Noisefilter H13:NOISEFILTER ― Pulsingflow H14:PULSINGFLOW ― Powersync H20:POWERSYNCH Setpowerfreq H21:SETPWRFREQ Valueselect H30:DENSITYSEL ― Fixeddensity H32:FIXEDDENS Std density H33:STDDENSITY ― Stdtemperature H34:STDTEMP ― CoefA1 H35:TEMPCOEFA1 ― CoefA2 H36:TEMPCOEFA2 ― Specificheat H40:SPECHEAT ― Fixedtemperature H41:CALFIXTEMP ― Highalarm I10:HIGHALARM ― Lowalarm I11:LOWALARM ― HHalarm I12:HIHIALARM ― LLalarm I13:LOLOALARM ― H/Lalarmhyst I14:H/LALMHYS ― Line 1 J10:LINE1SEL ― ― Line 2 J11:LINE2SEL ― ― Line 3 J12:LINE3SEL ― ― Line 4 J13:LINE4SEL ― ― Line 5 J14:LINE5SEL ― ― Line 6 J15:LINE6SEL ― ― Line 7 J16:LINE7SEL ― ― Line 8 J17:LINE8SEL ― ― FormatPV J20:FORMATFR ― ― Linemode J25:DISPLINE ― ― Disp install J53:DISPINSTALL ― ― - J54:IRSWOPERATE ― ― TagNo K01:TAGNO ― ― Electrodesize K15:EL SIZE ― Modelcode K20:MODEL CODE ― Suffixconfig1 K21:SUFFIXCONF1 ― Suffixconfig2 K22:SUFFIXCONF2 ― Option 1 K23:OPTION1 ― Option 2 K24:OPTION2 ― Option 3 K25:OPTION3 ― Option 4 K26:OPTION4 ― Modelcode K27:RSMDLCD ― Suffixconfig1 K28:RSSUFCONF1 ― Suffixconfig2 K29:RSSUFCONF2 ― Option 1 K30:RSOPT1 ― Option 2 K31:RSOPT2 ― Option 3 K32:RSOPT3 ― Option 4 K33:RSOPT4 ― TransserialNo K34:TRNSSRNO ― Sensor serial No K35:FTSRNO ―

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Restore Data

Compulsion Data

Restore Factory

Function L10:ADHESIONCHK Thresholdlevel1 L11:ADHLEVEL1 ― Thresholdlevel2 L12:ADHLEVEL2 ― Thresholdlevel3 L13:ADHLEVEL3 ― Thresholdlevel4 L14:ADHLEVEL4 ― Checkcycle L18:ADHCHKCYC ― Function L20:FLNOISECHK ― Thresholdlevel1 L21:FLNOISELV1 ― Thresholdlevel2 L22:FLNOISELV2 ― Thresholdlevel3 L23:FLNOISELV3 ― Thresholdlevel4 L24:FLNOISELV4 ― Damp L27:FLNOISEDMP ― Span L28:FLNOISESPN Function L30:LOCONDFUNC ― Lowlimit L32:CONDUCTLMT ― Coilinsulthreshold L37:COILINSTH ― IEXcompare L38:IEXCOMP ― Diagnosticoutput L49:DIAGOUTPUT ― Mode L50:VFMODE ― VFNo L52:VFNO ― Releasetime M01:TESTRELTIM ―

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4.13.4 Data Logging FunctionWhentheoptionalcodeMC(microSDcard)isselected,thedataloggingfunctioncanstoreuptofourprocessvaluestothemicroSDcard.Tousethisfunction,itisnecessarytospecifyafilename,datastorageinterval,andendingtime.Storeddataissavedinthe“YOKOGAWA”folderasa“.TRD”file.Thissettingcanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Diag/Service►Datalog►(seebelow)BRAIN N:EVENTMANAGE►(seebelow)

Parameter DescriptionDisplay BRAINFilename N30:LOGGINGFILE Specifiesthenameofthefiletobestored.Intervaltime N31:LOGINTRTIM Specifiesthedatastorageinterval.*1Start date N32:LSTARTDATE Displaysthedatetostartthedataloggingfunction.Starttime N33:LSTARTTIME Displaysthetimetostartthedataloggingfunction.Endtime N34:LOGENDTIME Specifiesthetimetoendthedataloggingfunction.*2Log1 N35:LOG1SELECT Specifiesprocessvalue1tobestored.*3Log2 N36:LOG2SELECT Specifiesprocessvalue2tobestored.*3Log3 N37:LOG3SELECT Specifiesprocessvalue3tobestored.*3Log4 N38:LOG4SELECT Specifiesprocessvalue4tobestored.*3

Execute N39:LOGGINGEXEC Specifiestheexecutionofthedataloggingfunction.*4

*1: Fromthetablebelow,selectthedatastorageinterval.Selection DescriptionDisplay BRAIN

1 s 1sec Setsthestorageintervalto1sec.10 s 10sec Setsthestorageintervalto10sec.30 s 30sec Setsthestorageintervalto30sec.1min 1min Setsthestorageintervalto1min.5min 5min Setsthestorageintervalto5min.30min 30min Setsthestorageintervalto30min.1h 1h Setsthestorageintervalto1hour.

*2: Fromthetablebelow,selecttheendingtimeofthedataloggingfunction.Selection


10min 10min Setstheendingtimeto10minuteslater.30min 30min Setstheendingtimeto30minuteslater.1h 1h Setstheendingtimeto1hourlater.3h 3h Setstheendingtimeto3hourslater.12h 12h Setstheendingtimeto12hourslater.24h 24h Setstheendingtimeto24hours(1day)later.72h 72h Setstheendingtimeto72hours(3days)later.240h 240h Setstheendingtimeto240hours(10days)later.720h 720h Setstheendingtimeto720hours(30days)later.1440h 1440h Setstheendingtimeto1440hours(60days)later.

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*3: Fromthetablebelow,selecttheprocessvaluetobestored.Selection DescriptionDisplay BRAIN

Velocity Velocity Storestheflowvelocity.Volumeflow Volumeflow Storesthevolumetricflowrate.Massflow Massflow Storesthemassflowrate.Calorie Calorie Storesthecalorie.

PV PV StoresthePV-mappedprocessvalueofSubsection4.1.2.

Adhesion Adhesion Storestheresistancevalueoftheelectrodeadhesiondetection.

Flownoise Flownoise Storestheflownoisevalue.ElectrodeA ElectrodeA StoresthevoltageofelectrodeA.ElectrodeB ElectrodeB StoresthevoltageofelectrodeB.Vpeak Vpeak Storesthepeakvalueoftheflowratesignal.

*4: Fromthetablebelow,selecttheuseofthedataloggingfunction.Selection DescriptionDisplay BRAIN

Notexecute Notexecute Doesnotexecutethedataloggingfunction.Execute Execute Executesthedataloggingfunction.

SettingdataisstoredonthemicroSDcardataspecifiedstorageintervalduringaperiodfromthestartofthedataloggingfunctiontotheend.Thefilestoredbythedataloggingfunctioncanbeopenedasatextfile.Example:Ifthestorageintervalissetto“1min”,dataisstoredasshownbelow.

F0437.ai

…………

…………

Date and time Process value 1

Process value 2

Process value 3

Process value 4

2017/01/0112:00:002017/01/0112:01:002017/01/0112:02:002017/01/0112:03:002017/01/0112:04:002017/01/0112:05:00

+9.9863E-01+9.9909E-01+9.9906E-01+9.9859E-01+9.9870E-01+9.9829E-01

+2.8235E+01+2.8248E+01+2.8248E+01+2.8234E+01+2.8237E+01+2.8226E+01

+1.4117E+04+1.4124E+04+1.4124E+04+1.4117E+04+1.4118E+04+1.4113E+04

+4.5600E-01+3.9717E-01+3.1753E-01+4.0430E-01+3.6609E-01+4.1892E-01

TheaccessongoingtothemicroSDcardcanbeconfirmedbytheicononthedisplay.Forexample,theiconsof“microSDcardready”and“AccesstomicroSDcard”aredisplayedalternatelyandrepeatedlybecausetheproductaccessesthemicroSDcardperiodicallyduringitsdatalogging.WhenthemicroSDcardcannotbeaccessedtoremove,theiconof“ErroraccessingmicroSDcard”isdisplayed.InsertthemicroSDcardagainwhenitisnecessarytousethisfunctionagain.Analarmof“microSDfailure”occurswhenthemicroSDcardhasanyproblems.

ReadyformicroSDcard AccessingmicroSDcard

DisabletoaccessmicroSDcard

IMPORTANT• Whenusingthedataloggingfunction,besuretosetthedateandtimeinformation.• Beforeusingthedataloggingfunction,makesurethatthemicroSDcardisprepared.Ittakes

approximately1minuteuntiltheproductisreadytostoredataonthemicroSDcardafterithasbeenturnedon.

• Notethatthedateandtimeinformationareresetifthisproductisturnedoff.• NotethatifthemicroSDcardrunsoutoffreespace,thesubsequentdatawillnotbestored.

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4.14 Parameter Protection4.14.1 Software Write Protection Function

Writeprotectcanbespecifiedbytwomethods;thehardwarewriteprotectswitchandsoftwarewriteprotect.Whenthewriteprotectissetusingoneofthesemethods,datacannotbewrittentoaparameter.Fordetailsaboutthehardwarewriteprotectionswitch,refertotheInstallationManual.Toenablethesoftwarewriteprotectionfunction,itisnecessarytospecifya“Newpassword”(eightalphanumericcharacters,excludinglowercase).Byinputtingthepasswordin“Enablewrite”,itbecomespossibletodisablethewriteprotectiononlyfor10minutes.Thewriteprotectionfunctioncanbecompletelydisabledbyenteringeightspacesin“Newpassword”whiletheprotectionisdisabledtemporarily.Thewriteprotectionfunctioncanbeconfiguredwiththefollowingparameters.Menu path

Display Devicesetup►Detailedsetup►Protection►(seebelow)BRAIN P:PROTECT►(seebelow)

Parameter DescriptionDisplay BRAINWriteprotectsts P20:WRTPROTECT Indicatestheuseofthewriteprotectionfunction.*1

Enablewrite P21:ENABLEWRITE Cancelsthewriteprotectionfunctiononlyfor10minutes.

Newpassword P22:NEWPASSWORD Specifiesanewpasswordforthewriteprotectionfunction.

*1: DisplayoftheusestatusofthewriteprotectionfunctionValue DescriptionDisplay BRAIN

No No Thewriteprotectionfunctionisnotinuse.(Parametercanbechanged)

Yes Yes Thewriteprotectionfunctionisbeingused.(Parametercannotbechanged)

NOTETheusagestatusofthewriteprotectfunctioncanbecheckedbytheicondisplayedontheparameterordisplay.Thefollowingiconsaredisplayed.

Icon DescriptionWriteprotectDisable(Parameterscanbechanged)WriteprotectEnable(Parametercannotbechanged)

NOTEWhenthewriteprotectionswitchontheamplifierboardisturnedon,noparameterscanbechanged.Tochangeaparameter,cancelthewriteprotectionfunctionwiththepre-specifiedpasswordandspecifyanewpassword.

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Ifthepasswordisforgotten,itispossibletotemporarilydisablethesoftwarewriteprotectionfunctionbyusingtheJokerpassword.WhenthewriteprotectionfunctionisdisabledusingtheJokerpassword,“Break”isdisplayedasthesoftwareseal(becausethewriteprotectionisnotdisabledwiththeregularroute).Tosetthesoftwaresealbackto“Keep”,itneedstosetthewriteprotectionagain.Whenthewriteprotectionistemporarilydisabledusingtheformalpassword,thesoftwaresealissetbackfrom“Break”to“Keep”.TheuseoftheJokerpasswordsealcanbecheckedbythefollowingparameter.Menu path

Display Devicesetup►Detailedsetup►Protection►SoftsealstatusBRAIN P:PROTECT►P23:SOFTSEAL

ChecktheuseoftheJokerpassworddependingonthefollowingparameters.Value DescriptionDisplay BRAIN

Keep Keep Normal

Break Break DisablethewriteprotectionfunctionusingtheJokerpassword.

NOTEIfitisnecessarytousetheJokerpassword,contactYokogawasalesofficeorrepresentative.

