Download pdf - ADMAG TI Series AXG Magnetic Flowmeter HART Communication … · 2018-04-19 · BRAIN Communication Type IM 01E22A02-01EN ADMAG TI Series AXG Magnetic Flowmeter HART Communication

User’sManual ADMAG TI Series

AXG Magnetic FlowmeterHART Communication Type

IM 01E22A02-02EN

IM 01E22A02-02EN2nd Edition

AXG Magnetic Flowmeter

1

IM 01E22A02-02EN

ADMAG TI SeriesAXG Magnetic FlowmeterHART Communication Type

IM 01E22A02-02EN 2nd Edition

2nd Edition: Oct. 2017 (KP)All Rights Reserved, Copyright © 2017, Yokogawa Electric Corporation

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

1.1 For Safe Use of Product ...................................................................................... 71.2 Warranty ................................................................................................................ 8

2. Basic Operating Procedures .......................................................................92.1 Operation by Display unit ................................................................................... 92.2 DisplayandBasicConfiguration ....................................................................... 9

2.2.1 Display .................................................................................................. 9

2.2.2 BasicConfigurationforDisplay ........................................................... 10

2.3 Display Mode and Setting Mode ....................................................................... 122.4 Parameter Setting from Display Panel ............................................................ 13

2.4.1 SettingexampleofSelecttype Data:Flowrateunit ............................................................................. 13

2.4.2 SettingexampleofNumerictype Data: Flow rate span ........................................................................... 13

2.4.3 SettingExampleofAlphanumerictype Data: Tag No. ...................................................................................... 14

2.5 microSD Card Insertion/Removal .................................................................... 14

3. OperationwithHARTConfigurationTool ............................................... 153.1 ConnectingtheHARTConfigurationTool ...................................................... 153.2 HARTConfigurationToolandDeviceRevision ............................................. 15

3.2.1 Device Description (DD) and Device Revision ................................... 15

3.2.2 Device Type Manager (DTM) and Device Revision ........................... 16

3.3 Basic Setup ......................................................................................................... 163.4 ParametersConfiguration ................................................................................ 163.5 Data Renewing and Upload / Download Function ......................................... 173.6 SpecificFunctionsofHARTConfigurationTool ............................................ 19

3.6.1 BurstMode .......................................................................................... 19

3.6.2 EventNotification ................................................................................ 21

3.6.3 MultidropMode ................................................................................... 22

4. Functions ................................................................................................... 234.1 Basic Settings .................................................................................................... 24

4.1.1 Overview ............................................................................................. 24

4.1.2 PVMappingofProcessValue ............................................................ 25

4.1.3 DisplayoftheProcessValue .............................................................. 25

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IM 01E22A02-02EN

4.1.4 Engineering Unit Setting ..................................................................... 25

4.1.5 Span Setting........................................................................................ 26

4.1.6 Damping Time Constant Setting ......................................................... 27

4.1.7 Low-cutFunctionSetting .................................................................... 28

4.1.8 Sensor’s Nominal Size Setting ........................................................... 29

4.1.9 Density Setting .................................................................................... 29

4.1.10 TemperatureSetting ........................................................................... 30

4.1.11 ZeroAdjustment .................................................................................. 30

4.2 Totalization Function ......................................................................................... 314.2.1 TotalizedValueandUnitSetting ......................................................... 31

4.2.2 Totalized-ValueDisplayandTotalizerFunction .................................. 32

4.2.3 TotalizationSwitchFunction ............................................................... 32

4.2.4 TotalizerOperationatAlarmOccurrence ............................................ 33

4.2.5 TotalizationFunctionStart/StopSetting .............................................. 33

4.2.6 Totalization Direction Setting .............................................................. 34

4.2.7 TotalizedValueReset/PresetFunction ............................................... 34

4.3 Pulse Output, Frequency Output, and Status Output .................................... 354.3.1 OutputsofI/O2,I/O3,andI/O4Terminals .......................................... 35

4.3.2 PulseOutput/FrequencyOutputMapping ........................................ 35

4.3.3 PulseWidthSetting ............................................................................. 36

4.3.4 Active Direction Setting ....................................................................... 36

4.3.5 PulseRateSetting .............................................................................. 37

4.3.6 FrequencyOutputRangeSetting ....................................................... 38

4.3.7 StatusOutputFunctionSetting ........................................................... 38

4.4 Status Input......................................................................................................... 394.4.1 ActiveDirectionSettingforStatusInput ............................................. 39

4.4.2 StatusInputFunctionSetting .............................................................. 40

4.5 Current Input and Current Output .................................................................... 404.5.1 CurrentOutputHigh/LowLimitFunction ............................................ 40

4.5.2 AbsoluteRangeFunction ................................................................... 41

4.5.3 AlarmOutputFunction ........................................................................ 41

4.5.4 CurrentOutputPriority ........................................................................ 42

4.5.5 CurrentValueAdjustmentFunction .................................................... 42

4.5.6 CurrentInputFunctionSetting ............................................................ 43

4.5.7 CurrentInputRangeSetting ............................................................... 43

4.5.8 CurrentInputHigh/LowLimitFunction ............................................... 43

4.6 Multi Range Function ........................................................................................ 444.6.1 MultiRangeTypes .............................................................................. 44

4.6.2 MultiRangeSetting ............................................................................. 44

4.6.3 MultiRangeOperation ........................................................................ 44

4.6.4 Forward/ReverseRange .................................................................... 45

4.6.5 CombinationofMultiRangeandForward/ReverseRange ............... 46

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IM 01E22A02-02EN

4.6.6 External Contact Range ...................................................................... 47

4.7 Auxiliary Calculation Function ......................................................................... 474.7.1 FluidFlowDirectionSetting ................................................................ 47

4.7.2 RateLimitFunctionSetting ................................................................. 47

4.7.3 PulsingFlowSupportFunctionSetting .............................................. 49

4.7.4 PowerFrequencySynchronizationSetting ........................................ 49

4.7.5 DensityCorrectionCalculation ........................................................... 50

4.7.6 CalorieCalculation .............................................................................. 51

4.8 Alarm ................................................................................................................... 524.8.1 ErrorsandCountermeasures ............................................................. 52

4.8.2 Alarm Display Setting .......................................................................... 58

4.8.3 AlarmHistoryFunction........................................................................ 58

4.8.4 AlarmMaskFunction .......................................................................... 59

4.9 Display ................................................................................................................. 634.9.1 LanguageSetting ................................................................................ 63

4.9.2 Display Item Setting ............................................................................ 63

4.9.3 Decimal-Point Position Setting ........................................................... 64

4.9.4 DisplayLineCountandScrollSettings ............................................... 64

4.9.5 Trend Graph Setting ........................................................................... 65

4.9.6 Other Setting ....................................................................................... 66

4.9.7 microSD Card Setting ......................................................................... 68

4.10 Device Information ............................................................................................. 684.10.1 OrderInformation ................................................................................ 68

4.10.2 Device Revision .................................................................................. 69

4.10.3 MemoFunction ................................................................................... 69

4.11 Self-diagnostic Function ................................................................................... 704.11.1 TypesofDiagnosisFunctions ............................................................. 70

4.11.2 AlarmHigh/LowLimitFunction ........................................................... 70

4.11.3 Electrode Adhesion Detection ............................................................ 71

4.11.4 Sensor Empty Check .......................................................................... 72

4.11.5 WiringConnectionDiagnosis ............................................................. 72

4.11.6 Verification(DeviceHealthDiagnosis)Function ................................ 73

4.11.7 ElectrodeInsulationDeteriorationDiagnosis ..................................... 75

4.11.8 Flow Noise Diagnosis ......................................................................... 76

4.11.9 LowConductivityDiagnosis ................................................................ 76

4.12 Test Mode ............................................................................................................ 774.12.1 Test Mode Setting ............................................................................... 77

4.12.2 TestTerminalandValueSetting .......................................................... 78

4.12.3 TestModeAutoReset ......................................................................... 78

4.13 Event Management Function ............................................................................ 794.13.1 BackupFunction ................................................................................. 79

4.13.2 Restore/DuplicateFunction .............................................................. 81

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IM 01E22A02-02EN

4.13.3 BackupandRestoreParameters ....................................................... 83

4.13.4 DataLoggingFunction ........................................................................ 93

4.14 Software Write Protection Function ................................................................ 94

5. Parameters of Magnetic Flowmeter ........................................................ 965.1 Parameter Lists for Display and HART Communication ............................... 975.2 Menu Tree of Display ....................................................................................... 1385.3 Menu Tree of HART Communication ............................................................. 144

Revision Information

<1. Introduction> 5

IM 01E22A02-02EN

1. IntroductionThismanualprovidesthebasicguidelinesforbasicoperationofADMAGTI(TotalInsight)SeriesAXGmagneticflowmeterswithHARTprotocol.For the items which are not covered in this manual,readtheapplicableuser’smanualsandgeneralspecificationsaslistedinTable1.1.ThesedocumentscanbedownloadedfromthewebsiteofYOKOGAWA.Toensurecorrectuseoftheinstrument,readthesemanualsthoroughlyandfullyunderstandhowtooperatetheinstrumentbeforeoperatingit.Formethodofcheckingthemodelandspecifications,readgeneralspecificationsaslistedin Table 1.1.Websiteaddress:http://www.yokogawa.com/fld/doc/ThesemanualscanbedownloadedfromthewebsiteofYOKOGAWAorpurchasedfromtheYOKOGAWArepresentatives.

Table1.1 ManualandGeneralSpecificationsList

Model Document Title Document No.

AXG AXG4A AX01C

ADMAG TI Series AXG/AXWMagneticFlowmeter Read Me First

IM 01E21A21-01Z1

ADMAG TI SeriesAXG/AXWMagneticFlowmeter SafetyManual

IM 01E21A21-02EN

ADMAG TI Series AXGMagneticFlowmeter InstallationManual

IM 01E22A01-01EN

ADMAG TI Series AXGMagneticFlowmeter MaintenanceManual

IM 01E22A01-02EN

ADMAG TI Series AXGMagneticFlowmeter BRAINCommunicationType

IM 01E22A02-01EN

ADMAG TI Series AXGMagneticFlowmeter HARTCommunicationType

IM 01E22A02-02EN(thismanual)

ADMAG TI Series AXGMagneticFlowmeter GeneralSpecifications

GS 01E22A01-01EN

AXFA11G

AXFSeriesMagnetic FlowmeterRead Me First

IM 01E20A21-01Z1

AXFA11GRemoteConverter [HardwareEdition/SoftwareEdition]

IM 01E20C01-01E

AXFA11GRemoteConverter GeneralSpecifications GS 01E20C01-01E

NOTEWhendescribingthemodelnamelikeAXG inthismanual,“”meansanyofthefollowing.002, 005, 010, 015, 025, 032, 040, 050, 065, 080, 100, 125, 150, 200, 250, 300, 350, 400

Precautions Related to the Protection, Safety, and Alteration of the Instrument

Thefollowingsafetysymbolmarksareusedinthismanualandinstrument.

WARNING

AWARNINGsigndenotesahazard.Itcallsattentiontoprocedure,practice,conditionorthelike,which,ifnotcorrectlyperformedoradheredto,couldresultininjuryordeathofpersonnel.

CAUTIONA CAUTION sign denotes a hazard. It calls attentiontoprocedure,practice,conditionorthelike,which,ifnotcorrectlyperformedoradheredto,couldresultindamagetoordestructionofpartoralloftheproduct.

IMPORTANTAn IMPORTANT sign denotes that attention is requiredtoavoiddamagetotheinstrumentorsystemfailure.

NOTEANOTEsigndenotesinformationnecessaryforessentialunderstandingofoperationandfeatures.

<1. Introduction> 6

IM 01E22A02-02EN

ThefollowingsymbolsareusedintheInstrumentandthemanualtoindicatetheaccompanyingsafetyprecautions:

Protectivegroundingterminal

Functionalgroundingterminal(Thisterminalshouldnotbeusedasaprotectivegroundingterminal.)AlternatingcurrentDirectcurrentCautionThissymbolindicatesthattheoperatormustrefertoanexplanationintheuser’smanualinordertoavoidtheriskofinjuryordeathofpersonnelordamagetotheinstrument.

Fortheprotectionandsafeuseoftheinstrumentandthesysteminwhichthisinstrumentisincorporated,besuretofollowtheinstructionsandprecautionsonsafetythatisstatedinuser’smanualaslistedinTable1.1wheneveryouhandletheinstrument.Takespecialnotethatifyouhandletheinstrumentinamannerthatviolatedtheseinstructions,theprotectionfunctionalityoftheinstrumentmaybedamagedorimpaired.Insuchcases,YOKOGAWAdoesnotguaranteethequality,performance,function,andsafetyofinstrument.

Regarding This User’s Manual• Thismanualshouldbeprovidedtotheenduser.

• Thecontentsofthismanualaresubjecttochangewithoutpriornotice.

• Allrightsreserved.NopartofthismanualmaybereproducedinanyformwithoutYOKOGAWA’swrittenpermission.

• YOKOGAWAmakesnowarrantyofanykindwithregardtothismanual,including,butnotlimitedto,impliedwarrantyofmerchantabilityandfitnessforaparticularpurpose.

• Ifanyquestionarisesorerrorsarefound,orifanyinformationismissingfromthismanual,informthenearestYOKOGAWAsalesoffice.

• Thespecificationscoveredbythismanualarelimitedtothoseforthestandardtypeunderthespecifiedmodelnumberbreak-downanddonotcovercustom-madeinstruments.

• Notethatchangesinthespecifications,construction,orcomponentpartsoftheinstrumentmaynotimmediatelybereflectedinthismanualatthetimeofchange,providedthatpostponementofrevisionswillnotcausedifficultytotheuserfromafunctionalorperformancestandpoint.

• Thismanualisintendedforthefollowingpersonnel;

Engineersresponsibleforinstallationandwiringoftheinstrument.

Personnelresponsiblefornormaldailyoperationoftheinstrument.

• Toensurecorrectuse,readthismanualandtheapplicablemanualsaslistedinTable1.1thoroughlybeforestartingoperation.ReadthegeneralspecificationsaslistedinTable1.1foritsspecification.

Trademarks:• AllthebrandsornamesofYokogawaElectric’s productsusedinthismanualareeithertrademarksorregisteredtrademarksofYokogawa Electric Corporation.

• Allothercompanyandproductnamesmentionedinthismanualaretradenames,trademarksorregisteredtrademarksoftheirrespective companies.

• Inthismanual,trademarksorregisteredtrademarks are not marked with ™ or ®.

<1. Introduction> 7

IM 01E22A02-02EN

1.1 For Safe Use of ProductFortheprotectionandsafeuseoftheinstrumentandthesysteminwhichthisinstrumentisincorporated,besuretofollowtheinstructionsandprecautionsonsafetythatisstatedinuser’smanualaslistedinTable1.1wheneveryouhandletheinstrument.Takespecialnotethatifyouhandletheinstrumentinamannerthatviolatedtheseinstructions,theprotectionfunctionalityoftheinstrumentmaybedamagedorimpaired.Insuchcases,YOKOGAWAshallnotbeliableforanyindirectorconsequentiallossincurredbyeitherusingornotbeingabletousetheInstrument.

(1) General

WARNING

• Do not open the cover in wet weather or humidenvironment.Whenthecoverisopen,statedenclosureprotectionisnotapplicable.

• Whenopeningthecover,waitformorethan20minutesafterturningoffthepower.Onlyexpert engineer or skilled personnel are per-mitted to open the cover.

(2) Operation

WARNING

Besuretoenablethewriteprotectfunctiontopreventtheoverwritingofparametersafterfinishingparametersetting.In rare cases, the IR switches may respond unexpectedlytowaterdropsorextraneoussubstancesstickingonthesurfaceofdisplaypanel,duetotheoperatingprincipal.Thepossibilityofmalfunctionarisesafterrainorcleaning operation near the place where the flowmeterisinstalled.Turningonandofftheflashlightetc.towardstheIRswitchmayalsobeacauseofmalfunction.ReadtheinstallationmanualaslistedinTable1.1forthehardwarewriteprotectfunction,andSection4.14forthesoftwarewriteprotectfunction.

(3) Maintenance

WARNING

• Ifdirt,dustorothersubstancessurfacesontheglassofdisplaycover,wipethemcleanwithasoftdrycloth.

• Maintenanceofthisflowmetershouldbeimplemented in a maintenance service shop where the necessity tools and environment condition are provided.

Thenecessityofthisenvironmentalconditionisthatambienttemperatureis5to40°C(themaximumrelativehumidityis80%fortem-perature5to31°C,anddecreasinglinearlyto50%relativehumidityat40°C).

(4) microSD Card

IMPORTANT• DonotstoreorusethemicroSDcardinplaces

with static electricity, near electrically charged objects, or where electrical noise is present. Doingsocanresultinshockordamage.

• DonotdisassembleormodifythemicroSDcard.

• Do not physically shock, bend, or pinch the microSD card.

• Duringreading/writingofdata,donotturnoffthepower,applyvibrationorshock,orpulloutthecard.Datacancorruptorbepermanentlylost.

• Use only micro SD cards sold by YOKOGA-WA.Operationcannotbeguaranteedwhenothercardsareused.

• WheninsertingthemicroSDcardintotheinstrument,makesuretoorientthemicroSDcardcorrectly(faceupordown)andinsertitsecurely.Ifnotinsertedcorrectly,themicroSDcardwillnotberecognizedbytheinstrument.

• DonottouchthemicroSDcardwithwethands.

• DonotusethemicroSDcardifitisdustyordirty.

• ThemicroSDcardcomesformatted.IfyouwanttoformatthemicroSDcard,usetheinstrument’sFormatfunction.

• YOKOGAWAprovidesnowarrantyfordam-ageto,orlossofdatarecordedonthemi-croSDcard,regardlessofthecauseofsuchdamage or loss.

Werecommendmakingbackupcopiesofyourdata.

<1. Introduction> 8

IM 01E22A02-02EN

1.2 Warranty• The warranty shall cover the period noted on thequotationpresentedtothepurchaseratthetimeofpurchase.Problemsoccurredduringthewarrantyperiodshallbasicallyberepairedfreeofcharge.

• Incaseofproblems,thecustomershouldcontacttheYOKOGAWArepresentativefromwhichtheinstrumentwaspurchased,orthenearestYOKOGAWAoffice.

• Ifaproblemariseswiththisinstrument,pleaseinformusofthenatureoftheproblemandthecircumstancesunderwhichitdeveloped,includingthemodelspecificationandserialnumber.Anydiagrams,dataandotherinformationyoucanincludeinyourcommunicationwillalsobehelpful.

• ResponsiblepartyforrepaircostfortheproblemsshallbedeterminedbyYOKOGAWAbasedonourinvestigation.

• ThePurchasershallbeartheresponsibilityforrepaircosts,evenduringthewarrantyperiod,ifthemalfunctionisdueto:- Improperand/orinadequatemaintenancebythepurchaser.

- Failureordamageduetoimproperhandling,useorstoragewhichisoutofdesignconditions.

- UseoftheproductinquestioninalocationnotconformingtothestandardsspecifiedbyYOKOGAWA,orduetoimpropermaintenanceoftheinstallationlocation.

- FailureordamageduetomodificationorrepairbyanypartyexceptYOKOGAWAoranapprovedrepresentativeofYOKOGAWA.

- Malfunctionordamagefromimproperrelocationoftheproductinquestionafterdelivery.

- Reasonofforcemajeuresuchasfires,earthquakes,storms/floods,thunder/lightening,orothernaturaldisasters,ordisturbances,riots,warfare,orradioactivecontamination.

<2. Basic Operating Procedures> 9

IM 01E22A02-02EN

2. Basic Operating Procedures2.1 Operation by Display unitTheparametersettingsfromdisplayunitcanbecarriedoutusingthethreeIR(infra-red)switches-namely,the[SET][SHIFT]and[▼]switches.TheIRswitchesenabletheusertosetparametersfromtheoutsideoftheglassofthedisplaycover.ThissectionprovidesdescriptionsofbasicparameterconfigurationandoperationprocesuresofIRswitches.Thisinstrumentcanbealsooperatedusingthededicatedhandheldterminalor the FieldMate (Versatile Device Management Wizard).Foroperationindetails,readChapter4orthehardware/softwareedition(forAXFA11)aslistedin Table 1.1.

WARNING

Besuretoenablethewriteprotectfunctiontopreventtheoverwritingofparametersafterfinishingparametersetting.In rare cases, the IR switches may respond unexpectedlytowaterdropsorextraneoussubstancesstickingonthesurfaceofdisplaypanel,duetotheoperatingprincipal.Thepossibilityofmalfunctionarisesafterrainorcleaning operation near the place where the flowmeterisinstalled.Turningonandofftheflashlightetc.towardstheIRswitchmayalsobeacauseofmalfunction.ReadtheinstallationmanualaslistedinTable1.1forthehardwarewriteprotectfunction,andSection4.14forthesoftwarewriteprotectfunction.

IMPORTANTOperatethedisplayunitundertheconditionwheredirectsunlight,etc...donotshinetotheIR switches directly when the parameter setting operationiscarriedout.

NOTE• Always keep the cover closed and operate the settingswitchesfromtheoutsideoftheglasswindow.

• Ifdirt,dustorothersubstancessurfacesontheglassofdisplaycover,wipethemcleanwithasoftdrycloth.

• Theoperationwithdirtyglovesmaycauseaswitch response error.

NOTEThelanguageonthedisplayissetto“English”asdefaultatthefactoryshipment.SelecttheadequatelanguagereferringtoSubsection2.2.2andSubsection4.9.1.Themenupassofthedisplayonthismanualisselectedto“English”.

2.2 Display and Basic Configuration

ThedisplayunitofAXGIntegralFlowmeterandAXG4ARemotetransmitterhasvariousfunctionsbelow.

2.2.1 Display

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)


IM 01E22A02-02EN

(1) Basic operation of IR switchesTheoperationfromdisplaypanelisdonebyusingthethreeIRswitches;[SET],[SHIFT]and[▼].Thecombinationofthetwoswitchesprovidesadifferentfunction,andthefunctionisindicatedonthedisplay.

IR switch (Note 1)

Indicate of switch (Note 2)

Function

[SET►] SET▪Applyparameter(Note3)▪Enterdata(Note3)▪Movetonextmenu

[SHIFT] SFT ▪Movecursorright (Numerictypeparameter)

[▼] INC

▪Movecursordown (Select type parameter)▪Incrementvalue (Numerictypeparameter)▪Changepositionofdecimalpoint(Numerictypeparameter)

[SHIFT]+[▼](=[▲]) DEC

▪Movecursorup (Select type parameter)▪Decrementvalue (Numerictypeparameter)

SHIFT+SET►(=[ESC◄]) ESC ▪Cancel

▪Backtopreviousmenu

Note1: [A]+[B](=[C]):Thefunctionischangedtoswitch[C]whenswitch[B]ispushedwhilepushingswitch[A].

Note 2: [SET], [SFT], [INC], [DEC] and [ESC] indicate the assignedfunctioninaccordancewithdisplaymodeatthat time.

Note3: “Apply”and“Enter”areexecutedbypushing[SET]twice.Iftheexecutiondoesnotworkproperly,releasethefingerfromthedisplayglasscompletelyafterthefirstpushof[SET],andthenmakethesecondpush.

(2) Status iconsIcon Contents Icon Contents

WriteprotectInvalid WriteprotectValid

DeviceBusy DeviceFault

ReadyformicroSDcard

Accessing microSD card

Disable to access microSD card Uploading parameters

Downloading parameters Trendgraphexecuting

Systemalarmoccurs HARTcommunication

Processalarmoccurs Settingalarmoccurs

Warningoccurs Informationoccurs

Display Damping Valid Operation level:Operator

Operation level:Maintenance

Operation level:Specialist

(3) Data indication partTheprocessvaluesareavailabletoselect8itemsmaximumonthedisplay.Itispossibletoindicate4itemsmaximumonthedisplayatthesametime,and the rest 4 items are able to show by scrolling.

Table 2.2.1 Abbreviation table of process values to be indicated on the display.

Abbreviation ContentsFLP(*1) Flowrate%PRV(*1) ProcessvalueVEL(*1) Flow velocityVFL(*1) VolumetricflowMFL(*1) MassflowFLB Flowratein%bargraphCAL(*1) CalorieTL1(*1) Totalizationvalue1TL2(*1) Totalizationvalue2TL3(*1) Totalizationvalue3TAG Tag No.LTG Long TagCOM CommunicationprotocolADH Adhesion diagnostic Level (Alarm at Level 4)AO1(*1) Analogoutputvalue1AO2(*1) Analogoutputvalue2FNL Flow Noise Level (Alarm at Level 4)

*1: Available to display the online trend graph.

2.2.2 BasicConfigurationforDisplayForparamtersettingfromdisplaypanel,configurableparametersdifferbythethreeoperationallevelsspecfiedinTable2.2.2,andapasscode is needed to enter into Setting mode. Nopasscoderequiresfor“Operator”,andapasscodecorrespondingtoeachlevelrequiresfor“Maintenance”or“Specialist”.For parameter in details, read Section 4.9.

Table 2.2.2 Parameter setting from display panel and operation level

Operation Level

Reading parameters

Writing parameters

Operator All parameters Parameters related with basic display settingsincludingdisplaylanguage.

Maintenance All parameters ParametersallowedforOperatorlevel.ParametersrelatedwithZeroadjustment.

Specialist All parameters All Parameters

Thefollowingparametersareavailableto“Operator”levelwithoutpasscode.


IM 01E22A02-02EN

(1) Display Language SettingDisplayMenuPath:Devicesetup►Language

Thelanguageonthedisplayissetto“English”asdefaultatthefactoryshipment.Selecttheadequatelanguage.

Theselectabledisplaylanguageisdifferentbythemodelandsuffixcode(displaycode)specifiedwhen ordering.Positionofthedisplaycode:

Integral type:AXG--

Remote transmitter:AXG4A-

Display code Selectable display language1 English, French, German, Italian, Spanish,

Portuguese,Japanese,orRussian2 English or Chinese

(2) Display Contrast Setting (shading)DisplayMenuPath:Devicesetup►Detailedsetup►Displayset►Optionalconfig►Contrast

Availabletochangethecontrastofthedisplay.

Setting item Contents-5to+5 Setthecontrastofthedisplay

(Thevalueissmall:Low,andthevalueisbig:High)

(3) Display Line SettingDisplayMenuPath:Devicesetup►Detailedsetup►Displayset►Optionalconfig► Line mode

Availabletoselectthenumberoflinesofprocessvaluetobeindicatedonthedisplay.Uptofourlinescanbedisplayedatthesametime.The character size changes depending on the numberofline.

Setting item Contents1 line(big) Numberofdisplayableprocessvalue:One(without

unit)1 line Numberofdisplayableprocessvalue:One(withunit)2 line Numberofdisplayableprocessvalues:Two3 line Numberofdisplayableprocessvalues:Three4 line Numberofdisplayableprocessvalues:Four

Table 2.2.3 Display line setting and display exampleLines of display

Example 1 Example 2

1 line(big)F0202.ai

0.50000

00 : 00VEL

SET SFT INC

F0207.ai

00 : 00FNL

SET SFT INC

*Flownoisestatusisdisplayed. (Statuslabelisnotdisplayed.)

1 lineF0203.ai

0.50000

00 : 00VEL

SET SFT INC

m/s

F0208.ai

00 : 00FNL

SET SFT INCNormal

*Flownoisestatusandstatuslabel are displayed.

2 lineF0204.ai

0.500050.0

m/s

%

00 : 00VEL

SET SFT INC

FLP

F0209.ai

00 : 00FNL

SET SFT INC

NormalLong tag 123456789ABCDEFGabcdefg

LTG

*Indicate32charactersoftheLong Tag.

3 line F0205.ai

0.5000050.0

12.00

m/s%

mA

00 : 00VEL

FLPAO1

SET SFT INC

F0210.ai

00 : 00FNL

SET SFT INC

NormalLong tag 1234567...TAG12345

LTGTAG

*Indicate32charactersoftheLongTaginthefirstline.

* Indicate 16 characters in the firsthalfof32charactersoftheLong Tag in the second and third lines.

4 lineF0206.ai

0.5000050.0

12.000

m/s

%

mANormal

00 : 00VEL

AO1FNL

SET SFT INC

FLP

F0211.ai

00 : 00FNL

SET SFT INC

NormalLong tag 1234567...TAG12345

LTGTAG

* Indicate 16 characters in the firsthalfof32charactersoftheLong Tag only

(4) Date Display Formant SettingDisplayMenuPath:Devicesetup►Detailedsetup►Displayset►Optionalconfig► Format date

Thedatedisplayformatcanbespecifiedbelow.Setting item Contents

MM/DD/YYYY Displaysthedatein"month/day/year".DD/MM/YYYY Displaysthedatein"day/month/year".YYYY/MM/DD Displaysthedatein"year/month/day".

The date needs to be set every time when the poweristurnedon.In case the date is not set:• HARTcommunication:Datecountingstartsfrom1900/01/0100:00:00,accordingtoHARTspecification.


IM 01E22A02-02EN

(5) Inverse Display SettingDisplayMenuPath:Devicesetup►Detailedsetup►Displayset►Optionalconfig►Inversion

Availabletochangefromnormaldiplaytowhite/black reverse display.

Setting item ContentsNormal Characters in the display is Black.Inverse Outlinecharacters

2.3 Display Mode and Setting Mode

ThedevicerunsintheDisplayModewhenthepoweristurnedon.Forcheckorchangeofparameters,theSettingModemustbeactivated.ThefollowingprocesureexplainshowtochangetotheSettingMode.ForthefunctionofIRswitches,readSubsection2.2.1.

[Procedure]1) Turnonthepowerandwaitforseveralseconds

to move to display mode.

F0212.ai

0.00000m/s0.00000l/min

00 : 00PRV

VEL

FLBSET SFT INC

2) Keeptouching[SET]switchfortwoseconds.ThescreenmovestothemenuofOperationLevel.

F0213.ai

Operation level Maintenance Specialist Exit

▲

▼

00 : 00

SET SFT INC

3) Select an appropreate operation level by movingthecursorwith[INC]or[DEC]switch. Passcodeisnotnecessaryfor“Operator”.For“Maintenance”and“Specialist”,passcodeisnecessaryforeach. Forpasscodesetting,[SFT]isforpositionchange,and[INC]isfornumber,thentwice[SET]isforentrycompletion. Thedefaultpasscodeatthefactoryshipmentissetto“0000”.

F0214.ai

Pass code **** 0000 0000 9999

00 : 00

SET SFT INC

4) WhentheOperationLevelisdetermined,thescreenmovesto“Devicesetup”astheSettingModewhereparameterscanbeconfigured.

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

[PasscodeConfirmationandChange]Theconfirmationandchangeofthepasscodeareallowedonlybyparametersettingfromthedisplayunit.DisplayMenuPath:Devicesetup►Detailedsetup►Accesscfg►ChgmainteDevicesetup►Detailedsetup►Accesscfg►Chgspecial

(1) Passcodefor“Maintenance”operationlevel To change the passcode (Maintenance code), “Maintenance”or“Specialist”astheoperationallevelisrequired.

(2) Passcodefor“Specialist”operationlevel To change the passcode (Specialist code), “Maintenance”or“Specialist”astheoperationallevelisrequired.

IMPORTANTDisplayMenuPath:Devicesetup►Wizard

WhenparametersarechangedintheWizardofEasysetup,“Settingdownload”inthemenuofeachparametermustbeexecutedafterparameterischanged.Withouttheexecution,anyparameterchanged is not stored into the device.

NOTEIf10minutespastwithoutoperationintheSettingMode, the screen goes back to the Display Mode.

Parameter form

Therearethreetypesofparameterformbelow.Type Example of display Contents

Select type

F0215.ai

Unit m3

l(liter) cm3▲

▼

00 : 00

SET SFT INC

Selecttheadequatedatafromamongalternativeswhich are detemined in advance.

Numerictype

F0216.ai

Span +7200.00 +2200.00 +0.00001 +999999

00 : 00

SET SFT INC

Specifythedatawithacombinationofnumberandadecimal point into each digit.

Alphanumerictype

F0217.ai

Tag No FT-1234 FT-1234

00 : 00

SET SFT INC

Configurethedatawithacombinationofalphanumericcharacters. (Tag No., Special unit,etc…)

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


IM 01E22A02-02EN

2.4 Parameter Setting from Display Panel

Thissectionexplainshowtospecifytheparametersfromdisplaypanel.Select“Specialist”attheOperationLevelreferringtoSection2.3.AndselecttheparameterstobespecifiedintheSettingMode.

NOTEForthedevicewiththeorderinginformationspecifiedatordering,thespecifiedparameters(flowspanandunit,tagnumber,etc.)arestoredinthedeviceatthefactoryshipment.Withouttheorderinginformationspecified,parametersettingneedstobedonebyuser.

2.4.1 Setting example of Select type Data: Flow rate unit

ThefollowingistheprocedureofchangingtheflowrateunitasSelecttypeparameter.Theflowrateunitneedstobespecifiedwith“Physicalunit”and“Timeunit”individually.Whentheflowrateunitneedstobeset“l/min”,select“l(litter)”atthePhysicalunitand“/min”attheTimeunit.DisplayMenuPath:Devicesetup►Detailedsetup►Provar►Volume►UnitDevicesetup►Detailedsetup►Provar►Volume►TimeUnit

F0218.ai

Volume Damp pls/ttl Unit Time unit

▲

▼

00 : 00

SET SFT INC

SpecifythePhysicalunitforvolumetricflow.Movecursorwith[INC]and[DEC]accordingtothemenupathabove,andselectthe“unit”thenpush[SET].

F0219.ai

Unit m3

l(liter) cm3▲

▼

00 : 00

SET SFT INC

Movecursorwith[INC]and[DEC],andselectthe“l(liter)”thenpush[SET].Astheselectedunitisblinking,push[SET]todetermin.Thescreenreturnstothesettingpage.

F0220.ai

Volume Unit Time unit Span

▼

00 : 00

SET SFT INC

▲

SpecifytheTimeunitforvolumetricflow.Movecursorwith[INC]and[DEC]accordingtothemenupathabove,andselectthe“Timeunit”thenpush[SET].

F0221.ai

Time unit /s /min /h

▼

00 : 00

SET SFT INC

▲

Movecursorwith[INC]and[DEC],andselectthe“/min”thenpush[SET].Astheselectedunitisblinking,push[SET]todetermin.Thescreenreturnstothesettingpageafterthesetting.

F0222.ai

0.00000m/s0.00000l/min

00 : 00PRV

VEL

FLBSET SFT INC

Aftercompletingtheparametersetting,push[ESC]thenthescreenreturnstotheDisplayMode.

NOTEBesuretosettheFlowrateunitinthebeginningwhentheFlowrateunitandFlowspanvaluearechanged at the same time.Whentheunitischanged,thevalueofflowratespanisconvertedtorelatedvaluesautomaticallyaccordingtotheunitchange.

2.4.2 Setting example of Numeric type Data: Flow rate span

ThefollowingistheprocedureofchangingtheFlowratespanasNumerictypeparameter.DisplayMenuPath:Devicesetup►Detailedsetup►Provar►Volume►Span

NOTEBesuretosettheFlowrateunitinthebeginningwhentheFlowrateunitandFlowspanvaluearechanged at the same time.Whentheunitischanged,thevalueofflowratespanisconvertedtorelatedvaluesautomaticallyaccordingtotheunitchange.