4.14.2 Display Restriction FunctionAccesstotheservicemodeislimited.Menu path

Display Devicesetup►Detailedsetup►Protection►Keycode

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5. Parameter ListsThischaptershowsparameterlistsofthedisplayandBRAINcommunication.

Eachparameterissetasspecifiedatthetimeofordering.Sinceotherparametershavedefaultvaluesset,besuretorefertothischapterwhenchangingthem.

IMPORTANT

Ifthisproductisturnedoffbefore30secondsaftersettingtheparameters,thesettingswillnotbesavedcorrectly.Pleasekeeptheproductturnedonforover30secondsaftersettingtheparameters.

NOTE

Toobtaincorrectflowsignals,itisnecessarytosetthenominalsize,flowratespanandmeterfactoroftheflowsensor.Thenominalsizeandmeterfactoroftheflowsensoraresetonthisproductwhenshippedfromthemanufacturingfactory,andacustomerisnotrequiredtosetthem.Ifaparticularparametersisspecifiedatthetimeoforder,thisproductisshippedwiththeparameterspecified.Ifaparameterisnotspecifiedatthetimeoforder,thatparameterneedstobesetbythecustomer.

NOTE

Theavailablefunctionsandparametersdisplayedvarydependingonatypeoftheconnectionterminalspecifiedatthetimeofordering.

:Parameterdisplayed

Function of terminal DescriptionCommunication and I/O

CodeD0 D2 D3 D4 D5 D6

Analogoutput1 Regardlessofthecodeselection,parametersrelatedtoanalogoutput1aredisplayed.

Analogoutput2Dependingonthecodeselection,parametersrelatedtoanalogoutput2maynotbedisplayed.No.7-6to7-10,7-21to7-23,13-9

- - - - -

Alarmoutput Regardlessofthecodeselection,parametersrelatedtothealarmoutputaredisplayed.

PulseStatusoutput1 Regardlessofthecodeselection,parametersrelatedtopulse/statusoutput1aredisplayed.

PulseStatusoutput2Dependingonthecodeselection,parametersrelatedtopulse/statusoutput2maynotbedisplayed.No.5-11to5-22,13-10to13-11

- - -

Statusoutput Dependingonthecodeselection,parametersrelatedtothestatusoutputmaynotbedisplayed.

StatusinputDependingonthecodeselection,parametersrelatedtothestatusinputmaynotbedisplayed.No.6-3to6-5,13-14

AnaloginputDependingonthecodeselection,parametersrelatedtotheanaloginputmaynotbedisplayed.No.7-11to7-17,7-24to7-26,8-13to8-21,13-5,13-12

- - - - -


IM 01E22C02-01EN

Theparameterlistconsistsofthefollowingitems.Parameter Name Indicatesaparametername.

R/W

Indicatesparameterswhichcanbedisplayedandset.R:Displayedonly,RW:Displayedandspecified.However,whenchangingparametersonthedisplay,aparameterwhichcanbesetdependson operation levels.Operator:Possibletosetadisplaylanguageonthedisplayandparametersrelatedtodisplayitems.Maintenance:Possibletosetparametersallowedtosetwiththeoperatorlevelandparametersrelatedtozeroadjustment.Specialist:Possibletosetallwritableparameters.

Data RangeIndicatesoptionsforselecttypedata.Indicatesthesettingrangeandthenumberofdecimalplacesfornumeric-typedata.Indicatesthelimitednumberofcharactersforalphanumerictypedata.

Default Value Indicatesthedefaultvalueuponshipmentfromthemanufacturingfactory.Unit Indicatestheunitofthedatarange.Reference Referencepageofparametercontents

NOTE

WhensettingnumericdataforBRAINcommunication,themaximumvaluewhichcanbesetis“32000”andtheminimumvalueis“-32000”regardlessofthedecimalpointposition.Pleasenotethatwhensettingthevaluewhosemaximumvalueexceeds"32000”,thevalueissetto“32000”,andwhensettingthevaluewhoseminimumvalueexceeds“-32000”,thevalueissetto“-32000”.Setdatainthefollowingrangebytakingintoaccountthedecimalpointposition.

Number of digits after the decimal point

Range

0 0 to 320001 0.0 to 3200.02 0.00 to 320.003 0.000 to 32.0004 0.0000 to 3.20005 0.00000 to 0.32000

ExampleWhensetting333.33tonumerictypedata,itcannotbesetsince"33333"ofthenumberstringexcludingthedecimalpointgoesover“32000”.Itneedstoset“333.3”bytakingintoaccountthedecimalpointposition.


IM 01E22C02-01EN

(1) Display parametersTheseparametersarerelatedtoflowandtotalizerdisplay.

No.Parameter Name Data Range

R/W Default Value Unit ReferenceBRAIN Display BRAIN Display

1-1 A10:FLOWRATE(%) Flowrate(%) -999.999to+999.999Numberofdecimalplaces:3

-99999.9to+99999.9Numberofdecimalplaces:1

R - % P.33

1-2 A20:FLOWRATE Flowrate -999999to+999999Numberofdecimalplaces:0to5

-999999to+999999Numberofdecimalplaces:0 to 5

R - Flowvelocity:No.3-15 Volumetricflowrate: No.3-16/No.3-19Massflowrate:No.3-17/No.3-19Flownoisecm/s

P.33

1-3 A21:FLWRATE(mA) Analogout1 0.000to+99.999Numberofdecimalplaces:3

0.000to+99.999Numberofdecimalplaces:3

R - mA -

1-4 A30:TOTAL1 Totalizer1 -999999to+999999Numberofdecimalplaces:0to5


R - No.4-1 P.47



R - No.4-10 P.47



R - No.4-19 P.47

1-7 A33:TOTAL1CNT Totalizer1count -INF*2to+INF*2

Numberofdecimalplaces:0-99999999to+99999999Numberofdecimalplaces:0

R - - P.48



R - - P.48



R - - P.48

*2:Therangeofsingleprecisionfloat(IEEE754).


IM 01E22C02-01EN

(2) EasyconfigurationparametersTheseparametersarefrequentlyusedgeneralfunctions.ParametersforNo.2-2to2-14canbesetbyusingtheEasysetupwizardfunction.



2-1 B10:LANGUAGE Language EnglishFrenchGermanItalianSpanishPortugueseRussianChineseJapanese

EnglishFrenchGermanItalianSpanishPortugueseRussianChineseJapanese

RW English - P.110

2-2 B20:VOLDMPA/F DampAO/F +0.1to+200.0Numberofdecimalplaces:1

+0.1to+200.0Numberofdecimalplaces:1

RW 3.0 s P.36

2-3 B21:VOLDMPP/T Damppls/ttl +0.1to+200.0Numberofdecimalplaces:1


RW 3.0 s P.36

2-4 B22:VOLFUNIT Unit Ml(Megaliter)m3

kl(Kiloliter)l(liter)cm3

Ml(Megaliter)m³kl(kiloliter)l(liter)cm³

RW m³*1 - P.34

2-5 B23:TIMEUNIT Timeunit /s/min/h

/s/min/h

RW /h*1 - P.35

2-6 B24:VOLFSPAN Span +0.00001to+INF*2

Numberofdecimalplaces:0to5+0.00001to+999999Numberofdecimalplaces:0 to 5

RW 1.00 *1 No.3-16/No.3-19

P.35

2-7 B30:P1RATEUNIT P1unit nunit/Puunit/Pmunit/PUnit/Pkunit/PMunit/PnP/unituP/unitmP/unitP/unitkP/unitMP/unit

nunit/Puunit/Pmunit/PUnit/Pkunit/PMunit/PnP/unituP/unitmP/unitP/unitkP/unitMP/unit

RW Unit/P*1 - P.58

2-8 B31:P1RATEVAL P1val 0.00000to+INF*2

Numberofdecimalplaces:0to50.00000to+999999Numberofdecimalplaces:0 to 5

RW 0.0 No.5-4 P.57

2-9 B32:F1AT0% F1at0% 0 to 12500Numberofdecimalplaces:0

0 to 12500Numberofdecimalplaces:0

RW 0 Hz P.59

2-10 B33:F1AT100% F1at100% 0 to 12500Numberofdecimalplaces:0


RW 0 Hz P.59

2-11 B40:LINE1 SEL Line 1 Flowrate(%)PVVelocityVolumeflowMassflowFlowrate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberCommunProtocolAdhesionAnalogout1Analogout2FlownoiselevelTotalizer1countTotalizer2countTotalizer3count

Flowrate(%)PVVelocityVolumeflowMassflowFlowrate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberCommunprotocolAdhesionAnalogout1Analogout2FlownoiselevelTotalizer1countTotalizer2countTotalizer3count

RW PV - P.111

*1:Determinedbasedontheinformationaboutspecifieditemsatthetimeandorderingorthesensortobecombinedwith.*2:Therangeofsingleprecisionfloat(IEEE754).


IM 01E22C02-01EN



2-12 B41:LINE2 SEL Line 2 NoneFlowrate(%)PVVelocityVolumeflowMassflowFlowrate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberCommunProtocolAdhesionAnalogout1Analogout2FlownoiselevelTotalizer1countTotalizer2countTotalizer3count

NoneFlowrate(%)PVVelocityVolumeflowMassflowFlowrate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberCommunprotocolAdhesionAnalogout1Analogout2FlownoiselevelTotalizer1countTotalizer2countTotalizer3count

RW Flowrate(%) - P.111

2-13 B42:LINE3 SEL Line 3 RW Analogout1 - P.111

2-14 B50:AUTOZEROEXE Autozeroexe NotexecuteExecute

NotexecuteExecute

RW Notexecute - P.45

*1:Determinedbasedontheinformationaboutspecifieditemsatthetimeandorderingorthesensortobecombinedwith.*2:Therangeofsingleprecisionfloat(IEEE754).


IM 01E22C02-01EN

(3) BasicconfigurationparametersTheseparametersarerelatedtobasicsettings,suchasaflowsensor.



3-1 C10:VELODMPA/F DampAO/F +0.1to+200.0Numberofdecimalplaces:1


RW 3.0 s P.36

3-2 C11:VELODMPP/T Damppls/ttl +0.1to+200.0Numberofdecimalplaces:1


RW 3.0 s P.36

3-3 C12:VOLDMPA/F DampAO/F +0.1to+200.0Numberofdecimalplaces:1


RW 3.0 s P.36

3-4 C13:VOLDMPP/T Damppls/ttl +0.1to+200.0Numberofdecimalplaces:1


RW 3.0 s P.36

3-5 C14:MASSDMPA/F DampAO/F +0.1to+200.0Numberofdecimalplaces:1


RW 3.0 s P.36

3-6 C15:MASSDMPP/T Damppls/ttl +0.1to+200.0Numberofdecimalplaces:1


RW 3.0 s P.36

3-7 C16:CALDMPA/F DampAO/F +0.1to+200.0Numberofdecimalplaces:1


RW 3.0 s P.36

3-8 C17:CALDMPP/T Damppls/ttl +0.1to+200.0Numberofdecimalplaces:1


RW 3.0 s P.36

3-9 C20:LOWMF LowMF +0.0100to+3.0000Numberofdecimalplaces:4


RW 1.0000 *1 - P.39

3-10 C21:HIGHMF HighMF +0.0100to+3.0000Numberofdecimalplaces:4


RW 1.0000 *1 - P.39

3-11 C24:FLOWSENSOR Flowsensorsel ADMAGAXGADMAGAXWADMAGAXFADMAGADMAGAEADMAGSEYEWMAGCalibratorOther1Other2Other3

ADMAGAXGADMAGAXWADMAGAXFADMAGADMAGAEADMAGSEYEWMAGCalibratorOther1Other2Other3

RW ADMAGAXG*1

- P.40

3-12 C26:SIZEUNIT Nominalsizeunit mminch

mminch

RW mm - P.41

3-13 C27:NOMINALSIZE Nominalsize +0.01000to+3000.0Numberofdecimalplaces:0to5

+0.01000to+3000.0Numberofdecimalplaces:0 to 5

RW 100 *1 No.3-12 P.41

3-14 C30:PVFLOWSEL PVflowselect VelocityVolumeMassDiag

VelocityVolumeMassDiag

RW Volume*1 - P.33

3-15 C31:VELOFUNIT Unit m/sft/s

m/sft/s

RW m/s*1 - P.34

3-16 C32:VOLFUNIT Unit Ml(Megaliter)m3


kcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(USOil)bbl(USOil)mbbl(USOil)ubbl(USOil)kbbl(USBeer)bbl(USBeer)mbbl(USBeer)ubbl(USBeer)

Ml(Megaliter)m³kl(kiloliter)l(liter)cm³kcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(USOil)bbl(USOil)mbbl(USOil)ubbl(USOil)kbbl(USBeer)bbl(USBeer)mbbl(USBeer)ubbl(USBeer)

RW m³*1 - P.34

3-17 C33:MASSFUNIT Unit tkggklblb

tkggklblb

RW kg*1 - P.34

3-18 C34:CALUNIT Unit MJkJJkcalcalBTU

MJkJJkcalcalBTU

RW J - P.34

*1:Determinedbasedontheinformationaboutspecifieditemsatthetimeoforderingandthesensortobecombinedwith.*2:Therangeofsingleprecisionfloat(IEEE754).