F0223.ai

Volume Time unit /h Span +7200.00 Setting download

00 : 00

SET SFT INC

▲

▼

SpecifytheFlowratespanunit.Movecursorwith[INC]and[DEC]accordingtothemenupathabove,andselectthe“Span”thenpush[SET].

F0224.ai

Span +7200.00 +2200.00 +0.00001 +999999

00 : 00

SET SFT INC

Theswitch'sfunctionalityofsettingtheFlowrate span is as below: Plus/minusandmumericchange:[INC]Movement on digits: [SFT]Determinationofparameter:[SET]L:MinimumvalueU:MaximumvaluePush[SET]todecidewhilethevalueofFlowratespanisblinking.Thescreenreturnstothesettingpageafterthesetting.


IM 01E22A02-02EN

2.4.3 Setting Example of Alphanumeric type Data: Tag No.

ThefollowingistheprocedureofchangingtheTagNo.asAlphanumerictypeparameter.DisplayMenuPath:Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►TagNo.

F0225.ai

Device info Date/Time Order info Ver/Num info

00 : 00

SET SFT INC

▲

▼

►

►

►

SpecifytheTagNo..Movecursorwith[INC]and[DEC]accordingtothemenupathabove,andselectthe“Orderinfo”thenpush[SET].

F0226.ai

Tag No FT-1234 FT-1234

00 : 00

SET SFT INC

ForTagNo.,upto8characterscanbeenteredfromdisplaypanel. Theswitch'sfunctionalityofsettingtheFlowrate span is as below: Plus/minusandmumericchange:[INC]Movement on digits: [SFT]Determinationofparameter:[SET]Available characters: ASCII charactersPush[SET]todecidewhilethevalueofTagNo.isblinking.Thescreenreturnstothesettingpageafterthesetting.

2.5 microSD Card Insertion/Removal

For the device with optional code MC, by setting the dedicated microSD card into the slot on the display unit,theparametersettingcanbestoredintoit.Thestored data can be restored to the device. For the detailedfunction,readChapter4.

WARNING

UseonlymicroSDcardssoldbyYOKOGAWA.Operationcannotbeguaranteedwhenothercardsareused.

(1) microSD Card InsertionCarefullyinsertthededicatedmicroSDcardintotheslotonthedisplayunituntiltheslotholdsthecard.(seeFigure2.5).

22.000mA0.0%

0.00000m/s

00 : 00VEL

FLP

AO1SET SFT INC

F0227.ai

microSD card

Figure 2.5 microSD Card Insertion

(2) microSD Card RemovalThemicroSDisremovedfromtheslotbypushingit.TopreventfromlosingthemicroSDcard,becarefulto handle the card.

IMPORTANTIfthemicroSDcardisremovedwithoutexecutionof“Unmount”onparametersetting,itmayresultinthecorruptionofstoreddataandtheabnormaloperationofdevice.

DisplayMenuPath:Devicesetup►microSD►Unmount

<3.OperationwithHARTConfigurationTool> 15

IM 01E22A02-02EN

3. OperationwithHARTConfigurationTool

ThischapterdescribestheconnectionofthisinstrumentandHARTconfigurationtool(FieldMate(VersatileDeviceManagementWizard)),andtheoperationusingHARTconfigurationtool.Readtheuser’smanualofFieldMate(IM01R01A01-01E)fordetailsabouttheFieldMate.

NOTE• FormoredetailsregardingtheoperationsoftheHARTconfigurationtool,readthemanualofHARTconfigurationtool.

• WhenusingFieldMate,besurethattherevision is R3.02.00 or later.

NOTEPerametersonHARTconfigurationtoolaredisplayedinEnglishonly.EvenifanylanguageotherthanEnglishisselectedas“displaylanguage”fromdisplaypanel,parametersaredisplayedinEnglishonHARTconfigurationtool.

3.1 Connecting the HART ConfigurationTool

TheHARTconfigurationtoolcaninterfacewiththisdevicefromthecontrolroom,thisdevicesite,or any other wiring termination point in the loop, providedthereisaminimumloadresistanceof230Ωbetweentheconnectionandthereceivinginstrument.Tocommunicate,itmustbeconnectedin parallel with this device, and the connections mustbenon-polarized.SeeFigure3.1.

F0301.ai

Iout+Iout-

USBFieldMate

Modem

USB

PC/FieldMate

Control Room

Magnetic FlowmeterTerminal Box Load

Resistance230 to 600 Ω

Relaying Terminals

4 to 20 mA DCSignal Transmission Line Terminal

Board Distributor

Figure3.1 ConnectingtheHARTConfigurationTool

IMPORTANTCommunicationsignalissuperimposedonanalogoutputsignal.Itisrecommendedtosetalow-passfilter(approximately0.1s)tothereceiverinordertoreducetheoutputeffectfromcommunicationsignal.Beforeonline-communication,confirmthatcommunicationsignaldoesnotgiveeffectontheuppersystem.

3.2 HARTConfigurationTooland Device Revision

IMPORTANTProtocolrevisionsupportedbyHARTconfigurationtoolmustbethesameprotocolrevisionorlaterthanthatofthedevice.Ifitisnot,communicationerroroccurs.

3.2.1 Device Description (DD) and Device Revision

BeforeusingtheHARTconfigurationtool,confirmthattheDD(DeviceDescription)ofthisdeviceisinstalledintheconfigurationtool. IfcorrectDDisnotinstalledtotheconfigurationtool,installacorrectDDfromtheHARTofficialsite,otherwise,contacttherespectivevendorsoftheconfigurationtoolforitsupgradeinformation.Thedevicerevisionisasfollows.DD Revision 1 or laterDevice Type AXG4A(0x371A)Device Revision 1

• ConfirmationofDDrevision(a) Turnonthepoweroftheconfigurationtool

underthestandalonecondition.(b) Confirmthedevicerevisionfromtheinstalled

DDfilenameaccordingtotheprocedureprovidedfortheconfigurationtool.

DDfilenameisfourdigits,uppertwodigitsaredevice revision and lower two digits are DD revision.

NOTEDevicerevisionofDDfileisgiveninhexadecimal.


IM 01E22A02-02EN

• ConfirmationofDevicerevisionConnecttheconfiguratortothisdeviceandconfirmtherevisionbythefollowingparameter.HARTCommunicationMenuPath:Devicerootmenu►Detailedsetup►Deviceinformation►HARTsetup►Flddevrev

3.2.2 Device Type Manager (DTM) and Device Revision

WhenconfiguretheparametersusingFieldMate,usetheDTM(DeviceTypeManager)readingthefollowingtable.DTM Name AXGHART7DTMDTM Revision 5.6.4.0 or later *Device Type AXG4A(0x371A)Device Revision 1

*: TheDTMisincludedinYokogawaDTMLibraryHART6.5or later.

NOTETheDTMrevisioncanbeconfirmedby“DTMsetup”.DeviceFilesisaMediaincludedinFieldMate.TheuserregistrationsiteprovidesDeviceFileswiththelatestupdateprograms.(URL:https://voc.yokogawa.co.jp/PMK/) Incaseupdate,followingoperationby“DTMsetup”isrequired.

• Update DTM catalog• Assign corresponding DTM to the device.Fordetails,readtheuser’smanualofFieldMate.

3.3 Basic SetupIfthededicatedparametersarespecifiedatthetimeofordering,thisinstrumentisshippedwiththetagnumberordeviceinformationconfigured.Thetagnumberanddeviceinformationcanbecheckedasfollows.

• Menu path of the tag number and device information

Item HART Communication Menu Path

Tag,Long tag

Devicerootmenu►Detailedsetup►Deviceinformation►Orderinformation►Tag,Longtag

Descriptor,Message,Date

Devicerootmenu►Detailedsetup►Deviceinformation►HARTsetup►Descriptor,Message,Date

• Change of the tag number and device information

Entertheinformationwithinthefollowinglimitnumberofcharacters.

Item Limit number of charactersTag Upto8charactersornumbers*1

Long Tag Upto32charactersornumbers*2

Descriptor Upto16charactersornumbers*1

Message Upto32charactersornumbers*1

Date

mm/dd/yyyy(DD)yyyy/mm/dd(DTM)- mm: month (2 digits)- dd: days (2 digits)- yyyy: years (4 digits)

*1: Symbols,charactersandnumbersenclosedbyathicklineinthefollowingtableareavailable.

*2: Allsymbols,charactersandnumbersinthefollowingtableare available.

SP ! " # $ % & ' ( ) * + , - . /

0 1 2 3 4 5 6 7 8 9 : ; < = > ?

@ A B C D E F G H I J K L M N O

P Q R S T U V W X Y Z [ \ ] ^ _

` a b c d e f g h i j k l m n o

p q r s t u v w x y z { | } ~

*: "SP" means a space.

3.4 ParametersConfigurationTheparameterstructureoftheHARTconfigurationtool is hierarchical.Formenutreeandparameterindetails,readChapter 4 and Chapter 5.NotethatsomedisplayparametersaredifferentfromthoseofHARTconfigurationtools.

CAUTIONNotethatparametersettingbythedisplayunitisnotavailableinthemiddleofcommunicatingwithHARTconfigurationtool.


IM 01E22A02-02EN

HART Communication Menu Path:Uploadvariables►(seebelow)Tag Total2failopts Basic model code Watchdogresetexecuted

Long tag Total2 options Suffixconfig1 Voltageconditionsoutofrange

Descriptor Total2Start/Stop Suffixconfig2 Environmentalconditionsoutofrange

Message Total2presetvalue Option 1 Electronicfailure

Date Total2 set point Option 2 DeviceConfigurationLocked

Finalasmblynum Total3unit Option 3 StatusSimulationActive

Distributor Total3convfactor Option 4 DiscreteVariablesSimulationActive

Model Total3lowcut Remote sensor basic model code EventNotificationOverflow

Dev id Total3failopts Remotesensorsuffixconfig1 Secondary Analog Channel Saturated

Poll addr Total3 options Remotesensorsuffixconfig2 Tertiary Analog Channel Saturated

PV is Total3Start/Stop Remote sensor option 1 QuaternaryAnalogChannelSaturated

SV is Total3presetvalue Remote sensor option 2 QuinaryAnalogChannelSaturated

TV is Total3 set point Remote sensor option 3 Subdevicelistchanged

QVis Pulse1outputmode Remote sensor option 4 Duplicatemasterdetected

Alarm record mask 1 Frequency1at100%Fielddevicehasmalfunctionedduetoahardwareerrororfailure

Secondary Analog Channel Fixed

Alarm record mask 2 Statusoutput1function 10:MainboardCPUfailure Tertiary Analog Channel Fixed

Alarm record mask 3 Loopcurrentmode 11:Reversecalculationfailure QuaternaryAnalogChannelFixed

Alarmoutmask1 AO1lowcut*1 12:MainboardEEPROMfailure QuinaryAnalogChannelFixed

Alarmoutmask2 AO1 high limit 13:Main board EEPROM default

67:Pulseoutput1configurationerror

Alarmoutmask3 AO1 low limit 14:Sensorboardfailure 68:Pulseoutput2configurationerror

Alarmoutmask4 AO1alarmout 15:Sensorcommunicationerror 69:Nominalsizeconfigurationerror

Low alarm*1 AO1 range mode 16:A/D1failure[Signal] 70:Adhesionconfigurationerror

Low low alarm*1 Forward span 2*1 17:A/D2failure[Exciter] 71:Flownoiseconfigurationerror

*1: ThisparametercannotbedisplayedwithFDT2.0DTM.PossiblewithHARTbuilt-inDTM.

3.5 Data Renewing and Upload / Download Function

(1) Data RenewingThedataisautomaticallyupdatedat0.5to2second cycles.

(2) Upload / Download FunctionTheuploadfunctionisusedforcopyingtheparametersoftheinstrumenttoaHARTconfigurationtool.ThedownloadfunctionisusedforsettingthecopiedparametersintheHARTconfigurationtoolintootherinstrument.Theapplicableparametersarethefollowingsincludedin"Upload variables".


IM 01E22A02-02EN

Highalarm*1 Reverse_span1*1 18:Coil open 80:Analogoutput1saturated

Highhighalarm*1 Autorangehyst 19:Coil short 81:Analogoutput2saturated

Hi/Loalarmhysteresis Bi direction hyst 20:Exciterfailure 82:Pulseoutput1saturated

PVflowselect Flow direction 21:PWM1stop 83:Pulseoutput2saturated

Velocity check Display select1 22:PWM2stop 84:Analoginputsaturated

Velocityunit Display select2 23:Option board mismatch 85:Cable misconnect

Velocity span Display select3 24:Option board EEPROM failure 86:Coilinsulationwarning

VelocitydampingAO/frequency Display select4 25:OptionboardA/Dfailure 131:Transmitter type mismatch

Velocitydampingpulse/total Display select5 26:OptionboardSPIfailure 87:Adhesion over level 3

Timeunit Display select6 27:Parameter restore incomplete 88:Lowconductivitywarning

Volumeflowunit Display select7 28:Indicatorboardfailure 89:Insulationdetection

Volumeflowspan Display select8 29:Indicator board EEPROM failure 90:Flow noise over level 3

VolumeflowdampingAO/frequency Trend select 1 30:LCDdriverfailure 91:Flow noise over level 4

Volumeflowdampingpulse/total Trend select 2 31:Indicator board mismatch 92:Autozerowarning

Massflowunit Trend select 3 32:Indicatorcommunicationerror 93:Verificationwarning

Massflowspan Trend select 4 33:microSDfailure 94:Factory noise warning

MassflowdampingAO/frequency DisplayformatPV 50:Signaloverflow 95:Simulationactive

Massflowdampingpulse/total Displayformattotal1 51:Empty pipe detection 96:Analogoutput1fixed

Densityunit Displayformattotal2 52:H/LorHH/LLalarm 97:Analogoutput2fixed

Densityfixedvalue Displayformattotal3 53:Adhesion over level 4 98:Pulseoutput1fixed

Nominalsizeunit Display contrast 60:Spanconfigurationerror 99:Pulseoutput2fixed

Nominal size Display line 62:Analogoutput14-20mAlimit error 100:Analoginputfixed

User span select AO1 Display period 63:Analogoutput24-20mAlimit error 101:Parameterrestorerunning

UserunitAO1 Display NE107 64:Analogoutput1multirangeerror 102:Display over warning

User span AO1 Display alarm 65:H/LHH/LLconfigurationerror 103:microSD size warning

Total1unit Display scroll 66:Densityconfigurationerror 104:Parameterbackupincomplete

Total1convfactor Display damping Maintenancerequired 105:microSD card mismatch

Total1lowcut*1 Displayformatedate Device variable alert 106:microSD card removal procedureerror

Total1failopts Display inversion CriticalPowerFailure 120:Watchdog

Total1 options Language Failure 121:Poweroff

Total1Start/Stop Displaymeasuremode OutofSpecification 122:Instantpowerfailure

Total1presetvalue Display installation FunctionCheck 123:Parameterbackuprunning

Total1 set point Diagnosticoutput SimulationActive 124:Dataloggingrunning

Total2unit VF mode Non-VolatileMemoryfailure 130:Device ID not entered

Total2convfactor VF No Volatile Memory error

Total2lowcut Electrode size 72:Data logging not started

*1: ThisparametercannotbedisplayedwithFDT2.0DTM.PossiblewithHARTbuilt-inDTM.

HART Communication Menu Path:Uploadvariables►(seebelow)


IM 01E22A02-02EN

3.6 SpecificFunctionsofHARTConfigurationTool

3.6.1 Burst Mode(1) Applicable Parameter of Burst ModeWhentheBurstModeisenabled,theinstrumentcontinuouslysendsuptothreedataviaHARTcommunication.Alsoitispossibletosendalarmsignalcontinuouslywhenchangeinparametersettingorselfdiagnosisisdetected.

NOTEWhenchangingthesettingofBurstMode,set“Off”totheBurstmode.Defaultsettingis“Off”.

Command Parameter Burst Command Burst Message Trigger Mode Burst Trigger Source Burst Trigger Units

PV Cmd1: PV

Continuous --- ---Window

PV Depend on the assigned variable to PV

RisingFallingOn-change

LoopCurrentandPercentRange Cmd2:%range/current


%range %RisingFallingOn-change

PV,SV,TV,QV Cmd3:Dynvars/current


PV Depend on the assigned variable to PV


Device Variable with status

Cmd9:Devicevarsw/status


Process variable assigned tothetopofBurstDeviceVariables

Depend on the assigned variabletoBurstDeviceVariables


Device Variable Cmd33: Device variables


Process variable assigned tothetopofBurstDeviceVariables

Depend on the assigned variabletoBurstDeviceVariables


AdditionalDeviceStatus Cmd48: Read Additional DeviceStatus

Continuous --- ---On-change Allstatus ---


IM 01E22A02-02EN

(2) Burst Mode SettingTheBurstModecanbespecifiedintheEasyBurstModeortheDetailedBurstMode.

• Setting of Easy Burst ModeTheEasyBurstModecansendoneBurstCommandcontinuously.TheEasyBurstModecanbeconfiguredwiththefollowingparameter.

HART Communication Menu Path:Devicerootmenu►Detailedsetup►Deviceinformation►HARTsetup►Burstsetup►Easyburstsetup►(seebelow)setEasyBurst SpecifyEasyBurstMode.

(BM0:BurstMessage0)

NOTEWhentheEasyBurstModeisused,theEventNotificationcannotbeused.

• Setting of Detailed Burst ModeTheDetailedBurstModecansenduptothreeBurstCommandscontinuouslyundervariousconditions.TheDetailedBurstModecanbeconfiguredwiththefollowingparameter.

HART Communication Menu Path:Devicerootmenu►Detailedsetup►Deviceinformation►HARTsetup►Burstsetup►Detailedburstsetup►(seebelow)BM1Setting►setDetailedBurst

SpecifyDetailedBurstMode.(BM1:BurstMessage1)

BM2Setting►setDetailedBurst


BM3Setting►setDetailedBurst


Inaccordancewiththemethod,specifythefollowings.• BurstCommand• UpdatePeriod/MaxUpdatePeriod• BurstMessageTriggerMode

(3) Burst Command SettingSelectthetransmissiondatafromtheBurstCommand.

Burst Command Command ParameterCmd1:PV PVCmd2:%range/current LoopCurrentandPercentRange

Cmd3:Dynvars/current PV,SV,TV,QV

Cmd9: Device vars w/status DeviceVariablewithstatus

Cmd33:Device Variables Device Variable

Cmd48:Read Additional Device Status

AdditionalDeviceStatus

(4) Burst Device Variables SettingWhen"Cmd9:Devicevarsw/status"or"Cmd33:DeviceVariables"isselectedasBurstCommand,itisrequiredtospecifytheBurstDeviceVariableswhichuptoeightvaluescanbespecifiedfor.Dev VarCode

Burst Device Variables

Dev VarCode

Burst Device Variables

0 Velocity 4 Totalizer 21 Volumeflow 5 Totalizer 32 Massflow 6 Flow noise3 Totalizer1 7 Calorificvalue

(5) Update Period/Max Update Period Setting

SpecifytheUpdatePeriod/MaxUpdatePeriodwhichistheupdateperiodofBurstMessageTrigger Mode. TheBurstTriggerSourceischeckedwithaperiodofUpdatePeriod,andifitfulfillstheconditionofBurstMessageTriggerMode,thedataisupdated.WhenitdoesnotfulfilltheconditionoftheTriggerModewithaperiodofUpdatePeriodandreachestheMaxUpdatePeriod,thedataisupdatedforcibly.

TheUpdatePeriod/MaxUpdatePeriodneedstobeselectedfromthefollowings.

Update Period/Max Update Period0.5 s 8 s1 s 16 s2 s 32 s4 s 60sto3600s(anyvalue)

NOTETotheUpdatePeriod,specifyavaluesmallerthanthe Max Update Period.


IM 01E22A02-02EN

(6) Burst Message Trigger Mode SettingSpecifyBurstMessageTriggerMode.When"Window","Rising"or"Falling"isselected,itisneededtospecifytheBurstTriggerLevel.

Burst Message Trigger Mode Description

Continuous BurstMessageistransmittedcontinuously.

WindowThetriggervaluemustbeapositivenumberandisthesymmetricwindowaroundthelastcommunicatedvalue.

RisingTheBurstMessagemustbetransmittedwhenthesourcevalueexceedsthethresholdestablishedbythetriggervalue.

FallingTheBurstMessagemustbetransmittedwhenthesourcevaluefallbelowthethresholdestablishedbythetriggervalue.

On-changeTheBurstMessagemustbetransmittedwhenthesourcevalueonchangeestablishedbythetriggervalue.

3.6.2 EventNotificationItispossibletosendalarmsignalcontinuouslywhenchangeinconfigurationorselfdiagnosisisdetectedasEvent.UptofiveEventoccurredcanbestoredasHistory.WhenEventNotificationisused,itisneededtospecifyDetailedBurstMessageandtoenableBurstMessage.

NOTENatethattheEventwhichisstoredasHistoryisdeletedwhenthepoweristurnedoff.

(1)EventNotificationSettingTheEventNotificationcanbeconfiguredwiththefollowingparameter.

HART Communication Menu Path:Devicerootmenu►Detailedsetup►Deviceinformation►HARTsetup►Eventsetup►(seebelow)set Event SpecifyEventNotification.*1

stop Event SpecifystoppingEventNotification.

*1: Fromthetablebelow,selectconfigurationoftheEventNotification.

Event Mask SpecifydevicestatustodetectEvent.(Event Mask)(Cmd48:ReadAdditionalDeviceStatus)

EventNotificationRetryTime

SpecifyperiodofEventNotificationwhenEventisoccurring.

Max Update Time SpecifyperiodofEventNotificationwhenEventdoesnotbeoccurring.

EventDebounceInterval

SpecifyminimumtimethatEventiscontinuing.

(2) Event AcknowledgmentIfaEventisoccurring,itisrequiredtoacknowledgeit.AcknowledgmentofEventcanbeconfiguredwiththefollowingparameter.

HART Communication Menu Path:Devicerootmenu►Detailedsetup►Deviceinformation►HARTsetup►Eventsetup►(seebelow)acknowledge Event SpecifyacknowledgmentofEvent.

NOTEAcknowledgment can be done only to the Event whichoccursfirstly.WhenmultipleEventsoccur,itisrequiredtoacknowledgeallofthem.

(3)EventNotificationFlowWhentheEventNotificationisenabled,astatuschangecausedbytheself-diagnosisoftheinstrumentwillalarmEvent1.Event1iscontinuouslytransmittedattheRetryTimeintervaluntilEvent1isacknowledged. IftheotherstatuschangeoccurredbeforeEvent1 acknowledgment, Event2 is kept internal andEvent1iscontinuouslytransmitteduntilEvent1acknowledgment.WhenEvent1wasacknowledged, Event1 disappears and Event2 is continuouslytransmitteduntiltheacknowledgment.WhenEvent2wasacknowledged,allEventswereacknowledgedandEventiscontinuouslytransmittedataintervaloftheMaxUpdateTime.


IM 01E22A02-02EN

3.6.3 Multidrop ModeWhenthemultidropmodepossibletoconnectmultipledevicesisused,thisinstrumentcanconnectupto63devicesonasinglecommunicationtransmissionline.Toactivatethemultidropmode,anumberfrom1to63mustbeassignedtothepollingaddress.Whenthemultidropmode is activated, it is also needed to change asettingofthe4to20mAanalogoutputsignalbecauseallthedataistransmittedindigitalone.Themultidropmodecanbeconfiguredbythefollowingprocedures.

(1) Polling Address SettingAssignanumberfrom1to63tothepollingaddress.

HART Communication Menu Path:Devicerootmenu►Detailedsetup►Deviceinformation►HARTsetup►(seebelow)Poll addr Specifypollingaddress.

NOTEWhenthesamepollingaddressissetfortwoormoredevicesinthemultidropmode,communicationwiththesedevicesisdisabled.

(2) Analog Output SettingUsually,fixananalogoutputsignalofmultidropmode to 4 mA. In this case, however, it is impossibletouseaburnoutoutput.Inthecaseoftheapplicationwhichreceivesandoperatesananalogoutputsignal,onevariableanalogoutputsignalcanbeusedforoneloop.Theanalogoutputofmultidropmodecanbeconfiguredwiththefollowingparameter.

HART Communication Menu Path:Devicerootmenu►Detailedsetup►Deviceinformation►HARTsetup►(seebelow)Loopcurrentmode Specifyanalogoutput.*1

*1: Fromthetablebelow,selectananalogoutputofmultidropmode.

Disabled Specifyanalogoutputto4mA(fixed).

Enabled Specifyanalogoutputto4to20mA(variable).

NOTETheanalogoutputsignalwhichisfixedbymultidropmodeisappliedonlytotheoutputofI/O1 terminal.

(3) Enabling Multidrop ModeConfigurethesettingsofpollingforareceivinginstrumentreferringtotheuser’smanualofeachHARTconfigurationtool.

(4) Communication in Multidrop Mode• WhenadeviceandaHARTconfigurationtoolstarttheconnection,thetoolsearchesforthedevicesetinthemultidropmode,thepollingaddress and the tag will be displayed.

• Afterthedesireddeviceisselected,normalcommunicationwiththeselecteddeviceispossible.Howeverthecommunicationspeedwill be slow.

(5) Release of Multidrop ModeToreleasethemultidropmode,theparameterneedstobeconfiguredasbelow.• Specifythepolingaddressof(1)to“0”.• Specifytheanalogoutputof(2)to"Enabled".

<4. Functions> 23

IM 01E22A02-02EN

4. FunctionsThischapterdescribeseachfunctionoftheinstrument.Thefollowingspresentanoverviewofeachfunction.

• Basic settingsThisinstrumentcanmeasuretheprocessvaluesoftheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoisesimultaneously.Inaddition,thedampingtimeconstantforeachprocessvaluecanbespecified.Fordetailsabouthowtocheckthemeasurementresultandthesettingprocedure,readSection4.1.

• Totalization functionThisinstrumenthasthreetotalizersfortheprocessvalues.Inadditiontothedisplaywiththetotalizedvalue,thetotalizerfunctionisprovidedtoscalethetotalizedvaluewiththeconversionfactorandcountaspecificflowrate.Also,ithasatotalizationswitchfunctionthatcomparesthespecifiedtargetvaluewiththetotalizedvaluetooutputtheresultwiththestatusoutput,andatotalizationpresetfunctionthatspecifiesthepresetvalue.Fordetailsaboutthetotalizationfunctionandsettingprocedure,readSection4.2.

• Pulse output, frequency output, and status output

Themeasurementresultcanbeoutputwithoneofthepulseoutput,frequencyoutput,orstatusoutput.Whenthepulseoutputisused,thepulsewidthorpulseratecanbeselected.Whenthefrequencyoutputisused,anoutputat0%or100%forthespanoftheprocessvaluecanbespecified.Whenthestatusoutputisused,thedevicestatuscanbeoutputwiththestatusoutput.Bothpulseoutputandfrequencyoutputcanbesettheirlowcutvalueeach.Fordetailsabouteachoutputandthesettingprocedure,readSection4.3.

• Status inputThestatusinputterminalisprovidedtousethetotalizerpresetfunctionorthezero-adjustmentfunctiondependingonanexternalstatusinput.Fordetailsaboutthesettingprocedure,readSection 4.4.

• Current output and current inputUptotwocurrentoutputsareavailable.Thesearethehigh/lowlimitfunction,forward/reverseflowratefunction(reverseflowrate:4to12mA,forwardflowrate:12to20mA),alarmoutputfunction,lowcutfunction,andotherfunctions.Thecurrentinputisusefulforinputtingthefluidtemperatureviaexternaltemperaturetransmitters.Fordetailsaboutthecurrentoutputandcurrentinputsettingprocedures,readSection4.5.

• Multi range functionThisfunctionperformstomakemeasurementswhileswitchingmultipleranges.Itispossibletoswitchtherangedependingontheflowrate,flowratedirection,orstatusinput.Fordetailsaboutthemultirangefunction,readSection 4.6.

• Auxiliary calculation functionThisfunctionperformstocalculatethetemperaturecorrectionforthedensityorthecaloriebyinputtingthetemperaturefromanexternalinstrumentwiththecurrentinput.Theaccuracyformassflowmeasurementgoesupbysettingthetemperaturecorrectionfordensity.Fordetailsabouttheauxiliarycalculationfunction,read Section 4.7.

• AlarmAdetectederrorcanbenotifiedasanalarmorwarning.ThisfunctionshowsitsstatusbasedonNAMURNE107tosuitparametersettings.Itisalsotorecordthepreviouslydetectedalarmsasahistoryandmaskunnecessaryalarmstodisappearthemfromthedisplay.Fordetailsaboutthealarmcontentsandthesettingprocedure,readSection4.8.

• DisplayThisdisplaysupportsmultiplelanguagestoselectthelanguagetobeusedonthedisplay.Also,thisfunctionshowsatimechangeoftheselectedparameter as a trend graph on the display.Fordetailsaboutthedisplaysettings,readSection4.9.

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NOTEThedefaultsettingofthelanguageisEnglishuponshipmentfromthemanufacturingplant.ChangethelanguagebyreferringtoSubsection2.2.2orSubsection4.9.1ifnecessary.Thisuser’smanualshowsEnglishatthemenupassofthedisplay.

• Device informationThisfunctionistochecktheparametersspecifiedatthetimeofordering,modelcode,andsuffixcodeofthisinstrumentonthedisplay.Fordetailsabouthowtocheckdeviceinformation,read Section 4.10.

• Diagnostic functionTherearemanykindsofdiagnosticfunctions,anditispossibletodiagnosefailureoftheinstrumentorprocessstatus.Forexample,thisfunctionisusefultodiagnosethehealthoftheinstrumentusingtheelectrodeadhesiondetectingfunction,sensoremptycheckfunction,ortheverificationfunction.Fordetailsaboutvariousdiagnosticfunctions,readSection 4.11.

• Test modeThismodeisarbitrarilytospecifytheprocessvalueorthevaluetobeoutputfromaconnectionterminalandtestaresponsefromthedevice.Fordetailsaboutthetestmode,readSection4.12.

• Backup, restore, and duplicate functions

Thebackupfunctioncanbestorethesettingparametersintothebuilt-inmemoryinthedisplay.IftheoptionalcodeMCisselected,thesettingparametersarestoredinthemicroSDcardsuppliedwiththisinstrumentinadditiontothebuilt-inmemory in the display.Thebackupdatacanbeusedtorestoresettingsintheinstrumentinwhichtheywerebackedup,orduplicatesettingstoanotherinstrument.Fordetailsaboutthebackup,restore,andduplicatefunctions,readSection4.13.

• Software write protection functionThesoftwarewriteprotectionfunctionfordisablingaparameterchangeisprovidedseparatelyfromthehardware write protection.Fordetailsaboutthesoftwarewriteprotectionfunction,readChapter4.14.

4.1 Basic Settings

4.1.1 OverviewThisinstrumentcansimultaneouslymeasuretheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoise.Themeasurementresultcanbeoutputasthecurrentoutput,frequencyoutput,pulseoutput,and/orstatusoutput.Thetablebelowshowsthecommunication/input-outputcodes,connectionterminals,andinputandoutputforeachterminal.Communication

and I/O code Connection TerminalHART I/O1 I/O2 I/O3 I/O4JA

Iout1 Active

P/Sout1Passive

- -

JB P/Sout2Passive

Iout2 Active

JC Sin No-voltage

Iout2 Active

JD Sout Passive

P/Sout2 Passive

JE Sin No-voltage

P/Sout2 Passive

JF Sin No-voltage

P/Sout2 Active

(Withresistor)

JG Sin No-voltage

P/Sout2 Active

(Withoutresistor)

JH Iout2 Passive

Iin Active

JJ P/Sout2Passive

Iin Active

JK Sin No-voltage

Iin Active

Iout1:CurrentoutputwithHARTcommunicationIout2:CurrentoutputIin:CurrentinputP/Sout1:PulseoutputorstatusoutputP/Sout2:PulseoutputorstatusoutputSin:StatusinputSout:StatusoutputThepositionofCommunicationandI/Ocode:

Integral Type:AXG--

Remote Transmitter:AXG4A-

NOTETheavailablefunctionsvarydependingontheconnection terminal type selected at the time ofordering.Needtoreadabovetablecarefullybeforeusewhichterminalisapplicabletoallocateeachfunction.

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4.1.2 PV Mapping of Process ValueThisfunctioncanallowsyoutomaptheflowvelocity,volumetricflowrate,massflowrate,andflownoiseastheprimaryvariable(PV).ThePV-mappedprocessvalueisoutputfromtheI/O1terminal.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Provar► PVflowselect►(seebelow)Velocity SetstheflowvelocitytothePrimary

Value.Volume Setsthevolumetricflowratetothe

PrimaryValue.Mass SetsthemassflowratetothePrimary

Value.Diag SetstheflownoisetothePrimaryValue.

HART communication:Devicerootmenu►Detailedsetup► Processvariables►PVflowselect►(seebelow)Velocity SetstheflowvelocitytothePrimary

Value.Volume Setsthevolumetricflowratetothe

PrimaryValue.Mass SetsthemassflowratetothePrimary

Value.Diag SetstheflownoisetothePrimaryValue.

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

Display menu path:Devicesetup►Processvariables►(seebelow)Flowrate(%) Displaystherangeratefortheprocess

valuesettothePrimaryValue.Flow rate Displaystheprocessvaluesettothe

PrimaryValue.Velocity Displaystheflowvelocity.Volume Displaysthevolumetricflowrate.Mass Displaysthemassflowrate.Totalizer► Totalizer 1

Displaysthetotalizedvalueoftotalizer1.

Totalizer► Totalizer 2


Totalizer►Totalizer 3


Calorie Displays the calorie.

DisplayofflownoiseDevicesetup►Diag/Service►Diagnosis► Flownoise►Result►Value

HART communication:Processvariablesrootmenu► Dynamicvariables►(seebelow)PV Displaystheprocessvaluesettothe

PrimaryValue.PV%rnge Displaystherangeratefortheprocess

valuesettothePrimaryValue.

Processvariablesrootmenu► Devicevariables►(seebelow)Velocity Displaystheflowvelocity.Volumeflow Displaysthevolumetricflowrate.Massflow Displaysthemassflowrate.Totalizer1 Displaysthetotalizedvalueoftotalizer1.Totalizer2 Displaysthetotalizedvalueoftotalizer2.Totalizer3 Displaysthetotalizedvalueoftotalizer3.Calorificvalue Displays the calorie.Flow noise Displaystheflownoise.

4.1.4 Engineering Unit SettingTheunitcanbespecifiedfortheflowvelocity,volumetricflowrate,massflowrate,andcalorie.Eachparametercanbespecifiedusingthephysicalunitandtimeunit.For example, when setting "m3/h"asthevolumetricflowrate,specify"m3"(physicalquantity)and"h"(timeunit)individually.However,thetimeunitiscommonlysetregardlessofthekindsoffluid.Thetimeunitoftheflowvelocityisfixedto"/s",andtheunitoftheflownoiseto"cm/s",whichdonotrequiresettingstobemadebytheuser.Thesettingcanbeconfiguredwiththefollowingparameters.

Display menu path:PhysicalunitDevicesetup►Detailedsetup►Provar►(see below)Velocity►Unit Specifythephysicalunitoftheflow

velocity.Volume►Unit Specifythephysicalunitofthevolumetric

flowrate.Mass►Unit Specifythephysicalunitofthemassflow

rate.Calorie►Unit Specifythephysicalunitofthecalorie.

TimeunitDevicesetup►Detailedsetup►Provar►(see below)Volume►Timeunit Specifythetimeunitofthevolumetric

flowrate,massflowrate,orcalorie.Mass►TimeunitCalorie►Timeunit

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HART communication:PhysicalunitDevicerootmenu►Detailedsetup► Processvariables►(seebelow)Velocity► Velocityunit

Specifythephysicalunitoftheflowvelocity.

Volumeflow► Volumeflowunit

Specifythephysicalunitofthevolumetricflowrate.

Massflow► Massflowunit

Specifythephysicalunitofthemassflowrate.

Calorie► Calorificunit

Specifythephysicalunitofthecalorie.

TimeunitDevicerootmenu►Detailedsetup► Processvariables►(seebelow)Volumeflow► Timeunit

Specifythetimeunitofthevolumetricflowrate,massflowrate,orcalorie.

Massflow► TimeunitCalorie►Timeunit

4.1.5 Span SettingThespancanbespecifiedfortheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoise.However,thespanunitconformstothatspecifiedinSubsection4.1.4.Iftheunitischanged,thespanvalueischangedtothecorrespondingvaluesynchronouslywiththechangedunit.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Provar►(see below)Velocity►Span Specifythespanoftheflowvelocity.Volume►Span Specifythespanofthevolumetricflow

rate.Mass►Span Specifythespanofthemassflowrate.Calorie►Span Specifythespanofthecalorie.

Devicesetup►Diag/Service►Diagnosis►(see below)Flownoise►Span Specifythespanoftheflownoise.

HART communication:Devicerootmenu►Detailedsetup► Processvariables► (see below)Velocity► Velocity span

Specifythespanoftheflowvelocity.

Volumeflow► Volumeflowspan

Specifythespanofthevolumetricflowrate.

Massflow► Massflowspan

Specifythespanofthemassflowrate.

Calorie► Calorificflowspan

Specifythespanofthecalorie.

Diagnosticrootmenu►Diagnosis► (see below)Flownoise► Flow noise span

Specifythespanoftheflownoise.

NOTEBesuretonotethefollowingpointswhenspecifyingtheflowratespan.• Foralinewithasignificantflowchange,settheflowratespantothemaximumflowrate.Iftheflowrateexceedstheflowratespan,theflowrateerrorasitspercentageincreases.

• Foralinewiththestableflowrate,settheflowrate span to approximately 1.5 to 2.0 times towardthenormalflowrate.

• Specifytheflowrateforwhichtheflowvelocityisincludedwithintherangefrom0.3to10m/s.TheflowvelocitycanbecheckedusingthesizingdatadescribedinthegeneralspecificationsaslistedinTable1.1.Iftheflowvelocityischeckedusingtheparameter,itdisplaysthevalueobtainedbyconvertingthespecifiedflowratespantotheflowvelocity.

NOTEBesuretosettheflowrateunitinthebeginningwhenthespanvalueanditsflowrateunitarechanged at the same time.

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4.1.6 Damping Time Constant SettingThedampingtimeconstant(63.2%response)canbespecifiedfortheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoise.Whenreducinganoutputfluctuationorchangingtheresponse speed, change the damping time constant (defaultvalueas3.0seconds).Itispossibletomeasurethepulsingflowupto1Hzwiththevalueof0.1secondonthisfunctionincaseofapistonpump,etc...Thisfunctionisapplicabletospecifyeachoutputoftheprocessvalue(currentoutputorfrequencyoutput,andpulseoutputortotalizedvalue).However,thesettingvalueforflownoiseiscommonlyusedthesamevaluefromtheiroutputs.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Currentoutput/FrequencyoutputDevicesetup►Detailedsetup►Provar►(see below)Velocity► DampAO/F

Specifythedampingtimeconstanttowardflowvelocity.

Volume► DampAO/F

Specifythedampingtimeconstantofthevolumetricflowrate.

Mass►DampAO/F Specifythedampingtimeconstantofthemassflowrate.

Calorie► DampAO/F

Specifythedampingtimeconstantofthecalorie.

Pulseoutput/TotalizationDevicesetup►Detailedsetup►Provar►(see below)Velocity► Damppls/ttl

Specifythedampingtimeconstantoftheflowvelocity.

Volume► Damppls/ttl


Mass►Damppls/ttl Specifythedampingtimeconstantofthemassflowrate.

Calorie► Damppls/ttl


• Flow noiseDevicesetup►Diag/Service►Diagnosis►(see below)Flownoise►Damp Specifythedampingtimeconstantofthe

flownoise.

HART communication:Currentoutput/FrequencyoutputDevicerootmenu►Detailedsetup► Processvariables►(seebelow)Velocity► VelocitydampingAO/frequency


Volumeflow► VolumeflowdampingAO/frequency


Massflow► MassflowdampingAO/frequency

Specifythedampingtimeconstantofthemassflowrate.

Calorie► CalorificvaluedampingAO/frequency


Pulseoutput/TotalizationDevicerootmenu►Detailedsetup► Processvariables►(seebelow)Velocity► Velocitydampingpulse/total


Volumeflow► Volumeflowdampingpulse/total


Massflow► Massflowdampingpulse/total

Specifythedampingtimeconstantofthemassflowrate.

Calorie► Calorificvaluedampingpulse/total


Flow noiseDiagnosticrootmenu►Diagnosis►(seebelow)Flownoise► Flow noise damping

Specifythedampingtimeconstantoftheflownoise.

NOTETheoutputfluctuationincreaseswhenthedampingtimeconstantissettolowervalue.Set the damping time constant to 5 seconds or longerforcontrolprocessingapplication.

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4.1.7 Low-cut Function SettingThelow-cutvaluecanbespecifiedforthecurrentoutput,frequencyoutput,pulseoutput,andtotalizer.Thefluctuationoutputattheflowrate“0”canbereducedwhenthisfunctionisused,becausetheoutputofthesetvalueorlessbecomes“0”forcibly.However,theunitoflow-cutvalueconformstothatspecifiedinSubsection4.1.4.Iftheunitischanged,thelow-cutvalueischangedtothecorrespondingvaluesynchronouslywiththechangedunit.Set"0"tothelow-cutvalueifitisunnecessarytousethisfunction.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:CurrentoutputDevicesetup►Detailedsetup►Analogout/in►(see below)AO1►Lowcut Specifythelow-cutvalueofcurrent

output1.AO2►Lowcut Specifythelow-cutvalueofcurrent

output2.

Frequencyoutput/PulseoutputDevicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1►Lowcut Specifythelow-cutvalueoffrequency

output1orpulseoutput1.PO2/SO2►Lowcut Specifythelow-cutvalueoffrequency

output2orpulseoutput2.

TotalizationDevicesetup►Detailedsetup►Totalizer►(see below)Totalizer1►Lowcut Specifythelow-cutvalueoftotalizer1.Totalizer2►Lowcut Specifythelow-cutvalueoftotalizer2.Totalizer3►Lowcut Specifythelow-cutvalueoftotalizer3.

HART communication:CurrentoutputDevicerootmenu►Detailedsetup► Analogoutput/input►(seebelow)Analogoutput1►AO1lowcut

Specifythelow-cutvalueofcurrentoutput1.

Analogoutput2►AO2lowcut

Specifythelow-cutvalueofcurrentoutput2.

Frequencyoutput/PulseoutputDevicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusoutput1► Pulse1lowcut

Specifythelow-cutvalueoffrequencyoutput1orpulseoutput1.

Pulse/Statusoutput2► Pulse2lowcut

Specifythelow-cutvalueoffrequencyoutput2orpulseoutput2.

TotalizationDevicerootmenu►Detailedsetup► Totalizer►(seebelow)Totalizer1► Total1lowcut

Specifythelow-cutvalueoftotalizer1.

Totalizer2► Total2lowcut


Totalizer3► Total3lowcut


The hysteresis is set in each case in which the outputischangedto"0"throughthespecifiedlow-cutvalueandacaseinwhichtheoutputreturnstomeasuringvaluethroughthespecifiedlow-cutvalue.Thehysteresisineachcaseisobtainedasshown below.Fordetailsaboutthemultirangefunction,readSection 4.6.(1) Avaluewiththeoutputchangedto"0"through

thespecifiedlow-cutvalue =Low-cutvalue-(Minimumspanspecifiedin

multirangex0.5%)(2) Avaluewiththeoutputreturnedthroughthe

specifiedlow-cutvalue =Low-cutvalue+(Minimumspanspecifiedin

multirangex0.5%)

Example: Spanofvolumetricflowrate=10.0m3/h, Low-cutvalue=1.0m3/h Inthiscase,eachvalueisobtainedasshownbelow.(1) Thevaluewithoutputchangedto"0"through

thespecifiedlow-cutvalue = 1.0 [m3/h]–(10.0[m3/h]×0.5[%]) = 0.95 [m3/h](2) Thevaluewithoutputreturnedthroughthe

specifiedlow-cutvalue = 1.0 [m3/h]+(10.0[m3/h]×0.5[%]) = 1.05 [m3/h]

F0401.ai0

Output [m3/h]

1

Hysteresis1 %

Input [m3/h]1

(1)

(2)

1.050.95

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NOTENotethat,ifthelow-cutvalueislower,thetotalizationmightbecountedduetoaninfluenceofoutputfluctuationneartheoutput0%.Inparticular,iftheflowratespan,dampingtimeconstant,orconductivityissmallorlow,thetotalizationiseasilycountedwhentheflowrateis"0".Insuchacase,increasetheflowratespan,dampingtimeconstant,orlow-cutvalue.

NOTEWhentheoutputprocessvalueischanged,specifythelow-cutvalueagain.

4.1.8 Sensor’s Nominal Size SettingTo combine the remote transmitter with other remotesensor,thenominalsizeoftheremotesensormustbespecified.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Sensor►(see below)Nominalsizeunit Specifytheunitofthenominalsize.Nominal size Specifythenominalsize.

HART communication:Devicerootmenu►Detailedsetup► Sensor►(seebelow)Nominalsizeunit Specifytheunitofthenominalsize.Nominal size Specifythenominalsize.

NOTEFortheintegraltype,thenominalsizeanditsunithavebeensetatthefactoryshipment.Donotchange the these parameters.

4.1.9 Density SettingThedensitysettingisrequiredtomeasurethemassflowrate.Thedensitycanbeselectedfromthefixeddensityorthedensitycorrecteddependingonthetemperature.Fordetailsabouthowtomeasurethemassflowrate or correct the density depending on the temperature,readSubsection4.7.5.Itwillresultinasettingerrorthat“0”issettothedensityinthesituationofmappingthemassflowtoPV.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Provar►Density►(seebelow)Valueselect Selecttheuseofthetemperature-base

densitycorrectionfunction.*1Unit Specifytheunitofthedensity.Fixed density Specifythefixeddensityvalue.Std density Specifythereferencestandarddensity

valuetousethetemperature-basedensitycorrectionfunction.

Correct density Displays the corrected density.

HART communication:Devicerootmenu►Detailedsetup► Processvariables►Density►(seebelow)Densityvalueselect Selecttheuseofthetemperature-base

densitycorrectionfunction.*1Densityunit Specifytheunitofthedensity.Densityfixedvalue Specifythefixeddensityvalue.Standard density Specifythereferencestandarddensity

valuetousethetemperature-basedensitycorrectionfunction.

Correct density Displays the corrected density.

*1: Fromthetablebelow,selecttheuseofthetemperature-basedensitycorrectionfunction.

Fixedvalue Usesthefixeddensity(thedensityisnotcorrecteddependingonthetemperature).

Correctionvalue Uses the corrected density.

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4.1.10 Temperature SettingThetemperaturesettingisrequiredtocalculatethecaloriedependingonitsdifferencefromthetemperaturethatisinputviathecurrentinputprocess.Fordetailsaboutthecaloriemeasurement,readSubsection4.7.6.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Provar►Temperature► (see below)Stdtemperature Specifythereferencestandard

temperaturetousethetemperature-basedensitycorrectionfunction.

Meastemperature Displaysthetemperaturethatisinputfromcurrentinput.

Fixedtemperature Specifythereferencetemperaturetouseforthecaloriecaluculationbytemperaturedifferencefromthetemperaturewhichisinputfromcurrentinput.

HART communication:Devicerootmenu►Detailedsetup► Processvariables►Temperature►(seebelow)Standard temperature

Specifythereferencestandardtemperaturetousethetemperature-basedensitycorrectionfunction.

Measuredtemperature

Displaysthetemperaturethatisinputfromcurrentinput.

Calorificfixtemp Specifythereferencetemperaturetouseforthecaloriecalculationwhenthecurrentinputistemperaturesignal.

4.1.11 Zero AdjustmentZeroadjustmentiscarriedouttoensurethattheoutputforzeroflowis0%(i.e.,4mA).Althoughadjustmenttozeroisperformedatthemanufacturingplantpriortoshipment,thisproceduremustbecarriedoutonceagainfollowingtheinstallationofpipinginordertomatchthemagneticflowmetertoitsoperatingconditions.Thissubsectiondescribesthezeroadjustmentprocedureusingthedisplayunit.ForAXFA11,readtheapplicableuser’smanualaslistedinTable1.1.

IMPORTANT• Zeroadjustmentshouldbecarriedoutbeforeactualoperation.Notethatsettingandupdatefunctionscannotbecarriedoutduringthisprocedure(i.e.,forapproximately30seconds).

• Zeroadjustmentshouldonlybecarriedoutwhenthesensorhasbeenfilledwithmeasurementfluidandthefluidvelocityiscompletely zero by closing the valve.

• Eachtimethatthefluidbeingmeasuredischanged,itwillbenecessaryforzeroadjustmenttobecarriedoutforthenewfluid.

Aprocedureofexecutingzeroadjustmentisasfollows;DisplayMenuPath:Devicesetup►Diag/Service►Autozero►ExecuteDevicesetup►Diag/Service►Autozero►Result►Zerovalue

Enter the Setting Mode. (Read Section 2.3)

•Executionofzeroadjustment

F0402.ai

Device setup Process variables Diag/Service Easy setup wizard

▲

▼

00 : 00

SET SFT INC

►

►

►

Select“Diag/Service”accoridingtothemenupathabove.

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”.

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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.

Autozerostarts,andtheprogressisdesplayed with a remaining time and a bargraph.Waitforthecompletion.

F0408.ai

Autozero Execute Result▲

▼

00 : 00

SET SFT INC►

AfterAutozerofinished,thedisplayreturnsto“Autozero”menu.

•Confirmationofzeroadjustmentresult

F0409.ai

Result Zero value ▲

▼

00 : 00

SET SFT INC

FortheresultofAutozero,select“Result”andthen“Zerovalue”.

F0410.ai

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

00 : 00

SET SFT INC

ResultofAutozeroisindicatedasontheleft.

NOTE

Whenthezeroadjustmentresultexceedsdefinedvalue,thewarning[092:AZwam]isindicated.

Zeroadjustmentcanbeexecutedwiththefollowingparameter.HARTCommunicationMenuPath:Devicerootmenu►Basicsetup►Autozero►AutozeroExe

4.2 Totalization Function

4.2.1 Totalized Value and Unit SettingThisfunctioncantotalizethevolumetricflowrate,massflowrate,andcalorie.Thisinstrumentprovidesthreetotalizers,whichcansimultaneouslyoperatethemforprocessvalues.Totalizer1isfortheprocessvaluePV-mappeddescribedinSubsection4.1.2.Totalizers2and3arefortheprocessvalueintheselectedunit.Thissettingcanbedisplayedandconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Totalizer►(see below)Totalizer1►Unit Displaystheunitoftotalizer1.Totalizer2►Unit Specifytheunitoftotalizer2.Totalizer3►Unit Specifytheunitoftotalizer3.

HART communication:Devicerootmenu►Detailedsetup► Totalizer►(seebelow)Totalizer1► Total1unit

Displaystheunitoftotalizer1.

Totalizer2► Total2unit

Specifytheunitoftotalizer2.

Totalizer3► Total3unit

Specifytheunitoftotalizer3.

NOTETheflowvelocitycannotbetotalized.IftheflowvelocityisselectedasthePrimaryValue,totalizer1obtainsthevolumetricflowrateandunitbasedon"m3".

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4.2.2 Totalized-Value Display and Totalizer Function

Thetotalizationresultcanbecheckedwiththetotalizedvalueoritsvaluewhichisscaledwiththeconversionfactor.Whenthetotalizedvalueisscaledwiththeconversionfactor,thespecifiedflowrateistotalizedin1-countincrements,whichcanbeusedasatotalizer.Thetotalizedvaluecanbedisplayedandspecifiedwiththefollowingparameters.

Display menu path:DisplayoftotalizedvalueDevicesetup►Detailedsetup►Totalizer►(see below)Totalizer 1 Displaysthetotalizedvalueoftotalizer1.Totalizer 2 Displaysthetotalizedvalueoftotalizer2.Totalizer 3 Displaysthetotalizedvalueoftotalizer3.

SettingoftheconversionfactorforscalingDevicesetup►Detailedsetup►Totalizer►(see below)Totalizer1► Convfactor

Specifytheconversionfactoroftotalizer1.

Totalizer2► Convfactor


Totalizer3► Convfactor


DisplayofthetotalizedvaluethatisscaledwiththeconversionfactorDevicesetup►Detailedsetup►Totalizer►(see below)Totalizer1count Displaysthescaledtotalized-valueof

totalizer 1.Totalizer2count Displaysthescaledtotalized-valueof


totalizer 3.

HART communication:DisplayoftotalizedvalueProcessvariablesrootmenu► Devicevariables►(seebelow)Totalizer1 Displaysthetotalizedvalueoftotalizer1.Totalizer2 Displaysthetotalizedvalueoftotalizer2.Totalizer3 Displaysthetotalizedvalueoftotalizer3.

SettingoftheconversionfactorforscalingDevicerootmenu►Detailedsetup► Totalizer►(seebelow)Totalizer1► Total1convfactor

Specifytheconversionfactorof totalizer 1.

Totalizer2► Total2convfactor


Totalizer3► Total3convfactor


DisplayofthetotalizedvaluethatisscaledwiththeconversionfactorProcessvariablesrootmenu► Totalizercount►(seebelow)Totalizer1count Displaysthescaledtotalized-valueof



totalizer 3.

Example:Settheunitoftotalizer2to"m3" and the conversion factorto"2".→Ifthetotalizedvalueoftotalizer2issetto"10.123

m3",thetotalizedvalueisscaledto"10.123÷2=5".

4.2.3 Totalization Switch FunctionThetotalizationswitchfunctionisavailablewhenthetargetvalue(setpoint)tobetotalizedisspecifiedusingthetotalizationfunction.Thetotalizationswitchfunctioncomparesthespecifiedtargetvaluewiththetotalizedvaluetooutputtheresultwiththestatusoutput.Thestatusoutputisactivewhilethetotalizedvalueisoutofthespecifiedtargetvalue.Fordetailsabouttheoutput,activedirection,andstatusoutputfunctionsettingforeachterminal,readSection 4.3.Thissettingcanbeconfiguredwiththefollowingparameters.

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Display menu path:Devicesetup►Detailedsetup►Totalizer►(see below)Totalizer1► Set point

Specifythetargetvalueoftotalizer1.

Totalizer2► Set point


Totalizer3► Set point


HART communication:Devicerootmenu►Detailedsetup► Totalizer►(seebelow)Totalizer1► Total1 set point


Totalizer2► Total2 set point


Totalizer3► Total3 set point


Example: Setting procedure to use the totalization switch function with the I/O2 terminal

FollowthestepsbelowtosetthestatusoutputoftheI/O2terminalto"Onactive"whenthetotalizedvalueoftotalizer1reachesthetargetvalue.(1) SettheoutputoftheI/O2terminalto"Status

out",referringtoSubsection4.3.1.(2) SettheactivedirectionoftheI/O2terminalto

"Onactive",referringtoSubsection4.3.4.(3) Setthestatusoutputfunctionto"Totallimit1",

referringtoSubsection4.3.7.(4) Specifythetargetvalueoftotalizer1,referring

tothissubsection.

4.2.4 Totalizer Operation at Alarm Occurrence

Thetotalizeroperationcanbespecifiedtodealwithanalarmthataffectsthetotalizationfunction.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Totalizer►(see below)Totalizer1► Failureopts

Specifythetotalizer1operationtobeperformedwhenanalarmhasoccurred.*1

Totalizer2► Failureopts


Totalizer3► Failureopts


HART communication:Devicerootmenu►Detailedsetup► Totalizer►(seebelow)Totalizer1► Total1failopts


Totalizer2► Total2failopts


Totalizer3► Total3failopts


*1: Fromthetablebelow,selecttheoperationofthetotalizationfunction.

Run Continuesthetotalizationfunctionafteranalarmhasoccurred.

Hold Stopsthetotalizationfunctionafteranalarmhasoccurred.

Last valid Continuesthetotalizationfunctionwiththelastvalidvaluebeforeanalarmoccurs.

4.2.5 Totalization Function Start/Stop Setting

ThetotalizationfunctioncanbesettoStart/Stopmode.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Totalizer►(see below)Totalizer1► Start/Stop

SetsStart/Stoptothetotalizationfunctionoftotalizer1.

Totalizer2► Start/Stop


Totalizer3► Start/Stop


HART communication:Devicerootmenu►Detailedsetup► Totalizer►(seebelow)Totalizer1► Total1Start/Stop


Totalizer2► Total2Start/Stop


Totalizer3► Total3Start/Stop


NOTEThetotalizationfunctionissetto"Stop"uponshipmentfromthemanufacturingplant.Tostartthetotalizationfunction,besuretosetitto"Start".

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4.2.6 Totalization Direction SettingThetotalizationdirectioncanbespecifiedtousethetotalizationfunction.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Totalizer►(see below)Totalizer1►Options Specifythetotalizationdirectionof

totalizer 1.*1

Totalizer2►Options Specifythetotalizationdirectionoftotalizer 2.*1

Totalizer3►Options Specifythetotalizationdirectionoftotalizer 3.*1

HART communication:Devicerootmenu►Detailedsetup► Totalizer►(seebelow)Totalizer1► Total1 options

Specifythetotalizationdirectionoftotalizer 1.*1

Totalizer2► Total2 options


Totalizer3► Total3 options


*1: From the table below, select the totalization direction.Balanced Totalizesthedifferentialflowratebetweenthe

forwardandreversedirections.Absolute Totalizestheabsolutevalueoftheflowrate.Only positive Totalizesonlytheflowrateintheforward

direction.Only negative Totalizesonlytheflowrateinthereverse

direction.Hold Stopstotalizationprocessing(holdsthecurrent

totalized-value).

4.2.7 Totalized Value Reset/Preset Function

Thereset/presetfunctioncanbespecifiedforthetotalizedvalue.Usingtheresetfunctionresetsthetotalizedvalueto"0".Usingthepresetfunctionsetsthetotalizedvalueinadvancetothepresetvalue.Thepresetfunctionisavailablewhenstartingcountingoftotalizationwiththespecifiedvalue.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Useofthereset/presetfunctionDevicesetup►Detailedsetup►Totalizer►(see below)Totalizer1► Reset/Preset

Usesthereset/presetfunctionof totalizer 1.*1

Totalizer2► Reset/Preset


Totalizer3► Reset/Preset


PresetvaluesettingDevicesetup►Detailedsetup►Totalizer►(see below)Totalizer1► Presetvalue

Specifythepresetvalueoftotalizer1.

Totalizer2► Presetvalue


Totalizer3► Presetvalue


HART communication:Useofthereset/presetfunctionDevicerootmenu►Detailedsetup► Totalizer►(seebelow)Totalizer1► Total1Reset/Preset


Totalizer2► Total2Reset/Preset


Totalizer3► Total3Reset/Preset


PresetvaluesettingDevicerootmenu►Detailedsetup► Totalizer►(seebelow)Totalizer1► Total1presetvalue


Totalizer2► Total2presetvalue


Totalizer3► Total3presetvalue


*1: Fromthetablebelow,selectthereset/presetfunction.Notexecute Doesnotusethetotalizationvaluereset/preset

function.Reset Usesthetotalizationvalueresetfunction.Preset Usesthetotalizationvaluepresetfunction.

NOTETheparameterreturnsto"Notexecute"afterthetotalizationvaluereset/presetfunctionhasbeencompleted.

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4.3 Pulse Output, Frequency Output, and Status Output

4.3.1 Outputs of I/O2, I/O3, and I/O4 Terminals

TheI/O2,I/O3,andI/O4terminalscanbeusedasthepulseoutput,frequencyoutput,andstatusoutput.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1►Outputmode SpecifytheoutputoftheI/O2

terminal.*1

PO2/SO2►Outputmode SpecifytheoutputoftheI/O3orI/O4terminal.*1

HART communication:Devicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusoutput1►Pulse1outputmode

SpecifytheoutputoftheI/O2terminal.*1

Pulse/Statusoutput2►Pulse2outputmode

SpecifytheoutputoftheI/O3orI/O4terminal.*1

*1: Fromthetablebelow,selecttheoutputofeachterminal.Nofunction Doesnotusetheterminal.Fixedpulseoutput Setstheoutputtothefixedpulseoutput.Frequencyoutput Setstheoutputtothefrequencyoutput

(Duty50%).Statusoutput Setstheoutputtothestatusoutput.

Fordetailsaboutthestatusoutput,readSubsection4.3.7.

4.3.2 Pulse Output / Frequency Output Mapping

Theprocessvaluetobeoutputcanbeselectedtousethepulseoutputorfrequencyoutput.WhentheI/O2terminalisusedforoutput,theprocessvaluePV-mappedinSubsection4.1.2isoutput.WhentheI/O3orI/O4terminalisusedforoutput,theprocessvaluetobeoutputcanbeselectedfromtheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoise.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO2/SO2►Pulseselect SpecifytheoutputoftheI/O3or

I/O4terminal.*1

HART communication:Devicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusoutput2►Pulse2select

SpecifytheoutputoftheI/O3orI/O4terminal.*1

*1: Fromthetablebelow,selecttheoutputoftheI/Oterminal.Non-Connect NooutputVelocity Setstheflowvelocitytotheoutput.Volumeflow Setsthevolumetricflowratetotheoutput.Massflow Setsthemassflowratetotheoutput.Calorie Setsthecalorietotheoutput.Diag Setstheflownoisetotheoutput.

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4.3.3 Pulse Width SettingThepulsewidthcanbeselectedtousethepulseoutput.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1►Fixwidth SpecifythepulsewidthoftheI/O2

terminal.*1

PO2/SO2►Fixwidth SpecifythepulsewidthoftheI/O3orI/O4terminal.*1

HART communication:Devicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusoutput1►Pulse1fixwidth

SpecifythepulsewidthoftheI/O2terminal.*1

Pulse/Statusoutput2►Pulse2fixwidth

SpecifythepulsewidthoftheI/O3orI/O4terminal.*1

*1: Fromthetablebelow,selectthepulsewidth.

Pulse width[ms]

Pulse rateMax.[pps]

Pulse width[ms]

Pulse rateMax.[pps]

0.05 10000 100 50.1 5000 200 2.50.5 1000 330 1.51 500 500 1.020 25 1000 0.533 15 2000 0.2550 10

4.3.4 Active Direction SettingWhetherthepulsesignalissetonorofftoenabletheactivemodecanbespecifiedwhenthepulseoutputorstatusoutputisused.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1►Activemode Specifytheactivedirectionforthe

pulsesignaloftheI/O2terminal.*1PO2/SO2►Activemode Specifytheactivedirectionforthe

pulsesignaloftheI/O3orI/O4terminal.*1

HART communication:Devicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusoutput1►Pulse1activemode

SpecifytheactivedirectionforthepulsesignaloftheI/O2terminal.*1

Pulse/Statusoutput2►Pulse2activemode

SpecifytheactivedirectionforthepulsesignaloftheI/O3orI/O4terminal.*1

*1: Fromthetablebelow,specifytheactivedirectionofthepulsesignal.

Active:ON/Onactive SetstoActivewhenthepulsesignalisseton.Active:OFF/Offactive SetstoActivewhenthepulsesignalissetoff.

Example: Ifthefixedpulseoutputisspecifiedandthepulsewidth is set to "1 ms", Active is set as shown below.

F0411.ai

Active：ON

Active：OFF

1 ms

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4.3.5 Pulse Rate SettingThepulserateperpulseandthepulseratescalingcanbespecifiedtousethepulseoutputwhenthisfunctionisused.WhentheI/O2terminalisusedforoutput,theunitofthepulserateissettothatoftheprocessvaluePV-mappedinSubsection4.1.2.IncaseofusingtheI/O3orI/O4terminalforoutput,theunitofthepulserateissettothatoftheprocessvaluemappedinSubsection4.3.2.Thissettingcanbeconfiguredwiththefollowingparameters.Ifthepulseratescalingischanged,thepulseratevalueisalsochangedsynchronouslywiththechangedunit.

Display menu path:PulseratevalueDevicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1►Ratevalue Specifythepulseratevalueofthe

I/O2terminal.PO2/SO2►Ratevalue Specifythepulseratevalueofthe

I/O3orI/O4terminal.

PulseratescalingDevicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1►Rateunit Specifythepulseratescalingofthe

I/O2terminal.PO2/SO2►Rateunit Specifythepulseratescalingofthe

I/O3orI/O4terminal.

HART communication:PulseratevalueDevicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusoutput1►Pulse1ratevalue

SpecifythepulseratevalueoftheI/O2terminal.

Pulse/Statusoutput2►Pulse2ratevalue

SpecifythepulseratevalueoftheI/O3orI/O4terminal.

PulseratescalingDevicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusoutput1►Pulse1rateunit

SpecifythepulseratescalingoftheI/O2terminal.

Pulse/Statusoutput2►Pulse2rateunit

SpecifythepulseratescalingoftheI/O3orI/O4terminal.

Note: Fromthetablebelow,selectthepulseratescaling.nUnit/P 10-9×UnitperpulseuUnit/P 10-6×UnitperpulsemUnit/P 10-3×UnitperpulseUnit/P 1unitperpulsekUnit/P 103×UnitperpulseMUnit/P 106×UnitperpulsenP/Unit 10-9×UnitperpulseuP/Unit 10-6×UnitperpulsemP/Unit 10-3×UnitperpulseP/Unit 1pulseperunitkP/Unit 103×PulseperunitMP/Unit 106×Pulseperunit

*Unit:Indicatestheunitoftheprocessvaluetobeoutputasthepulseoutput.

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

Example:Whenthepulsewidthissetto"0.1ms",themaximumpulseratevalueissetto"1/(0.0001×2)=5000[pps]".Ifthespecifiedpulserateexceedsthisvalue,itcausesasettingerror,andanalarmisdisplayed.

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4.3.6 Frequency Output Range SettingWhenthefrequencyoutputisused,thefrequencyat0%and100%canbespecifiedforthespanoftheprocessvalue.Thefrequencyoutputrangecanbesetbyspecifyingthefrequency.WhentheI/O2terminalisusedforoutput,specifytheoutputfrequencyforthespanoftheprocessvaluePV-mappeddescribedinSubsection4.1.2.WhentheI/O3orI/O4terminalisusedforoutput,specifytheoutputfrequencyforthespanoftheprocessvaluemappeddescribedinSubsection4.3.2.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1► Frequencyat0%

Specifythefrequencywhen0%issettotheprocessvaluethatistobeoutputwiththefrequencyoutputthroughtheI/O2terminal.

PO1/SO1► Frequencyat100%



Specifythefrequencywhen0%issettotheprocessvaluethatistobeoutputwiththefrequencyoutputthroughtheI/O3orI/O4terminal.



HART communication:Devicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusoutput1►Frequency1at0%


Pulse/Statusoutput1►Frequency1at100%






4.3.7 Status Output Function SettingTheinstrumentstatuscanbesetasthecontactoutputtousethestatusoutput.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1►SO1function Specifythestatusoutput1function

oftheI/O2terminal.*1PO2/SO2►SO2function Specifythestatusoutput2function

oftheI/O3orI/O4terminal.*1PO3/SO3►SO3function Specifythestatusoutput3function

oftheI/O3orI/O4terminal.*1

HART communication:Devicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusoutput1►Statusoutput1function

Specifythestatusoutput1functionoftheI/O2terminal.*1

Pulse/Statusoutput2►Statusoutput2function

Specifythestatusoutput2functionoftheI/O3orI/O4terminal.*1

Statusoutput3► Statusoutput3function

Specifythestatusoutput3functionoftheI/O3orI/O4terminal.*1

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*1: Fromthetablebelow,selectthestatusoutputfunction.Nofunction Thestatusoutputisnotavailablebecausethe

statusoutputfunctionisnotenabled.Alarmoutput Thestatusoutputbecomesactivewhenan

alarmoccurs.Warningoutput Thestatusoutputbecomesactivewhena

warningoccurs.Total limit 1 Thestatusoutputisactivewhilethetotalized

valueoftotalizer1isoutofthespecifiedtargetvalue.Fordetailsaboutthetotalizationswitchfunction,readSubsection4.2.3.

Total limit 2 Thestatusoutputisactivewhilethetotalizedvalueoftotalizer2isoutofthespecifiedtargetvalue.Fordetailsaboutthetotalizationswitchfunction,readSubsection4.2.3.

Total limit 3 Thestatusoutputisactivewhilethetotalizedvalueoftotalizer3isoutofthespecifiedtargetvalue.Fordetailsaboutthetotalizationswitchfunction,readSubsection4.2.3.

H/Lalarm ThestatusoutputisactivewhilethePV-mappedprocessvalueisoutofthespecifiedlowlimitvalue(L)orhighlimitvalue(H).FordetailsaboutthePVmappingfortheprocessvalueandalarminformation,readSubsection4.1.2,Section4.8,andSubsection4.11.2.

HH/LLalarm ThestatusoutputisactivewhilethePV-mappedprocessvalueisoutofthespecifiedlow-lowlimitvalue(LL)orhigh-highlimitvalue(HH).FordetailsaboutthePVmappingfortheprocessvalueandalarminformation,readSubsection4.1.2,Section4.8,andSubsection4.11.2.

Fwd/Revrange Thestatusoutputisactivewhilethefluidisflowinginthereversedirection.Usedintheforward/reverserange.Fordetailsabouttheforward/reverserange,readSubsection4.6.4.

Auto2range Thestatusoutputisactivewhileoperationisbeingperformedinrange2.Usedinthemultirange.Fordetailsaboutthemultirangefunction,readSubsection4.6.3.

Ext2 answer Setsthestatusinputfunctiontotheexternalcontactrange.Thestatusoutputbecomesactivedependingonthein-userange.Usedforanswer-back(rangecheck)ofanexternalcontact range.Fordetailsaboutthestatusoutputfunctionandtheexternalcontactrange,readSubsection4.4.2 and 4.6.6.