IM 01E22C02-01EN



3-19 C35:TIMEUNIT Timeunit /s/min/h/d

/s/min/h/d

RW /h*1 - P.35

3-20 C36:VELOFSPAN Span +0.00001to+INF*2


RW 1.00000 *1 No.3-15 P.35

3-21 C37:VOLFSPAN Span +0.00001to+INF*2


RW 1.00000 *1 No.3-16/No.3-19

P.35

3-22 C38:MASSFSPAN Span +0.00001to+INF*2


RW 1.00000 *1 No.3-17/No.3-19[kg/h]

P.35

3-23 C39:CALFSPAN Span +0.00000to+INF*2


RW 1.00000 No.3-18/No.3-19[J/h]

P.35

3-24 C40:VELOCITYCHK Velocitycheck -99.999to+99.999Numberofdecimalplaces:3


R - m/s P.42

3-25 C41:USRSPNSEL1 Select NoYes

NoYes

RW No - P.43

3-26 C42:USRUNIT1 Unit ASCII8characters ASCII8characters RW AllSpace - P.433-27 C43:USRSPAN1 Span +0.00001to+INF*2


RW 100.000 - P.44

3-28 C44:USRSPNSEL2 Select NoYes

NoYes

RW No - P.43

3-29 C45:USRUNIT2 Unit ASCII8characters ASCII8characters RW AllSpace - P.433-30 C46:USRSPAN2 Span +0.00001to+INF*2


RW 100.000 - P.44

3-31 C51:AUTOZEROEXE Execute NotexecuteExecute

NotexecuteExecute


3-32 C52:ZERO Zerovalue -99.999to+99.999Numberofdecimalplaces:3


RW 0.000 cm/s P.46



IM 01E22C02-01EN

(4) TotalizationconfigurationparametersTheseparametersarerelatedtothetotalizationfunction.



4-1 D10:TOT1UNIT Unit Ml(Megaliter)m3


tkggkcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(USOil)bbl(USOil)mbbl(USOil)ubbl(USOil)kbbl(USBeer)bbl(USBeer)mbbl(USBeer)ubbl(USBeer)klb(US)lb(US)

Ml(Megaliter)m³kl(kiloliter)l(liter)cm³tkggkcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(USOil)bbl(USOil)mbbl(USOil)ubbl(USOil)kbbl(USBeer)bbl(USBeer)mbbl(USBeer)ubbl(USBeer)klb(US)lb(US)

R - - P.47

4-2 D11:TOT1CONVFC Convfactor -INF*2to+INF*2

Unabletoinput0Numberofdecimalplaces:0to5


RW 1.00000 No.4-1 P.48

4-3 D12:TOT1LOWCUT Lowcut 0.00000to+INF*2


RW 0.00000 *1 Volumetricflowrate: No.3-16/No.3-19Massflowrate:No.3-17/No.3-19Calorie: No.3-18/No.3-19

P.38

4-4 D13:TOT1FOPTS Failureopts MeasuredvalueStopLast valid

MeasuredvalueStopLast valid

RW Stop - P.50

4-5 D14:TOT1OPTS Options BalancedAbsoluteOnly positiveOnlynegativeHold

BalancedAbsoluteOnly positiveOnlynegativeHold

RW Only positive - P.51

4-6 D15:TOT1EXEC Start/Stop StopStart

StopStart

RW Stop - P.50

4-7 D16:TOT1PRESET Reset/Preset NotexecuteResetPreset

NotexecuteResetPreset


4-8 D17:TOT1PREVAL Presetvalue -INF*2to+INF*2

Numberofdecimalplaces:0to5-999999to+999999Numberofdecimalplaces:0 to 5

RW 0.00000 Volumetricflowrate: No.3-16Massflowrate:No.3-17Calorie: No.3-18

P.52

4-9 D18:TOT1SETPNT Set point 0.00000to+INF*2


RW 0.00000 Volumetricflowrate: No.3-16Massflowrate:No.3-17Calorie: No.3-18

P.49

*1:Determinedbasedontheinformationaboutspecifieditemsatthetimeandorderingorthesensortobecombinedwith.*2:Therangeofsingleprecisionfloat(IEEE754).*3:Displayedonlywhenanaloginputisvalid.


IM 01E22C02-01EN





tkggkcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(USOil)bbl(USOil)mbbl(USOil)ubbl(USOil)kbbl(USBeer)bbl(USBeer)mbbl(USBeer)ubbl(USBeer)klb(US)lb(US)MJ*3

kJ*3

J*3

kcal*3cal*3BTU*3

Ml(Megaliter)m³kl(kiloliter)l(liter)cm³tkggkcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(USOil)bbl(USOil)mbbl(USOil)ubbl(USOil)kbbl(USBeer)bbl(USBeer)mbbl(USBeer)ubbl(USBeer)klb(US)lb(US)MJ*3

kJ*3

J*3

kcal*3cal*3BTU*3

RW m³ - P.47




RW 1.00000 No.4-10 P.48



RW 0.00000 No.4-10/No.3-19

P.38



RW Stop - P.50



RW Onlynegative - P.51


StopStart

RW Stop - P.50






RW 0.00000 No.4-10 P.52



RW 0.00000 No.4-10 P.49



IM 01E22C02-01EN





tkggkcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(USOil)bbl(USOil)mbbl(USOil)ubbl(USOil)kbbl(USBeer)bbl(USBeer)mbbl(USBeer)ubbl(USBeer)klb(US)lb(US)MJ*3

kJ*3

J*3

kcal*3cal*3BTU*3

Ml(Megaliter)m³kl(kiloliter)l(liter)cm³tkggkcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(USOil)bbl(USOil)mbbl(USOil)ubbl(USOil)kbbl(USBeer)bbl(USBeer)mbbl(USBeer)ubbl(USBeer)klb(US)lb(US)MJ*3

kJ*3

J*3

kcal*3cal*3BTU*3

RW m³ - P.47




RW 1.00000 No.4-19 P.48



RW 0.00000 No.4-19/No.3-19

P.38



RW Stop - P.50



RW Balanced - P.51


StopStart

RW Stop - P.50






RW 0.00000 No.4-19 P.52



RW 0.00000 No.4-19 P.49



IM 01E22C02-01EN

(5) PulseoutputconfigurationparametersTheseparametersarerelatedtothepulse/statusoutput1/2.



5-1 E10:P1OUTMODE Outputmode NofunctionFixedpulseFrequencyoutputStatusoutput

NofunctionFixedpulseoutputFrequencyoutputStatusoutput

RW Fixedpulseoutput - P.53

5-2 E11:P1ACTMODE Activemode OnactiveOffactive

OnactiveOffactive

RW Onactive - P.56

5-3 E12:P1WIDTH Fixwidth 0.05ms0.1ms0.5ms1ms20ms33ms50ms100ms200ms330ms500ms1000ms2000msDutycycle50%

0.05ms0.1ms0.5ms1ms20ms33ms50ms100ms200ms330ms500ms1000ms2000msDutycycle50%

RW Dutycycle50% - P.55

5-4 E13:P1RATEUNIT Rateunit nunit/Puunit/Pmunit/PUnit/Pkunit/PMunit/PnP/unituP/unitmP/unitP/unitkP/unitMP/unit


RW Unit/P*1 - P.58

5-5 E14:P1RATEVAL Ratevalue 0.00000to+INF*2


RW 0.0 *1 No.5-4 P.57

5-6 E15:P1LOWCUT Lowcut 0.00000to+INF*2


RW 0.0 *1 Flowvelocity:No.3-15Volumetricflowrate: No.3-16/No.3-19Massflowrate:No.3-17/No.3-19Flownoisecm/s

P.37

5-7 E16:P1ALMOUT Alarmout 0 ppsMeasuredvalueLast validMaxpps

0 ppsMeasuredvalueLast validMaxpps

RW 0 pps - P.54

5-8 E17:F1AT0% Frequencyat0% 0 to 12500Numberofdecimalplaces:0


RW 0 Hz P.59



RW 0 Hz P.59

5-10 E20:SO1FUNCTION SO1function NofunctionWarningoutputTotallimit1Totallimit2Totallimit3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt2answer

NofunctionWarningoutputTotallimit1Totallimit2Totallimit3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt2answer

RW Nofunction - P.60

5-11 E21:P1OPTS Options BalancedAbsoluteOnly positiveOnlynegative

BalancedAbsoluteOnly positiveOnlynegative


5-12 E30:P2ACTPULSE Activepulse NormalFormagneticcounter

NormalFormagneticcounter

RW Normal - P.57

5-13 E31:P2OUTMODE Outputmode NofunctionFixedpulseFrequencyoutputStatusoutput

NofunctionFixedpulseoutputFrequencyoutputStatusoutput




IM 01E22C02-01EN



5-14 E32:P2SELECT Pulseselect Non-ConnectVelocityVolumeflowMassflowCalorieDiag

NoconnectVelocityVolumeflowMassflowCalorieDiag

RW Noconnect - P.54

5-15 E33:P2ACTMODE Activemode OnactiveOffactive

OnactiveOffactive

RW Onactive - P.56

5-16 E34:P2WIDTH Fixwidth 0.05ms0.1ms0.5ms1ms20ms33ms50ms100ms200ms330ms500ms1000ms2000msDutycycle50%

0.05ms0.1ms0.5ms1ms20ms33ms50ms100ms200ms330ms500ms1000ms2000msDutycycle50%

RW Dutycycle50% - P.55

5-17 E35:P2RATEUNIT Rateunit nunit/Puunit/Pmunit/PUnit/Pkunit/PMunit/PnP/unituP/unitmP/unitP/unitkP/unitMP/unit


RW Unit/P - P.58

5-18 E36:P2RATEVAL Ratevalue 0.00000to+INF*2


RW 0.0 No.5-16 P.57

5-19 E37:P2LOWCUT Lowcut 0.00000to+INF*2


RW 0.0 Flowvelocity:No.3-15Volumetricflowrate: No.3-16/No.3-19Massflowrate:No.3-17/No.3-19Flownoisecm/s

P.37

5-20 E38:P2ALMOUT Alarmout 0 ppsMeasuredvalueLast validMaxpps

0 ppsMeasuredvalueLast validMaxpps

RW 0 pps - P.54



RW 0 Hz P.59



RW 0 Hz P.59



IM 01E22C02-01EN



5-23 E41:SO2FUNCTION SO2function NofunctionWarningoutputTotallimit1Totallimit2Totallimit3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt2answerSystemalarmProcessalarmSettingalarm50:Sigoverflow51:Emptydetect53:Adhoverlv485:Cablemiscon86:Coilinsulate87:Adhoverlv388:LCwarn89:Insudetect90:FLNoverlv391:FLNoverlv493:Verifwarn94:FCnoisewarnLoalarmLoLoalarmHialarmHiHialarm

NofunctionWarningoutputTotallimit1Totallimit2Totallimit3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt2answerSystemalarmProcessalarmSettingalarmSignaloverflowEmptydetectAdhoverlv4CablemisconCoilinsulationAdhesionlv3LCwarnInsudetectFLNoverlv3FLNoverlv4VerifwarnFactnoisewarnLowalarmLLalarmHighalarmHHalarm


5-24 E42:P2OPTS Options BalancedAbsoluteOnly positiveOnlynegative

BalancedAbsoluteOnly positiveOnlynegative




IM 01E22C02-01EN

(6) StatusinputandoutputconfigurationparametersTheseparametersarerelatedtothestatusinput,statusoutputandmultirange.