4.4 Status Input

4.4.1 Active Direction Setting for Status Input

WhetherthestatusinputissetonorofftoenabletheactivemodecanbespecifiedwhentheI/O3terminalisusedforthestatusinput.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Statusin►(see below)SI3►Activemode Specifytheactivedirectionofthe

statusinput.*1

HART communication:Devicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Statusinput3► Statusinput3activemode

Specifytheactivedirectionofthestatusinput.*1

*1: Fromthetablebelow,selecttheactivedirectionofthestatusinput.

Active:ON/Short(On)act SetstoActivewhenthestatusinputisshort-circuited.

Active:OFF/Open(Off)act SetstoActivewhenthestatusinputisopened.

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4.4.2 Status Input Function SettingThestatusinputfunctionisavailablewhentheI/O3terminalisusedforthestatusinput.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Statusin►(see below)SI3►Function Specifythestatusinputfunctionofthe

I/O3terminal.*1

HART communication:Devicerootmenu►Detailedsetup► Pulse/Status►(seebelow)Pulse/Statusinput3► Statusinput3function

SpecifythestatusinputfunctionoftheI/O3terminal.*1

*1: Fromthetablebelow,selectthestatusinputfunction.Nofunction Thestatusinputisnotavailablebecausethe

statusinputfunctionisnotenabled.0%SignalLock Whenthestatusinputbecomesactive,the

currentoutput1oftheI/O1terminalisfixedto4 mA.

Extautozero Whenthestatusinputbecomesactive,thezeroadjustmentfunctionisperformedautomatically.Notethatthezeroadjustmentcannotbestoppedevenifthestatusinputischangedwhilethezeroadjustmentfunctionisrunning.

Total preset 1 Whenthestatusinputbecomesactive,thepresetvaluespecifiedinSubsection4.2.7isset to totalizer 1, and totalization starts with the value.



Ext2 ranges Whilethestatusinputisactive,therangeofcurrentoutput1isswitchedfromrange1torange 2. Used in the external contact range.Fordetailsabouttheexternalcontactrange,readSubsection4.6.6.

4.5 Current Input and Current Output

4.5.1 Current Output High/Low Limit Function

Thehigh/lowlimitfunctionisavailabletousethecurrentoutput.Usingthehigh/lowlimitfunctionrestrictsthehighlimitof4to20mAcurrentoutputandthelowlimitofthe4to20mAcurrentoutput.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Analogout/in►(see below)AO1►Highlimit Specifythehighlimitvaluetousethe

I/O1terminalforthecurrentoutput.AO1►Lowlimit SpecifythelowlimitvaluetousetheI/O1

terminalforthecurrentoutput.AO2►Highlimit Specifythehighlimitvaluetousethe

I/O3orI/O4terminalforthecurrentoutput.

AO2►Lowlimit SpecifythelowlimitvaluetousetheI/O3orI/O4terminalforthecurrentoutput.

HART communication:Devicerootmenu►Detailedsetup► Analogoutput/input►(seebelow)Analogoutput1► AO1 high limit

SpecifythehighlimitvaluetousetheI/O1terminalforthecurrentoutput.

Analogoutput1► AO1 low limit

SpecifythelowlimitvaluetousetheI/O1terminalforthecurrentoutput.

Analogoutput2► AO2 high limit

SpecifythehighlimitvaluetousetheI/O3orI/O4terminalforthecurrentoutput.

Analogoutput2► AO2 low limit

SpecifythelowlimitvaluetousetheI/O3orI/O4terminalforthecurrentoutput.

Example:Ifthehighlimitvalueissetto16mAandthelowlimitvalueto8mAwhiletheI/O1terminalisusedforthecurrentoutput,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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4.5.2 Absolute Range FunctionThecurrentoutputfunctionisavailabletousethecurrentoutput.Thecurrentsignalcanbeoutputbothforwardflowandreverseflowsimultaneouslytowardthespanwhenthisfunctionisused.Thecurrentoutputcanbeperformedbysettingtheflowrateof0%to12mA,thereverseflowrateto4to12mA,andtheforwardflowrateto12to20mA.However,thisfunctionisavailableonlywhentheI/O1terminalisusedforthecurrentoutput.Theabsoluterangefunctionandlowcutfunctioncanbeusedsimultaneously.Forlowcutfunction,readSubsection4.1.7.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Analogout/in►(see below)AO1►Rangemode Specifiestheuseoftheabsoluterange

functiontousetheI/O1terminalforthecurrentoutput.*1

HART communication:Devicerootmenu►Detailedsetup► Analogoutput/input►(seebelow)Analogoutput1► AO1 range mode

SpecifiestheuseoftheabsoluterangefunctiontousetheI/O1terminalforthecurrentoutput.*1

*1: Fromthetablebelow,selecttheuseoftheabsoluterangefunction.

Normal range Doesnotusetheabsoluterangefunction.Abs range Usestheabsoluterangefunction.

Example:(1) Absolute range without low-cut

F0413.ai-100

4

8

12

16

20

Flow rate [%]

Current [mA]

0 100

(2) Absolute range with low-cut

F0414.ai-100

4

8

12

16

20

Flow rate [%]

Current [mA]

0 100

Low cut

NOTETheabsoluterangefunctionandmultirangefunctioncannotbeusedsimultaneously.

4.5.3 Alarm Output FunctionThealarmoutputfunctionisavailabletousethecurrentoutput.Thecurrentsignalcanbeoutputforanoccurrenceofalarmwhenthisfunctionisused.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Analogout/in►(see below)AO1►Alarmout Specifythealarmoutputfunctiontouse

theI/O1terminalforthecurrentoutput.*1AO2►Alarmout Specifythealarmoutputfunctiontouse

theI/O3orI/O4terminalforthecurrentoutput.*1

HART communication:Devicerootmenu►Detailedsetup► Analogoutput/input►(seebelow)Analogoutput1► AO1alarmout

SpecifythealarmoutputfunctiontousetheI/O1terminalforthecurrentoutput.*1

Analogoutput2► AO2alarmout

SpecifythealarmoutputfunctiontousetheI/O3orI/O4terminalforthecurrentoutput.*1

*1: Fromthetablebelow,selecttheuseofthealarmoutputfunction.

<2.4mA Outputsthelowercurrentthan2.4mA.3.8 mA Outputsthe3.8mAcurrent.4 mA Outputsthe4mAcurrent.20.5 mA Outputsthe20.5mAcurrent.>21.6mA Outputsthehighercurrentthan21.6mA.Measuredvalue Outputsthemeasuredcurrent(thecurrent

valueisundefinedduetoanerror).Hold Outputsthecurrentthatisappliedwhenan

alarmhasoccurred.

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4.5.4 Current Output PriorityThepriorityofthecurrentoutputfunctionsvariesdependingonthesettingofthisinstrument.Thecurrentoutputisoperatedbasedonthefollowingprioritylevel.Priority

levelOutput mode

High

Low

HARTmultidropmode,4mAfixedcurrentoutput(Fordetails,readSubsection3.6.3.)Test mode(For details, read Section 4.12.)Statusinputfunction0%signallockoutput(Fordetails,readSubsection4.4.2.)Alarmoutputfunction(Fordetails,readSubsection4.5.3.)Verificationfunction,Outputduringofflinediagnosis(Fordetails,readSubsection4.11.6.)Normaloutput

4.5.5 Current Value Adjustment FunctionThecurrentvalueadjustmentfunctionisavailabletousethecurrentinputorcurrentoutput.Thecurrentinputvalueisadjustablewhen4.0mAforthe0%currentvalueisnotindicated,or20.0mAforthe100%currentvalueisnotindicated.Inaddition,thecurrentoutputisadjustablewhen4.0mAforthe0%currentvalueisnotindicated,or20.0mAforthe100%currentvalueisnotindicated.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:CurrentinputDevicesetup►Diag/Service►AO/AItrim►(see below)AItrim►Trim4mA Specifytheadjustmentvaluetousethe

I/O4terminalforthe4mAcurrentinput.AItrim►Trim20mA Specifytheadjustmentvaluetousethe

I/O4terminalforthe20mAcurrentinput.AItrim►Trimclear Clearstheadjustmentvaluetousethe

I/O4terminalforthecurrentinput.

CurrentoutputDevicesetup►Diag/Service►AO/AItrim►(see below)AO1 trim 4 mA Specifytheadjustmentvaluetousethe

I/O1terminalforthe4mAcurrentoutput.AO1 trim 20 mA Specifytheadjustmentvaluetouse

theI/O1terminalforthe20mAcurrentoutput.

AO1 trim clear ClearstheadjustmentvaluetousetheI/O1terminalforthecurrentoutput.

AO2 trim 4 mA SpecifytheadjustmentvaluetousetheI/O3orI/O4terminalforthe4mAcurrentoutput.

AO2 trim 20 mA SpecifytheadjustmentvaluetousetheI/O3orI/O4terminalforthe20mAcurrentoutput.

AO2 trim clear ClearstheadjustmentvaluetousetheI/O3orI/O4terminalforthecurrentoutput.

HART communication:CurrentinputMaintenancerootmenu►AO/AItrim► AItrim►(seebelow)AI trim Specifytheadjustmentvaluetousethe

I/O4terminalforthecurrentinput.Clear AI trim Clearstheadjustmentvaluetousethe

I/O4terminalforthecurrentinput.

CurrentoutputMaintenancerootmenu►AO/AItrim► AOtrim►(seebelow)AO1 trim Specifytheadjustmentvaluetousethe

I/O1terminalforthecurrentoutput.ClearD/Atrim1 Clearstheadjustmentvaluetousethe

I/O1terminalforthecurrentoutput.AO2 trim Specifytheadjustmentvaluetouse

theI/O3orI/O4terminalforthecurrentoutput.

ClearD/Atrim2 ClearstheadjustmentvaluetousetheI/O3orI/O4terminalforthecurrentoutput.

IMPORTANTIftheinputoroutputdoesnotmatchthespecifiedcurrentvaluewhenthecurrentvalueadjustmentfunctionisused,readjustthecurrentvalue.

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4.5.6 Current Input Function SettingTheoutputfromotherinstrumentcanbesetasthecurrentinputwhentheI/O4terminalisusedforthecurrentinput.Thecurrentinput,whichcanbeusedasthetemperatureinput,isavailablefortemperature-basedensitycorrectioncalculationandcaloriecalculation.Fordetailsaboutthetemperature-inputdensitycorrectioncalculationandcaloriecalculation,readSubsection4.7.5and4.7.6.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Analogout/in►(see below)AI►Function Specifythecurrentinputfunctionofthe

I/O4terminal.*1

HART communication:Devicerootmenu►Detailedsetup► Analogoutput/input►(seebelow)Analoginput► AIfunction

SpecifythecurrentinputfunctionoftheI/O4terminal.*1

*1: Fromthetablebelow,selectthecurrentinputfunction.Nofunction Thecurrentinputisnotavailablebecausethe

currentinputfunctionisnotenabled.Monitoring Monitoringofthecurrentinputisavailable.

However,thisfunctiondoesnotgiveanyinfluencesforneitherthedensitycorrectioncalculationnorthecaloriecalculation.

Difftemperature Usesthecurrentinputasatemperaturedifference.Thecaloriecalculationisavailable.

Exttemperature Usesthecurrentinputastheabsolutetemperature.Thedensitycorrectioncalculationandcaloriecalculationareavailable.

4.5.7 Current Input Range SettingTheinputvaluecanbespecifiedwiththe4mAor20mAcurrentvaluewhentheI/O4terminalisusedforthecurrentinput.Thecurrentinputrangecanbesetbyspecifyingitsinputvalue.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Analogout/in►(see below)AI►URV Specifythevaluethatisavailablewhen

20mAissettotheprocessvaluethatisinputwiththecurrentinputthroughtheI/O4terminal.

AI►LRV Specifythevaluethatisavailablewhen4mAissettotheprocessvaluethatisinputwiththecurrentinputthroughtheI/O4terminal.

HART communication:Devicerootmenu►Detailedsetup► Analogoutput/input►Analoginput►(seebelow)AI URV Specifythevaluethatisavailablewhen

20mAissettotheprocessvaluethatisinputwiththecurrentinputthroughtheI/O4terminal.

AI LRV Specifythevaluethatisavailablewhen4mAissettotheprocessvaluethatisinputwiththecurrentinputthroughtheI/O4terminal.

4.5.8 Current Input High/Low Limit Function

Thehigh/lowlimitfunctionisavailabletousethecurrentinput.Usingthehigh/lowlimitfunctionrestrictsthehighlimitof4to20mAcurrentinputandthelowlimitofthe4to20mAcurrentinput.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Analogout/in► (see below)AI►Highlimit Specifythehighlimitvaluetousethe

I/O4terminalforthecurrentinput.AI►Lowlimit SpecifythelowlimitvaluetousetheI/O4

terminalforthecurrentinput.

HART communication:Devicerootmenu►Detailedsetup► Analogoutput/input►Analoginput►(seebelow)AI high limit Specifythehighlimitvaluetousethe

I/O4terminalforthecurrentinput.AI low limit SpecifythelowlimitvaluetousetheI/O4

terminalforthecurrentinput.

<4. Functions> 44

IM 01E22A02-02EN

4.6 Multi Range Function

4.6.1 Multi Range TypesThemultirangefunctionisavailablewhenthecurrentoutputisperformedthroughtheI/O1terminalusingthestatusinputandstatusoutput.ThisfunctioncanbeperformedtomeasuretheflowratebyswitchingthespanoftheprocessvaluePV-mappedinSubsection4.1.2inmultipleranges.Themultirangefunctioncanbeselectedfromthemultirange,forward/reverserange,andexternalcontact range.Eachrangehasthefollowingfeature.Multirange Makesmeasurementswhileswitching

multiplerangesdependingontheflowrate,andoutputstherangestatusasthestatusoutput.

Forward/reverserange

Makesmeasurementswhileswitchingmultiplerangesdependingontheflowdirectionoftheflowrate,andoutputstherangestatusasthestatusoutput.

External contact range

Makesmeasurementswhileswitchingmultiplerangesdependingonthestatusinput.

NOTE• Themultirangefunctioncannotbeusedsimultaneouslywiththeabsoluterangefunction.

• ThemultirangefunctionisnotavailablewhentheI/O3orI/O4terminalisusedforthecurrentoutput.

4.6.2 Multi Range SettingThesettingforeachrangeisrequiredtousethemultirangefunction.Forinformationabouttheunitsetting,readSubsection4.1.4.Thissettingcanbeconfiguredwiththefollowingparameters.Fordetailsabouthowtospecifythespan(forwardrange1)withoutusingthemultirangefunction,readSubsection4.1.5.

Display menu path:Devicesetup►Detailedsetup►Multirange►(see below)Forward span 2 Specifyforwardrange2.Reverse span 1 Specifyreverserange1.Reverse span 2 Specifyreverserange2.

HART communication:Devicerootmenu►Detailedsetup►Multirange►(seebelow)Forward span 2 Specifyforwardrange2.Reverse span 1 Specifyreverserange1.Reverse span 2 Specifyreverserange2.

4.6.3 Multi Range OperationThemultirangefunctionperformstomakemeasurementswhileautomaticallyswitchingtworangesdependingontheflowrate.Ifthemeasuredflowrateishigherthanthelow-levelrange,itisautomaticallyswitchedtothehigh-levelrange.Ifthemeasuredflowrateislowerthanthehigh-levelrange,itisautomaticallyswitchedtothelow-levelrange.Thein-userangecanbeoutputasthestatusoutput.Therelationshipbetweentherangesandstatusoutputisasfollows.Low-level range Thestatusoutputisnotactive.High-levelrange Thestatusoutputisactive.

Whentherangeisswitchedfromthehigh-levelrange to the low-level range, the hysteresis is set. Thehysteresisspecifiestheratioforthelow-levelrange.Themultirangeswitchinghysteresiscanbespecifiedwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Multirange►(see below)Autorangehyst Specifythemultirangeswitching

hysteresis.

HART communication:Devicerootmenu►Detailedsetup► Multirange►(seebelow)Autorangehyst Specifythemultirangeswitching

hysteresis.

Themultirangecanbeconfiguredbythefollowingprocedure.(1) SpecifytheprocessvalueofthePrimaryValue,

referringtoSubsection4.1.2.(2) Specifythespan(forwardrange1),referringto

Subsection4.1.4and4.1.5.(3) Specifythemultirangeswitchinghysteresis.(4) Settheterminaloutputto"Statusout",referring

toSubsection4.3.1.(5) Setthestatusoutputfunctiontomultirange,

referringtoSubsection4.3.7.(6) Specifyforwardrange2,referringtoSubsection

4.6.2. Notethattheforwardrange2mustbesetwhich

islargervaluethantheforwardrange1.

<4. Functions> 45

IM 01E22A02-02EN

Example:PrimaryValue=Volumetricflowrate,Flow rate span (range 1) = 50 m3/h,Range 2 = 100 m3/h,Hysteresis=10%Inthiscase,thehysteresisvalueisobtainedasshown below. 50 [m3/h]×10[%]=5[m3/h](1) When the range is switched from low-level

range 1 to high-level range 2, the result is obtained as shown below.

F0415.ai

0

100

Status output

Output [%]

Flow rate [m3/h]

50 100

Forward range 1Forward range 2

(2) When the range is switched from high-level range 2 to low-level range 1, the result is obtained as shown below (with the hysteresis).

F0416.ai

0

100

Status output

Output [%]

Flow rate [m3/h]

50 10045

Forward range 1Forward range 2

NOTEReconfigurethemultirangesettingwhentheprocessvalueofthePrimaryValuespecifiedinSubsection4.1.2ischanged.

4.6.4 Forward/Reverse RangeTheforward/reverserangefunctioncanbeperformedtomakemeasurementswhileautomaticallyswitchingtheforwardandreverserangesdependingontheflowdirectionoftheflowrate.Theforwardorreverserangecanbespecifiedfortherange.Thein-userangecanbeoutputasthestatusoutput.Therelationshipbetweentherangesandstatusoutputisasfollows.Forward range Thestatusoutputisnotactive.Reverse range Thestatusoutputisactive.

Whentherangeisswitchedbetweentheforwardand reverse ranges, the hysteresis is set. The hysteresisspecifiestheratiofortheforwardorreverse range, whichever is lower.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Multirange►(see below)Bi direction hyst Specifytheforward/reverserange

switching hysteresis.

HART communication:Devicerootmenu►Detailedsetup►Multirange►(seebelow)Bi direction hyst Specifytheforward/reverserange

switching hysteresis.

Theforward/reverserangecanbespecifiedbythefollowingprocedure.(1) SpecifytheprocessvalueofthePrimaryValue,


Subsection4.1.4and4.1.5.(3) Specifytheforward/reverserangeswitching

hysteresis.(4) Settheterminaloutputto"Statusout",referring

toSubsection4.3.1.(5) Setthestatusoutputfunctiontotheforward/

reverserange,referringtoSubsection4.3.7.(6) Specifyreverserange1,referringtoSubsection

4.6.2.

<4. Functions> 46

IM 01E22A02-02EN

Example:PrimaryValue=Volumetricflowrate,Flowratespan(forwardrange1)=50m3/h,Reverse range 1 = 100 m3/h,Hysteresis=5%Inthiscase,theforwardrangeissmallerthanthereverserange;therefore,thehysteresisvalueisobtainedasshownbelow. 50 [m3/h]×5[%]=2.5[m3/h]

(1) When the range is switched from the reverse range to the forward range, the result is obtained as shown below (with the hysteresis).

F0417.ai

-100

100

Status output

Output [%]

Flow rate [m3/h]0

Reverse range 1Forwardrange 1

502.5

(2) When the range is switched from the forward range to the reverse range, the result is obtained as shown below (with the hysteresis).

F0418.ai

-100

100

Status output

Output [%]

Flow rate [m3/h]0

Reverse range 1Forward range 1

50-2.5

NOTEReconfiguretheforward/reverserangesettingwhentheprocessvalueofthePrimaryValuespecifiedinSubsection4.1.2ischanged.

4.6.5 Combination of Multi Range and Forward/Reverse Range

Themultirangefunctioncanbecombinedwiththeforward/reverserangefunctionwhenthestatusoutput1functionoftheI/O2terminalandthestatusoutput2functionoftheI/O3orI/O4terminalaresettothemultirangefunctionandforward/reverserangefunctionrespectively.Twoforwardrangesandtworeverseranges,whicharefourrangestotally, can be assigned to each range.Thein-userangecanbeoutputasthestatusoutput.Therelationshipbetweentherangesandstatusoutputisasfollows.

○:Thestatusoutputisactive.×:Thestatusoutputisnotactive.

Multi range Forward/reverse range

Forward range 1 × ×Forward range 2 ○ ×Reverse range 1 × ○Reverse range 2 ○ ○

Themultirangeandforward/reverserangehavethehysteresisrespectively.Fordetailsaboutthehysteresisofthemultirangeandforward/reverserange,readSubsection4.6.3and4.6.4.

Thefollowingstepsaretocombinethemultirangewiththeforward/reverserange.(1) SpecifytheprocessvalueofthePrimaryValue,


Subsection4.1.4and4.1.5.(3) Specifythehysteresisforthemultirangeand

forward/reverserange,referringtoSubsection4.6.3 and 4.6.4.

(4) Seteachterminaloutputto"Statusout",referringtoSubsection4.3.1.

(5) Setthestatusoutputfunctiontomultirangeorforward/reverserange,referringtoSubsection4.3.7.

(6) Specifytheforwardandreverseranges,referringtoSubsection4.6.2.

<4. Functions> 47

IM 01E22A02-02EN

4.6.6 External Contact RangeThisinstrumentenablesauseofanexternalcontactrange.Thisfunctioncanbemeasuredwhileautomaticallyswitchingtworangesdependingonthestatusinput.Therelationshipbetweentherangesandstatusinputisasfollows.Thestatusinputisnot active.

Low-level range

Thestatusinputisactive.

High-levelrange

Theexternalcontactrangecanbespecifiedbythefollowingprocedure.(1) SpecifytheprocessvalueofthePrimaryValue,


Subsection4.1.4and4.1.5.(3) Setthestatusinputfunctiontotheexternal

contactrange,referringtoSubsection4.4.2.(4) Setthestatusoutputfunctiontotheexternal

contactrange,referringtoSubsection4.3.7.(5) Specifyforwardrange2,referringtoSubsection

4.6.2.

Example:PrimaryValue=Volumetricflowrate,Flowratespan(forwardrange1)=50m3/h,Forward range 2 = 100 m3/h Inthiscase,theresultisobtainedasshownbelow.

F0419.ai

Output [%]

Flow rate [m3/h]50 1000

100Forward range 2

Status input

Forward range 1

4.7 Auxiliary Calculation Function

4.7.1 Fluid Flow Direction SettingThearrowshownonthesurfaceofthesensorindicatesthefluidflowdirection.Uponshipmentfromthemanufacturingplant,theflowrateismeasured,assumingthatthearrowdirectionisforward.Thisinstrumentcanbechangedtheparametersettingandmeasuretheflowrate,assumingthattheoppositedirectionofthearrowdirectionisforward.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► AUXcalculation►(seebelow)Flow direct Specifythefluidflowdirection.*1

HART communication:Devicerootmenu►Detailedsetup► AUXcalculation►(seebelow)Flow direction Specifythefluidflowdirection.*1

*1: Fromthetablebelow,selectthefluidflowdirection.Forward Thearrowdirectionofthesensorisforward.Reverse Theoppositedirectionofthearrowdirectionof

thesensorisforward.

4.7.2 Rate Limit Function SettingTheratelimitfunctioncanperformtoreducenoisesthat cannot be all cleared by only lengthening the dampingtimeconstant.Whenastepsignalorasuddensignalduetoaslurryfluidisinput,thisfunctionjudgeswhetherthesignalisaflowratesignaloranoisesignal.Thisjudgmentismadebasedonthehigh/lowlimitvalue(ratelimitvalue)andtheratelimitfunctioncontinuationtime(deadtime),causingthenoisesignalovertheratelimitvaluetobecutoff.Theratelimitvalueisspecifiedwiththepercentage(%)forthespanoftheprocessvaluePV-mappedinSubsection4.1.2.Set"0"tothedeadtimeifthisfunctionisunnecessarytouse.Thissettingcanbeconfiguredwiththefollowingparameters.

<4. Functions> 48

IM 01E22A02-02EN

Display menu path:Devicesetup►Detailedsetup► AUXcalculation►(seebelow)Rate limit Specifytheratelimitvalue.Dead time Specifythedeadtime.Noisefilter Specifythenoisefilter(ratelimitvalue

and dead time).*1

HART communication:Devicerootmenu►Detailedsetup► AUXcalculation►(seebelow)Rate limit Specifytheratelimitvalue.Dead time Specifythedeadtime.Noisefilter Specifythenoisefilter(ratelimitvalue

and dead time).*1

*1: Fromthetablebelow,selectthenoisefilter(ratelimitvalueand dead time).

Rate limit value Dead timeManual Optional OptionalLevel 1 0.5% 0.5sLevel 2 1.0% 1.0sLevel 3 5.0% 3.0s

NOTEIfeithertheratelimitvalueorthedeadtimeisspecified,thenoisefilterissetto"Manual".

NOTEDetermining the rate limit value and dead time

F0420.ai

T0

T0

2%2%

The Rage 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.

NOTEFortheratelimitfunction,thedeadtimeissetto"0"uponshipmentfromthemanufacturingplant.Besuretosetthedeadtimewhentheratelimitfunctionisused.

Signal processing for rate limit functionTheinstrumentcalculatestosetthespecificratelimitvaluetotheprimarydelayresponsevalueofthepreviouslysampledflowratevalue.Iftheflowratevaluesampledatthistimeexceedstheratelimitvalueabove,itshighorlowlimitvalueissettotheflowratevalueatthistime.Furthermore,ifthesamplingcountoccurswithinthedeadtimewhilethesignaloverthehigh/lowlimitvalueisinthesamedirection,thissignalisjudgedtobeaflowrate signal.

Example:(1) Input = 0 to 10%, Damping time constant = 5

seconds, Dead time = 3 seconds, Rate limit value = 1% In this case, the output for the step input is obtained as shown below.

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

• In the condition above (a), the signal exceeds theratelimitvalueascomparedwiththepreviousvalue;therefore,theresponseissetto1%. Theactualoutput,whichisdamped,isprocessed as indicated by the solid line.

• Then,theflowratevalueinthedeadtimeissettothe"flowrateafterdampingcalculation+signalofratelimitvalue(1%)".

• Theinputsignaldoesnotreturntotheratelimitvalueorlesswithinthedeadtime;therefore,itisjudgedtobeaflowratesignalatthetimeof(c).

• Theoutputsignalstartsfollowingthestepsignalalongthedampingcurve.

<4. Functions> 49

IM 01E22A02-02EN

Thefigurebelowshowsanoutputexamplewhenaslurrynoisehasoccurred. (2) Input = 0 to 10%, Damping time constant

= 1 second, Dead time = 1 seconds, Rate limit value = 1% In this case, the output for a slurry noise is obtained as shown below.

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.

4.7.3 Pulsing Flow Support Function Setting

Usingapump,etc.maycauseanerrorintheaverageoftheflowrateduetothepulsingflow.Ifthepulsingflowsupportfunctionisused,anerrorduetoapulsingflowcanbereducedbyfollowingaflowchangewhilecontrollingtheflowratecalculation.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► AUXcalculation►(seebelow)Pulsingflow Specifytheuseofthepulsingflow

supportfunction.*1

HART communication:Devicerootmenu►Detailedsetup► AUXcalculation►(seebelow)Pulsingflow Specifytheuseofthepulsingflow

supportfunction.*1

*1: Selecttheuseofthepulsingflowsupportfunctionfromthetable below.

No Donotusethepulsingflowsupportfunction.Yes Usethepulsingflowsupportfunction.

4.7.4 Power Frequency Synchronization Setting

Thisfunctioncanbespecifiedwhethertheexcitationfrequency(internalsignalprocessingfrequency)andpowerfrequencyaresynchronousorasynchronous.Whenmakingtheexcitationfrequencyandpowerfrequencyasynchronous,theexcitationfrequencyisdeterminedbythesetvalueofthepowerfrequency.Thepowerfrequencysynchronous/asynchronousmodeandthepowerfrequencycanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► AUXcalculation►(seebelow)Powersyncon/off Makestheexcitationfrequencyand

powerfrequencysynchronous.*1Setpowerfreq Setsthepowerfrequencywhen

theexcitationfrequencyandpowerfrequencyareasynchronous.

HART communication:Devicerootmenu►Detailedsetup► AUXcalculation►(seebelow)Power synchronize Makestheexcitationfrequencyand

powerfrequencysynchronous.*1Setpowerfrequency Setsthepowerfrequencywhen

theexcitationfrequencyandpowerfrequencyareasynchronous.

*1: Fromthetablebelow,selectthepowerfrequencysynchronous/asynchronousmode.

No Makestheexcitationfrequencyandpowerfrequencyasynchronous.

Yes Makestheexcitationfrequencyandpowerfrequencysynchronous.

IMPORTANTWhenusingtheDCpowerasthetransmitterpower, set the commercially available power frequencyoftheplacewheretousethetransmitter.Set"Powersyncon/off"toOffandspecify"Setpowerfreq".

<4. Functions> 50

IM 01E22A02-02EN

Theexcitationfrequencyandpowerfrequencycanbecheckedwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup► AUXcalculation►(seebelow)Iexpowerfrequency Displaysthepowerfrequency

(synchronouswiththeexcitationfrequency).

Measpowerfreq Displaysthemeasuredpowerfrequency.

HART communication:Devicerootmenu►Detailedsetup► AUXcalculation►(seebelow)Iexpowerfrequency Displaysthepowerfrequency

(synchronouswiththeexcitationfrequency).

Measuredpowerfrequency

Displaysthemeasuredpowerfrequency.

4.7.5 Density Correction CalculationWhenthetemperaturefromanotherinstrument(temperaturetransmitter,etc.)isusedasthecurrentinput,thedensitycorrectioncalculationcanbeperformeddependingonthetemperature.Usingthisfunctionleadstoenhancementofthemeasurementaccuracyforthemassflowrate.Transmitter

Iin-

Iin+24 V

0 V

Temperature transmitter, etc.

F0423.ai

Themassflowrateisobtainedinthefollowingexpression.Vm=Vf×ρ

Vm:Massflowrate[kg/s]Vf:Volumetricflowrate[m

3/s]ρ:Density[kg/m3]

Whenthedensitycorrectioncalculationisperformeddependingonthetemperature,thedensityisobtainedinthefollowingexpression.Thedensitycompensatingratesmustbespecifieddependingonapplicationsthatusethisinstrument.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: Primary compensating ratea2: Secondary compensating rate

Thestandardtemperatureandthecompensatingratescanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Provar►Temperature►(seebelow)CoefA1 Specifytheprimarycompensatingrate.CoefA2 Specifythesecondarycompensating

rate.

HART communication:Devicerootmenu►Detailedsetup► Processvariables►Temperature►(seebelow)TempcoefA1 Specifytheprimarycompensatingrate.TempcoefA2 Specifythesecondarycompensating

rate.

Thedensitycorrectioncalculationcanbesetinthefollowingsteps.(1) Settotheuseofthedensitycorrected

dependingonthetemperature,referringtoSubsection4.1.9.

(2) SetthecurrentinputoftheI/O4terminaltothetemperature,referringtoSubsection4.5.6.

(3) Specifytherangeofthecurrentinput,referringtoSubsection4.5.7.

(4) Specifythestandardtemperatureandstandarddensity,referringtoSubsection4.1.9and4.1.10.

(5) Specifytheprimarycompensatingrateandsecondarycompensatingrateofthecompensationformula.

NOTEThedensitycorrectioncalculationisperformedonlywhenitems(1)and(2)abovearespecified.Iftheyarenotspecified,thedensityisassignedtothefixedvaluethatisspecifiedinSubsection4.1.9.

<4. Functions> 51

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Example: Ifthewaterdensityiscorrectedbasedonthetemperatureinthefollowingconditions,theresultisobtained as shown below.Currentinputrange=0.0to100.0°C,Standarddensity=1000kg/m3,Standardtemperature=20°C,Primary compensating rate = -0.02, Secondary compensating rate = -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

4.7.6 Calorie CalculationWhentheabsolutetemperatureorthetemperaturedifferencefromotherinstrument(temperaturetransmitter,etc.)isusedasthecurrentinput,thecaloriecalculationisexecutable.

Thecalorieisobtainedinthefollowingexpression.Q=c×Vm×∆t

Q:Calorie[J/s]C:Specificheat[J/kg•K]Vm:Massflowrate[kg/s]∆T:Temperaturedifference[K]

ThetemperaturedifferenceofΔtvariesdependingonthecurrentinputfunctionspecifiedinSubsection4.5.6.Ifthetemperaturedifferenceisselected,specifythetemperatureusedasthecurrentinput.Iftheabsolutetemperatureisselected,specifyadifferencebetweenthetemperatureusedasthecurrentinputandthereferencetemperaturespecifiedinSubsection4.1.10.[“Thetemperatureofbeingcurrentinput”–“Thereferencetemperatureofbeingset”]

Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Provar►Calorie►(seebelow)Specificheat Specifythespecificheat.

HART communication:Devicerootmenu►Basicsetup► Calorie►(seebelow)Specificheat Specifythespecificheat.

Thecaloriecalculationcanbeconfiguredbythefollowingprocedure.• When the absolute temperature is selected as

the current input:(1) SetthecurrentinputoftheI/O4terminaltothe

absolutetemperature,referringtoSubsection4.5.6.


(3) Specifythereferencetemperature,referringtoSubsection4.1.10.

(4) Specifythespecificheat.

• When the temperature difference is selected as the current input:

(1) SetthecurrentinputoftheI/O4terminaltothetemperaturedifference,referringtoSubsection4.5.6.


(3) Specifythespecificheat.

<4. Functions> 52

IM 01E22A02-02EN

4.8 Alarm

4.8.1 Errors and CountermeasuresTheerrormessagesarefollowingtable.ForAXFA11,readtheapplicableuser’smanualaslistedinTable1.1.

Ala

rm It

emD

escr

iptio

n

Syst

em A

larm

Devicebreaksdow

nandcausesabnormalmeasurement.Devicereplacem

entisneeded.

Proc

ess

Alar

mThedeviceworksnormallyandsom

eissueofprocesscausesabnormalmeasurement.Maintenanceworkisneeded.

Setti

ng A

larm

Thedeviceworksnormallybutparam

etersettingerroroccurs.Param

etersettingisneeded.

Warning

Thedeviceworksnormallyandmeasurementisalsonormalbutwarningoccurs.

Information

Thedeviceworksnormallyandmeasurementisalsonormal.Justreferenceinformation.

NE1

07 S

tatu

sSt

atus

of t

he D

evic

e

FFailure

Devicemalfunction,Partsmalfunction

CFunction Check

Theoutputsignalistemporarilyinvalidforthelocaloperationormanualoperation.

SOutofSpecification

Thedeviceworksinoutofspecification.Theoutputsignalisuncertainfortheprocessortheambience.

MMaintenanceRequired

Themaintenanceisrequiredinthenearfuture.