6-1 F20:SO11ACTMODE Activemode OnactiveOffactive

OnactiveOffactive

RW Onactive - P.56

6-2 F21:SO11FUNC Function NofunctionWarningoutputTotallimit1Totallimit2Totallimit3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeAuto3rangeAuto4rangeExt2answerExt3answerExt4answer

NofunctionWarningoutputTotallimit1Totallimit2Totallimit3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeAuto3rangeAuto4rangeExt2answerExt3answerExt4answer


6-3 F22:SI11ACTMODE Activemode Short(On)activeOpen(Off)active

Short(On)actOpen(Off)act

RW Short(On)act - P.64

6-4 F23:SI11FUNC Function Nofunction0%SignalLockExtautozeroTotalpreset1Totalpreset2Totalpreset3Ext2rangesExt3rangesExt4ranges0%SignalLock2

Nofunction0%signallockExtautozeroTotalpreset1Totalpreset2Totalpreset3Ext2rangesExt3rangesExt4ranges0%signallock2

RW - P.65

6-5 F24:SI11STATE State OpenShort

OpenClose

R - - -

6-6 F30:SO12ACTMODE Activemode OnactiveOffactive

OnactiveOffactive

RW Onactive - P.56

6-7 F31:SO12FUNC Function NofunctionWarningoutputTotallimit1Totallimit2Totallimit3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeAuto3rangeAuto4rangeExt2answerExt3answerExt4answer

NofunctionWarningoutputTotallimit1Totallimit2Totallimit3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeAuto3rangeAuto4rangeExt2answerExt3answerExt4answer


6-8 F32:SI12ACTMODE Activemode Short(On)activeOpen(Off)active

Short(On)actOpen(Off)act

RW Short(On)act - P.64

6-9 F33:SI12FUNC Function Nofunction0%SignalLockExtautozeroTotalpreset1Totalpreset2Totalpreset3Ext2rangesExt3rangesExt4ranges0%SignalLock2

Nofunction0%signallockExtautozeroTotalpreset1Totalpreset2Totalpreset3Ext2rangesExt3rangesExt4ranges0%signallock2

RW - P.65

6-10 F34:SI12STATE State OpenShort

OpenClose

R - - -

6-11 F40:FWDSPAN2 Forwardspan2 0.00001to+INF*2



P.73



IM 01E22C02-01EN






P.73




P.73

6-14 F43:REVSPAN1 Reversespan1 0.00001to+INF*2



P.73




P.73




P.73




P.73

6-18 F50:AUTORNGHYS Autorangehyst 0 to 15Numberofdecimalplaces:0


RW 10 % P.74

6-19 F51:BIDIRECHYS Bidirectionhyst 0 to 8Numberofdecimalplaces:0


RW 2 % P.76



IM 01E22C02-01EN

(7) Analogoutput/inputconfigurationparametersTheseparametersarerelatedtoanalogoutput1/2andanaloginput.



7-1 G01:AO1LOWCUT Lowcut 0.00000to+INF*2



P.37

7-2 G02:AO1HILIMIT Highlimit +4.000to+21.600Numberofdecimalplaces:3


RW 20.500 mA P.67

7-3 G03:AO1LOLIMIT Lowlimit +2.400to+20.000Numberofdecimalplaces:3


RW 3.800 mA P.67

7-4 G04:AO1ALMOUT Alarmout <2.4mA3.8mA4mA20.5mA>21.6mAMeasuredvalueHold

<2.4mA3.8mA4mA20.5mA>21.6mAMeasuredvalueHold

RW >21.6mA - P.69

7-5 G05:AO1RNGMODE Rangemode NormalrangeAbsrange

NormalrangeAbsrange

RW Normalrange - P.68

7-6 G10:AO2SELECT AO2select Non-ConnectVelocityVolumeflowMassflowCalorieDiag

NoconnectVelocityVolumeflowMassflowCalorieDiag

RW Noconnect - P.66

7-7 G11:AO2LOWCUT Lowcut 0.00000to+INF*2


RW 0.0 No.7-6 P.37

7-8 G12:AO2HILIMIT Highlimit +4.000to+21.600Numberofdecimalplaces:3


RW 20.500 mA P.67

7-9 G13:AO2LOLIMIT Lowlimit +2.400to+20.000Numberofdecimalplaces:3


RW 3.800 mA P.67

7-10 G14:AO2ALMOUT Alarmout <2.4mA3.8mA4mA20.5mA>21.6mAMeasuredvalueHold

<2.4mA3.8mA4mA20.5mA>21.6mAMeasuredvalueHold

RW >21.6mA - P.69

7-11 G20:AIFUNCTION Function NofunctionMonitoringDifftemperatureExttemperature

NofunctionMonitoringDifftemperatureExttemperature


7-12 G21:AIHILIMIT Highlimit +4.000to+21.600Numberofdecimalplaces:3


RW 20.500 mA P.72

7-13 G22:AILOLIMIT Lowlimit +2.400to+20.000Numberofdecimalplaces:3


RW 3.800 mA P.72

7-14 G23:AIVALUE Value 0.000to+22.730Numberofdecimalplaces:3


R 0.000 mA P.71

7-15 G24:AIUNIT Unit degCdegFK

°C°FK

RW degC/°C - P.71

7-16 G25:AIURV URV -999.9to+999.9Numberofdecimalplaces:1


RW 120.0 No.7-15 P.72

7-17 G26:AILRV LRV -999.9to+999.9Numberofdecimalplaces:1


RW 0.0 No.7-15 P.72

7-18 G30:AO1TRIMCLR AO1trimclear NotexecuteExecute

NotexecuteExecute


7-19 G31:AO1at4mA AO1trim4mA 3.200 to 5.600Numberofdecimalplaces:3

3.200 to 5.600Numberofdecimalplaces:3

RW 4.000 mA P.70



RW 20.000 mA P.70

7-21 G40:AO2TRIMCLR AO2trimclear NotexecuteExecute

NotexecuteExecute




RW 4.000 mA P.70



RW 20.000 mA P.70



IM 01E22C02-01EN



7-24 G50:AITRIMCLR Trimclear NotexecuteExecute

NotexecuteExecute


7-25 G51:AIat4mA Trim4mA 3.200 to 5.600Numberofdecimalplaces:3


RW 4.000 mA P.70

7-26 G52:AIat20mA Trim20mA 18.400 to 21.600Numberofdecimalplaces:3


RW 20.000 mA P.70



IM 01E22C02-01EN

(8) AuxiliaryfunctionconfigurationparametersTheseparametersarerelatedtotheflowdirection,ratelimit,lowcut,temperaturecorrectionfordensity,orcaloriecalculation.



8-1 H10:FLOWDIRECT Flowdirect ForwardReverse

ForwardReverse

RW Forward - P.83

8-2 H11:RATELIMIT Ratelimit 0.0 to 10.0Numberofdecimalplaces:1


RW 5.0 % P.83

8-3 H12:DEADTIME Deadtime 0.0 to 15.0Numberofdecimalplaces:1


RW 0.0 s P.83

8-4 H13:NOISEFILTER Noisefilter ManualLevel1Level2Level3

ManualLevel 1Level 2Level 3

RW Manual - P.83

8-5 H14:PULSINGFLOW Pulsingflow NoYes

NoYes

RW No - P.86

8-6 H20:POWERSYNCH Powersync NoYes

NoYes

RW Yes - P.86

8-7 H21:SETPWRFREQ Setpowerfreq 47.00 to 63.00Numberofdecimalplaces:2


RW 50.00 Hz P.86

8-8 H22:IEXPWRFREQ Iexpowerfrequency 0.00 to 99.99Numberofdecimalplaces:2


R - Hz P.86

8-9 H23:MESPWRFREQ Measpowerfreq 0.00 to 99.99Numberofdecimalplaces:2


R - Hz P.86

8-10 H30:DENSITYSEL Valueselect FixedvalueCorrectionvalue

FixedvalueCorrectionvalue

RW Fixedvalue - P.41

8-11 H31:DENSITYUNIT Unit kg/m3

lb/gallb/cf

kg/m3

lb/gallb/cf

RW kg/m3 - P.41

8-12 H32:FIXEDDENS Fixeddensity 0.00000 to 999999Numberofdecimalplaces:0to5

0.00000 to 999999Numberofdecimalplaces:0 to 5

RW 0 *1 No.8-11 P.41

8-13 H33:STDDENSITY Std density 0.00000to+999999Numberofdecimalplaces:0to5

0.00000to+999999Numberofdecimalplaces:0 to 5

RW 0 No.8-11 P.41

8-14 H34:STDTEMP Stdtemperature -999.99to+999.99Numberofdecimalplaces:2


RW 20.00 No.7-15 P.42

8-15 H35:TEMPCOEFA1 CoefA1 -INF*2to+INF*2

Numberofdecimalplaces:0to5-32000.0to+32000.0

-999999to+999999Numberofdecimalplaces:0 to 5-32000.0to+32000.0

RW 0.0 - P.87

8-16 H36:TEMPCOEFA2 CoefA2 -INF*2to+INF*2

Numberofdecimalplaces:0to5-32000.0to+32000.0

-999999to+999999Numberofdecimalplaces:0 to 5-32000.0to+32000.0

RW 0.0 - P.87

8-17 H37:MEASTEMP Meastemperature -999.99to+999.99Numberofdecimalplaces:2


R - No.7-15 P.42

8-18 H38:CORRCTDENS Correctdensity 0.0 to 999999Numberofdecimalplaces:0to5

0.0 to 999999Numberofdecimalplaces:0 to 5

R - No.8-11 P.41

8-19 H40:SPECHEAT Specificheat 0.0to+99999.9Numberofdecimalplaces:1


RW 4184.0 J/kg*K P.89

8-20 H41:CALFIXTEMP Fixedtemperature -999.99to+999.99Numberofdecimalplaces:2


RW 20.00 No.7-15 P.42

8-21 H42:CALVALUE Calorie -INF*2to+INF*2


R - No.3-18/No.3-19

P.34

8-22 H50:SETSIL Set SIL NoYes

NoYes

RW No - P.90



IM 01E22C02-01EN

(9) AlarmconfigurationparametersTheseparametersareisrelatedtothealarmoutput,burnoutandhistory.



9-1 I10:HIGHALARM Highalarm -INF*2to+INF*2

Numberofdecimalplaces:0 to 5

-999999to+999999Numberofdecimalplaces:0to5


P.126

9-2 I11:LOWALARM Lowalarm -INF*2to+INF*2



RW -300.000 Flowvelocity:No.3-15Volumetricflowrate: No.3-16/No.3-19Massflowrate:No.3-17/No.3-19Flownoisecm/s

P.126

9-3 I12:HIHIALARM HHalarm -INF*2to+INF*2




P.126

9-4 I13:LOLOALARM LLalarm -INF*2to+INF*2



RW -300.000 Flowvelocity:No.3-15Volumetricflowrate: No.3-16/No.3-19Massflowrate:No.3-17/No.3-19Flownoisecm/s

P.126

9-5 I14:H/LALMHYS H/Lalarmhyst 0 to 10Numberofdecimalplaces:0


RW 5 % P.126

9-6 I15:ALMOUTACT Activemode OnactiveOffactive

OnactiveOffactive

RW Onactive - P.109

9-7 I20:4-20BURNOUT 4-20burnout HighLow

HighLow

R - - P.109



IM 01E22C02-01EN



9-7 I30:OUTMSKSET1 Mask1-1 Maskalloff 013:MainEEPdflt RW AllOff - P.103Mask1-2 Maskallon

M/BEEPdfltoffM/BEEPdfltonPWM1stopoffPWM1stoponPWM2stopoffPWM2stoponOptmismatchoffOptmismatchonOptEEPFAILoffOptEEPFAILonOptA/DFAILoffOptA/DFAILonOptSPIFAILoffOptSPIFAILonIndbdFAILoffIndbdFAILonIndEEPFAILoffIndEEPFAILonLCDdrvFAILoffLCDdrvFAILonIndmismatchoffIndmismatchonIndcommERRoffIndcommERRonSDFAILoffSDFAILon

021:PWM1stop022:PWM2stop023:Optbdmismatch024:OptbdEEPFAIL025:OptbdA/DFAIL026:OptbdSPIFAIL028:IndbdFAIL029:IndbdEEPFAIL030:LCDdrvFAIL031:Indbdmismatch032:IndcommERR033:microSDFAIL