NNoEffect

Otherissue

Alar

m

Item

NE10

7St

atus

Erro

r Mes

sage

Erro

r Des

crip

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Coun

term

easu

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Mes

sage

Coun

term

easu

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the

time

of e

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lse

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ain

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failure

CPU

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Con

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Non

-Ac

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Burnout

Stop

Stop

Stop

Not

defined

F01

1: R

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alc

FAIL

11R

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calculation

failure

Failureofreversecalculationwas

dete

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Con

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Non

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AlarmOut

AlarmOut

Base

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"F

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Nor

mal

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Alar

m

F01

2: M

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EEP

FAIL

12M

ain

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failure

FailureofEEP

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ainboard)

was

det

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d.C

onta

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Turnonthepoweragain

withinthetemperaturerange.

Iftheproblemdoesnot

impr

ove,

con

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Yok

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n bo

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ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F01

4: S

nsr b

d FA

IL14

Sens

or b

oard

failure

Failureofsensorboardwas

dete

cted

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Holdprior

setti

ngAl

arm

F01

5: S

nsr

com

m E

RR

15Se

nsor

communica

tion

erro

r

Com

municationerrorofsensor

was

det

ecte

d.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

Burnout

AlarmOut

Base

d on

"F

ailO

pts"

Holdprior

setti

ngAl

arm

F01

6: A

D 1

FA

IL[S

ig]

16A/D1

failure[Signal]

FailureofA/Dtransumitter1[flow

ve

loci

ty s

igna

l] w

as d

etec

ted.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Holdprior

setti

ngAl

arm

F01

7: A

D 2

FA

IL[E

xcit]

17A/D2

failure[Exciter]

FailureofA/Dtransm

itter2

[Excitingcurrent]w

asdetected.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Holdprior

setti

ngAl

arm

<4. Functions> 53

IM 01E22A02-02EN

Alar

m

Item

NE10

7St

atus

Erro

r Mes

sage

Erro

r Des

crip

tion

Coun

term

easu

re

Mes

sage

Coun

term

easu

re

Oper

atio

n at

the

time

of e

rror

Outp

utTo

tal

Proc

ess

Valu

eD

ispl

ayDi

spla

yH

AR

TDi

spla

yAl

arm

War

ning

Curre

ntPu

lse

/ St

atus

Syst

em

Alar

m

F01

8: C

oil

open

18C

oil o

pen

Coilofsensorw

asdisconnected.

Cutthepowerand

checkcoil&

EX

cabl

e.

Turnofthepow

er,check

coilo

fsensorandexcitation

cabl

e.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Holdprior

setti

ngAl

arm

F01

9: C

oil

shor

t19

Coi

l sho

rtCoilofsensorw

asshorted.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Holdprior

setti

ngAl

arm

F02

0: E

xcite

r FA

IL20

Exciterfailure

Failureofexcitationcircuitw

as

dete

cted

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F021:PWM1

stop

21PW

M1stop

Errorofpulsewidthmodulation1

was

det

ecte

d.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F022:PWM2

stop

22PW

M2stop

Errorofpulsewidthmodulation2

was

det

ecte

d.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F02

3: O

pt b

d m

ism

atch

23O

ptio

n bo

ard

mis

mat

chMismatchofoptionboardwas

dete

cted

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F02

4: O

pt b

d EE

P FA

IL24

Opt

ion

boar

d EE

PRO

M

failure

FailureofEEP

ROM(option

boar

d) w

as d

etec

ted.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F02

5: O

pt b

d A/DFAIL

25OptionboardA/

Dfailure

FailureofA/D(optionboard)was

dete

cted

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F02

6: O

pt b

d SP

I FAI

L26

Opt

ion

boar

d SP

Ifailure

FailureofSPI(optionboard)was

dete

cted

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F02

7: R

esto

re

FAIL

27Pa

ram

eter

re

stor

e in

com

plet

eRestoreofparam

eterswasfailed.

Ret

ry p

aram

eter

re

stor

atio

n.R

etry

par

amet

er re

stor

atio

n.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F02

8: In

d bd

FA

IL28

Indi

cato

r boa

rd

failure

Failureofindicatorboardwas

dete

cted

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Che

ck th

e am

bien

t temperatureofdisplay

iswithintherange.Ifthe

prob

lem

doe

s no

t im

prov

e,

cont

act Y

okog

awa

serv

ice

cent

er.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F02

9: In

d bd

EE

P FA

IL29

Indi

cato

r boa

rd

EEPR

OM

failure

FailureofEEP

ROM(indicator

boar

d) w

as d

etec

ted.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.

Turnonthepoweragain

withinthetemperaturerange.

Iftheproblemdoesnot

impr

ove,

con

tact

Yok

ogaw

a se

rvic

e ce

nter

.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F03

0: L

CD

drv

FA

IL30

LCD

driv

er

failure

FailureofLCDdriverwas

dete

cted

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F03

1: In

d bd

m

ism

atch

31In

dica

tor b

oard

m

ism

atch

MismatchofIndicatorboardwas

dete

cted

.C

onta

ct Y

okog

awa

serv

ice

cent

er.

Con

tact

Yok

ogaw

a se

rvic

e ce

nter

.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F03

2: In

d co

mm

ER

R32

Indi

cato

r communica

tion

erro

r

Com

municationerrorofindicator

boar

d w

as d

etec

ted.

Che

ck c

onne

ctio

n ofIndicator&

main

boar

d.

CheckconnectionofIndicator

&mainboard.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

F03

3: m

icro

SD

FAIL

33m

icro

SD

failure

Failureofm

icroSD

cardwas

dete

cted

.C

hang

e m

icro

SD

card

.C

hang

e m

icro

SD c

ard.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

<4. Functions> 54

IM 01E22A02-02EN

Alar

m

Item

NE10

7St

atus

Erro

r Mes

sage

Erro

r Des

crip

tion

Coun

term

easu

re

Mes

sage

Coun

term

easu

re

Oper

atio

n at

the

time

of e

rror

Outp

utTo

tal

Proc

ess

Valu

eD

ispl

ayDi

spla

yH

AR

TDi

spla

yAl

arm

War

ning

Curre

ntPu

lse

/ St

atus

Proc

ess

Alar

m

S05

0: S

igna

l overflow

50Signaloverflow

Failureofinputsignalwas

dete

cted

.C

heck

sig

nal c

able

andgrounding.

Che

ck s

igna

l cab

le a

nd

grounding.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Holdprior

setti

ngAl

arm

S05

1: E

mpt

y de

tect

51Em

pty

pipe

de

tect

ion

Emptyinsideofsensorw

as

dete

cted

. (Em

pty

pipe

det

ectio

n)Fillflow

tubewith

fluid.

Fillflow

tubewithfluid.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Holdprior

setti

ngAl

arm

N052:H/LHH/

LL a

lm52

H/LorH

H/LL

alar

mFlow

rateexceededupperlimitor

low

er lim

it.Checkflow

rate

andsettingvalue.Checkflow

rateandsetting

value.

Activ

eN

on-

Activ

eN

orm

alN

orm

alContinue

Nor

mal

O

pera

tion

Alar

m

S05

3: A

dh

over

lv 4

53Ad

hesi

on o

ver

leve

l 4

Theresistancevalueofthe

elec

trode

s ex

ceed

ed L

evel

4.

(Adhesiondetectionofinsulation

to e

lect

rode

)

Cle

an e

lect

rode

s.C

lean

ele

ctro

des.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

Setti

ng

Alar

m

S06

0: S

pan

cfgER

R60

Span

configuration

erro

r

Settingerro

rofflow

spanwas

dete

cted

. (fulfill"0.05m/s<Span<16m/s")

Cha

nge

span

pa

ram

eter

set

ting.

Che

ck o

r cha

nge

span

pa

ram

eter

set

ting.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

S06

2: A

O 1

4-

20 lm

t62

Analogoutput

1 4-

20 m

A lim

it er

ror

Settingerro

rofC

urrentoutput1

wasdetected.(fulfill"LR

V<HRV")C

hang

e An

alog

output1

para

met

er s

ettin

g.

Che

ck o

r cha

nge

Anal

og

output1param

etersetting.

Activ

eN

on-

Activ

eN

orm

alN

orm

alContinue

Nor

mal

O

pera

tion

Alar

m

S06

3: A

O 2

4-

20 lm

t63

Analogoutput

2 4-

20 m

A lim

it er

ror

Settingerro

rofC

urrentoutput2

wasdetected.(fulfill"LR

V<HRV")C

hang

e An

alog

output2

para

met

er s

ettin

g.

Che

ck o

r cha

nge

Anal

og

output2param

etersetting.

Activ

eN

on-

Activ

eN

orm

alN

orm

alContinue

Nor

mal

O

pera

tion

Alar

m

S06

4: A

O 1

mlt

rng

64An

alogoutput

1multirange

erro

r

Settingerro

rofM

ultirange

functionwasdetected.

(fulfill "1strange<=2ndrange"

andselect"eithermultirangeor

absoluterange".)

Changemulti

rang

e pa

ram

eter

se

tting

.

Checkorchangemultirange

para

met

er s

ettin

g.Ac

tive

Non

-Ac

tive

AlarmOut

Nor

mal

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

N065:H/Lcfg

ERR

65H/LHH/LL

configuration

erro

r

Settingerro

rofararmhigh/low

limitfunctionwasdetected.

(fulfill "HiAlarm-LoAlarm>H/L

Hys"and"H

HAlarm-LLAlarm>

HH/LLHys")

ChangeH/L,H

H/

LL p

aram

eter

se

tting

.

CheckandchangeH/L,H

H/

LL p

aram

eter

set

ting.

Activ

eN

on-

Activ

eAlarmOut

Nor

mal

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

S06

6: D

ensi

ty

cfgER

R66

Den

sity

configuration

erro

r

Settingerro

rofdensityvaluewas

dete

cted

whe

n PV

was

set

to

massflowrate.

Cha

nge

Den

sity

pa

ram

eter

set

ting.

Che

ck a

nd c

hang

e D

ensi

ty

para

met

er s

ettin

g.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

S067:Pls1cfg

ERR

67Pu

lse output1

configuration

erro

r

Settin

gerrorofPulseoutput1was

dete

cted

.

ChangePu

lse

output1

para

met

er s

ettin

g.

ChangePu

lseoutput1

para

met

er s

ettin

g.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Continue

Nor

mal

O

pera

tion

Alar

m

S068:Pls2cfg

ERR

68Pu

lseoutput2

configuration

erro

r

Settingerro

rofPulseoutput2

was

det

ecte

d.

ChangePu

lse

output2

para

met

er s

ettin

g.

CheckandchangePu

lse

output2param

etersetting.

Activ

eN

on-

Activ

eAlarmOut

AlarmOut

Continue

Nor

mal

O

pera

tion

Alar

m

<4. Functions> 55

IM 01E22A02-02EN

Alar

m

Item

NE10

7St

atus

Erro

r Mes

sage

Erro

r Des

crip

tion

Coun

term

easu

re

Mes

sage

Coun

term

easu

re

Oper

atio

n at

the

time

of e

rror

Outp

utTo

tal

Proc

ess

Valu

eD

ispl

ayDi

spla

yH

AR

TDi

spla

yAl

arm

War

ning

Curre

ntPu

lse

/ St

atus

Setti

ng

Alar

m

C06

9: N

omi

sizecfg

69N

omin

al s

ize

configuration

erro

r

Configurationerrorofnom

inal

size

was

det

ecte

d.

(fulfill"0.99mm<nom

inalsize<

3000.10mm(0.01inch<nom

inal

size<120.10inch)")

Cha

nge

nom

inal

pa

ram

ter s

ettin

g.C

heck

and

cha

nge

nom

inal

pa

ram

ter s

ettin

g.Ac

tive

Non

-Ac

tive

AlarmOut

AlarmOut

Base

d on

"F

ailO

pts"

Nor

mal

O

pera

tion

Alar

m

C070:Adhcfg

ERR

70Ad

hesi

on

configuration

erro

r

Settingerro

rofelectrode

adhesiondetectionfunctionwas

dete

cted

. (fulfill"Level1<Level2<Level3<

Leve

l4")

Cha

nge

adhe

sion

pa

ram

eter

set

ting.

Che

ck a

nd c

hang

e ad

hesi

on

para

met

er s

ettin

g.Ac

tive

Non

-Ac

tive

Nor

mal

Nor

mal

Continue

Nor

mal

O

pera

tion

Alar

m

C071:FLN

cfg

ERR

71Fl

ow n

oise

configuration

erro

r

Settingerro

rofflow

noise

verificationfunctionwasdetected.

(fulfill"Level1<Level2<Level3<

Leve

l4")

Changeflownoise

para

mte

r set

ting.

Changeflownoiseparam

ter

setti

ng.

Activ

eN

on-

Activ

eN

orm

alN

orm

alContinue

Nor

mal

O

pera

tion

Alar

m

C07

2: L

og n

ot

star

t72

Dat

a lo

ggin

g no

t sta

rted

Dataloggingfailedtostart.

Inse

rt m

icro

SD

card

.In

sert

mic

roSD

car

d.Ac

tive

Non

-Ac

tive

Nor

mal

Nor

mal

Continue

Nor

mal

O

pera

tion

Alar

m

Warning

S08

0: A

O 1

saturate

80An

alogoutput

1saturated

SaturationofAnalogoutput1was

dete

cted

.C

heck

pro

cess

or

para

met

er s

ettin

g.

Checkprocessvalueand

curre

ntoutput1param

eter

setti

ng.

Non

-Ac

tive

Activ

eN

orm

alN

orm

alContinue

Nor

mal

O

pera

tion

Warning

S08

1: A

O 2

saturate

81An

alogoutput

2saturated

SaturationofAnalogoutput2was

dete

cted

.C

heck

pro

cess

or

para

met

er s

ettin

g.


curre

ntoutput2param

eter

setti

ng.

Non

-Ac

tive

Activ

eN

orm

alN

orm

alContinue

Nor

mal

O

pera

tion

Warning

S08

2: P

ls 1

saturate

82Pu

lse output1

saturated

SaturationofPulseoutput1was

dete

cted

.C

heck

pro

cess

or

para

met

er s

ettin

g.


pulseoutput1param

eter

setti

ng.

Non

-Ac

tive

Activ

eN

orm

alN

orm

alContinue

Nor

mal

O

pera

tion

Warning

S08

3: P

ls 2

saturate

83Pu

lseoutput2

saturated

SaturationofPulseoutput2was

dete

cted

.C

heck

pro

cess

or

para

met

er s

ettin

g.


pulseoutput2param

eter

setti

ng.

Non

-Ac

tive

Activ

eN

orm

alN

orm

alContinue

Nor

mal

O

pera

tion

Warning

S08

4: A

I saturate

84An

aloginput

saturated

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as

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eter

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C08

5: C

able

m

isco

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le

mis

conn

ect

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dete

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Checkthesignal/

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Warning

C08

6: C

oil

insulation

86Coilin

sulation

war

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Insulationdeteriorationofcoilwas

dete

cted

.Coilin

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M08

7: A

dhes

ion

lv 3

87Ad

hesi

on o

ver

leve

l 3

Theresistancevalueofelectrode

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eded

Lev

el 3

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to e

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Rec

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Activ

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Continue

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mal

O

pera

tion

Warning

<4. Functions> 56

IM 01E22A02-02EN

Alar

m

Item

NE10

7St

atus

Erro

r Mes

sage

Erro

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crip

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Coun

term

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rror

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spla

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arm

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atus

Warning

N08

8: L

C w

arn

88Lo

w

conductivity

war

ning

Decrease ofconductivitywas

dete

cted

.Fluidconductivity

is to

o lo

w.Checkfluidconductivity.

Non

-Ac

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M089:Insu

dete

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Insulation

dete

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elec

trode

was

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N09

0: F

LN

over

lv 3

90Fl

ow n

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Leve

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noise)

Checkthefluid.

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bubble.

Non

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Activ

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Warning

N09

1: F

LN

over

lv 4

91Fl

ow n

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ove

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vel 4

Flow

noi

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Leve

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(Detectionofflow

noise)

Checkthefluid.

Checkfluidconductivityor

bubble.

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Warning

C09

2: A

Z w

arn

92Au

tozero

war

ning

ResultofAutozeroadjustment

|MagFlowZero|exceeded10cm/

s.

Che

ck

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adjustment.

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C093:Verif

war

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Verification

war

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Interru

ptionofverificationfunction

was

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ecte

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LastVerification

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pted.

ExecuteVerificationagain.

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C09

4: F

act

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ctor

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Checkthefluid.

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C09

5:

Simulate

activ

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Simulation

activ

e

Testmodewasexecutedforany

ofFlowvelocity,Volum

etricflow

rate,M

assflowrate,C

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Currentoutput,Pu

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Statusinput,Statusoutput.

Simulation

running.

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Warning

S096:AO1fix

96An

alogoutput

1fixed

Itwasdetectedthatfixiedvalueis

settoCurrentoutput1.

Plea

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l thefixedoutput.

Checkcurrentoutput1istest

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Warning

S097:AO2fix

97An

alogoutput

2fixed


settoCurrentoutput2.

Plea

se c

ance

l thefixedoutput.

Checkcurrentoutput2istest

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Activ

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Continue

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tion

Warning

S098:Pls1fix

98Pu

lseoutput1

fixed


settoPu

lseoutput1.

Plea

se c

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l thefixedoutput.

Checkpulseoutput1istest

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O

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Warning

S099:Pls2fix

99Pu

lseoutput2

fixed


settoPu

lseoutput2.

Plea

se c

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l thefixedoutput.

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Warning

S100:AIfix

100An

aloginput

fixed


settoCurrentinput.

Plea

se c

ance

l thefixedinput.

Checkcurrentinputistest

mod

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Activ

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Continue

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O

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Warning

C10

1: P

aram

restorerun

101

Para

met

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restore runningRestorefunctionofparam

eteris

running.

――

Non

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Activ

eN

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Nor

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Execute

N10

2: D

isp o

ver1

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ay o

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war

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Num

berofdigitsavailablefor

disp

lay

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the

limit.

Che

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ispl

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formatparam

eter.CheckDisplayformat

para

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Warning

N10

3: S

D s

ize

war

n10

3m

icro

SD c

ard

size

war

ning

Freespaceofm

icroSD

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decreasedtolessthan10%

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Continue

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mal

O

pera

tion

Warning

<4. Functions> 57

IM 01E22A02-02EN

Alar

m

Item

NE10

7St

atus

Erro

r Mes

sage

Erro

r Des

crip

tion

Coun

term

easu

re

Mes

sage

Coun

term

easu

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Oper

atio

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the

time

of e

rror

Outp

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ess

Valu

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ispl

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spla

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arm

War

ning

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ntPu

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/ St

atus

Warning

M104:Bkup

incm

plt

104

Para

met

er

backup

inco

mpl

ete

Parameterbackupfailed.

Ret

ry p

aram

eter

backup.

Retryparam

eterbackup.

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S10

5: S

D

mis

mat

ch10

5m

icro

SD c

ard

mis

mat

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cted

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M10

6: S

D

rem

oval

ER

R10

6m

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SD

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N13

1: T

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ism

atch

131

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trans

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N12

0:

Watchdog

120Watchdog

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atchdoctim

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Continue

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O

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N12

1: P

ower

off

121Po

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Power-offwasdetected.

――

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N12

2: In

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Inst

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Continue

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O

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N12

3: P

aram

bkuprun

123

Para

met

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backuprunningPa

rameterbackupisrunning.

――

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N12

4: D

ata

log

run

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Dat

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――

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N13

0: D

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Continue

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tion

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mal

<4. Functions> 58

IM 01E22A02-02EN

4.8.2 Alarm Display Setting(1) Alarm displayIfanerroroccursonthisinstrument,analarmappears on the display. The alarm display modes areclassifiedintotwotypes:modetodisplaytheprocessvalueandalarmname,andmodetodisplay the alarm name and action.Ifmultipleerrorsoccuronthisinstrument,thecorrespondingalarmsaredisplayedinsequenceonthe display.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)Alarm display Sets the alarm display.*1

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Display alarm Sets the alarm display.*1

*1: From the table below, select the alarm display.Normal Displaystheprocessvalueandalarmname.

F0425.ai

01 : 00VEL

AO1FLP

SET SFT INC

0.00000m/s

mA4.000018: Coil open

0.0%

Detail Displays the alarm name and action.

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 NE107Aprefixcanbeassignedtothealarmnamebasedon NAMUR NE107.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)NE107 display Sets the alarm display based on NAMUR

NE107.*1

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Display NE107 Sets the alarm display based on NAMUR

NE107.*1

*1: From the table below, select alarm display.Normal Sets to the normal alarm display.NE107 Sets the alarm display based on NAMUR

NE107.

4.8.3 Alarm History FunctionThealarmhistoryfunctionrecordsthepreviouslydetected alarms as a history.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmrecord►(seebelow)Record alarm 1 Displaysthenameofnewalarm1.Record time 1 Displays the operating time at which new

alarm1hasoccurred.Record alarm 2 Displaysthenameofnewalarm2.Record time 2 Displays the operating time at which new



alarm4hasoccurred.

<4. Functions> 59

IM 01E22A02-02EN

HART communication:Diagnosticrootmenu►Status/Selftest► Alarm►Alarmrecord►(seebelow)Alarm record 1 Displaysthenameofnewalarm1.Alarm record time 1 Displays the operating time at which new

alarm1hasoccurred.Alarm record 2 Displaysthenameofnewalarm2.Alarm record time 2 Displays the operating time at which new



alarm4hasoccurred.

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

Example: “00031D12:34”isdisplayed.Thisexampleshowsthatanalarmhasoccurredwhentheinstrumenthasoperatedfor31days,12hours,and34minutes.

4.8.4 Alarm Mask FunctionThealarmmaskfunctioncanmaskthespecifiedalarm,hideanalarmnotification,andrecordnoalarmhistory.Thisfunctioncanbesetforeachofthealarmnotificationandalarmhistory.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmoutmask►(seebelow)Mask 1-1 Specifiesthemaskfunctionforalarm

notification1-1.Mask 1-2 Specifiesthemaskfunctionforalarm






notification4-1.

Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmrecordmask►(seebelow)Mask 1-1 Specifiesthemaskfunctionforalarm

history 1-1.Mask 1-2 Specifiesthemaskfunctionforalarm




history 3-1.

HART communication:Diagnosticrootmenu►Status/Selftest► Alarm►Alarmoutmask►(seebelow)Alarmoutmask1 Specifiesthemaskfunctionforalarm

notification1.Alarmoutmask2 Specifiesthemaskfunctionforalarm



notification4.

Diagnosticrootmenu►Status/Selftest► Alarm►Alarmrecordmask►(seebelow)Alarm record mask 1 Specifiesthemaskfunctionforalarm

history 1.Alarm record mask 2 Specifiesthemaskfunctionforalarm

history 2.Alarm record mask 3 Specifiesthemaskfunctionforalarm

history 3.

NOTENote that the alarm masked by the alarm notificationmaskfunctionisnotrecordedinthealarm history.

<4. Functions> 60

IM 01E22A02-02EN

Thealarmmaskfunctionsettingisasfollows.Parameter name Indicatesthenameofthemasksettingparameter.

Alarm name Indicates the alarm name.Default value Indicatesthedefaultvalue(uponshipmentfromthemanufacturingplant).(○:Masked,-:Notmasked)

Attribute Indicateswhetherthemasksettingisenabledordisabled.(○:Enabled,-:Disabled)

(1) AlarmnotificationmaskfunctionDisplay HART

Parameter name Alarm name Default

value Attribute Parameter name Alarm name Default value Attribute

― 010: Main CPU FAIL ― ― ― 10 MainboardCPUfailure ― ―― 011: Rev calc FAIL ― ― ― 11 Reversecalculationfailure ― ―― 012: Main EEP FAIL ― ― ― 12 MainboardEEPROMfailure ― ―

Mask 1-1 013:MainEEPdflt ― Alarmoutmask1 13 MainboardEEPROMdefault ― ― 014: Snsr bd FAIL ― ― ― 14 Sensorboardfailure ― ―― 015: Snsr comm ERR ― ― ― 15 Sensorcommunicationerror ― ―― 016: AD 1 FAIL[Sig] ― ― ― 16 A/D1failure[Signal] ― ―― 017: AD 2 FAIL[Excit] ― ― ― 17 A/D2failure[Exciter] ― ―― 018: Coil open ― ― ― 18 Coil open ― ―― 019: Coil short ― ― ― 19 Coil short ― ―― 020: Exciter FAIL ― ― ― 20 Exciterfailure ― ―

Mask 1-2 021:PWM1stop ― Alarmoutmask1 21 PWM1stop ― Mask 1-2 022:PWM2stop ― Alarmoutmask1 22 PWM2stop ― Mask 1-2 023: Opt bd mismatch ― Alarmoutmask1 23 Option board mismatch ― Mask 1-2 024: Opt bd EEP FAIL ― Alarmoutmask1 24 OptionboardEEPROMfailure ― Mask 1-2 025:OptbdA/DFAIL ― Alarmoutmask1 25 OptionboardA/Dfailure ― Mask 1-2 026: Opt bd SPI FAIL ― Alarmoutmask1 26 OptionboardSPIfailure ―

― 027: Restore FAIL ― ― ― 27 Parameter restore incomplete ― ―Mask 1-2 028: Ind bd FAIL Alarmoutmask1 28 Indicatorboardfailure Mask 1-2 029: Ind bd EEP FAIL ― Alarmoutmask1 29 IndicatorboardEEPROMfailure ― Mask 1-2 030: LCD drv FAIL ― Alarmoutmask1 30 LCDdriverfailure ― Mask 1-2 031: Ind bd mismatch ― Alarmoutmask1 31 Indicator board mismatch ― Mask 1-2 032: Ind comm ERR ― Alarmoutmask1 32 Indicatorcommunicationerror ― Mask 1-2 033: microSD FAIL ― Alarmoutmask1 33 microSDfailure ― Mask 2-1 050:Signaloverflow ― Alarmoutmask2 50 Signaloverflow ― Mask 2-1 051: Empty detect ― Alarmoutmask2 51 Empty pipe detection ― Mask 2-1 052:H/LHH/LLalm Alarmoutmask2 52 H/LorHH/LLalarm Mask 2-1 053: Adh over lv 4 Alarmoutmask2 53 Adhesion over level 4 Mask 2-1 060:SpancfgERR ― Alarmoutmask2 60 Spanconfigurationerror ― Mask 2-1 062: AO 1 4-20 lmt ― Alarmoutmask2 62 Analogoutput14-20mAlimiterror ― Mask 2-1 063: AO 2 4-20 lmt ― Alarmoutmask2 63 Analogoutput24-20mAlimiterror ― Mask 2-1 064: AO 1 mlt rng ― Alarmoutmask2 64 Analogoutput1multirangeerror ― Mask 2-1 065:H/LcfgERR ― Alarmoutmask2 65 H/LHH/LLconfigurationerror ― Mask 2-1 066:DensitycfgERR ― Alarmoutmask2 66 Densityconfigurationerror ― Mask 2-2 067:Pls1cfgERR ― Alarmoutmask2 67 Pulseoutput1configurationerror ― Mask 2-2 068:Pls2cfgERR ― Alarmoutmask2 68 Pulseoutput2configurationerror ― Mask 2-2 069:Nomisizecfg ― Alarmoutmask2 69 Nominalsizeconfigurationerror ― Mask 2-2 070:AdhcfgERR ― Alarmoutmask2 70 Adhesionconfigurationerror ― Mask 2-2 071:FLNcfgERR ― Alarmoutmask2 71 Flownoiseconfigurationerror ― Mask 2-2 072: Log not start ― Alarmoutmask2 72 Data logging not started ― Mask 2-2 080:AO1saturate Alarmoutmask2 80 Analogoutput1saturated Mask 2-2 081:AO2saturate Alarmoutmask2 81 Analogoutput2saturated Mask 2-2 082:Pls1saturate Alarmoutmask2 82 Pulseoutput1saturated Mask 2-2 083:Pls2saturate Alarmoutmask2 83 Pulseoutput2saturated Mask 2-2 084:AIsaturate Alarmoutmask2 84 Analoginputsaturated Mask 2-2 085: Cable miscon ― Alarmoutmask2 85 Cable misconnect ― Mask 2-2 086:Coilinsulation Alarmoutmask2 86 Coilinsulationwarning Mask 2-2 131: Trans mismatch ― Alarmoutmask2 131 Transmitter type mismatch ― Mask 3-1 087: Adhesion lv 3 Alarmoutmask3 87 Adhesion over level 3 Mask 3-1 088: LC warn Alarmoutmask3 88 Lowconductivitywarning Mask 3-1 089:Insudetect Alarmoutmask3 89 Insulationdetection Mask 3-1 090: FLN over lv 3 Alarmoutmask3 90 Flow noise over level 3 Mask 3-1 091: FLN over lv 4 Alarmoutmask3 91 Flow noise over level 4 Mask 3-1 092: AZ warn Alarmoutmask3 92 Autozerowarning Mask 3-1 093:Verifwarn Alarmoutmask3 93 Verificationwarning Mask 3-1 094: Fact noise warn Alarmoutmask3 94 Factory noise warning Mask 3-1 095:Simulateactive ― Alarmoutmask3 95 Simulationactive ― Mask 3-1 096:AO1fix ― Alarmoutmask3 96 Analogoutput1fixed ― Mask 3-1 097:AO2fix ― Alarmoutmask3 97 Analogoutput2fixed ―

<4. Functions> 61

IM 01E22A02-02EN

Display HARTParameter

name Alarm name Default value Attribute Parameter name Alarm name Default

value Attribute

Mask 3-1 098:Pls1fix ― Alarmoutmask3 98 Pulseoutput1fixed ― Mask 3-1 099:Pls2fix ― Alarmoutmask3 99 Pulseoutput2fixed ― Mask 3-1 100:AIfix ― Alarmoutmask3 100 Analoginputfixed ― Mask 3-2 101:Paramrestorerun Alarmoutmask3 101 Parameterrestorerunning Mask 3-2 102: Disp over Alarmoutmask3 102 Display over warning Mask 3-2 103: SD size warn Alarmoutmask3 103 microSD card size warning Mask 3-2 104:Bkupincmplt Alarmoutmask3 104 Parameterbackupincomplete Mask 3-2 105: SD mismatch Alarmoutmask3 105 microSD card mismatch Mask 3-2 106: SD removal ERR Alarmoutmask3 106 microSDcardremovalprocedureerror Mask 3-2 120:Watchdog*1 Alarmoutmask3 120 Watchdog*1 Mask 3-2 121:Poweroff*1 Alarmoutmask3 121 Poweroff*1 Mask 3-2 122: Inst power FAIL*1 Alarmoutmask3 122 Instantpowerfailure*1 Mask 3-2 123:Parambkuprun Alarmoutmask3 123 Parameterbackuprunning Mask 3-2 124:Datalogrun Alarmoutmask3 124 Dataloggingrunning Mask 4-1 130:DevID not enter Alarmoutmask4 130 Device ID not entered

*1: Recordedinthealarmhistoryregardlessofthesettingofthealarmnotificationmaskfunction.

(2) Alarm history mask functionDisplay HART

Parameter name Alarm name Default

value Attribute Parameter name Alarm name Default value Attribute

― 010: Main CPU FAIL ― ― ― 10 MainboardCPUfailure ― ―― 011: Rev calc FAIL ― ― ― 11 Reversecalculationfailure ― ―― 012: Main EEP FAIL ― ― ― 12 MainboardEEPROMfailure ― ―

Mask 1-1 013:MainEEPdflt ― Alarm record mask 1 13 MainboardEEPROMdefault ― ― 014: Snsr bd FAIL ― ― ― 14 Sensorboardfailure ― ―― 015: Snsr comm ERR ― ― ― 15 Sensorcommunicationerror ― ―― 016: AD 1 FAIL[Sig] ― ― ― 16 A/D1failure[Signal] ― ―― 017: AD 2 FAIL[Excit] ― ― ― 17 A/D2failure[Exciter] ― ―― 018: Coil open ― ― ― 18 Coil open ― ―― 019: Coil short ― ― ― 19 Coil short ― ―

Mask 1-1 020: Exciter FAIL ― Alarm record mask 1 20 Exciterfailure ― Mask 1-2 021:PWM1stop ― Alarm record mask 1 21 PWM1stop ― Mask 1-2 022:PWM2stop ― Alarm record mask 1 22 PWM2stop ― Mask 1-2 023: Opt bd mismatch ― Alarm record mask 1 23 Option board mismatch ― Mask 1-2 024: Opt bd EEP FAIL ― Alarm record mask 1 24 OptionboardEEPROMfailure ― Mask 1-2 025:OptbdA/DFAIL ― Alarm record mask 1 25 OptionboardA/Dfailure ― Mask 1-2 026: Opt bd SPI FAIL ― Alarm record mask 1 26 OptionboardSPIfailure ―

― 027: Restore FAIL ― ― ― 27 Parameter restore incomplete ― ―Mask 1-2 028: Ind bd FAIL ― Alarm record mask 1 28 Indicatorboardfailure ― Mask 1-2 029: Ind bd EEP FAIL ― Alarm record mask 1 29 IndicatorboardEEPROMfailure ― Mask 1-2 030: LCD drv FAIL ― Alarm record mask 1 30 LCDdriverfailure ― Mask 1-2 031: Ind bd mismatch ― Alarm record mask 1 31 Indicator board mismatch ― Mask 1-2 032: Ind comm ERR ― Alarm record mask 1 32 Indicatorcommunicationerror ― Mask 1-2 033: microSD FAIL ― Alarm record mask 1 33 microSDfailure ― Mask 2-1 050:Signaloverflow ― Alarm record mask 2 50 Signaloverflow ― Mask 2-1 051: Empty detect ― Alarm record mask 2 51 Empty pipe detection ― Mask 2-1 052:H/LHH/LLalm ― Alarm record mask 2 52 H/LorHH/LLalarm ― Mask 2-1 053: Adh over lv 4 ― Alarm record mask 2 53 Adhesion over level 4 ―

― 060:SpancfgERR ― ― 60 Spanconfigurationerror ―― 062: AO 1 4-20 lmt ― ― 62 Analogoutput14-20mAlimiterror ―― 063: AO 2 4-20 lmt ― ― 63 Analogoutput24-20mAlimiterror ―― 064: AO 1 mlt rng ― ― 64 Analogoutput1multirangeerror ―― 065:H/LcfgERR ― ― 65 H/LHH/LLconfigurationerror ―― 066:DensitycfgERR ― ― 66 Densityconfigurationerror ―― 067:Pls1cfgERR ― ― 67 Pulseoutput1configurationerror ―― 068:Pls2cfgERR ― ― 68 Pulseoutput2configurationerror ―― 069:Nomisizecfg ― ― 69 Nominalsizeconfigurationerror ―― 070:AdhcfgERR ― ― 70 Adhesionconfigurationerror ―― 071:FLNcfgERR ― ― 71 Flownoiseconfigurationerror ―― 072: Log not start ― ― 72 Data logging not started ―― 080:AO1saturate ― ― 80 Analogoutput1saturated ―― 081:AO2saturate ― ― 81 Analogoutput2saturated ―― 082:Pls1saturate ― ― 82 Pulseoutput1saturated ―― 083:Pls2saturate ― ― 83 Pulseoutput2saturated ―― 084:AIsaturate ― ― 84 Analoginputsaturated ―

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Display HARTParameter

name Alarm name Default value Attribute Parameter name Alarm name Default

value Attribute

Mask 2-2 085: Cable miscon ― Alarm record mask 2 85 Cable misconnect ― ― 086:Coilinsulation ― ― 86 Coilinsulationwarning ―― 131: Trans mismatch ― ― 131 Transmitter type mismatch ―― 087: Adhesion lv 3 ― ― 87 Adhesion over level 3 ―― 088: LC warn ― ― 88 Lowconductivitywarning ―― 089:Insudetect ― ― 89 Insulationdetection ―― 090: FLN over lv 3 ― ― 90 Flow noise over level 3 ―― 091: FLN over lv 4 ― ― 91 Flow noise over level 4 ―― 092: AZ warn ― ― 92 Autozerowarning ―― 093:Verifwarn ― ― 93 Verificationwarning ―― 094: Fact noise warn ― ― 94 Factory noise warning ―― 095:Simulateactive ― ― 95 Simulationactive ―― 096:AO1fix ― ― 96 Analogoutput1fixed ―― 097:AO2fix ― ― 97 Analogoutput2fixed ―― 098:Pls1fix ― ― 98 Pulseoutput1fixed ―― 099:Pls2fix ― ― 99 Pulseoutput2fixed ―― 100:AIfix ― ― 100 Analoginputfixed ―― 101:Paramrestorerun ― ― 101 Parameterrestorerunning ―― 102: Disp over ― ― 102 Display over warning ―― 103: SD size warn ― ― 103 microSD card size warning ―― 104:Bkupincmplt ― ― 104 Parameterbackupincomplete ―― 105: SD mismatch ― ― 105 microSD card mismatch ―― 106: SD removal ERR ― ― 106 microSDcardremovalprocedureerror ―― 120:Watchdog*1 ― ― ― 120 Watchdog*1 ― ―― 121:Poweroff*1 ― ― ― 121 Poweroff*1 ― ―― 122: Inst power FAIL*1 ― ― ― 122 Instantpowerfailure*1 ― ―― 123:Parambkuprun ― ― 123 Parameterbackuprunning ―― 124:Datalogrun ― ― 124 Dataloggingrunning ―

Mask 3-1 130:DevID not enter Alarm record mask 3 130 Device ID not entered

*1: Recordedinthealarmhistoryregardlessofthesettingofthealarmnotificationmaskfunction.