RW 032:IndcommERR - P.103

I31:OUTMSKSTS1 - MaskoffMaskonMainEEPdfltonOptSPIFAILonOptA/DFAILonOptEEPFAILonOptmismatchonPWM2stoponPWM1stoponSDFAILonIndcommERRonIndmismatchonLCDdrvFAILonIndEEPFAILonIndbdFAILon

- R - P.103



IM 01E22C02-01EN



9-7 I32:OUTMSKSET2 Mask2-1 MaskalloffMaskallonSigoverflowoffSigoverflowonEmptydetectoffEmptydetectonH/LalmoffH/LalmonAdhoverlv4offAdhoverlv4onSpancfgERRoffSpancfgERRonPVFcfgERRoffPVFcfgERRonAO14-20lmtoffAO14-20lmtonAO24-20lmtoffAO24-20lmtonAO1mltrngoffAO1mltrngonAOH/LcfgoffAOH/LcfgonDenscfgERRoffDenscfgERRon

050:Signaloverflow051:Emptydetect052:H/LHH/LLalm053:Adhoverlv4060:SpancfgERR061:PVFcfgERR062:AO14-20lmt063:AO24-20lmt064:AO1mltrng065:H/LcfgERR066:DensitycfgERR

RW 052:H/LHH/LLalm053:Adhoverlv4

- P.103

Mask2-2 Pls1cfgERRoffPls1cfgERRonPls2cfgERRoffPls2cfgERRonNomsizecfgoffNomsizecfgonAdhcfgERRoffAdhcfgERRonFLNcfgERRoffFLNcfgERRonLognotstrtoffLognotstartonAO1saturateoffAO1saturateonAO2saturateoffAO2saturateonPls1saturatoffPls1saturatonPls2saturatoffPls2saturatonAIsaturateoffAIsaturateonCablemisconoffCablemiscononCoilinsuoffCoilinsuonTrnmismatchoffTrnmismatchon

067:Pls1cfgERR068:Pls2cfgERR069:Nomisizecfg070:AdhcfgERR071:FLNcfgERR072:Lognotstart080:AO1saturate081:AO2saturate082:Pls1saturate083:Pls2saturate084:AIsaturate085:Cablemiscon086:Coilinsulation131:Transmismatch

RW 081:AO2saturate082:Pls1saturate083:Pls2saturate084:AIsaturate086:Coilinsulation

- P.103

I33:OUTMSKSTS2 - MaskoffMaskonAdhoverlv4onH/LHH/LLalmonEmptydetectonSigoverflowonDenscfgERRonAOH/LcfgonAO1mltrngonAO24-20lmtonAO14-20lmtonPVFcfgERRonSpancfgERRonLognotstartonFLNcfgERRonAdhcfgERRonNomisizecfgonPls2cfgERRonPls1cfgERRonTrnmismatchonCoilinsuonCablemiscononAIsaturateonPls2saturteonPls1saturteonAO2saturateonAO1saturateon

- R - P.103



IM 01E22C02-01EN



9-7 I34:OUTMSKSET3 Mask3-1 MaskalloffMaskallonAdhoverlv3offAdhoverlv3onLCwarnoffLCwarnonInsudetectoffInsudetectonFLNoverlv3offFLNoverlv3onFLNoverlv4offFLNoverlv4onAZwarnoffAZwarnonVerifwarnoffVerifwarnonFCNwarnoffFCNwarnonSimactiveoffSimactiveonAO1fixoffAO1fixonAO2fixoffAO2fixonPls1fixoffPls1fixonPls2fixoffPls2fixonAIfixoffAIfixon

087:Adhesionlv3088:LCwarn089:Insudetect090:FLNoverlv3091:FLNoverlv4092:AZwarn093:Verifwarn094:Factnoisewarn095:Simulateactive096:AO1fix097:AO2fix098:Pls1fix099:Pls2fix100:AIfix

RW 087:Adhesionlv3088:LCwarn089:Insudetect090:FLNoverlv3091:FLNoverlv4092:AZwarn093:Verifwarn094:Factnoisewarn

- P.103

Mask3-2 RestorerunoffRestorerunonDispoveroffDisp over onSDsizewngoffSDsizewngonBkupincmpltoffBkupincmpltonSDmismatchoffSDmismatchonSDremovERRoffSDremovERRonWatchdogoffWatchdogonPoweroffoffPoweroffonInstPWFailoffInstPWFailonPrmbkuprunoffPrmbkuprunonDatalogrunoffDatalogrunon

101:Paramrestorerun102:Disp over103:SDsizewarn104:Bkupincmplt105:SDmismatch106:SDremovalERR120:Watchdog121:Poweroff122:InstpowerFAIL123:Parambkuprun124:Datalogrun

101:Paramrestorerun102:Disp over103:SDsizewarn105:SDmismatch106:SDremovalERR120:Watchdog121:Poweroff122:InstpowerFAIL123:Parambkuprun124:Datalogrun

P.103

I35:OUTMSKSTS3 - MaskoffMaskonFCnoisewarnonVerifwarnonAZwarnonFLNoverlv4onFLNoverlv3onInsudetectonLCwarnonAdhoverlv3onAIfixonPls2fixonPls1fixonAO2fixonAO1fixonSimactiveonSDremovERRonSDmismatchonBkupincmpltonSDsizewarnonDisp over onRestorerunonDatalogrunonPrmbkuprunonInstPWFailonPoweroffonWatchdogon

- R - P.103



IM 01E22C02-01EN



9-8 I40:RECMSKSET1 Mask1-1 MaskalloffMaskallonM/BEEPdfltoffM/BEEPdfltonExciterFAILoffExciterFAILon

013:MainEEPdflt RW AllSpace - P.103

Mask1-2 PWM1stopoffPWM1stoponPWM2stopoffPWM2stoponOptmismatchoffOptmismatchonOptEEPFAILoffOptEEPFAILonOptA/DFAILoffOptA/DFAILonOptSPIFAILoffOptSPIFAILonIndbdFAILoffIndbdFAILonIndEEPFAILoffIndEEPFAILonLCDdrvFAILoffLCDdrvFAILonIndmismatchoffIndmismatchonIndcommERRoffIndcommERRonSDFAILoffSDFAILon

021:PWM1stop022:PWM2stop023:Optbdmismatch024:OptbdEEPFAIL025:OptbdA/DFAIL026:OptbdSPIFAIL028:IndbdFAIL029:IndbdEEPFAIL030:LCDdrvFAIL031:Indbdmismatch032:IndcommERR033:microSDFAIL

AllSpace P.103

I41:RECMSKSTS1 - MaskoffMaskonMainEEPdfltonExciterFAILonOptSPIFAILonOptA/DFAILonOptEEPFAILonOptmismatchonPWM2stoponPWM1stoponSDFAILonIndcommERRonIndmismatchonLCDdrvFAILonIndEEPFAILonIndbdFAILon

- R - P.103

I42:RECMSKSET2 Mask2-1 MaskalloffMaskallonSigoverflowoffSigoverflowonEmptydetectoffEmptydetectonH/LalmoffH/LalmonAdhoverlv4offAdhoverlv4on

050:Signaloverflow051:Emptydetect052:H/LHH/LLalm053:Adhoverlv4

RW AllSpace - P.103

Mask2-2 CablemisconoffCablemisconon

085:Cablemiscon AllSpace P.103

I43:RECMSKSTS2 - MaskoffMaskonAdhoverlv4onH/LHH/LLalmonEmptydetectonSigoverflowonCablemisconon

- R - P.103



IM 01E22C02-01EN



9-9 I50:ALMRECORD1 Recordalarm1 AllSpace10:MainboardCPUfailure11:Reversecalculationfailure12:MainboardEEPROMfailure13:MainboardEEPROMdefault14:Sensorboardfailure15:Sensorcommunicationerror16:A/D1failure[Signal]17:A/D2failure[Exciter]18: Coil open19:Coilshort20:Exciterfailure21:PWM1stop22:PWM2stop23:Optionboardmismatch24:OptionboardEEPROMfailure25:OptionboardA/Dfailure26:OptionboardSPIfailure27:Parameterrestoreincomplete28:Indicatorboardfailure29:IndicatorboardEEPROMfailure30:LCDdriverfailure31:Indicatorboardmismatch32:Indicatorcommunicationerror33:microSDfailure50:Signaloverflow51:Emptypipedetection52:H/LorHH/LLalarm53:Adhesionoverlevel485:Cablemisconnect120:Watchdogon121:Poweroffon122:Instantpowerfailureon

AllSpace010:MainCPUFAIL011:RevcalcFAIL012:MainEEPFAIL013:MainEEPdflt014:SnsrbdFAIL015:SnsrcommERR016:AD1FAIL[Sig]017:AD2FAIL[Excit]018:Coil open019:Coilshort020:ExciterFAIL021:PWM1stop022:PWM2stop023:Optbdmismatch024:OptbdEEPFAIL025:OptbdA/DFAIL026:OptbdSPIFAIL027:RestoreFAIL028:IndbdFAIL029:IndbdEEPFAIL030:LCDdrvFAIL031:Indbdmismatch032:IndcommERR033:microSDFAIL050:Signaloverflow051:Emptydetect052:H/LHH/LLalm053:Adhoverlv4085:Cablemiscon120:Watchdog121:Poweroff122:InstpowerFAIL

R AllSpace - P.102

9-10 I51:ALMTIME1 Recordtime1 00000D 00: 00 to 99999D 23: 59

00000D 00: 00 to 99999D 23: 59 R 00000D 00: 00 - P.102



R AllSpace - P.102



IM 01E22C02-01EN




00000D 00: 00 to 99999D 23: 59 R 00000D 00: 00 - P.102



R AllSpace - P.102

9-14 I55:ALMRECORD3 Recordtime3 00000D 00: 00 to 99999D 23: 59

00000D 00: 00 to 99999D 23: 59 R 00000D 00: 00 - P.102



IM 01E22C02-01EN





R AllSpace - P.102


00000D 00: 00 to 99999D 23: 59 R 00000D 00: 00 - P.102



IM 01E22C02-01EN

(10) DisplayconfigurationparametersTheseparametersarerelatedtodisplaysettings.



10-1 J10:LINE1SEL Line 1 Flowrate(%)PVVelocityVolumeflowMassflowFlowrate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberCommunprotocolAdhesionAnalogout1Analogout2FlownoiselevelTotalizer1countTotalizer2countTotalizer3count

Flowrate(%)PVVelocityVolumeflowMassflowFlowrate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberCommunprotocolAdhesionAnalogout1Analogout2FlownoiselevelTotalizer1countTotalizer2countTotalizer3count

RW PV - P.111

10-2 J11:LINE2SEL Line 2 NoneFlowrate(%)PVVelocityVolumeflowMassflowFlowrate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberCommunprotocolAdhesionAnalogout1Analogout2FlownoiselevelTotalizer1countTotalizer2countTotalizer3count

NoneFlowrate(%)PVVelocityVolumeflowMassflowFlowrate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberCommunprotocolAdhesionAnalogout1Analogout2FlownoiselevelTotalizer1countTotalizer2countTotalizer3count

RW Flowrate(%) - P.11110-3 J12:LINE3SEL Line 3 RW Analogout1 - P.11110-4 J13:LINE4SEL Line 4 RW None - P.11110-5 J14:LINE5SEL Line 5 RW None - P.11110-6 J15:LINE6SEL Line 6 RW None - P.11110-7 J16:LINE7SEL Line 7 RW None - P.11110-8 J17:LINE8SEL Line 8 RW None - P.111

10-9 J20:FORMATFR FormatPV Auto0digit1digit2digit3digit4digit5digitAuto2

Auto0digit1digit2digit3digit4digit5digitAuto2

RW Auto2 - P.112

10-10 J21:FORMATTOT1 Formattotal1 Auto0digit1digit2digit3digit4digit5digit6digit7digit

Auto0digit1digit2digit3digit4digit5digit6digit7digit

RW Auto - P.11210-11 J22:FORMATTOT2 Formattotal2 RW10-12 J23:FORMATTOT3 Formattotal3 RW

10-13 J24:DISPCONTR Contrast -5-4-3-2-10+1+2+3+4+5

-5-4-3-2-1012345

RW 0 - P.118

10-14 J25:DISPLINE Linemode 1Line(Big)1 Line2 Line3 Line4 Line

1line(big)1 line2 line3 line4 line

RW 3 line - P.114



IM 01E22C02-01EN



10-15 J26:DISPPERIOD Period 0.2 s0.4 s1.0 s2.0 s4.0 s8.0 s

0.2 s0.4 s1.0 s2.0 s4.0 s8.0 s

RW 0.4 s - P.117

10-16 J27:DISPNE107 NE107 display NormalNE107

NormalNE107

RW Normal - P.101

10-17 J28:DISPALARM Alarmdisplay NormalDetail

NormalDetail

RW Normal - P.101

10-18 J29:DISPSCROLL Scrollmode OffManualAuto(2s)Auto(4s)Auto(8s)

OffManualAuto(2s)Auto(4s)Auto(8s)

RW Off*3 - P.114

10-19 J30:DISPDAMPING Damp 0.0 to 200.0Numberofdecimalplaces:1


RW 0.0 s P.118

10-20 J31:FORMATDATE Formatdate MM/DD/YYYYDD/MM/YYYYYYYY/MM/DD

MM/DD/YYYYDD/MM/YYYYYYYY/MM/DD

RW MM/DD/YYYY - P.118

10-21 J32:LANGUAGE Language EnglishFrenchGermanItalianSpanishPortugueseRussianChineseJapanese

EnglishFrenchGermanItalianSpanishPortugueseRussianChineseJapanese

RW English - P.110

10-22 J40:DISPMODE Displaymode NormalTrend

NormalTrend

RW Normal - P.116

10-23 J41:OFFTRENDLRV TrendofflnLRV -INF*2to+INF*2



RW 0.0 - P.117

10-24 J42:OFFTRENDURV TrendofflnURV -INF*2to+INF*2



RW 10.0 - P.117

10-25 J43:TREND1SEL Trend1 Flowrate(%)PVVelocityVolumeflowMassflowCalorieAnalogout1Analogout2Totalizer1Totalizer2Totalizer3

Flowrate(%)PVVelocityVolumeflowMassflowCalorieAnalogout1Analogout2Totalizer1Totalizer2Totalizer3

RW PV - P.116

10-26 J44:TREND2SEL Trend2 NoneFlowrate(%)PVVelocityVolumeflowMassflowCalorieAnalogout1Analogout2Totalizer1Totalizer2Totalizer3

NoneFlowrate(%)PVVelocityVolumeflowMassflowCalorieAnalogout1Analogout2Totalizer1Totalizer2Totalizer3

RW None - P.11610-27 J45:TREND3SEL Trend3 RW None - P.11610-28 J46:TREND4SEL Trend4 RW None - P.116

10-29 J47:DISPINVERSE Inversion NormalInvert

NormalInvert

RW Normal - P.118

10-30 J50:LCDTEST LCD test NotexecuteExecuteShowPattern1ShowPattern2ShowPattern3ShowPattern4

NotexecuteExecuteShowpattern1Showpattern2Showpattern3Showpattern4

RW Notexecute - -

10-31 J51:DISPSQUAWK: Squawk OffOnSquawkOnce

OffOnSquawkonce

RW Off - P.119

10-32 J52:LANGPACKAGE Languagepackage Package1Package2

Pack1Pack2

R - *1 - P.110

10-33 J53:DISPINSTALL Disp install No dispWithdisp

No dispWithdisp

RW Withdisp*1 - -

10-34 J54:IRSWOPERATE - DisableEnable

- RW Enable - P.119

*1:Determinedbasedontheinformationaboutspecifieditemsatthetimeoforderingandthesensortobecombinedwith.*2:Therangeofsingleprecisionfloat(IEEE754).*3:WhenMainsoftrev(K50:MAINBREV/Mainsoftrev)isR2.01.02orearlier,thedefaultvalueisManual.


IM 01E22C02-01EN

(11) DeviceinformationconfigurationparametersTheseparametersarerelatedtothedeviceinformation.



11-1 K01:TAGNO TagNo ASCII16characters ASCII16characters RW AllSpace*1 - P.12211-2 K02:OPERATETIME Operationtime 00000D 00: 00 to 99999D 23: 59 00000D 00: 00 to 99999D 23: 59 R 00000D 00: 00 - P.12411-3 K03:CURDATE Currentdate 01/01/1900 to 12/31/2155 01/01/1900 to 12/31/2155 R 2019/01/01 - P.12411-4 K04:CURTIME Currenttime 00: 00: 00 to 23: 59: 59 00: 00: 00 to 23: 59: 59 R 00: 00: 00 - P.12411-5 - Set date - 01/01/1900 to 12/31/2155 RW 01/01/2019 - P.124

- Settime - 00: 00: 00 to 23: 59: 59 RW 00: 00: 00 - P.124K05:SETCURDAY - 1 to 31 - RW 1 - P.124K06:SETCURMONTH

- 1 to 12 - RW 1 - P.124

K07:SETCURYEAR - 1900 to 2155 - RW 2019 - P.124K08:SETCURHR - 0 to 23 - RW 0 - P.124K09:SETCURMIN - 0 to 59 - RW 0 - P.124K10:SETCURSEC - 0 to 59 - RW 0 - P.124

11-6 K11:TRNSTYPE Transmittertype Non1AType

None1Atype

R - - P.123

11-7 K12:OPTBOARDID OptionboardID NonMulti

NoneMulti

R - - P.123

11-8 K15:EL SIZE Electrodesize 1mm3mm8mm10mm6mm

1mm3mm8mm10mm6mm

RW 3mm - P.137

11-9 K17:EXPROTECT Explosionprotection No/Yes No/Yes RW No - P.12511-10 K20:MODEL CODE Modelcode ASCII16characters ASCII16characters RW AllSpace*1 - P.12211-11 K21:SUFFIXCONF1 Suffixconfig1 ASCII16characters ASCII16characters RW AllSpace*1 - P.122

K22:SUFFIXCONF2 Suffixconfig2 ASCII16characters ASCII16characters RW AllSpace*1 - P.12211-12 K23:OPTION1 Option 1 ASCII16characters ASCII16characters RW AllSpace*1 - P.122

K24:OPTION2 Option 2 ASCII16characters ASCII16characters RW AllSpace*1 - P.122K25:OPTION3 Option 3 ASCII16characters ASCII16characters RW AllSpace*1 - P.122K26:OPTION4 Option 4 ASCII16characters ASCII16characters RW AllSpace*1 - P.122

11-13 K27:RSMDLCD Modelcode ASCII16characters ASCII16characters RW AllSpace*1 - P.12211-14 K28:RSSUFCONF1 Suffixconfig1 ASCII16characters ASCII16characters RW AllSpace*1 - P.122

K29:RSSUFCONF2 Suffixconfig2 ASCII16characters ASCII16characters RW AllSpace*1 - P.12211-15 K30:RSOPT1 Option 1 ASCII16characters ASCII16characters RW AllSpace*1 - P.122

K31:RSOPT2 Option 2 ASCII16characters ASCII16characters RW AllSpace*1 - P.122K32:RSOPT3 Option 3 ASCII16characters ASCII16characters RW AllSpace*1 - P.122K33:RSOPT4 Option 4 ASCII16characters ASCII16characters RW AllSpace*1 - P.122

11-16 K34:TRNSSRNO TransserialNo ASCII16characters ASCII16characters RW AllSpace - P.12211-17 K35:FTSRNO Sensor serial No ASCII16characters ASCII16characters RW AllSpace - P.12211-18 K40:MEMO1 Memo1 ASCII16characters ASCII16characters RW AllSpace - P.123

K41:MEMO2 Memo2 ASCII16characters ASCII16characters RW AllSpace - P.123K42:MEMO3 Memo3 ASCII16characters ASCII16characters RW AllSpace - P.123

11-19 K50:MAINBREV Mainsoftrev R2.01.01*4 R2.01.01*4 R - - P.12311-20 K51:SENSORBREV Snsrsoftrev R1.01.01*4 R1.01.01*4 R - - P.12311-21 K52:INDBREV Indsoftrev R2.01.01*4 R2.01.01*4 R - - P.12311-22 K57:MIO MultiI/O NAN

AO2ActAIActPLS/SO2PasPLS/SO2Act1PLS/SO2Act2/3

NoneAO2ActAIActPLS/SO2PasPLS/SO2Act1PLS/SO2Act2/3

R None - -

*1:Determinedbasedontheinformationaboutspecifieditemsatthetimeoforderingandthesensortobecombinedwith.*4:Setatthefactorybeforeshipment.


IM 01E22C02-01EN

(12) DiagnosisfunctionconfigurationparametersTheseparametersarerelatedtotheelectrodeadhesiondetection,flownoisediagnosis,andverificationfunctionsettings.



12-1 L10:ADHESIONCHK Function DisableEnable

DisableEnable

RW Enable - P.128

12-2 L11:ADHLEVEL1 Thresholdlevel1 0.00to+100.00Numberofdecimalplaces:2


RW 0.10 Mohm P.128



RW 0.50 Mohm P.128



RW 4.00 Mohm P.128



RW 12.00 Mohm P.128

12-6 L16:ADHMEASVAL Value 0.00000to+1000.0Numberofdecimalplaces:0to5

0.00000to+1000.0Numberofdecimalplaces:0to5

R - Mohm P.128

12-7 L17:ADHSTATUS Status Level0Level1Level2Level3Level4

Level 0Level 1Level 2Level 3Level 4

R - - P.128

12-8 L18:ADHCHKCYC Checkcycle 0.5min1min2min10min

0.5min1min2min10min

RW 2min - P.128

12-9 L20:FLNOISECHK Function DisableEnable

DisableEnable

RW Disable - P.136

12-10 L21:FLNOISELV1 Thresholdlevel1 0.0to+999.9Numberofdecimalplaces:1


RW 5.0 cm/s P.136



RW 10.0 cm/s P.136



RW 30.0 cm/s P.136



RW 400.0 cm/s P.136

12-14 L25:FLNOISEVAL Value 0.00000to+100.00Numberofdecimalplaces:0to5

0.00000to+100.00Numberofdecimalplaces:0to5

R - cm/s P.136

12-15 L26:FLNOISESTS Status Level0Level1Level2Level3Level4

Level 0Level 1Level 2Level 3Level 4

R - - P.136

12-16 L27:FLNOISEDMP Damp 0.1 to 500.0Numberofdecimalplaces:1


RW 3.0 s P.37

12-17 L28:FLNOISESPN Span 0.1 to 999.9Numberofdecimalplaces:1


RW 150.0 cm/s P.35

12-18 L30:LOCONDFUNC Function DisableEnable

DisableEnable

RW Disable - P.137

12-19 L31:CONDUCTIVITY Value 0.00000to+INF*2

Numberofdecimalplaces:0to50.00000 to 999999Numberofdecimalplaces:0to5

R - mS/cm P.137

12-20 L32:CONDUCTLMT Lowlimit 0.0000 to 99.9999Numberofdecimalplaces:4


RW 0.0010 mS/cm P.137

12-21 L33:DIAGEXE Diagnosticexecute NotexecuteElecinsexeConnchkexe

NotexecuteElectrodeinsulexeConnectcheckexe

RW Notexecute - P.130P.135

12-22 L37:COILINSTH Coilinsulthreshold 0.0 to 100.0Numberofdecimalplaces:1


RW 25.0 % P.138

12-23 L38:IEXCOMP IEXcompare 0.0 to 999.9Numberofdecimalplaces:1


R 260.0 mA P.138

12-24 L40:VPEAKHOLD Vpeakhold 0.000 to 3.000Numberofdecimalplaces:3


R - V P.138

12-25 L41:IEXCOILR IEXresistance 0to+9999.9Numberofdecimalplaces:1

0to+9999.9Numberofdecimalplaces:1

R - ohm P.138

12-26 L42:ELECVOLA ElectrodevoltageA -3.00 to 3.00Numberofdecimalplaces:2

-3.00 to 3.00Numberofdecimalplaces:2

R - V P.129

12-27 L43:ELECVOLB ElectrodevoltageB -3.00to+3.00Numberofdecimalplaces:2


R - V P.129

12-28 L44:EMPTYSTS Emptystatus FullEmpty

FullEmpty

R - - P.129



IM 01E22C02-01EN



12-29 L47:VFTGTSET VFtargetselect AllonAlloffMagneticonMagneticoffExcitationonExcitationoffCalculationonCalculationoffDevstatusonDevstatusoffConnstatusonConnstatusoff