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4.9 Display

4.9.1 Language SettingThelanguagetobeusedonthedisplaycanbeselectedfromninetypes.Selectthedesireddisplaylanguagefromthelanguagesthatareincludedinthelanguagepackagespecifiedatthetimeofordering.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Languageselection:Devicesetup►(seebelow)Language Specifythelanguagetobeusedonthe

display.*1

Displayoflanguagepackage:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)Languagepackage Indicatesthelanguagepackageforthe

display.

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Language Specifythelanguagetobeusedonthe

display.*1

Languagepackage Indicatesthelanguagepackageforthedisplay.

Thefollowinglanguagesareincludedinthelanguagepackage.Package 1 Japanese,English,French,German,

Italian,Spanish,Portuguese,andRussian

Package 2 English and Chinese

*1: Fromthetablebelow,selectthelanguagetobeusedonthedisplay.

English Displays parameters in English.French Displays parameters in French.German Displays parameters in German.Italian Displays parameters in Italian.Spanish Displays parameters in Spanish.Portuguese DisplaysparametersinPortuguese.Russian DisplaysparametersinRussian.Chinese Displays parameters in Chinese.Japanese DisplaysparametersinJapanese.

4.9.2 Display Item SettingThisinstrumentcanbeshownuptoeightitemsonthedisplaywhilescrollingthescreen.Specifyadisplayitemineachofeightdisplaylines.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Lineselect►(seebelow)Line 1 Specifyitem1tobeshownonthedisplay.*1Line 2 Specifyitem2tobeshownonthedisplay.*1Line 3 Specifyitem3tobeshownonthedisplay.*1Line 4 Specifyitem4tobeshownonthedisplay.*1Line 5 Specifyitem5tobeshownonthedisplay.*1Line 6 Specifyitem6tobeshownonthedisplay.*1Line 7 Specifyitem7tobeshownonthedisplay.*1Line 8 Specifyitem8tobeshownonthedisplay.*1

HART communication:Devicerootmenu►Detailedsetup►Display► Lineselect►(seebelow)Display select1 Specifyitem1tobeshownonthedisplay.*1Display select2 Specifyitem2tobeshownonthedisplay.*1Display select3 Specifyitem3tobeshownonthedisplay.*1Display select4 Specifyitem4tobeshownonthedisplay.*1Display select5 Specifyitem5tobeshownonthedisplay.*1Display select6 Specifyitem6tobeshownonthedisplay.*1Display select7 Specifyitem7tobeshownonthedisplay.*1Display select8 Specifyitem8tobeshownonthedisplay.*1

*1: From the table below, select the items to be shown on the display.

None Does not display items (item 1 is not selectable).

Flowrate(%) DisplaystheflowrateforthespanoftheprocessvaluethatisPV-mappedinSubsection4.1.2.

PV DisplaystheprocessvaluethatisPV-mappedinSubsection4.1.2.

Velocity Displaystheflowvelocity.Volumeflow Displaysthevolumetricflowrate.Massflow Displaysthemassflowrate.Flowrate(%Bar) Displaystheflowrateforthespanofthe

processvaluethatisPV-mappedinSubsection4.1.2,usingabargraph.

Calorie Displays the calorie.Totalizer 1 Displaysthetotalizedvalueoftotalizer1.Totalizer 2 Displaysthetotalizedvalueoftotalizer2.Totalizer 3 Displaysthetotalizedvalueoftotalizer3.Tagnumber Displaysthetagnumber.Long tag Displays the long tag.Communprotocol Displaysthecommunicationprotocol.Adhesion Displaystheadhesionleveloftheelectrode

adhesiondetectingfunction.Analogout1 Specifythecurrentvalueofcurrentoutput1for

theI/O1terminal.Analogout2 Specifythecurrentvalueofcurrentoutput2for

theI/O3orI/O4terminal.Flow noise Displaysthenoiseleveloftheflownoise

diagnosisfunction.

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4.9.3 Decimal-Point Position SettingThenumberofdecimalplacescanbesettotheautomaticadjustmentorfixmodeforthetotalizedvalueorprocessvaluePV-mappedinSubsection4.1.2.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Dispformat►(seebelow)Format PV Specifythedecimal-pointpositionfor

theprocessvaluethatisPV-mappedinSubsection4.1.2.*1

Format total 1 Specifythedecimal-pointpositionforthetotalizedvalueoftotalizer1.*1



HART communication:Devicerootmenu►Detailedsetup►Display► Displayformat►(seebelow)DisplayformatPV Specifythedecimal-pointpositionfor

theprocessvaluethatisPV-mappedinSubsection4.1.2.*1

Displayformattotal1 Specifythedecimal-pointpositionforthetotalizedvalueoftotalizer1.*1



*1: Fromthetablebelow,selectthepositionofthedecimalpoint.Processvalue

Auto Automaticallyadjuststhenumberofdecimalplaces.0 digit Fixesthenumberofdecimalplacesto"0".1 digit Fixesthenumberofdecimalplacesto"1".2 digit Fixesthenumberofdecimalplacesto"2".3 digit Fixesthenumberofdecimalplacesto"3".4 digit Fixesthenumberofdecimalplacesto"4".5 digit Fixesthenumberofdecimalplacesto"5".

Totalizedvalue

Auto Automaticallyadjuststhenumberofdecimalplaces.0 digit Fixesthenumberofdecimalplacesto"0".0 digit Fixesthenumberofdecimalplacesto"1".2 digit Fixesthenumberofdecimalplacesto"2".3 digit Fixesthenumberofdecimalplacesto"3".4 digit Fixesthenumberofdecimalplacesto"4".5 digit Fixesthenumberofdecimalplacesto"5".6 digit Fixesthenumberofdecimalplacesto"6".7 digit Fixesthenumberofdecimalplacesto"7".

4.9.4 Display Line Count and Scroll Settings

Thisinstrumentcanbeshownuptofourlinesonthedisplaywhilescrollinguptoeightitems.Thescrollmethodcanbeselectedfromtheautomaticdisplayswitchingandthedisplayswitchingusingthe IR switch.Thesesettingscanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)Line mode Specifythenumberoflinestobeshown

on the display.*1

Scroll mode Specifythedisplayscrollmethod.*2

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Display line Specifythenumberoflinestobeshown

on the display.*1

Display scroll Specifythedisplayscrollmethod.*2

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*1: Fromthetablebelow,selectthenumberofdisplaylinesfromthe table below. Thefontsizeisautomaticallyadjusteddependingonthenumberofdisplaylines.

1 Line(Big) (1-line display without unit. The numeric value is displayed largely.)

F0427.ai

12345.678

01 : 00TL1

SET SFT INC

1 Line (1-line display with an unit)

F0428.ai

12345.6

01 : 00PRV

SET SFT INC

kg/h

2 Line (2-line display with units)

F0429.ai

12.34561.23456

01 : 00VFL

VEL

SET SFT INC

m/s

m3/h


F0430.ai

12345.612345.678

01 : 00PRV

TL1TL2

SET SFT INC

kg12.345678m3

kg/h


F0431.ai

12345.6

01 : 00MFL

PRV

CAL

TL1SET SFT INC

kg/h

kg/hkg

12345.612345.6

12345.678

MJ/h

*2: From the table below, select the scroll method.Off Does not scroll.Manual SetstothescrollusingtheIRswitch.Auto(2s) Setstotheautomaticscrollat2-secondintervals.Auto(4s) Setstotheautomaticscrollat4-secondintervals.Auto(8s) Setstotheautomaticscrollat8-secondintervals.

4.9.5 Trend Graph SettingThetrendgraphdisplayfunctiondisplaysatimechangeoftheselecteditemasatrendgraph.Uptofouritemscanbeshowninatrendgraph.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 settingThetablebelowshowstheprocessvalues,lowlimitvalues,andhighlimitvaluesthatcanbeshowninatrend graph.

Process value Display Low limit

value High limit value

Flow rate (%)

FLP 0% 100%

PV PRV 0 SpanvaluespecifiedinSubsection4.1.5Flow velocity VEL

Volumetricflowrate

VFL

Massflowrate

MFL

Calorie CALCurrentoutput1

AO1 4 mA 20 mA

Currentoutput2

AO2

Totalization 1 TL1 PresetvaluespecifiedinSubsection4.2.7

TargetvalueofthetotalizerspecifiedinSubsection4.2.3

Totalization 2 TL2Totalization 3 TL3


Display menu path:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)Display mode Specifiesthedisplayofatrendgraph.*1

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Displaymeasuremode

Specifiesthedisplayofatrendgraph.*1

*1: From the table below, select the trend graph display.Normal Does not display a trend graph (normal display).Trend Displays a trend graph.

NOTEThetrendgraphdisplayfunctionisnotsynchronizedwiththemultirangeandforward/reverserangefunctions.

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(2) Trend graph display item settingThissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Trendselect►(seebelow)Trend 1 Specifyitem1tobeshowninatrend

graph.*1

Trend 2 Specifyitem2tobeshowninatrendgraph. *1



HART communication:Devicerootmenu►Detailedsetup►Display► Trendselect►(seebelow)Trend select 1 Specifyitem1tobeshowninatrend

graph. *1

Trend select 2 Specifyitem2tobeshowninatrendgraph. *1



*1: Fromthetablebelow,selectthedisplayitemoftrendgraph.None Does not set any items (item 1 is not

selectable).Flowrate(%) Specifytheflowrateforthespanoftheprocess

valuethatisPV-mappedinSubsection4.1.2.PV SpecifytheprocessvaluethatisPV-mappedin

Subsection4.1.2.Velocity Specifytheflowvelocity.Volumeflow Specifythevolumetricflowrate.Massflow Specifythemassflowrate.Calorie Specifythecalorie.Analogout1 Specifythecurrentvalueofcurrentoutput1for

theI/O1terminal.Analogout2 Specifythecurrentvalueofcurrentoutput1for

theI/O3terminal.Totalizer1 Specifythetotalizedvalueoftotalizer1.Totalizer2 Specifythetotalizedvalueoftotalizer2.Totalizer3 Specifythetotalizedvalueoftotalizer3.

(3) Update period settingThissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)Period Specifythetrendgraphupdateperiodon

the display.*1

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Display period Specifythetrendgraphupdateperiodon

the display.*1

*1: Fromthetablebelow,selectthetrendgraphupdateperiod.0.2s Setstheupdateperiodto0.2sec.0.4s Setstheupdateperiodto0.4sec.1.0s Setstheupdateperiodto1sec.2.0s Setstheupdateperiodto2sec.4.0s Setstheupdateperiodto4sec.8.0s Setstheupdateperiodto8sec.

4.9.6 Other Setting(1) Display contrast settingThedisplaycanbeadjustedthecontrastin11levels(+5to-5).Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)Contrast Specifythecontrastofthedisplay.

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Display contrast Specifythecontrastofthedisplay.

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

(2) Display damping time constant settingThisfunctionenablestospecifythedampingtimeconstantforthedisplayindependentlyofthatspecifiedinSubsection4.1.6.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)Damp Specifythedampingtimeconstantofthe

display.

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Display damping Specifythedampingtimeconstantofthe

display.

NOTEThedampingtimeconstantofthedisplayisavailableonlyforthedisplay.Tospecifythedampingtimeconstantfortheoutputofthephysicalquantity,readSubsection4.1.6.

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(3) Date display format settingThedatedisplayformatcanbespecified.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)Format date Specifythedatedisplayformat.*1

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Displayformatdate Specifythedatedisplayformat.*1

*1:Fromthetablebelow,specifythedatedisplayformat.MM/DD/YYYY Displaysthedatein"month/day/year".DD/MM/YYYY Displaysthedatein"day/month/year".YYYY/MM/DD Displaysthedatein"year/month/day".

(4) Display black/white inverse settingTheblack/whiteinversefunctionisavailableforthedisplay.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Displayset►Optionalconfig►(seebelow)Inversion Specifythedisplayblack/whiteinverse

mode.*1

HART communication:Devicerootmenu►Detailedsetup►Display► Displayoperationconfiguration►(seebelow)Display inversion Specifythedisplayblack/whiteinverse

mode.*1

*1: Fromthetablebelow,selectthedisplayblack/whiteinversemode.

Normal Doesnotsetthedisplaytotheblack/whiteinverse mode.(Charactercolor:Black,Backgroundcolor:White)

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

(5) Display squawk settingThebacklightofthedisplaycanbesquawkedat4-secondintervalstoidentifythecommunicatinginstrumentwhereareinstalledanumberofsamemodels.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Dispindicator►(see below)Squawk Squawksthedisplay.*1

HART communication:Maintenancerootmenu►Displayindication►(see below)Squawk Squawksthedisplay.*1

*1:Fromthetablebelow,selectwhethertosquawkthedisplay.Off Doesnotsquawkthedisplay.On Squawksthedisplay(continuous).SquawkOnce Squawksthedisplay(onceonly).

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4.9.7 microSD Card SettingThededicatedmicroSDcardperformstousethebackupparametersandloggingdatabyinsertingintothedisplayiftheoptionalcodeMCisselected.Fordetailsaboutbackingupparametersandlogging data, read Section 4.13.

(1) Removing the microSD card

IMPORTANTIfthemicroSDcardisremovedwithoutexecuting“Unmount”onsoftware,itmaycausethestoreddata to be erased or the device to operate abnormally.

The microSD card can be removed with the followingparameters.

Display menu path:Devicesetup►microSD►(seebelow)Unmount SpecifiestheremovalofthemicroSD

card.*1

*1: From the table below, select whether to remove the microSD card.

Cancel CancelstheremovalofthemicroSDcard.Execute Applicable to remove the microSD card in

safety.

(2) microSD card format

IMPORTANTIftheformatfunctionofthisinstrumentisnotusedtoformatthemicroSDcard,itmaycauseadeviceoperationfailure.

Formattingispossiblewiththefollowingparameters.

Display menu path:Devicesetup►microSD►(seebelow)Format SpecifytheformatofthemicroSDcard.*1

*1: Fromthetablebelow,selectwhethertoformatthemicroSDcard.

Cancel Cancelsformatting.Execute Executesformatting.

4.10 Device Information

4.10.1 Order InformationOrderinformationcanbespecifiedforthisinstrument.Ifthededicatedparametersarespecifiedatthetimeofordering,thisinstrumentisshippedwiththeparametersconfigured.Parametersunspecifiedatthetimeoforderingmustbeconfiguredbytheuser.Themodelandsuffixcodeareindicatedinthefollowingformat.

Sensor:AXG - - / (1) (2) (3)

Transmitter:AXGA - / (1) (2) (3)

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


Display menu path:Devicesetup►Detailedsetup►Deviceinfo► Orderinfo►(seebelow)Tag No Specifythetagnumber.

HARTcommunication:Max.8characters.

Long tag Specifythelongtag.HARTcommunication:Max.32characters.

MScode►Modelcode

Specifythemodelcodeoftheintegralflowmeterorremotetransmitter.

MScode►Suffixconfig1

Specifythesuffixcodeoftheintegralflowmeterorremotetransmitter.

MScode►Suffixconfig2MScode►Option1 Specifytheoptionalcodeoftheintegral

flowmeterorremotetransmitter.MScode►Option2MScode►Option3MScode►Option4RSMScode►Modelcode

Specifythemodelcodeoftheremotesensor.

RSMScode►Suffixconfig1

Specifythesuffixcodeoftheremotesensor.

RSMScode►Suffixconfig2RS MS code►Option1

Specifytheoptionalcodeoftheremotesensor.

RS MS code►Option2RS MS code►Option3RS MS code►Option4

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Devicesetup►Detailedsetup►Deviceinfo► Ver/Numinfo►(seebelow)Trans serial No Displaystheserialnumber(instrument

number)ofthetransmitter.Sensor serial No Displaystheserialnumber(instrument

number)ofthesensor.

HART communication:Devicerootmenu►Detailedsetup► Deviceinformation►Orderinformation► (see below)Tag Specifythetagnumber.

HARTcommunication:Max.8characters.

Long tag Specifythelongtag.HARTcommunication:Max.32characters.

Basic model code Specifythemodelcodeoftheintegralflowmeterorremotetransmitter.

Suffixconfig1 Specifythesuffixcodeoftheintegralflowmeterorremotetransmitter.Suffixconfig2

Option 1 Specifytheoptionalcodeoftheintegralflowmeterorremotetransmitter.Option 2

Option 3Option 4Remote sensorbasic model code

Specifythemodelcodeoftheremotesensor.

Remote sensorsuffixconfig1

Specifythesuffixcodeoftheremotesensor.

Remote sensorsuffixconfig2Remote sensor option 1

Specifytheoptionalcodeoftheremotesensor.

Remote sensor option 2Remote sensor option 3Remote sensor option 4

Devicerootmenu►Detailedsetup► Deviceinformation► Version/Numberinformation►(seebelow)Transmitter serial No Displaystheserialnumber(instrument

number)ofthetransmitter.Sensor serial No Displaystheserialnumber(instrument

number)ofthesensor.

NOTEBecarefulofchanginganyparametersrelatedtoorderinformationdefineduponshipmentfromthemanufacturingplantbecauseitcannotbereferred.RecommendedtomakeabackupreferringtoSection4.13forstoringtheorderinformationdefineduponshipmentfromthemanufacturingplant.

4.10.2 Device RevisionThedevicerevisionsuchassoftwarewhichisusedforthisinstrumentcanbechecked.Thisinformationcanbeviewedwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Deviceinfo► Ver/Numinfo►(seebelow)Transmitter type Displaysthetypeofthetransmitter.Option board ID Displaysthetypeoftheoptionboard.Mainsoftrev Displaysthesoftwarerevisionofthemain

board.Snsrsoftrev Displaysthesoftwarerevisionofthe

sensor board.Indsoftrev Displaysthesoftwarerevisionofthe

display board.Hardwarerev Displaysthehardwarerevisionofthe

instrument.Dev id DisplaystheIDoftheinstrument.

HART communication:Devicerootmenu►Detailedsetup► Deviceinformation► Version/Numberinformation►(seebelow)Transmitter type Displaysthetypeofthetransmitter.Option board ID Displaysthetypeoftheoptionboard.Main board revision Displaysthesoftwarerevisionofthemain

board.Sensor board revision

Displaysthesoftwarerevisionofthesensor board.

Indicator board revision

Displaysthesoftwarerevisionofthedisplay board.

Hardwarerev Displaysthehardwarerevisionoftheinstrument.

Dev id DisplaystheIDoftheinstrument.

4.10.3 Memo FunctionThreeparameterscanbeusedasamemofunction.Thememofunctioncanbesettoupto16characters.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Detailedsetup►Deviceinfo►Memo►Memo 1 Specifiesmemo1.Memo 2 Specifiesmemo2.Memo 3 Specifiesmemo3.

HART communication:Devicerootmenu►Detailedsetup► Deviceinformation►Memo►(seebelow)Memo 1 Specifiesmemo1.Memo 2 Specifiesmemo2.Memo 3 Specifiesmemo3.

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4.11 Self-diagnostic Function

4.11.1 Types of Diagnosis FunctionsThisinstrumenthastheself-diagnosticfunctionstodiagnoseadevicefailureorprocessstatus.Followingsareitsdiagnosisfunctions.Alarmhigh/lowlimitfunction

Displaysanalarmwhenthespecifiedvalueisexceeded,andoutputsitasthestatusoutput.

Electrode adhesion detection

Diagnosesanelectrodeadhesionfromtheresistancevalueoftheelectrode,anddisplaysawarningoralarmifanadhesion is detected.

Sensor empty check Checks whether the sensor is in the emptypipestate,anddisplaysanalarmifthe empty pipe state is detected.

Misconnection detection

Checks whether the transmitter signal line and the excitation line are correctly connected,anddisplaysawarningifamisconnection is detected.

Verification(devicehealth diagnosis) function

Diagnosesthehealthoftheinstrument,anddisplaysitsresult.

Electrodeinsulationdeterioration diagnosis

Diagnosesadeteriorationofinsulationfromtheresistancevalueoftheelectrode,anddisplaysawarningifitisdetected.

Flow noise diagnosis Measuresaflownoisedetectedinthesensor,anddisplaysawarningifthemeasuredvalueexceedsthespecifiedvalue.

Lowconductivitydiagnosis

Obtainstheconductivityfromtheresistancevalueandsizeoftheelectrode,anddisplaysawarningiftheconductivityfallsbelowthespecifiedvalue.

4.11.2 Alarm High/Low Limit FunctionThealarmhigh/lowlimitfunctiondisplaysanalarmwhenthephysicalquantityPV-mappedinSubsection4.1.2exceedsthespecifiedvalue.Thisfunctionalsooutputsanalarmoccurrenceasthestatusoutput.Fordetailsaboutthestatusoutput,readSubsection4.3.7.Thealarmjudgmentvaluecanbespecifiedusing4typesofvalues:highlimitvalue,high-highlimitvalue,low-limitvalue,andlow-lowlimitvalue.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►H/Lalarmcfg►(see below)Highalarm Specifythehighlimitvaluetojudgean

alarm.Low alarm Specifythelowlimitvaluetojudgean

alarm.HHalarm Specifythehigh-highlimitvaluetojudge

an alarm.LL alarm Specifythelow-lowlimitvaluetojudge

an alarm.

HART communication:Maintenancerootmenu► High/Lowalarmconfiguration►(seebelow)Highalarm Specifythehighlimitvaluetojudgean

alarm.Low alarm Specifythelowlimitvaluetojudgean

alarm.Highhighalarm Specifythehigh-highlimitvaluetojudge

an alarm.Low low alarm Specifythelow-lowlimitvaluetojudge

an alarm.

Whenthehighandlowlimitvaluealarmsarereset,thehysteresisissetforeachalarm.Specifythehysteresiswidthwiththepercentage(%)forthespanofthephysicalquantityPV-mappedinSubsection4.1.2.Whenusingthemultirangefunction,specifythehysteresiswidthwiththepercentage(%)forthemaximumrangespecifiedinthemultirangeparameter.Thehysteresisineachcasecanbespecifiedbythefollowingprocedure.Fordetailsaboutthemultirangefunction,readSection 4.6.

Display menu path:Devicesetup►Diag/Service►H/Lalarmcfg►(see below)H/Lalarmhyst Specifythehysteresiswidthforthealarm

occurrenceandresetting.

HART communication:Maintenancerootmenu► High/Lowalarmconfiguration►(seebelow)Hi/Loalarmhysteresis Specifythehysteresiswidthforthe

alarmoccurrenceandresetting.

(1) Hysteresisvalue =Spanormax.rangexHysteresiswidth[%]

(2) Valuethatcausesahighlimitorhigh-highlimitalarm to be reset =Specifiedhighlimitorhigh-highlimitvalue-Hysteresisvalue

(3) Valuethatcausesalowlimitorlow-lowlimitalarm to be reset =Specifiedlowlimitorlow-lowlimitvalue+Hysteresisvalue

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Example:Spanofvolumetricflowrate=300m3/h,Highlimitvalue=250m3/h,Lowlimitvalue=50m3/h,High-highlimitvalue=300m3/h,Low-lowlimitvalue= 25 m3/h,Hysteresiswidth=5% Inthiscase,eachvalueisobtainedasshownbelow.

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

(2-1) Valuethatcausesahigh-highlimitalarmtobe reset = 300 [m3/h]–15[m3/h] = 285 [m3/h]

(2-2) Valuethatcausesahighlimitalarmtobereset = 250 [m3/h]–15[m3/h] = 235 [m3/h]

(3-1) Valuethatcausesalowlimitalarmtobereset = 50 [m3/h]+15[m3/h] = 65 [m3/h]

(3-2) Valuethatcausesalow-lowlimitalarmtobereset = 25 [m3/h]+15[m3/h] = 40 [m3/h]

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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,respecifythealarmjudgmentvalue.

4.11.3 Electrode Adhesion DetectionTheelectrodeadhesiondetectingfunctiondiagnosesanelectrodeadhesionfromtheresistancevalueoftheelectrode,anddisplaysawarningoralarmifanadhesionisdetected.The electrode adhesion detection is displayed on thedisplayinfourlevels:level1tolevel4.Eachleveljudgmentvaluecanbespecifiedindividually.Ifthelevel3valueisexceeded,awarningisdisplayed.Ifthelevel4valueisexceeded,analarmis displayed.Fordetailsaboutalarmsandwarnings,readSubsection4.8.1.

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Alarm

Level 4

Warning

Level 3Level 2Level 1


Display menu path:Devicesetup►Diag/Service►Diagnosis►Adhesion►(seebelow)Function Specifiestheuseoftheelectrode

adhesiondetectingfunction.*1Threshold level 1 Specifythevaluetojudgelevel1.Threshold level 2 Specifythevaluetojudgelevel2.Threshold level 3 Specifythevaluetojudgelevel3.Threshold level 4 Specifythevaluetojudgelevel4.Result►Value Displaystheresistancevalueofthe

electrode.Result►Status Displays the electrode adhesion

detection level.Check cycle Specifythedataupdatecyclefor

electrode adhesion detection.

HART communication:Diagnosticrootmenu►Diagnosis► Adhesion►(seebelow)Adhesionfunction Specifiestheuseoftheelectrode

adhesiondetectingfunction.*1Adhesion level 1 Specifythevaluetojudgelevel1.Adhesion level 2 Specifythevaluetojudgelevel2.Adhesion level 3 Specifythevaluetojudgelevel3.Adhesion level 4 Specifythevaluetojudgelevel4.Result►Adhesionvalue

Displaystheresistancevalueoftheelectrode.

Result► Adhesionstatus

Displays the electrode adhesion detection level.

Adhesion check cycle

Specifythedataupdatecycleforelectrode adhesion detection.

*1: Fromthetablebelow,selecttheuseoftheelectrodeadhesiondetectionfunction.

Disable Doesnotusetheelectrodeadhesiondetectingfunction.

Enable Usestheelectrodeadhesiondetectingfunction.

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NOTEIftheelectrodeadhesiondetectingfunctionisnotused,theelectroderesistancevalueandlevelare cleared.

NOTEBeforeusingtheelectrodeadhesiondetectingfunction,alwaysmakesurethatthesensorisinthefullpipestate.Ifthesensorisintheemptypipestate,thisfunctionmaynotrunnormally.

NOTETheelectrodeadhesiondetectingfunctionhasthefluidconductivityrestricted.Therecommendedconductivityisasfollows.

Meter size Conductivity2.5 to 10 mm (0.1 to 0.4 in.) 30uS/cmorlarger15 to 400 mm (0.5 to 16 in.) 10uS/cmorlarger500 mm (20 in.) 20uS/cmorlarger

NOTEAsthedataupdatecycleforadhesiondetectionisshorter,anerroroftheelectroderesistancevalueincreases.Donotchangethedefaultvalueunlessespeciallyspecified.

4.11.4 Sensor Empty CheckThesensoremptycheckfunctioncheckswhetherthe sensor is in the empty pipe state, and displays analarmiftheemptypipestateisdetected.Fordetailsaboutalarmsandwarnings,readSubsection4.8.1.Thisinformationcanbeviewedwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Diagnosis►(see below)Emptystatus Displaystheresultofthesensorempty

checkfunction.*1

HART communication:Diagnosticrootmenu►Diagnosis►Empty► Result►(seebelow)Emptystatus Displaystheresultofthesensorempty

checkfunction.*1

*1: Fromthetablebelow,checktheresultofthesensoremptycheckfunction.

Full Indicates that the sensor is in the empty pipe state.

Empty Indicatesthatthesensorisinthefullpipestate.

4.11.5 Wiring Connection DiagnosisThewiringconnectiondiagnosticfunctionperformsto diagnose whether the signal line and the excitation line between remote type sensor and transmitter are correctly connected, and displays a warningifamisconnectionisdetected.Forexample,ifthereare2setsofremotetypesensorsandtransmitters,thisfunctionperformstocheckwhetherthesignallineofatransmitterAismisconnectedtothesignalterminalofasensorB,ortheexcitationlineofatransmitterAismisconnectedtotheexcitationterminalofasensorB.Ittakesapproximately10secondstofinishthisfunction.Fordetailsaboutalarmsandwarnings,readSubsection4.8.1.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Diagnosis►(see below)Diagnosticexecute Specifiestheuseofthewiringconnection

diagnosticfunction.*1Diagnosticoutput Specifiestheoutputtousethewiring

connectiondiagnosticfunction.*2

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HART communication:Diagnosticrootmenu►Diagnosis►(seebelow)Diagnostic Exe Specifiestheuseofthewiringconnection

diagnosticfunction.*1Diagnosticoutput Specifiestheoutputtousethewiring

connectiondiagnosticfunction.*2

*1: Fromthetablebelow,selecttheuseofthewiringconnectiondiagnosticfunction.

Connect check exe Starts the wiring connection diagnostic function.

*2: Fromthetablebelow,selecttheoutputrequiredtoexecutethewiringconnectiondiagnosticfunction.

Current output Totalization Pulse output Frequency

output

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

Measuredvalue

Outputofcalculatedvalue(Undefined)

Totalizationofcalculatedvalue(Undefined)



Hold

Fixes the last validvaluebeforethe

diagnosis starts.

Totalizes the lastvalidvaluebeforethe

diagnosis starts.


diagnosis starts.


diagnosis starts.

IMPORTANT• Beforeusingthewiringconnectiondiagnosticfunction,besuretodisconnectthisinstrumentfromthecontrolloop.

• Whilethisfunctionisused,thecurrentoutputandpulseoutputareinvalid.

NOTEWhenusingthewiringconnectiondiagnosticfunction,thefollowingconditionsmustbesatisfied.Iftheconditionsarenotsatisfied,themagneticflowmetermaynotcorrectlydiagnosethewiringconnectionstatus.• Thesensorisinthefullpipestate.• Noinfluenceofnoise.• Themagneticflowmetertransmitterand

AM012 (calibrator) are not connected.

4.11.6 Verification(DeviceHealthDiagnosis) Function

Theverificationfunctiondiagnosesthehealthoftheinstrument,anddisplaysthediagnosisresult.Ittakesapproximately15minutesfortheverificationfunctiontocomplete.Theprogressoftheverificationfunctioncanbemonitoredviathebar graph and the remaining time on the display.

F0435.ai

10:00

Verification executionExcitation circuit...

01 : 00

SET SFT INC

Thisfunctioncanperformtoinspecteachconditionofthecircuit,andactsthedevicehealthdiagnosisoftheinstrumentbydetectingitsinternalalarmshistory along with its wiring misconnection. And this functionevaluatestheirdiagnosisresultdependingontheconditionoftheinstrumentbyshowing“Passed”asnoproblemor“Failed”asproblemsonthe display.Theexecutingresultsareshownbelow.• “Passed” with no problem (as an example)VFcheckresults PassedVF Operation time 00001D 10:01Magneticcircuitresult PassedExcitingcircuitresult PassedCalculationcircuitresult PassedDevicestatusresult PassedConnectionstatusresult Passed

• “Failed” with problems (as an example)VFcheckresults FailedVF Operation time 00001D 10:01Magneticcircuitresult PassedExcitingcircuitresult PassedCalculationcircuitresult FailedDevicestatusresult PassedConnectionstatusresult Passed

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ContactYokogawaservicecenterwhenthe“Failed”massageappearsfrom“Magneticcircuitresult”to“Devicestatusresult”.Confirmthewiringmisconnectionbetweensensorandtransmitter(readSubsection4.11.5fordetail),or whether its signal cable and excitation cable havenodamagewhenthe“Failed”massageappearsat“Connectionstatusresult”.Theverificationfunctioncanbeselecteddependingonwhetherornotthefluidisflowing.Twodiagnosisresults(thistimeandtheprevioustime) can be stored on the device memory together withthedatadefineduponshipmentfromthemanufacturingplant,anditisabletocheckallofthemastheresult.Thefollowingresultswillbedisplayedaftertheverificationfunctionisused.Totaljudgmentresult CalculationcircuitdiagnosisresultOperatingtimeofverificationfunction

Devicealarmdiagnosisresult

Magneticcircuitdiagnosisresult

Wiringconnectiondiagnosisresult

Excitationcircuitdiagnosisresult


Display menu path:Devicesetup►Diag/Service►Diagnosis►(see below)Diagnosticoutput Specifiestheoutputtoexecutethe

verificationfunction.*1

Devicesetup►Diag/Service►Verification►(see below)Mode Specifiesthefluidstatustoexecutethe

verificationfunction.*2Execute Specifiestheexecutionoftheverification

function.*3VF No Specifythediagnosisresultdisplay

time.*4

Result Displaysthediagnosisresult.*5

HART communication:Maintenacerootmenu►Verification►(seebelow)Diagnosticoutput Specifiestheoutputtousethe

verificationfunction.*1VF mode Specifiesthefluidstatustousethe

verificationfunction.*2VerificationExe Specifiestheuseoftheverification

function.*3VF No Specifythediagnosisresultdisplay

time.*4

Result Displaysthediagnosisresult.*5

*1: Fromthetablebelow,selecttheoutputtoexecutetheverificationfunction.

Current output

Totalization Pulse output Frequency output


Measuredvalue





Hold


diagnosis starts.


diagnosis starts.


diagnosis starts.


diagnosis starts.

*2: Fromthetablebelow,selectthefluidstatusrequiredtoexecutetheverificationfunction.

Noflow Executestheverificationfunctionwiththefluidnotflowing.

Flow Executestheverificationfunctionwiththefluidflowing.