MagneticcircuitExcitecircuitCalccircuitDevicestatusConnectstatus

RW Allon - P.131

12-30 L48:VFTGTSTS - MagneticExcitationCalculationDevicestatusConnstatus

- R - P.131

12-31 L49:DIAGOUTPUT Diagnosticoutput ZeroMeasuredvalueHold

ZeroMeasuredvalueHold

RW Zero - P.130P.131P.135

12-32 L50:VFMODE Mode NoflowFlow

NoflowFlow

RW Noflow - P.131

12-33 L51:VFEXE Execute NotexecuteExecute

NotexecuteExecute


12-34 L52:VFNO VFNo FactoryPreviousPresent

FactoryPreviousPresent

RW Factory - P.131

12-35 L53:VFCHKRES Failed/Passed PassedFailedCanceledNo DataUnknown

PassedFailedCanceledNo dataUnknown

R No data - P.131

12-36 L54:VFOPETIME VFoperatetime 00000D 00: 00 to 99999D 23: 59 00000D 00: 00 to 99999D 23: 59 R 00000D 00: 00 - P.13112-37 L55:VFMAGRES Magneticcircuit Passed

FailedCanceledNo DataUnknownSkip

PassedFailedCanceledNo dataUnknownSkip

R No data - P.131

12-38 L56:VFEXCITRES Excitecircuit PassedFailedCanceledNo DataUnknownSkip


R No data - P.131

12-39 L57:VFCALCRES Calccircuit PassedFailedCanceledNo DataUnknownSkip


R No data - P.131

12-40 L58:VFDEVRES Devicestatus PassedFailedCanceledNo DataUnknownSkip


R No data - P.131

12-41 L59:VFCONNRES Connectstatus PassedFailedCanceledNo DataUnknownSkip


R No data - P.131



IM 01E22C02-01EN

(13) TestmodeconfigurationparametersTheseparametersarerelatedtotestmodesettings.



13-1 M01:TESTRELTIM Releasetime 10min30min1h3h12h

10min30min1h3h12h

RW 30min - P.141

13-2 M02:TESTMODE - TestalloffVelotestonVolFtestonMassFtestonCalorie test onAO1testonP1testonSO1 test onAO2testonP2testonSO2 test onAItestonSO11 test onSI11 test onSO12 test onSI12 test onTestallonAlmteston

- RW Testalloff - P.139

M03:TESTSTATUS - TestoffTestonCalorie test onMassFtestonVolFtestonVelotestonAItestonSO2 test onP2testonAO2testonSO1 test onP1testonAO1testonAlmtestonSI12 test onSO12 test onSI11 test onSO11 test on

- R - - P.139

- Inputtest►Testmode - VelocitytestVolumetestMass testCalorie testAItestSI11 testSI12 test

RW - - P.139

- Outputtest►Testmode

- AO1testPO1testSO1 testAO2testPO2testSO2 testSO11 testSO12 testAlarmtest

RW - - P.139

13-3 M10:VELOTVAL Velocity -INF*2to+INF*2



RW 0.0 No.3-15 P.140

13-3 M11:VOLUMTVAL Volume -INF*2to+INF*2



RW 0.0 No.3-16/ No.3-19

P.140

13-4 M12:MASSTVAL Mass -INF*2to+INF*2



RW 0.0 No.3-17/ No.3-19

P.140

13-5 M13:CALOTVAL Calorie -INF*2to+INF*2



RW 0.0 No.3-18/ No.3-19

P.140

13-6 M41:SI11TVAL SI11 OpenClose

OpenClose

RW Open - P.140

13-7 M43:SI12TVAL SI12 OpenClose

OpenClose

RW Open - P.140

13-8 M14:AO1TESTVAL AO1 2.400 to 21.600Numberofdecimalplaces:3


RW 4.000 mA P.140



IM 01E22C02-01EN



13-9 M15:P1TESTVAL PO1 0 to 12500Numberofdecimalplaces:0


RW 0.0 pps(pulse/s) P.140

13-10 M16:SO1TESTVAL SO1 OpenClose

OpenClose

RW Open - P.140

13-11 M20:AO2TESTVAL AO2 2.400 to 21.600Numberofdecimalplaces:3


RW 4.000 mA P.140

13-12 M21:P2TESTVAL PO2 0 to 12500Numberofdecimalplaces:0


RW 0 pps(pulse/s) P.140

13-13 M22:SO2TESTVAL SO2 OpenClose

OpenClose

RW Open - P.140

13-14 M40:SO11TVAL SO11 OpenClose

OpenClose

RW Open - P.140

13-15 M42:SO12TVAL SO12 OpenClose

OpenClose

RW Open - P.140

13-16 M30:AITESTVAL AI 0.000 to 21.600Numberofdecimalplaces:3


RW 0.000 mA P.140

13-17 M44:ALMTESTVAL Alarm OpenClose

OpenClose

RW Open - P.140

13-18 M50:TEST2MODE Test2mode NormalTest

NormalTest

RW Normal - P.141

13-19 M51:TEST2OUT Test2value -10.0 to 110.0 -10.0 to 110.0 RW 0.0 % P.141


(14) Backup/restore/dataloggingconfigurationparametersTheseparametersarerelatedtothebackupfunction,restorefunctionanddataloggingfunctionofparameters.



14-1 N10:FBCKUPNAME Fbackupname ASCII16characters ASCII16characters R FactoryDelivery

- P.142

14-2 N11:FBCKUPDATE Fbackupdate ASCII16characters ASCII16characters R 01/01/2019*4

- P.142

14-3 N12:SDBCKNAME SDbackupname ASCII8characters ASCII8characters RW SD_FILE - P.14214-4 N13:BCKNAME1 Backupname1 ASCII16characters ASCII16characters RW Backup1 - P.14214-5 N14:BCKDATE1 Backupdate1 ASCII16characters ASCII16characters RW 01/01/2019 - P.14214-6 N15:BCKNAME2 Backupname2 ASCII16characters ASCII16characters RW Backup2 - P.14214-7 N16:BCKDATE2 Backupdate2 ASCII16characters ASCII16characters RW 01/01/2019 - P.14214-8 N17:BCKNAME3 Backupname3 ASCII16characters ASCII16characters RW Backup3 - P.14214-9 N18:BCKDATE3 Backupdate3 ASCII16characters ASCII16characters RW 01/01/2019 - P.14214-10 N19:BACKUPEXEC Backupexecute Notexecute

Store Main to 1Store Main to 2Store Main to 3Store Main to SDStoreEEP1toSDStoreEEP2toSDStoreEEP3toSD

NotexecuteStoremainto1Storemainto2Storemainto3StoremaintoSDStoreEEP1toSDStoreEEP2toSDStoreEEP3toSD


14-11 N20:RESTOREEXEC Restoreexecute NotexecuteDuplicateData1DuplicateData2DuplicateData3DuplicateSDRestoreData1RestoreData2RestoreData3RestoreSDCompulsionData1CompulsionData2CompulsionData3CompulsionSDRestoreFactory

NotexecuteDuplicatedata1Duplicatedata2Duplicatedata3DuplicateSDRestoredata1Restoredata2Restoredata3RestoreSDCompulsiondata1Compulsiondata2Compulsiondata3CompulsionSDRestorefactory


14-12 N21:RESTORERSLT Restoreresult UnexecutedSuccessFailureRunning

UnexecutedSuccessFailureRunning

R Unexecuted - P.145

14-13 N22:BACKUPRSLT Backupresult UnexecutedSuccessFailureRunning

UnexecutedSuccessFailureRunning

R Unexecuted - P.142

14-14 N30:LOGGINGFILE Filename ASCII8characters ASCII8characters RW LOG_FILE - P.153

*4:Setatthefactorybeforeshipment.


IM 01E22C02-01EN



14-15 N31:LOGINTRTIM Intervaltime 1 s10 s30 s1min5min30min1h

1 s10 s30 s1min5min30min1h

RW 1min - P.153

14-16 N32:LSTARTDATE Start date 01/01/1900 to 31/12/2155 01/01/1900 to 31/12/2155 R 01/01/2019 - P.15314-17 N33:LSTARTTIME Starttime 00: 00: 00 to 23: 59: 59 00: 00: 00 to 23: 59: 59 R 00:00:00 - P.15314-18 N34:LOGENDTIME Endtime 10min

30min1h3h12h24h72h240h720h1440h

10min30min1h3h12h24h72h240h720h1440h

RW 12h - P.153

14-19 N35:LOG1SELECT Log1 VelocityVolumeflowMassflowCaloriePVFlownoiseAdhesionElectrodeAElectrodeBVpeak

VelocityVolumeflowMassflowCaloriePVFlownoiseAdhesionElectrodeAElectrodeBVpeak

RW PV - P.15314-20 N36:LOG2SELECT Log2 RW Velocity - P.15314-21 N37:LOG3SELECT Log3 RW Volumeflow - P.15314-22 N38:LOG4SELECT Log4 RW Massflow - P.153

14-23 N39:LOGGINGEXEC Execute NotexecuteExecute

NotexecuteExecute


*4:Setatthefactorybeforeshipment.

(15) Parameter protection parametersTheseparametersarerelatedtothewriteprotectfunction.



15-1 P10:KEYCODE Keycode 0000 to 9999Numberofdecimalplaces:0


RW 0000 - P.156

15-2 P20:WRTPROTECT Writeprotectsts NoYes

NoYes

R No - P.155

15-3 P21:ENABLEWRITE Enablewrite ASCII8characters ASCII8characters RW AllSpace - P.15515-4 P22:NEW

PASSWORDNewpassword ASCII8characters ASCII8characters RW AllSpace - P.155

15-5 P23:SOFTSEAL Softsealstatus KeepBreak

KeepBreak

R Keep - P.155

<6. Parameter Menu Tree> 191

IM 01E22C02-01EN

6. Parameter Menu TreeNOTETheavailablemenusandparametersvarydependingontheconnectionterminaltypeandtheoptionalcodesspecifiedatthetimeofordering.

6.1 Display Menu TreeTheoutlineofthedisplaymenustructureisshownbelow.

Operation levelExit R ReadonlyOperator R/W1 ReadandwritepossibleMaintenance R/W2 Readalwayspossible,

Writinglimitedtothefollowingoperationlevels (Operationlevel:Maintenance,Specialist)Specialist

R/W3 Readalwayspossible, Writinglimitedtothefollowingoperationlevels (Operationlevel:Specialist)

Device setupCurrentalarm →Page192 Easysetupwizard →Page199

VolumeLanguage R/W1 Pulse/Statusout

Display setProcessvariables →Page193 Autozeroexe

Flowrate(%)Flowrate Detailedsetup →Page200Velocity ProvarVolume SensorMass UserSpanCalorie TotalizerAnalogout1 Pulse/StatusoutAnalogout2 StatusinTotalizer Analogout/in

MultirangeDiag/Service →Page194 AUXcalculation

Sts/Selftest Display setTimestamp AccesscfgDiagnosis DeviceinfoVerification ProtectionAutozeroAO/AItrim microSD →Page207H/Lalarmcfg ContentsTest UnmountParambkup/restore FormatDatalog PropertyDispindicator


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�� Current alarmCurrent alarm

SettinguploadStatus0 RStatus1 RStatus2 RStatus3 RStatus4 RStatus5 RStatus14 RStatus15 RStatus16 RStatus17 RStatus18 RStatus19 RStatus20 RSettingdownload

Status0 Status1 Status2 Status3010:MainCPUFAIL 014:SnsrbdFAIL 021:PWM1stop 027:RestoreFAIL011:RevcalcFAIL 015:SnsrcommERR 022:PWM2stop 028:IndbdFAIL012:MainEEPFAIL 016:AD1FAIL[Sig] 023:Optbdmismatch 029:IndbdEEPFAIL013:MainEEPdflt 017:AD2FAIL[Excit] 024:OptbdEEPFAIL 030:LCDdrvFAIL

018:Coil open 025:OptbdA/DFAIL 031:Indbdmismatch019:Coilshort 026:OptbdSPIFAIL 032:IndcommERR020:ExciterFAIL 033:microSDFAIL

Status4 Status5 Status14 Status15050:Signaloverflow 060:SpancfgERR 067:Pls1cfgERR 080:AO1saturate051:Emptydetect 061:PVFcfgERR 068:Pls2cfgERR 081:AO2saturate052:H/LHH/LLalm 062:AO14-20lmt 069:Nomisizecfg 082:Pls1saturate053:Adhoverlv4 063:AO24-20lmt 070:AdhcfgERR 083:Pls2saturate

064:AO1mltrng 071:FLNcfgERR 084:AIsaturate065:H/LcfgERR 072:Lognotstart 085:Cablemiscon066:DensitycfgERR 086:Coilinsulation

131:Transmismatch

Status16 Status17 Status18 Status19087:Adhesionlv3 095:Simulateactive 101:Paramrestorerun 120:Watchdog088:LCwarn 096:AO1fix 102:Disp over 121:Poweroff089:Insudetect 097:AO2fix 103:SDsizewarn 122:InstpowerFAIL090:FLNoverlv3 098:Pls1fix 104:Bkupincmplt 123:Parambkuprun091:FLNoverlv4 099:Pls2fix 105:SDmismatch 124:Datalogrun092:AZwarn 100:AIfix 106:SDremovalERR093:Verifwarn094:Factnoisewarn

NOTEOnlythestatusitemsthatoccurintheBRAINcommunicationtypearedescribedabove.Otherthantheabovestatusitemsarealsodisplayedonthedisplayunit.