*3: Fromthetablebelow,selectwhethertoexecutetheverificationfunction.

Notexecute Doesnotexecutetheverificationfunction.Execute Executestheverificationfunction.

*4: Fromthetablebelow,selecttheexecutionresultoftheverificationfunction.

Factory Displaystheresultobtaineduponshipmentfromthemanufacturingplant.

Previous Displaysthepreviousresult.Present Displaystheresultatthistime.

*5: Thediagnosisresultisdisplayedasshownbelow.Display menu path:Devicesetup►Diag/Service►Result►(seebelow)

Failed/Passed ExecutionresultVF operate time Operatingtimeofverificationfunctionwhen

startedMagneticcircuit MagneticcircuitdiagnosisresultExcitecircuit ExcitationcircuitdiagnosisresultCalccircuit CalculationcircuitdiagnosisresultDevicestatus DevicealarmdiagnosisresultConnectstatus Wiringmisconnectioncheckresult

HART communication:Maintenacerootmenu►Verification►(seebelow)VFcheckresult ExecutionresultVF operation time Operatingtimeofverificationfunctionwhen

startedMagneticcircuitresult MagneticcircuitdiagnosisresultExcitationcircuitresult ExcitationcircuitdiagnosisresultCalculationcircuitresult CalculationcircuitdiagnosisresultVFdevicestatusresult DevicealarmdiagnosisresultConnectionstatusresult Wiringmisconnectioncheckresult

Thediagnosisresultisjudgedasshownbelow.

Passed There are no problems concerning the diagnosisresult.

Failed There is a problem concerning the diagnosis result.

Canceled Cancels the diagnosis.No Data Nodiagnosisresultdata

(Theverificationfunctionisnotused.)Unknown Cannotperformadiagnosis.

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IMPORTANT• Beforeusingtheverificationfunction,besuretodisconnectthisinstrumentfromthecontrolloop.


• Note that parameters cannot be changed whentheverificationfunctionisexecuted.

NOTE• Beforeusingtheverificationfunction,alwaysmakesurethatthesensorisinthefullpipestate.Ifthesensorisintheemptypipestate,thisfunctionmaynotrunnormally.

• Whenusingtheverificationfunction,correctlyspecifythefluidstatuswiththeparameter.

• Ifthereisaproblemwiththeverificationresult,readthemaintenancemanualaslistedinTable 1.1.

4.11.7 Electrode Insulation Deterioration Diagnosis

Theelectrodeinsulationdeteriorationdiagnosisfunctiondiagnosesadeteriorationofinsulationfromtheresistancevalueoftheelectrode,anddisplaysawarningifitisdetected.Ittakesapproximately5minutestocompletethisdiagnosis.Fordetailsaboutalarmsandwarnings,readSubsection4.8.1.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Diagnosis►(see below)Diagnosticexecute Specifiestheexecutionoftheelectrode

insulationdeteriorationdiagnosisfunction.*1

Diagnosticoutput Specifiestheoutputtoexecutetheelectrodeinsulationdeteriorationdiagnosisfunction.*2

HART communication:Diagnosticrootmenu►Diagnosis►(seebelow)Diagnostic Exe Specifiestheexecutionoftheelectrode

insulationdeteriorationdiagnosisfunction.*1

Diagnosticoutput Specifiestheoutputtoexecutetheelectrodeinsulationdeteriorationdiagnosisfunction.*2

*1: Theelectrodeinsulationdeteriorationdiagnosiscanbeconfiguredwiththefollowingparameters.

Display:

Electrodeinsulexe Startstheelectrodeinsulationdeteriorationdiagnosisfunction.

HARTcommunication:

Electrodeinsulationexecute

Startstheelectrodeinsulationdeteriorationdiagnosisfunction.

*2: Fromthetablebelow,selecttheoutputrequiredtoexecutethediagnosisfunction.

Current output

Totalization Pulse output Frequency output


Measuredvalue





Hold


diagnosis starts.


diagnosis starts.


diagnosis starts.


diagnosis starts.

IMPORTANT• Beforeusingtheelectrodeinsulationdeteriorationdiagnosisfunction,besuretodisconnectthisinstrumentfromthecontrolloop.


NOTEBeforeusingtheelectrodeinsulationdeteriorationdiagnosisfunction,alwaysmakesurethatthesensorisinthefullpipestate.Ifthesensorisintheemptypipestate,thisfunctionmaynotrunnormally.

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4.11.8 Flow Noise DiagnosisThisfunctionmeasuresaflownoisedetectedinthesensor,anddisplaysawarningifitexceedsthespecifiedvalue.Theflownoisediagnosisisshownonthedisplayinfourlevels:level1tolevel4.Eachleveljudgmentvaluecanbespecifiedindividually.Ifthelevel3orlevel4valueisexceeded,awarningmessageisappeared.Fordetailsaboutalarmsandwarnings,readSubsection4.8.1.Fordetailsabouttheflownoisespananddampingtimeconstant,readSubsection4.1.5and4.1.6.

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Warning

Level 4

Warning

Level 3Level 2Level 1


Display menu path:Devicesetup►Diag/Service►Diagnosis►Flownoise►(seebelow)Function Specifiestheuseoftheflownoise

diagnosisfunction.*1Threshold level 1 Specifythevaluetojudgelevel1.Threshold level 2 Specifythevaluetojudgelevel2.Threshold level 3 Specifythevaluetojudgelevel3.Threshold level 4 Specifythevaluetojudgelevel4.Result►Value Displaystheflownoisevalue.Result►Status Displaystheflownoiselevel.

HART communication:Diagnosticrootmenu►Diagnosis► Flownoise►(seebelow)Flownoisefunction Specifiestheuseoftheflownoise

diagnosisfunction.*1Flow noise level 1 Specifythevaluetojudgelevel1.Flow noise level 2 Specifythevaluetojudgelevel2.Flow noise level 3 Specifythevaluetojudgelevel3.Flow noise level 4 Specifythevaluetojudgelevel4.Result►Flownoise Displaystheflownoisevalue.Result► Flownoisestatus

Displaystheflownoiselevel.

*1: Fromthetablebelow,selecttheuseoftheflownoisefunction.Disable Doesnotusetheflownoisediagnosisfunction.Enable Usestheflownoisediagnosisfunction.

NOTEIftheflownoisediagnosisfunctionissetto“Disable”,theflownoisevalueandlevelarecleared.

4.11.9 Low Conductivity DiagnosisThelowconductivitydiagnosisfunctionobtainstheconductivityfromtheresistancevalueandsizeoftheelectrode,anddisplaysawarningiftheconductivityfallsbelowthespecifiedvalue.Fordetailsaboutalarmsandwarnings,readSubsection4.8.1.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Diagnosis►Conductivity►(seebelow)Function Specifiestheuseofthelowconductivity

diagnosisfunction.*1Result►Value Displaysthecalculatedconductivity.Low limit Specifythevalueusedtojudgethelow

conductivity.

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►(seebelow)Electrode size Displays the electrode size.

HART communication:Diagnosticrootmenu►Diagnosis► Conductivity►(seebelow)Lowconductivityfunction

Specifiestheuseofthelowconductivitydiagnosisfunction.*1

Result►Conductivityvalue

Displaysthecalculatedconductivity.

Conductivitylowlimit Specifythevalueusedtojudgethelowconductivity.

Devicerootmenu►Detailedsetup► Deviceinformation►Orderinformation► (see below)Electrode size Displays the electrode size.

*1: Fromthetablebelow,selecttheuseofthelowconductivitydiagnosisfunction.

Disable Doesnotusethelowconductivitydiagnosisfunction.

Enable Usesthelowconductivitydiagnosisfunction.

NOTETheelectrodesizeisspecifieduponshipmentfromthemanufacturingplant.Becarefulofchanginganyparametersrelatedtoorderinformationdefineduponshipmentfromthemanufacturingplantbecauseitcannotbereferred.RecommendedtomakeabackupreferringtoSection4.13forstoringtheorderinformationdefineduponshipmentfromthemanufacturingplant.

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NOTEBeforeusingthelowconductivitydiagnosisfunction,alwaysmakesurethatthesensorisinthefullpipestate.Ifthesensorisintheemptypipe state or the transmitter is connected with magneticflowmetercalibrator,thisfunctionmaynotrunnormally.

NOTE• Ifthisfunctionissetto“Disable”,thelowconductivityvalueiscleared.

4.12 Test Mode

4.12.1 Test Mode SettingThetestmodecanbeexecutedtoarbitrarilyspecifytheprocessvalueorthevaluetobeoutputfromaconnectionterminalandtestaresponsefromthedevice.However,awarningisdisplayedtoindicatethatthetestmodeisinusewhilethistestmodeisused.Theuseofthetestmodecanbespecifiedwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Test►(see below)Inputtest► Test mode

Specifiestheuseofthetestmode(input).*1

Outputtest► Test mode

Specifiestheuseofthetestmode(output).*1

HART communication:Maintenancerootmenu►Test►(seebelow)Test mode Specifiestheuseofthetestmode(input/

output).*1

*1: From the table below, select the test terminal and process value.

Display:

Velocity Startstestingtheflowvelocity.Volume Startstestingthevolumetricflowrate.Mass Startstestingthemassflowrate.Calorie Starts testing the calorie.AI StartstestingthecurrentinputoftheI/O4terminal.SI3 StartstestingthecurrentinputoftheI/O3terminal.AO1 Startstestingcurrentoutput1oftheI/O1terminal.AO2 Startstestingcurrentoutput2oftheI/O3orI/O4terminal.PO1 Startstestingpulseoutputorfrequencyoutput1ofthe

I/O2terminal.PO2 Startstestingpulseoutputorfrequencyoutput2ofthe

I/O3orI/O4terminal.SO1 Startstestingstatusoutput1oftheI/O2terminal.SO2 Startstestingcurrentoutput2oftheI/O3orI/O4terminal.SO3 Startstestingstatusoutput3oftheI/O3terminal.

HARTcommunication:Velocity test on Startstestingtheflowvelocity.Volumeflowteston Startstestingthevolumetricflowrate.Massflowteston Startstestingthemassflowrate.Calorificvalueteston Starts testing the calorie.AI test on StartstestingthecurrentinputoftheI/O4

terminal.SI3 test on StartstestingthecurrentinputoftheI/O3

terminal.AO1 test on Startstestingcurrentoutput1oftheI/O1

terminal.AO2 test on Startstestingcurrentoutput2oftheI/O3or

I/O4terminal.Pulse1teston Startstestingpulseoutputorfrequencyoutput

1oftheI/O2terminal.Pulse2teston Startstestingpulseoutputorfrequencyoutput

2oftheI/O3orI/O4terminal.SO1 test on Startstestingstatusoutput1oftheI/O2

terminal.SO2 test on Startstestingcurrentoutput2oftheI/O3or

I/O4terminal.SO3 test on Startstestingstatusoutput3oftheI/O3

terminal.

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ThevalueonthetestmodeisexecutedbyturnsofFlowvelocity,Volumetricflowrate,Massflowrate,andCalorie.Forexample,thetestvaluesofMassflowrateandCaloriearedecidedbasedonthetestvalueofthevolumetricflowrate,whenthevolumetricflowrateissetasthetestvalue.Inthiscase,thetestvalueofflowvelocityisexecutedwiththenormalmeasurementvalue.

NOTETospecifyeachterminaloutput,readSubsection4.3.1.Ifthespecifiedoutputisdifferentfromtheteststartingoutput,thetestmodecannotbeused.Forexample,iftheI/O2terminalisassignedtothefrequencyoutputtostartthestatusoutputtest, the test cannot be started.

4.12.2 Test Terminal and Value SettingSpecifythetestinputvaluefortheterminalandprocessvaluetobetested.Thissettingcanbeconfiguredwiththefollowingparameters.However,theunitoftheprocessvaluetobetestedconformstothatspecifiedinSubsection4.1.4.Iftheunitischanged,theprocessvaluetobetestedisalsochangedsynchronouslywiththechangedunit.

Display menu path:Devicesetup►Diag/Service►Test►(see below)Inputtest►Velocity Specifytheflowvelocity.Inputtest►Volume Specifythevolumetricflowrate.Inputtest►Mass Specifythemassflowrate.Inputtest►Calorie Specifythecalorie.Inputtest►AI Specifythecurrentvalueofthecurrent

inputfortheI/O4terminal.Inputtest►SI3 Specifythestatusofthestatusinputfor

theI/O3terminal.Outputtest►AO1 Specifythecurrentvalueofcurrent

output1fortheI/O1terminal.Outputtest►AO2 Specifythecurrentvalueofcurrent

output2fortheI/O3orI/O4terminal.Outputtest►PO1 Specifythefrequencyofpulseoutputor

frequencyoutput1fortheI/O2terminal.Outputtest►PO2 Specifythefrequencyofpulseoutputor

frequencyoutput2fortheI/O3orI/O4terminal.

Outputtest►SO1 Specifythestatusofstatusoutput1fortheI/O2terminal.

Outputtest►SO2 Specifythestatusofstatusoutput2oftheI/O3orI/O4terminal.


HART communication:Maintenancerootmenu►Test►(seebelow)Inputtest►Velocity Specifytheflowvelocity.Inputtest► Volumeflow

Specifythevolumetricflowrate.

Inputtest►Massflow

Specifythemassflowrate.

Inputtest► Calorificvalue

Specifythecalorie.

Inputtest►AI SpecifythecurrentvalueofthecurrentinputfortheI/O4terminal.

Inputtest►SI3 SpecifythestatusofthestatusinputfortheI/O3terminal.

Outputtest►AO1 Specifythecurrentvalueofcurrentoutput1fortheI/O1terminal.

Outputtest►AO2 Specifythecurrentvalueofcurrentoutput2fortheI/O3orI/O4terminal.

Outputtest►Pulse1 Specifythefrequencyofpulseoutputorfrequencyoutput1fortheI/O2terminal.

Outputtest►Pulse2 Specifythefrequencyofpulseoutputorfrequencyoutput2fortheI/O3orI/O4terminal.


Outputtest►SO2 Specifythestatusofstatusoutput2oftheI/O3orI/O4terminal.


4.12.3 Test Mode Auto ResetIfthespecifiedtimelapseswithnoparameterschanged while the test mode is enabled, the test modeisresetautomatically.Whenanytestmodeparameter is changed, the test mode reset time is extended.Thissettingcanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Test►(see below)Release time Specifythetimetoautomaticallyreset

the test mode.*1

HART communication:Maintenancerootmenu►Test►(seebelow)Release time Specifythetimetoautomaticallyreset

the test mode.*1

*1: Fromthetablebelow,selectthetestmodeautoresettime.10 min Sets the reset time to 10 min.30 min Sets the reset time to 30 min.1 h Setstheresettimeto1hour.3 h Setstheresettimeto3hours.12 h Setstheresettimeto12hours.

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4.13 Event Management Function

4.13.1 Backup FunctionThebackupfunctionenablestobackupparametersettingsinthedisplaybuilt-inmemoryormicroSDcard (with the optional code MC selected). Restoratingbackupdatacanbeusedtoduplicateparameter settings to another device. The display built-inmemorycanstorebackupdataforthreetimesandthemicroSDdependsonavailablefreespace.Therearethreebackupmethodsavailable:backupfromthemainboardofthisinstrumenttothememoryonthedisplayboard,backupfromthemainboardoftheinstrumenttothemicroSDcard,andbackupfromthememoryonthedisplayboardtothemicroSDcard.Thefilename,backupname,anddatecanbespecifiedtousethebackupfunction.ThedatabackedupinthemicroSDcardisstoredinthe“YOKOGAWA”folderasa“.PAR”file.

Thebackupfunctioncanbeconfiguredwiththefollowingparameters.Fordetailsaboutthebackupparameters,readSubsection4.13.3.

Display menu path:Devicesetup►Diag/Service► Parambkup/restore►(seebelow)Fbackupname Displaysthebackupnamedefinedupon

shipmentfromthemanufacturingplant.Fbackupdate Displaysthebackupdateuponshipment

fromthemanufacturingplant.SDbackupname Specifythenameofthefiletobebacked

uptothemicroSDcard.Backupname1 Specifybackupname1.

Up to 16 charactersBackupdate1 Specifydate1.Backupname2 Specifybackupname2.


Up to 16 charactersBackupdate3 Specifydate3.Backupexecute Specifiestheuseofthebackup

function.*1

HART communication:Maintenancerootmenu► Parambkup/restore►(seebelow)Factorybackupname

Displaysthebackupnamedefineduponshipmentfromthemanufacturingplant.

Factorybackupdate Displaysthebackupdateuponshipmentfromthemanufacturingplant.

SDbackupname SpecifythenameofthefiletobebackeduptothemicroSDcard.

Backupname1 Specifybackupname1.Up to 16 characters

Backupdate1 Specifydate1.Backupname2 Specifybackupname2.


Up to 16 charactersBackupdate3 Specifydate3.BackupExe Specifiestheuseofthebackup

function.*1

*1: Fromthetablebelow,selecthowthebackupfunctionistobeused.

NotExecute Doesnotexecutethebackupfunction.Store Main to 1 Backsupparametersettingsfromthemain

boardtomemory1inthedisplaybuilt-inmemory.

Store Main to 2 Backsupparametersettingsfromthemainboardtomemory2inthedisplaybuilt-inmemory.

Store Main to 3 Backsupparametersettingsfromthemainboardtomemory3inthedisplaybuilt-inmemory.

Store Main to SD Backsupparametersettingsfromthemainboard to the microSD card.

Store EEP1 to SD Backsupparametersettingsfrommemory1inthedisplaybuilt-inmemorytothemicroSDcard.



There are some parameters which are not able to backupdependingontheoccurrenceofthealarm.The table below shows the parameters that can be backedupwhenanalarmoccurs.

:Executablewhenalarmoccurs.―:Notexecutablewhenalarmoccurs.

Alarm nameBackupDisplay HART

communication010:Main CPU FAIL 10 MainboardCPUfailure ―011:Rev calc FAIL 11 Reversecalculationfailure ―012:Main EEP FAIL 12 MainboardEEPROMfailure ―

013:MainEEPdflt 13 Main board EEPROM default ―

014:Snsr bd FAIL 14 Sensorboardfailure 015:Snsr comm ERR 15 Sensorcommunicationerror 016:AD 1 FAIL[Sig] 16 A/D1failure[Signal] 017:AD 2 FAIL[Excit] 17 A/D2failure[Exciter] 018:Coil open 18 Coil open 019:Coil short 19 Coil short 020:Exciter FAIL 20 Exciterfailure 021:PWM1stop 21 PWM1stop ―022:PWM2stop 22 PWM2stop ―023:Opt bd mismatch 23 Option board mismatch ―

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communication024:Opt bd EEP FAIL 24 Option board EEPROM

failure ―

025:OptbdA/DFAIL 25 OptionboardA/Dfailure ―026:Opt bd SPI FAIL 26 OptionboardSPIfailure ―

027:Restore FAIL 27 Parameter restore incomplete

028:Ind bd FAIL 28 Indicatorboardfailure ―

029:Ind bd EEP FAIL 29 Indicator board EEPROM failure ―

030:LCD drv FAIL 30 LCDdriverfailure ―031:Ind bd mismatch 31 Indicator board mismatch ―

032:Ind comm ERR 32 Indicatorcommunicationerror ―

033:microSD FAIL 33 microSDfailure ―050:Signaloverflow 50 Signaloverflow 051:Empty detect 51 Empty pipe detection 052:H/LHH/LLalm 52 H/LorHH/LLalarm 053:Adh over lv 4 53 Adhesion over level 4 060:SpancfgERR 60 Spanconfigurationerror ―

062:AO 1 4-20 lmt 62 Analogoutput14-20mAlimit error ―


064:AO 1 mlt rng 64 Analogoutput1multirangeerror ―

065:H/LcfgERR 65 H/LHH/LLconfigurationerror ―

066:DensitycfgERR 66 Densityconfigurationerror ―

067:Pls1cfgERR 67 Pulseoutput1configurationerror ―


069:Nomisizecfg 69 Nominalsizeconfigurationerror ―

070:AdhcfgERR 70 Adhesionconfigurationerror ―

071:FLNcfgERR 71 Flownoiseconfigurationerror ―

072:Log not start 72 Data logging not started ―080:AO1saturate 80 Analogoutput1saturated 081:AO2saturate 81 Analogoutput2saturated 082:Pls1saturate 82 Pulseoutput1saturated 083:Pls2saturate 83 Pulseoutput2saturated 084:AIsaturate 84 Analoginputsaturated 085:Cable miscon 85 Cable misconnect 086:Coilinsulation 86 Coilinsulationwarning 087:Adhesion lv 3 87 Adhesion over level 3 088:LC warn 88 Lowconductivitywarning 089:Insudetect 89 Insulationdetection 090:FLN over lv 3 90 Flow noise over level 3 091:FLN over lv 4 91 Flow noise over level 4 092:AZ warn 92 Autozerowarning 093:Verifwarn 93 Verificationwarning 094:Fact noise warn 94 Factory noise warning 095:Simulateactive 95 Simulationactive 096:AO1fix 96 Analogoutput1fixed 097:AO2fix 97 Analogoutput2fixed 098:Pls1fix 98 Pulseoutput1fixed 099:Pls2fix 99 Pulseoutput2fixed 100:AIfix 100 Analoginputfixed 101:Paramrestorerun 101 Parameterrestorerunning ―102:Disp over 102 Display over warning ―103:SD size warn 103 microSD card size warning ―

104:Bkupincmplt 104 Parameterbackupincomplete

105:SD mismatch 105 microSD card mismatch ―

106:SD removal ERR 106 microSD card removal procedureerror ―

131:Trans mismatch 131 Transmitter type mismatch ―120:Watchdog 120 Watchdog 121:Poweroff 121 Poweroff


communication122:Inst power FAIL 122 Instantpowerfailure 123:Parambkuprun 123 Parameterbackuprunning ―124:Datalogrun 124 Dataloggingrunning 130:DevID not enter 130 Device ID not entered

IMPORTANT• Note that parameters cannot be changed whenthebackupfunctionisexecuted.Ittakes approximately 20 seconds to complete backupprocessing.

• TakecarenottoduplicatethefilenamewhenbackingupdatatothemicroSDcard.

• Notethat,ifthemicroSDcardrunsoutoffreespace,thesubsequentdatawillnotbestored.

NOTEThebackupnameanddatedonotaffectthebackupfunction.Usethisasthememocolumnwhenperformingthebackupfunction.

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4.13.2 Restore / Duplicate FunctionTherestorefunctioncanberestoreparametersettings,whicharebackedupinthedisplaybuilt-in memory or microSD card (with the optional codeMCselected),totheinstrument.Inaddition,thisfunctionenablestoreturnparameterstothedefaultvaluesdefineduponshipmentfromthemanufacturingplant.Also,itispossibletoduplicatethebacked-upparameterstootherdevicebasedonthesamespecifications.

IMPORTANTFor the remote type, It is necessary to set the deviceinformationofremotesensorintotheparametersofremotetransmitter.

Therestoremethodcanbeselectedfromthefollowingfourtypes.DuplicateData Restoresthetargetparameter(excludingthe

service parameters related to the transmitter adjustment)fromtheinstrumentinwhichtheparameterisbackedup.Restoreisalsoexecutableforotherinstrument.

Restore Data Restoresthetargetparameter(includingtheservice parameters related to the transmitter adjustment)fromtheinstrumentinwhichtheparameterisbackedup.Restoreisnotexecutableforotherinstrument.

CompulsionData Restoresthetargetparameter(specifieduponshipmentfromthemanufacturingplant)fromtheinstrumentinwhichtheparameterisbackedup.Restoreisalsoexecutableforotherinstrument.

Restore Factory Restoresalltheparameters(specifieduponshipmentfromthemanufacturingplant).

Whenusingtherestorefunction,alwaysmakesurethatthebacked-updeviceinformationmatchesthedeviceinformationtoberestored.Thetablebelowshowstheconsistencyofdeviceinformation.

M:Items to be Matched.

Device Information Duplicate Data

Restore Data

Compulsion Data

Option Board ID M MTransmitter Serial No MSensor Serial No MMainBoardSoftwareRev. M MSensorBoardSoftwareRev. M MDisplayBoardSoftwareRev. M M

Model (Note) M MCommunicationandI/OCode M M

Note: OnlybetweenAXGtypeandAXGtypecanbeduplicatedor restored the data.

Therestorefunctioncanbeconfiguredwiththefollowingparameters.Fordetailsabouttherestorableparameters,readSubsection4.13.3.

Display menu path:Devicesetup►Diag/Service► Parambkup/restore►(seebelow)Restoreexecute Specifiestheexecutionoftherestore

function.*1Restoreresult Displaystherestoreresult.*2

HART communication:Maintenancerootmenu► Parambkup/restore►(seebelow)Restore Exe Specifiestheexecutionoftherestore

function.*1Displaystherestoreresultafterexecutionoftherestorefunction.*2

*1: Fromthetablebelow,selecttheexecutionoftherestorefunction.

Notexecute Does not restore data.DuplicateData1 Restorestheparameter(DuplicateData)

settingfrommemory1onthedisplayboardtothemainboardoftheinstrument.

DuplicateData2 Restorestheparameter(DuplicateData)settingfrommemory2onthedisplayboardtothemainboardoftheinstrument.

DuplicateData3 Restorestheparameter(DuplicateData)settingfrommemory3onthedisplayboardtothemainboardoftheinstrument.

DuplicateSD Restorestheparameter(DuplicateData)settingfromthemicroSDcardtothemainboardoftheinstrument.

Restore Data1 Restores the parameter (Restore Data) setting frommemory1onthedisplayboardtothemainboardoftheinstrument.



Restore SD Restores the parameter (Restore Data) setting fromthemicroSDcardtothemainboardoftheinstrument.

CompulsionData1 Restorestheparameter(CompulsionData)settingfrommemory1onthedisplayboardtothemainboardoftheinstrument.



CompulsionSD Restorestheparameter(CompulsionData)settingfromthemicroSDcardtothemainboardoftheinstrument.

Restore Factory Restorestothestatusthatissetuponshipmentfromthemanufacturingplant.

*2: Theresultoftherestorefunctionisdisplayedasshownbelow.Unexecuted Does not restore data.Success Succeededinrestoration.Failure Failed in restoration.Running Parameterrestorerunning

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There are some parameters which are not able to backupdependingontheoccurrenceofthealarm.The table below shows the parameters that can be backedupwhenanalarmoccurs.

:Executablewhenalarmoccurs.―:Notexecutablewhenalarmoccurs.

Alarm nameRestoreDisplay HART

communication010:Main CPU FAIL 10 MainboardCPUfailure ―011:Rev calc FAIL 11 Reversecalculationfailure ―012:Main EEP FAIL 12 MainboardEEPROMfailure ―

013:MainEEPdflt 13 Main board EEPROM default ―

014:Snsr bd FAIL 14 Sensorboardfailure 015:Snsr comm ERR 15 Sensorcommunicationerror 016:AD 1 FAIL[Sig] 16 A/D1failure[Signal] 017:AD 2 FAIL[Excit] 17 A/D2failure[Exciter] 018:Coil open 18 Coil open 019:Coil short 19 Coil short 020:Exciter FAIL 20 Exciterfailure 021:PWM1stop 21 PWM1stop ―022:PWM2stop 22 PWM2stop ―023:Opt bd mismatch 23 Option board mismatch ―

024:Opt bd EEP FAIL 24 Option board EEPROM failure ―

025:OptbdA/DFAIL 25 OptionboardA/Dfailure ―026:Opt bd SPI FAIL 26 OptionboardSPIfailure ―

027:Restore FAIL 27 Parameter restore incomplete

028:Ind bd FAIL 28 Indicatorboardfailure ―

029:Ind bd EEP FAIL 29 Indicator board EEPROM failure ―

030:LCD drv FAIL 30 LCDdriverfailure ―031:Ind bd mismatch 31 Indicator board mismatch ―

032:Ind comm ERR 32 Indicatorcommunicationerror ―

033:microSD FAIL 33 microSDfailure ―050:Signaloverflow 50 Signaloverflow 051:Empty detect 51 Empty pipe detection 052:H/LHH/LLalm 52 H/LorHH/LLalarm 053:Adh over lv 4 53 Adhesion over level 4 060:SpancfgERR 60 Spanconfigurationerror ―



064:AO 1 mlt rng 64 Analogoutput1multirangeerror ―

065:H/LcfgERR 65 H/LHH/LLconfigurationerror ―

066:DensitycfgERR 66 Densityconfigurationerror ―



069:Nomisizecfg 69 Nominalsizeconfigurationerror ―

070:AdhcfgERR 70 Adhesionconfigurationerror ―

071:FLNcfgERR 71 Flownoiseconfigurationerror ―

072:Log not start 72 Data logging not started ―080:AO1saturate 80 Analogoutput1saturated 081:AO2saturate 81 Analogoutput2saturated 082:Pls1saturate 82 Pulseoutput1saturated 083:Pls2saturate 83 Pulseoutput2saturated 084:AIsaturate 84 Analoginputsaturated 085:Cable miscon 85 Cable misconnect 086:Coilinsulation 86 Coilinsulationwarning 087:Adhesion lv 3 87 Adhesion over level 3 088:LC warn 88 Lowconductivitywarning

Alarm nameRestoreDisplay HART

communication089:Insudetect 89 Insulationdetection 090:FLN over lv 3 90 Flow noise over level 3 091:FLN over lv 4 91 Flow noise over level 4 092:AZ warn 92 Autozerowarning 093:Verifwarn 93 Verificationwarning 094:Fact noise warn 94 Factory noise warning 095:Simulateactive 95 Simulationactive 096:AO1fix 96 Analogoutput1fixed 097:AO2fix 97 Analogoutput2fixed 098:Pls1fix 98 Pulseoutput1fixed 099:Pls2fix 99 Pulseoutput2fixed 100:AIfix 100 Analoginputfixed 101:Paramrestorerun 101 Parameterrestorerunning ―102:Disp over 102 Display over warning ―103:SD size warn 103 microSD card size warning ―

104:Bkupincmplt 104 Parameterbackupincomplete

105:SD mismatch 105 microSD card mismatch ―

106:SD removal ERR 106 microSD card removal procedureerror ―

131:Trans mismatch 131 Transmitter type mismatch ―120:Watchdog 120 Watchdog 121:Poweroff 121 Poweroff 122:Inst power FAIL 122 Instantpowerfailure 123:Parambkuprun 123 Parameterbackuprunning ―124:Datalogrun 124 Dataloggingrunning 130:DevID not enter 130 Device ID not entered

IMPORTANTWhenusingtherestorefunction,besuretopreparethebackupfileinmemoryoramicroSDcard.Notethattherestorefunctionisnotexecutableifthebackupfileisnotprovided.

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4.13.3 Backup and Restore ParametersThelistbelowshowstheparametersthatcanbebackeduporrestored.