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�� Process variablesProcess variables

Flowrate(%) RFlowrate RVelocity RVolume RMass RCalorie RAnalogout1 RAnalogout2 RTotalizer

Totalizer1 RTotalizer2 RTotalizer3 RTotalizer1count RTotalizer2count RTotalizer3count R


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�� Diagnosis/ServiceDiag/Service

Sts/Selftest →Page195

TimestampDate RTime ROptime R

Diagnosis →Page196

Verification →Page197

AutozeroExecute R/W2Result

Zerovalue R/W3

AO/AItrim →Page197

H/LalarmcfgHighalarm R/W3Lowalarm R/W3HHalarm R/W3LLalarm R/W3H/Lalarmhyst R/W34-20burnout R

Test →Page198

Parambkup/restoreFbackupname RFbackupdate RSDbackupname R/W3Backupexecute R/W3Backupresult RRestoreexecute R/W3Restoreresult RBackupname1 R/W3Backupdate1 R/W3Backupname2 R/W3Backupdate2 R/W3Backupname3 R/W3Backupdate3 R/W3

DatalogFilename R/W3Intervaltime R/W3Start date RStarttime REndtime R/W3Execute R/W3Log1 R/W3Log2 R/W3Log3 R/W3Log4 R/W3

DispindicatorLCD test R/W1Squawk R/W1


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�z Status/Self testSts/Self test

CurrentalarmStatus0 RStatus1 RStatus2 RStatus3 RStatus4 RStatus5 RStatus14 R

Status15 RStatus16 RStatus17 RStatus18 RStatus19 RStatus20 R

AlarmAlarmrecordmask

Mask1-1 R/W3Mask1-2 R/W3Mask2-1 R/W3Mask2-2 R/W3

AlarmrecordRecordalarm1 RRecordtime1 RRecordalarm2 RRecordtime2 RRecordalarm3 RRecordtime3 RRecordalarm4 RRecordtime4 R

AlarmoutmaskMask1-1 R/W3Mask1-2 R/W3Mask2-1 R/W3Mask2-2 R/W3Mask3-1 R/W3Mask3-2 R/W3

AlarmoutputActivemode R/W3


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�z DiagnosisDiagnosis

AdhesionFunction R/W3Thresholdlevel1 R/W3Thresholdlevel2 R/W3Thresholdlevel3 R/W3Thresholdlevel4 R/W3Result

Value RStatus R

Checkcycle R/W3

FlownoiseFunction R/W3Thresholdlevel1 R/W3Thresholdlevel2 R/W3Thresholdlevel3 R/W3Thresholdlevel4 R/W3Result

Value RStatus R

Damp R/W3Span R/W3

ConductivityFunction R/W3Lowlimit R/W3Result

Value R

Diagnosticexecute R/W3Coilinsulthreshold R/W3IEXcompare RDiagnosticoutput R/W3Vpeakhold RIEXresistance REmptycheck

ElectrodevoltageA RElectrodevoltageB REmptystatus R


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�z VerificationVerification

Mode R/W3Execute R/W3VFNo R/W3VFtargetselect R/W3Result

Failed/Passed RVFoperatetime RMagneticcircuit RExcitecircuit RCalccircuit RDevicestatus RConnectstatus R

�z Analog output/input adjustmentAO/AI trim

AOtrimAO1trimclear R/W3AO1trim4mA R/W3AO1trim20mA R/W3AO2trimclear R/W3AO2trim4mA R/W3AO2trim20mA R/W3

AItrimTrimclear R/W3Trim4mA R/W3Trim20mA R/W3


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�z TestTest

Releasetime R/W3Inputtest

Testmode R/W3Velocity R/W3Volume R/W3Mass R/W3Calorie R/W3AI R/W3SI11 R/W3SI12 R/W3

OutputtestTestmode R/W3AO1 R/W3PO1 R/W3SO1 R/W3AO2 R/W3PO2 R/W3SO2 R/W3SO11 R/W3SO12 R/W3Alarm R/W3

Test2mode R/W3Test2value R/W3


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�� Easy setup wizardEasy setup wizard

VolumeSettinguploadDampAO/F R/W2Damppls/ttl R/W2Unit R/W2Timeunit R/W2Span R/W2Settingdownload

Pulse/StatusoutSettinguploadP1unit R/W2P1val R/W2F1at0% R/W2F1at100% R/W2Settingdownload

Display setSettinguploadLine 1 R/W1Line 2 R/W1Line 3 R/W1Settingdownload

Autozeroexe R/W2


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�� Detailed setupDetailed setup

Provar →Page201

SensorLowMF R/W3HighMF R/W3Flowsensorsel R/W3Nominalsizeunit R/W3Nominalsize R/W3

UserSpan →Page201

Totalizer →Page202

Pulse/Statusout →Page203

Statusin →Page204

Analogout/in →Page204

MultirangeForwardspan2 R/W3Forwardspan3 R/W3Forwardspan4 R/W3Reversespan1 R/W3Reversespan2 R/W3Reversespan3 R/W3Reversespan4 R/W3Autorangehyst R/W3Bidirectionhyst R/W3

AUXcalculationFlowdirect R/W3Ratelimit R/W3Deadtime R/W3Noisefilter R/W3Pulsingflow R/W3Powersync R/W3Setpowerfreq R/W3Iexpowerfrequency RMeaspowerfreq RSet SIL R/W3

Display set →Page205

AccesscfgUserrole RChgmainte R/W2Chgspecial R/W3

Deviceinfo →Page206

ProtectionKeycode R/W3Writeprotectsts REnablewrite R/W3Newpassword R/W3Softsealstatus R


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�z Process variablesPro var

PVflowselect R/W3Velocity Calorie

DampAO/F R/W3 DampAO/F R/W3Damppls/ttl R/W3 Damppls/ttl R/W3Unit R/W3 Unit R/W3Span R/W3 Timeunit R/W2

Span R/W3Volume Specificheat R/W3

DampAO/F R/W2Damppls/ttl R/W2 DensityUnit R/W2 Valueselect R/W3Timeunit R/W2 Unit R/W3Span R/W2 Fixeddensity R/W3

Std density R/W3Mass Correctdensity R

DampAO/F R/W3Damppls/ttl R/W3 TemperatureUnit R/W3 Stdtemperature R/W3Timeunit R/W2 Meastemperature RSpan R/W3 Fixedtemperature R/W3

CoefA1 R/W3CoefA2 R/W3

Velocitycheck R

�z User spanUser Span

UserspanAO1Select R/W3Span R/W3Unit R/W3

UserspanAO2Select R/W3Span R/W3Unit R/W3


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�z TotalizerTotalizer

Totalizer1Unit RConvfactor R/W3Lowcut R/W3Failureopts R/W3Options R/W3Start/Stop R/W3Reset/Preset R/W3Presetvalue R/W3Set point R/W3

Totalizer2Unit R/W3Convfactor R/W3Lowcut R/W3Failureopts R/W3Options R/W3Start/Stop R/W3Reset/Preset R/W3Presetvalue R/W3Set point R/W3

Totalizer3Unit R/W3Convfactor R/W3Lowcut R/W3Failureopts R/W3Options R/W3Start/Stop R/W3Reset/Preset R/W3Presetvalue R/W3Set point R/W3


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�z Pulse/Status outputPulse/Status out

PO1/SO1Outputmode R/W3Activemode R/W3Fixwidth R/W3Rateunit R/W2Ratevalue R/W2Lowcut R/W3Alarmout R/W3Frequencyat0% R/W2Frequencyat100% R/W2SO1function R/W3Options R/W3

PO2/SO2Activepulse R/W3Outputmode R/W3Pulseselect R/W3Activemode R/W3Fixwidth R/W3Rateunit R/W3Ratevalue R/W3Lowcut R/W3Alarmout R/W3Frequencyat0% R/W3Frequencyat100% R/W3SO2function R/W3Options R/W3

SO11Activemode R/W3Function R/W3

SO12Activemode R/W3Function R/W3


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�z Status inputStatus in

SI11Activemode R/W3Function R/W3State R

SI12Activemode R/W3Function R/W3State R

�z Analog output/inputAnalog out/in

AO1Lowcut R/W3Highlimit R/W3Lowlimit R/W3Alarmout R/W3Rangemode R/W3

AO2AO2select R/W3Lowcut R/W3Highlimit R/W3Lowlimit R/W3Alarmout R/W3

AIFunction R/W3Highlimit R/W3Lowlimit R/W3Value RUnit R/W3URV R/W3LRV R/W3


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�z Display setDisplay set

LineselectLine 1 R/W1Line 2 R/W1Line 3 R/W1Line 4 R/W1Line 5 R/W1Line 6 R/W1Line 7 R/W1Line 8 R/W1

TrendselectTrend1 R/W1Trend2 R/W1Trend3 R/W1Trend4 R/W1

DispformatFormatPV R/W1Formattotal1 R/W1Formattotal2 R/W1Formattotal3 R/W1

OptionalconfigContrast R/W1Linemode R/W1Period R/W1NE107 display R/W1Alarmdisplay R/W1Scrollmode R/W1Damp R/W1Formatdate R/W1Inversion R/W1Languagepackage R/W1Displaymode R/W1TrendofflnLRV R/W1TrendofflnURV R/W1


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�z Device informationDevice info

Date/Time Ver/NuminfoCurrentdate R Transmittertype RCurrenttime R OptionboardID ROperationtime R TransserialNo R/W3Set date R/W3 Sensor serial No R/W3Settime R/W3 Mainsoftrev R

Snsrsoftrev ROrderinfo Indsoftrev R

TagNo R/W3Longtag R/W3 IOstatusElectrodesize R/W3 MultiI/O RExplosionprotection R/W3MScode Memo

Modelcode R/W3 Memo1 R/W3Suffixconfig1 R/W3 Memo2 R/W3Suffixconfig2 R/W3 Memo3 R/W3Option 1 R/W3Option 2 R/W3Option 3 R/W3Option 4 R/W3

RSMScodeModelcode R/W3Suffixconfig1 R/W3Suffixconfig2 R/W3Option 1 R/W3Option 2 R/W3Option 3 R/W3Option 4 R/W3

Disp install R/W3


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�� microSDmicroSD

Contents RUnmount R/W1Format R/W1Property

Totalspace RAvailablespace RFilesystem R

208

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Revision InformationzTitle : ADMAGTISeriesAXG1AMagneticFlowmeterRemoteTransmitterBRAIN

CommunicationTypezManualNo. : IM 01E22C02-01EN

Edition Date Page Revised Item

1st Aug.2019 — Newpublication

2nd Mar. 2020 —1332102114128

Incorporatethemanualchange19-0020-E.Correctionoferrors.2.2.1 AddNOTE.4.1.2 Addthesettingexample.4.8.5 Addthesettingexample.4.9.4 AddNOTE.4.11.4 AddIMPORTANT

3rd Mar. 2020 14-16 2.3 Changetheoperationprocedurebythedisplayunit.

admag ti series axg1a magnetic flowmeter …user’s manual admag ti series axg1a magnetic flowmeter...

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