Alarm nameBackup

Restore

HART communication Display Duplicate Data

Restore Data

Compulsion Data

Restore Factory

Devicerootmenu► Detailedsetup► Process variables ► Velocity ► VelocitydampingAO/frequency

Devicesetup►Detailedsetup►Provar►Velocity►DampAO/F ―

Devicerootmenu► Detailedsetup► Process variables ► Velocity ► Velocitydampingpulse/total

Devicesetup►Detailedsetup►Provar►Velocity►Damppls/ttl ―

Devicerootmenu► Detailedsetup► Process variables ► Volumeflow► VolumeflowdampingAO/frequency

Devicesetup►Detailedsetup►Provar►Volume►DampAO/F ―

Devicerootmenu► Detailedsetup► Process variables ► Volumeflow► Volumeflowdampingpulse/total

Devicesetup►Detailedsetup►Provar►Volume►Damppls/ttl ―

Devicerootmenu► Detailedsetup► Process variables ► Massflow► MassflowdampingAO/frequency

Devicesetup►Detailedsetup►Provar►Mass►DampAO/F ―

Devicerootmenu► Detailedsetup► Process variables ► Massflow► Massflowdampingpulse/total

Devicesetup►Detailedsetup►Provar►Mass►Damppls/ttl ―

Devicerootmenu► Detailedsetup► Process variables ► Calorie ► CalorificvaluedampingAO/frequency

Devicesetup►Detailedsetup►Provar►Calorie►DampAO/F ―

Devicerootmenu► Detailedsetup► Process variables ► Calorie ► Calorificvaluedampingpulse/total

Devicesetup►Detailedsetup►Provar►Calorie►Damppls/ttl ―

Devicerootmenu► Detailedsetup► Sensor ► Low MF

Devicesetup►Detailedsetup►Sensor►Low MF

Devicerootmenu► Detailedsetup► Sensor ► HighMF

Devicesetup►Detailedsetup►Sensor►HighMF

Devicerootmenu► Detailedsetup► Sensor ► Flow sensor select

Devicesetup►Detailedsetup►Sensor►Flow sensor sel ―

Devicerootmenu► Detailedsetup► Sensor ► Nominalsizeunit

Devicesetup►Detailedsetup►Sensor►Nominalsizeunit

Devicerootmenu► Detailedsetup► Sensor ► Nominal size

Devicesetup►Detailedsetup►Sensor►Nominal size

Devicerootmenu► Detailedsetup► Process variables ► PVflowselect

Devicesetup►Detailedsetup►Provar►PVflowselect

Devicerootmenu► Detailedsetup► Process variables ► Velocity ►Velocityunit

Devicesetup►Detailedsetup►Provar►Velocity►Unit ― ―

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Alarm nameBackup

Restore


Restore Data

Compulsion Data

Restore Factory

Devicerootmenu► Detailedsetup► Process variables ► Volumeflow►Volumeflowunit

Devicesetup►Detailedsetup►Provar►Volume►Unit ― ―

Devicerootmenu► Detailedsetup► Process variables ► Massflow►Massflowunit

Devicesetup►Detailedsetup►Provar►Mass►Unit ― ―

Devicerootmenu► Detailedsetup► Process variables ► Volumeflow►Timeunit or Devicerootmenu► Detailedsetup► Process variables ► Massflow►TimeunitorDevicerootmenu►Detailedsetup► Process variables ► Calorie ► Timeunit

Devicesetup►Detailedsetup►Provar►Volume►Timeunit or Devicesetup►Detailedsetup►Provar►Mass►TimeunitorDevicesetup►Detailedsetup►Provar►Calorie►Timeunit

― ―

Devicerootmenu► Detailedsetup► Process variables ► Velocity ► Velocity span

Devicesetup►Detailedsetup►Provar►Velocity►Span

Devicerootmenu► Detailedsetup► Process variables ► Volumeflow►Volumeflowspan

Devicesetup►Detailedsetup►Provar►Volume►Span

Devicerootmenu► Detailedsetup► Process variables ► Massflow►Massflowspan

Devicesetup►Detailedsetup►Provar►Mass►Span

Devicerootmenu► Detailedsetup► Process variables ► Calorie ►Calorificflowspan

Devicesetup►Detailedsetup►Provar►Calorie►Span

Maintenancerootmenu► Autozero►Result►Zerovalue

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

Devicerootmenu► Detailedsetup► Totalizer ► Totalizer1 ►Total1convfactor

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Convfactor ― ―

Devicerootmenu► Detailedsetup► Totalizer ► Totalizer1 ►Total1lowcut

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Lowcut ―

Devicerootmenu► Detailedsetup► Totalizer ► Totalizer1 ►Total1failopts

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Failureopts ―

Devicerootmenu► Detailedsetup► Totalizer ► Totalizer1 ► Total1 options

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Options ―

Devicerootmenu► Detailedsetup► Totalizer ► Totalizer1 ►Total1Start/Stop

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Start/Stop ―

Devicerootmenu► Detailedsetup► Totalizer ► Totalizer1 ►Total1Reset/Preset

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Reset/Preset ―

Devicerootmenu► Detailedsetup► Totalizer ► Totalizer1 ►Total1presetvalue

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Presetvalue ―

Devicerootmenu► Detailedsetup► Totalizer ► Totalizer1 ► Total1 set point

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Setpoint ―



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Alarm nameBackup

Restore


Restore Data

Compulsion Data

Restore Factory



























Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput1► Pulse1outputmode

Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1►Outputmode

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput1► Pulse1activemode

Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1►Activemode ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput1► Pulse1fixwidth

Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1►Fixwidth ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput1► Pulse1rateunit

Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1►Rateunit ― ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput1► Pulse1ratevalue

Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1►Ratevalue

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput1► Pulse1lowcut

Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1►Lowcut ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput1► Pulse1alarmout

Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1►Alarmout ―

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Alarm nameBackup

Restore


Restore Data

Compulsion Data

Restore Factory

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput1► Frequency1at0%

Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1►Frequencyat0%


Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1► Frequencyat100%

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput1► Statusoutput1function

Devicesetup►Detailedsetup► Pulse/Statusout►PO1/SO1►SO1function ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput2► Pulse2activepulse

Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►Activepulse ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput2► Pulse2outputmode

Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►Outputmode ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput2► Pulse2select

Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►Pulseselect ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput2► Pulse2activemode

Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►Activemode ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput2► Pulse2fixwidth

Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►Fixwidth ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput2► Pulse2ratevalue

Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►Ratevalue ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput2► Pulse2lowcut

Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►Lowcut ―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput2► Pulse2alarmout

Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►Alarmout ―


Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►Frequencyat0%

―


Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2► Frequencyat100%

―

Devicerootmenu► Detailedsetup►Pulse/Status► Pulse/Statusoutput2► Statusoutput2function

Devicesetup►Detailedsetup► Pulse/Statusout►PO2/SO2►SO2function ―

Devicerootmenu► Detailedsetup►Pulse/Status► Statusoutput3► Statusoutput3activemode

Devicesetup►Detailedsetup► Pulse/Statusout►SO3►Activemode ―

Devicerootmenu► Detailedsetup►Pulse/Status► Statusoutput3► Statusoutput3function

Devicesetup►Detailedsetup► Pulse/Statusout►SO3►Function ―

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Alarm nameBackup

Restore


Restore Data

Compulsion Data

Restore Factory

Devicerootmenu► Detailedsetup►Pulse/Status► Statusinput3► Statusinput3activemode

Devicesetup►Detailedsetup►Statusin►SI3►Activemode ―

Devicerootmenu► Detailedsetup►Pulse/Status► Statusinput3► Statusinput3function

Devicesetup►Detailedsetup►Statusin►SI3►Function ―

Devicerootmenu► Detailedsetup►Multirange► Forward span 2

Devicesetup►Detailedsetup► Multirange►Forwardspan2 ―

Devicerootmenu► Detailedsetup►Multirange► Reverse span 1

Devicesetup►Detailedsetup► Multirange►Reversespan1 ―

Devicerootmenu► Detailedsetup►Multirange► Reverse span 2

Devicesetup►Detailedsetup► Multirange►Reversespan2 ―

Devicerootmenu► Detailedsetup►Multirange► Autorangehyst

Devicesetup►Detailedsetup► Multirange►Autorangehyst ―

Devicerootmenu► Detailedsetup►Multirange► Bi direction hyst

Devicesetup►Detailedsetup► Multirange►Bidirectionhyst ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput1►AO1lowcut

Devicesetup►Detailedsetup► Analogout/in►AO1►Lowcut ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput1► AO1 high limit

Devicesetup►Detailedsetup► Analogout/in►AO1►Highlimit ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput1► AO1 low limit

Devicesetup►Detailedsetup► Analogout/in►AO1►Lowlimit ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput1►AO1alarmout

Devicesetup►Detailedsetup► Analogout/in►AO1►Alarmout

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput1► AO1 range mode

Devicesetup►Detailedsetup► Analogout/in►AO1►Rangemode ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput2► AO2 select

Devicesetup►Detailedsetup► Analogout/in►AO2►AO2select ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput2►AO2lowcut

Devicesetup►Detailedsetup► Analogout/in►AO2►Lowcut ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput2► AO2 high limit

Devicesetup►Detailedsetup► Analogout/in►AO2►Highlimit ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput2► AO2 low limit

Devicesetup►Detailedsetup► Analogout/in►AO2►Lowlimit ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analogoutput2►AO2alarmout

Devicesetup►Detailedsetup► Analogout/in►AO2►Alarmout ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analoginput►AIfunction

Devicesetup►Detailedsetup► Analogout/in►AI►Function ―

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Alarm nameBackup

Restore


Restore Data

Compulsion Data

Restore Factory

Devicerootmenu► Detailedsetup► Analogoutput/input► Analoginput► AI URV

Devicesetup►Detailedsetup► Analogout/in►AI►URV ―

Devicerootmenu► Detailedsetup► Analogoutput/input► Analoginput► AI LRV

Devicesetup►Detailedsetup► Analogout/in►AI►LRV ―

Maintenancerootmenu► AO/AItrim► AO trim ► AO1 Trim

Devicesetup►Diag/Service►AO/AItrim►AOtrim►AO1trim4mA ―


Maintenancerootmenu► AO/AItrim► AO trim ► AO2 Trim



Devicerootmenu► Detailedsetup► AUXcalculation► Flow direction

Devicesetup►Detailedsetup► AUXcalculation►Flowdirect ―

Devicerootmenu► Detailedsetup► AUXcalculation► Rate limit

Devicesetup►Detailedsetup► AUXcalculation►Ratelimit ―

Devicerootmenu► Detailedsetup► AUXcalculation► Dead time

Devicesetup►Detailedsetup► AUXcalculation►Deadtime ―

Devicerootmenu► Detailedsetup► AUXcalculation► Noisefilter

Devicesetup►Detailedsetup► AUXcalculation►Noisefilter ―

Devicerootmenu► Detailedsetup► AUXcalculation► Pulsingflow

Devicesetup►Detailedsetup► AUXcalculation►Pulsingflow ―

Devicerootmenu► Detailedsetup► AUXcalculation► Power synchronize

Devicesetup►Detailedsetup► AUXcalculation►Powersyncon/off

Devicerootmenu► Detailedsetup► AUXcalculation► Setpowerfrequency

Devicesetup►Detailedsetup► AUXcalculation►Setpowerfreq

Devicerootmenu► Detailedsetup► Process variables ► Density ►Densityvalueselect

Devicesetup►Detailedsetup►Provar►Density►Valueselect ―

Devicerootmenu► Detailedsetup► Process variables ► Density ►Densityfixedvalue

Devicesetup►Detailedsetup►Provar►Density►Fixeddensity

Devicerootmenu► Detailedsetup► Process variables ► Density ► Standard density

Devicesetup►Detailedsetup►Provar►Density►Stddensity ―

Devicerootmenu► Detailedsetup► Process variables ► Temperature► Standardtemperature

Devicesetup►Detailedsetup►Provar►Temperature►Stdtemperature ―

Devicerootmenu► Detailedsetup► Process variables ► Temperature►TempcoefA1

Devicesetup►Detailedsetup►Provar►Temperature►CoefA1 ―

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Alarm nameBackup

Restore


Restore Data

Compulsion Data

Restore Factory

Devicerootmenu► Detailedsetup► Process variables ► Temperature►TempcoefA2

Devicesetup►Detailedsetup►Provar►Temperature►CoefA2 ―

Devicerootmenu► Detailedsetup► Process variables ► Calorie ►Specificheat

Devicesetup►Detailedsetup►Provar►Calorie►Specificheat ―

Devicerootmenu► Detailedsetup► Process variables ► Temperature►Calorificfixtemp

Devicesetup►Detailedsetup►Provar►Temperature►Fixedtemperature ―

Maintenancerootmenu► High/Lowalarmconfiguration► Highalarm

Devicesetup►Diag/Service► H/Lalarmcfg►Highalarm ―

Maintenancerootmenu► High/Lowalarmconfiguration► Low alarm

Devicesetup►Diag/Service► H/Lalarmcfg►Lowalarm ―

Maintenancerootmenu► High/Lowalarmconfiguration► Highhighalarm

Devicesetup►Diag/Service► H/Lalarmcfg►HHalarm ―

Maintenancerootmenu► High/Lowalarmconfiguration► Low low alarm

Devicesetup►Diag/Service► H/Lalarmcfg►LLalarm ―

Maintenancerootmenu► High/Lowalarmconfiguration► Hi/Loalarmhysteresis

Devicesetup►Diag/Service► H/Lalarmcfg►H/Lalarmhyst ―

Devicerootmenu► Detailedsetup► Display ► Line select ► Display select1

Devicesetup►Detailedsetup► Displayset►Lineselect►Line1 ― ―















Devicerootmenu► Detailedsetup► Display ► Displayformat► DisplayformatPV

Devicesetup►Detailedsetup► Displayset►Dispformat►FormatPV ― ―

Devicerootmenu► Detailedsetup► Display ► Displayoperationconfiguration► Display line

Devicesetup►Detailedsetup► Displayset►Optionalconfig►Linemode ― ―

Devicerootmenu► Detailedsetup► Display ► Displayoperationconfiguration► Display installation

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►Dispinstall ― ―

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Tag

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►TagNo ― ―

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Alarm nameBackup

Restore


Restore Data

Compulsion Data

Restore Factory

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Long tag

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►Longtag ― ―

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Electrode size

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►Electrodesize ―

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Basic model code

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►MScode► Model code

―

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Suffixconfig1

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►MScode► Suffixconfig1

―


Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►MScode► Suffixconfig2

―

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Option 1

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►MScode► Option 1

―



―



―



―

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Remote sensor basic model code

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►RSMScode► Model code

―

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Remotesensorsuffixconfig1

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►RSMScode► Suffixconfig1

―


Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►RSMScode► Suffixconfig2

―

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Remote sensor option 1

Devicesetup►Detailedsetup► Deviceinfo►Orderinfo►RSMScode► Option 1

―



―

<4. Functions> 91

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Alarm nameBackup

Restore


Restore Data

Compulsion Data

Restore Factory



―



―

Devicerootmenu► Detailedsetup► Deviceinformation► Version/Numberinformation► Transmitter serial No

Devicesetup►Detailedsetup► Deviceinfo►Ver/Numinfo►TransserialNo ―

Devicerootmenu► Detailedsetup► Deviceinformation► Version/Numberinformation► Sensor serial No

Devicesetup►Detailedsetup► Deviceinfo►Ver/Numinfo►SensorserialNo ―

Diagnosticrootmenu► Diagnosis ► Adhesion ►Adhesionfunction

Devicesetup►Diag/Service►Diagnosis►Adhesion►Function

Diagnosticrootmenu► Diagnosis ► Adhesion ► Adhesion level 1

Devicesetup►Diag/Service►Diagnosis►Adhesion►Thresholdlevel1 ―







Diagnosticrootmenu► Diagnosis ► Adhesion ► Adhesion check cycle

Devicesetup►Diag/Service►Diagnosis►Adhesion►Checkcycle ―

Diagnosticrootmenu► Diagnosis ► Flow noise ►Flownoisefunction

Devicesetup►Diag/Service►Diagnosis►Flownoise►Function ―

Diagnosticrootmenu► Diagnosis ► Flow noise ► Flow noise level 1

Devicesetup►Diag/Service►Diagnosis►Flownoise►Thresholdlevel1 ―







Diagnosticrootmenu► Diagnosis ► Flow noise ► Flow noise damping

Devicesetup►Diag/Service►Diagnosis►Flownoise►Damp ―

Diagnosticrootmenu► Diagnosis ► Flow noise ► Flow noise span

Devicesetup►Diag/Service►Diagnosis►Flownoise►Span

Diagnosticrootmenu► Diagnosis ► Conductivity► Lowconductivityfunction

Devicesetup►Diag/Service►Diagnosis►Conductivity►Function ―

Diagnosticrootmenu► Diagnosis ►Conductivity► Conductivitylowlimit

Devicesetup►Diag/Service►Diagnosis►Conductivity►Lowlimit ―

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Alarm nameBackup

Restore


Restore Data

Compulsion Data

Restore Factory

Diagnosticrootmenu► Diagnosis ► Coilinsulationthreshold

Devicesetup►Diag/Service►Diagnosis►Coilinsulthreshold ―

Diagnosticrootmenu► Diagnosis ► IEXcompare

Devicesetup►Diag/Service►Diagnosis►IEXcompare ―

Diagnosticrootmenu► Diagnosis ► Diagnosticoutput

Devicesetup►Diag/Service►Diagnosis►Diagnosticoutput ―

Maintenancerootmenu► Verification► VF mode

Devicesetup►Diag/Service►Verification►Mode ―

Maintenancerootmenu► Verification► VF No

Devicesetup►Diag/Service►Verification►VF No ―

Maintenancerootmenu► Test ► Release time

Devicesetup►Diag/Service►Test► Release time ―

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4.13.4 Data Logging FunctionThedataloggingfunctioncanbestoreduptofourprocessvaluestothemicroSDcardwhenthe optional code MC (microSD card) is selected. Whenusingthisfunction,itispossibletospecifythefilename,datastorageinterval,anddataloggingfunctionendingtime.Thestoreddataissavedinthe“YOKOGAWA”folderasa“.TRD”file.Thedataloggingfunctioncanbeconfiguredwiththefollowingparameters.

Display menu path:Devicesetup►Diag/Service►Datalog►(see below)File name Specifythenameofthefiletobestored.Interval time Specifythedatastorageinterval.*1Start date Displays the date to start the data logging

function.Start time Displays the time to start the data logging

function.End time Specifythetimetoendthedatalogging

function.*2Log 1 Specifyprocessvalue1tobestored.*3Log 2 Specifyprocessvalue2tobestored.*3Log 3 Specifyprocessvalue3tobestored.*3Log 4 Specifyprocessvalue4tobestored.*3Execute Specifiestheexecutionofthedata

loggingfunction.*4

HART communication:Maintenancerootmenu►Datalogging► (see below)File name Specifythenameofthefiletobestored.Interval time Specifythedatastorageinterval.*1Start date Displays the date to start the data logging

function.Start time Displays the time to start the data logging

function.End time Specifythetimetoendthedatalogging

function.*2Log1 select Specifyprocessvalue1tobestored.*3Log2 select Specifyprocessvalue2tobestored.*3Log3 select Specifyprocessvalue3tobestored.*3Log4 select Specifyprocessvalue4tobestored.*3Logging Exe Specifiestheexecutionofthedata

loggingfunction.*4

*1: From the table below, select the data storage interval.1 s Sets the storage interval to 1 sec.10 s Sets the storage interval to 10 sec.30 s Sets the storage interval to 30 sec.1 min Sets the storage interval to 1 min.5 min Sets the storage interval to 5 min.30 min Sets the storage interval to 30 min.1 h Setsthestorageintervalto1hour.

*2: Fromthetablebelow,selectthedataloggingfunctionendingtime.

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

later.

*3: Fromthetablebelow,selecttheprocessvaluetobestored.PV StorestheprocessvaluethatisPV-mappedin

Subsection4.1.2.Velocity Storestheflowvelocity.Volumeflow Storesthevolumetricflowrate.Massflow Storesthemassflowrate.Calorie Stores the calorie.Adhesion Storestheresistancevalueoftheelectrode

adhesion detection.Flow noise Storestheflownoisevalue.Electrode A StoresthevoltageofelectrodeA.Electrode B StoresthevoltageofelectrodeB.V peak Storesthepeakvalueoftheflowratesignal.

*4: Fromthetablebelow,selecttheuseofthedataloggingfunction.

NotExecute Doesnotexecutethedataloggingfunction.Execute Executesthedataloggingfunction.

DataisstoredinthemicroSDcardatthespecifiedstorageintervalduringtheperiodfromthestartofthedataloggingfunctiontotheend.Thefilestoredbythedataloggingfunctioncanbeopenedasatextfile.Example:Ifthestorageintervalissetto“1min”,data is stored as shown below.

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

The access ongoing to the microSD card can be confirmedbytheicononthedisplay.Forexample,theiconsof“microSDcardready”and“AccesstomicroSD card” are displayed alternately repeatedly whiletheinstrumentaccessestothemicroSDcardperiodicallyduringitsdatalogging.Theiconof“ErroraccessingmicroSDcard”isdisplayed when the micorSD card cannot be accessedinsuchacaseofremovingit.Insert the microSD card again when it is necessary tousethisfunctionagain.Andanalarmof“microSDfailure”occurswhenthemicroSDcardhasanyproblems.

ReadyformicroSDcard

Accessing microSD card

Disable to access microSD card

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IMPORTANT• Whenusingthedataloggingfunction,besuretospecifythedateandtimeinformation.

• Beforeusingthedataloggingfunction,makesurethatthemicroSDcardisprepared.Approximately1minuteisrequireduntiltheinsturmentisreadytostoredataafterithasbeenturnedon.

• Notethatthedateandtimeinformationareresetifthisinstrumentisturnedoff.

• Notethat,ifthemicroSDcardrunsoutoffreespace,thesubsequentdatawillnotbestored.

4.14 Software Write Protection Function

The write protection can be changed by the hardware write protection switch or the parameter settingofthesoftwarewriteprotection.Whenthewriteprotectionisenabledbyanyofthem,datawritingisforbidden.Fordetailsaboutthehardwarewriteprotection,seetheInstallationManualaslisted in Table 1.1.Toenablethesoftwarewriteprotectionfunction,specify“Newpassword”(eightalphanumericcharacterswithoutlowercaseletter)asapasswordtodisablethewriteprotectionfunction.Byenteringthepasswordinthemenuof“Enablewrite”,itispossible to disable the write protection and change theparametersonlyfor10minutes.Thewriteprotectioniscompletelydisabledifeightspacesareenteredto“Newpassword”inthestatethattheprotection is disabled temporarily.Thewriteprotectionfunctioncanbeconfiguredbythefollowingprocedure.

Display menu path:Devicesetup►Detailedsetup►Protection►(see below)Writeprotectsts Indicatestheuseofthewriteprotection

function.*1Enable write Cancelsthewriteprotectionfunctiononly

for10minutes.New password Specifyanewpasswordforthewrite

protectionfunction.

HART communication:Devicerootmenu►Detailedsetup► Protection►(seebelow)Writeprotect Indicatestheuseofthewriteprotection

function.*1Enable write 10 min Cancelsthewriteprotectionfunctiononly

for10minutes.New password Specifyanewpasswordforthewrite

protectionfunction.

*1:DisplayoftheusestatusofthewriteprotectionfunctionNo Thewriteprotectionfunctionisdisabled.

(Parameters can be changed.)Yes Thewriteprotectionfunctionisenabled.

(Parameters cannot be changed.)

NOTETheusestatusofthewriteprotectionfunctioncanbeviewedusingtheparametersortheiconsshown on the display.Thefollowingiconsaredisplayed.

Icon ContentsWriteprotectInvalid(Parameter change is possible)WriteprotectValid(Parameter change is impossible)

NOTEWhenthewriteprotectionswitchontheamplifierboardisturnedon,anyparametercannotbechanged.To change a parameter, cancel the write protectionfunctionusingthepre-specifiedpassword,andspecifyanewpassword.

Ifthepasswordhadbeenforgotten,itispossibletousetheJokerpasswordtotemporarilydisablethesoftwarewriteprotectionfunction.WhenthewriteprotectionfunctionisdisabledusingtheJokerpassword,“Break”isdisplayedastheparameter.Re-setanewpasswordtousethisfunction.Whenthisfunctionisdisabledusinganewpassword,theparameterreturnsto“Keep”.TheuseoftheJokerpasswordsealcanbecheckedbythefollowingprocedure.

Display menu path:Devicesetup►Detailedsetup►Protection►(see below)Softsealstatus ChecktheuseoftheJokerpassword.

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HART communication:Devicerootmenu►Detailedsetup► Protection►(seebelow)Softwareseal ChecktheuseoftheJokerpassword.

ChecktheuseoftheJokerpassworddependingonthefollowingparameters.Keep NormalBreak Disablethewriteprotectionfunction

usingtheJokerpassword.

NOTEIfitisnecessarytousetheJokerpassword,contactYokogawasalesofficeorrepresentative.

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5. Parameters of Magnetic FlowmeterThis chapter describes the display parameters, HARTcommunicationparameters.

Thededicatedparametersareconfiguredasspecifiedatthetimeofordering.Otherparametersaresettodefaultvalues;therefore,whenchanginganyoneofthem,alwaysreadthischapter.

IMPORTANTIftheinstrumentisturnedoffwithin30secondsafterparametersettingshavebeencompleted,thesettingsarereset.Aftersettings,besuretokeepthepoweronfor30secondsormore.

NOTEToobtainthecorrectflowratesignal,specifythenominalsizeofthesensor,flowratespan,andmeterfactor.Thisinstrumenthasthenominalsizeofthesensorandthemeterfactorspecifieduponshipmentfromthemanufacturingplant,whichdoesnotrequireuser’ssettings.Thededicatedparametersareconfiguredbeforeshipmentonlywhentheyarespecifiedatthetimeofordering.Parametersthatarenotspecifiedatthetimeoforderingmustbeconfiguredbytheuser.

NOTETheavailablefunctionsandthedisplayedparameters vary depending on the connection terminaltypeselectedatthetimeofordering.

: Parameter displayed

Terminal function DescriptionCommunication and I/O code

JA JB JC JD JE JF JG JH JJ JKCurrentoutput1 ParametersrelatedtotheCurrentoutput1aredisplayed

regardlessofthecodeselection.

Currentoutput2 ParametersrelatedtotheCurrentoutput2maynotbedisplayed depending on the code selection. No.7-6 to 7-10, 7-21 to 7-23, and 13-9

Pulse/Statusoutput1 ParametersrelatedtothePulse/Statusoutput1aredisplayedregardlessofthecodeselection.

Pulse/Statusoutput2 ParametersrelatedtothePulse/Statusoutput2maynotbedisplayed depending on the code selection. No.5-11 to 22, and 13-10 to 13-11

Statusoutput3 ParametersrelatedtotheStatusoutput3maynotbedisplayed depending on the code selection. No.6-1 to 6-2, and 13-13

Statusinput ParametersrelatedtotheStatusinputmaynotbedisplayeddepending on the code selection. No.6-3 to 6-5, and 13-14

Currentinput ParametersrelatedtotheCurrentinputmaynotbedisplayed depending on the code selection. No.7-11 to 7-17, 7-24 to 7-26, 8-13 to 8-21, 13-5, and 13-12


IM 01E22A02-02EN

5.1 Parameter Lists for Display and HART Communication

Eachparameterlistconsistsofthefollowingitems.No. Indicatestheparameternumber.

Name Indicates the parameter name.

Setting

Indicatestheparameterthatcanbedisplayedand/orspecified.R:Displayedonly.RW:Displayedandspecified.However,whenchangingaparameteronthedisplay,notethatthespecifiableparametersvarydepending on the operation level.Operator:Canonlyspecifythelanguagetobedisplayedonthedisplayandtheconfigurationparameters. Maintenance:Canonlyspecifythe“Operator”operationlevelandthezero-adjustmentparameters. Specialist:Canspecifyalltheparameters.

Range

For selection-type data, the range indicates options.Fornumeric-typedata,therangeindicatesthesettingrangeandthenumberofdecimalplaces.Foralphanumeric-typedata,therangeindicatesthelimitednumberofcharacters.

Default value

Indicatesthedefaultvalueuponshipmentfromthemanufacturingplant.Symbol (*) indicates a parameter with the model andsuffixcodespecified,oraparameterspecifiedatthetimeofordering.

Unit Indicatestheunitofthedatarange.Description Describesthecontentsoftheparameter.


IM 01E22A02-02EN

(1) Display parametersThislistshowsthedisplayparameterssuchastheflowrateandtotalizedvalue.

No.Name

SettingRange Default

value Unit DescriptionHART communication Display HART communication Display

1-1 Processvariablesrootmenu►Dynamicvariables►PV%rnge

Devicesetup►Processvariables►Flowrate%

R -99999.9 to +99999.9Numberofdecimalplaces: 3

-99999.9 to +99999.9Numberofdecimalplaces: 1

- % IndicatestherangeratefortheprocessvaluethatisPV-mapped in No. 3-14.

1-2 Processvariablesrootmenu►Dynamicvariables►PV

Devicesetup►Processvariables►Flow rate

R -999999 to +999999Numberofdecimalplaces: 0 to 5

-999999 to +999999Numberofdecimalplaces: 0 to 5

- Flow velocity: SpecifiedinNo. 3-15.Volumetricflowrate:Specifiedin No. 3-16 and No. 3-19.Massflowrate:SpecifiedinNo. 3-17 and No. 3-19.Flow noise: cm/s

IndicatestheprocessvaluethatisPV-mappedinNo.3-14.

1-3 Processvariablesrootmenu►Viewoutputs► AO1current

Devicesetup►Processvariables►Analogout1

R 0.000 to +99.999Numberofdecimalplaces: 3

0.000 to +99.999Numberofdecimalplaces: 3

- mA UsedforI/O1terminal.Indicatesthecurrentvalueofthecurrentoutput.

1-4 Processvariablesrootmenu►Devicevariables►Totalizer1

Devicesetup►Processvariables►Totalizer►Totalizer1



- SpecifiedinNo. 4-1.

Indicatesthetotalizedvalueoftotalizer1.













1-7 Processvariablesrootmenu►Totalizercount►Totalizer1count

Devicesetup►Processvariables►Totalizer►Totalizer1count

R -INF(**) to +INF(**)Numberofdecimalplaces: 0

-999999 to +999999Numberofdecimalplaces: 0

- - Indicatesthetotalizedvalue(totalizervalue)scaledbytotalizer 1.


Devicesetup►Processvariables►Totalizer►Totalizer2count





Devicesetup►►Processvariables►Totalizer►Totalizer3count




1-10 Processvariablesrootmenu►Devicevariables►Velocity

Devicesetup►Processvariables►Velocity




Indicatestheflowvelocity.

1-11 Processvariablesrootmenu►Devicevariables►Volumeflow

Devicesetup►Processvariables►Volume



- SpecifiedinNo. 3-16 and No. 3-19.

Indicatesthevolumetricflowrate.

1-12 Processvariablesrootmenu►Devicevariables►Massflow

Devicesetup►Processvariables►Mass




Indicatesthemassflowrate.

1-13 Processvariablesrootmenu►Viewoutputs►AO2current

Devicesetup►Processvariables►Analogout2



- mA UsedforI/O3orI/O4terminal.Indicatesthecurrentvalueofthecurrentoutput.

(*)indicatesaparameterwhichhasalreadyspecifiedbyorderinginformationandinformationofasensortobecombined.(**)istherangeofsingleprecisionfloatingpoint(IEEE754).


IM 01E22A02-02EN

(2)EasyconfigurationparametersThislistshowstheparametersforthefrequently-usedgeneralfunctions.

No.Name



2-1 Devicerootmenu►Detailedsetup►Display►Displayoperationconfiguration►Language

Devicesetup►Language

RW EnglishFrenchGermanItalianSpanishPortugueseRussianChineseJapanese

EnglishFrenchGermanItalianSpanishPortugueseRussianChineseJapanese

English - Specifythelanguagetobeusedonthedisplay.Synchronized with No. 10-21.

2-2 Devicerootmenu►Basicsetup►Volumeflow►VolumeflowdampingAO/frequency

Devicesetup►Easysetupwizard►Volume►DampAO/F

RW +0.1to+200.0Numberofdecimalplaces: 1

+0.1to+200.0Numberofdecimalplaces: 1

3.0 s Usedforcurrentoutputorfrequencyoutput.Specifythedampingtimeconstantofthevolumetricflowrate.Synchronized with No. 3-12.

2-3 Devicerootmenu►Basicsetup►Volumeflow►Volumeflowdampingpulse/total

Devicesetup►Easysetupwizard►Volume►Damppls/ttl



3.0 s Usedforpulseoutputortotalization.Specifythedampingtimeconstantofthevolumetricflowrate.Synchronized with No. 3-13.

2-4 Devicerootmenu►Basicsetup►Volumeflow►Volumeflowunit

Devicesetup►Easysetupwizard►Volume►Unit

RW MLm3kLl(liter)cm3kcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(US Oil)bbl(US Oil)mbbl(US Oil)ubbl(USOil)kbbl(US Beer)bbl(US Beer)mbbl(US Beer)ubbl(USBeer)

Ml(Megaliter)m3

kl(kiloliter)l(liter)cm3

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

m3 (*) - Specifytheunitofthevolumetricflowrate.Synchronized with No. 3-16.

2-5 Devicerootmenu►Basicsetup►Volumeflow►Timeunit

Devicesetup►Easysetupwizard►Volume►Timeunit

RW /s/min/h/d

/s/min/h/d

/h(*) - Specifythetimeunitofthevolumetricflowrate,massflowrate,andcalorie.Synchronized with No. 3-19.

2-6 Devicerootmenu►Basicsetup►Volumeflow►Volumeflowspan

Devicesetup►Easysetupwizard►Volume►Span

RW +0.00001to+INF(**)Numberofdecimalplaces: 1 to 5

+0.00001to+999999Numberofdecimalplaces: 0 to 5

1.00 (*) SpecifiedinNo. 3-16 and No. 3-19.

Specifythespanofthevolumetricflowrate.Synchronized with No. 3-21.

2-7 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput1►Pulse1rateunit

Devicesetup►Easysetupwizard►Pulse/Statusout►P1unit

RW 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

Unit/P(*) - UsedforpulseoutputoftheI/O2terminal.Specifythepulseratescaling.Synchronized with No. 5-4.

2-8 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput1►Pulse1ratevalue

Devicesetup►Easysetupwizard►Pulse/Statusout►P1 val

RW 0.00000 to +INF(**)Numberofdecimalplaces: 1 to 5

0.00000 to +999999Numberofdecimalplaces: 0 to 5

0.0 SpecifiedinNo.5-4

UsedforpulseoutputoftheI/O2terminal.Specifythepulseratevalue.Synchronized with No. 5-5.

2-9 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput1►Frequency1at0%

Devicesetup►Easysetupwizard►Pulse/Statusout►F1at0%

RW 0 to 12500Numberofdecimalplaces: 0

0 to 12500Numberofdecimalplaces: 0

0 Hz UsedforfrequencyoutputoftheI/O2terminal.Specifythefrequencythatisavailablewhen0%issettotheprocessvaluePV-mappedinNo.3-14.Synchronized with No. 5-8.


Devicesetup►Easysetupwizard►Pulse/Statusout►F1at100%






IM 01E22A02-02EN

No.Name



2-11 Devicerootmenu►Detailedsetup►Display►Lineselect►Display select1

Devicesetup►Easysetupwizard►Displayset►Line1

RW Flowrate(%)PVVelocityVolumeflowMassflowFlow rate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberLong tagCommunProtocolAdhesionAnalogout1Analogout2Flow noise level

Flowrate(%)PVVelocityVolumeflowMassflowFlow rate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberLong tagCommunProtocolAdhesionAnalogout1Analogout2Flow noise

PV - Specifyitem1tobeshownonthedisplay.Synchronized with No. 10-1.



RW NoneFlowrate(%)PVVelocityVolumeflowMassflowFlow rate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberLong tagCommunProtocolAdhesionAnalogout1Analogout2Flow noise level

NoneFlowrate(%)PVVelocityVolumeflowMassflowFlow rate(%Bar)CalorieTotalizer1Totalizer2Totalizer3TagnumberLong tagCommunProtocolAdhesionAnalogout1Analogout2Flow noise

Flow rate(%)

- Specifyitem2tobeshownonthedisplay.Synchronized with No. 10-2.



RW Analog out1

- Specifyitem3tobeshownonthedisplay.Synchronized with No. 10-3.

2-14 Devicerootmenu►Basicsetup►Autozero►AutozeroExe

Devicesetup►Easysetupwizard►Autozeroexe

RW NotexecuteExecute

NotexecuteExecute

Not execute

- Specifywhethertoexecutethezeroadjustmentfunction.Synchronized with No. 3-31.



IM 01E22A02-02EN

(3)BasicconfigurationparametersThislistshowstheparametersrelatedtothebasicsettingsforthesensorandotherdevices.

No.Name



3-1 Devicerootmenu►Detailedsetup►Processvariables►Velocity►VelocitydampingAO/frequency

Devicesetup►Detailedsetup►Provar►Velocity►DampAO/F



3.0 s Usedforcurrentoutputorfrequencyoutput.Specifythedampingtimeconstantoftheflowvelocity.

3-2 Devicerootmenu►Detailedsetup►Processvariables►Velocity►Velocitydampingpulse/total

Devicesetup►Detailedsetup►Provar►Velocity►Damppls/ttl



3.0 s Usedforpulseoutputortotalization.Specifythedampingtimeconstantoftheflowvelocity.

3-3 Devicerootmenu►Detailedsetup►Processvariables►Volumeflow►VolumeflowdampingAO/frequency

Devicesetup►Detailedsetup►Provar►Volume►DampAO/F



3.0 s Usedforcurrentoutputorfrequencyoutput.Specifythedampingtimeconstantofthevolumetricflowrate.Synchronized with No. 2-2.

3-4 Devicerootmenu►Detailedsetup►Processvariables►Volumeflow►Volumeflowdampingpulse/total

Devicesetup►Detailedsetup►Provar►Volume►Damppls/ttl



3.0 s Usedforpulseoutputortotalization.Specifythedampingtimeconstantofthevolumetricflowrate.Synchronized with No. 2-3.

3-5 Devicerootmenu►Detailedsetup►Processvariables►Massflow►MassflowdampingAO/frequency

Devicesetup►Detailedsetup►Provar►Mass►DampAO/F



3.0 s Usedforcurrentoutputorfrequencyoutput.Specifythedampingtimeconstantofthemassflowrate.

3-6 Devicerootmenu►Detailedsetup►Processvariables►Massflow►Massflowdampingpulse/total

Devicesetup►Detailedsetup►Provar►Mass►Damppls/ttl



3.0 s Usedforpulseoutputortotalization.Specifythedampingtimeconstantofthemassflowrate.

3-7 Devicerootmenu►Detailedsetup►Processvariables►Calorie►CalorificvaluedampingAO/frequency

Devicesetup►Detailedsetup►Provar►Calorie►DampAO/F



3.0 s Usedforcurrentoutputorfrequencyoutput.Specifythedampingtimeconstantofthecalorie.

3-8 Devicerootmenu►Detailedsetup►Processvariables►Calorie►Calorificvaluedampingpulse/total

Devicesetup►Detailedsetup►Provar►Calorie►Damppls/ttl



3.0 s Usedforpulseoutputortotalization.Specifythedampingtimeconstantofthecalorie.

3-9 Devicerootmenu►Detailedsetup►Sensor►LowMF

Devicesetup►Detailedsetup►Sensor►LowMF



1.0000 (*) - Specifythelowsidefrequencymeterfactor.

3-10 Devicerootmenu►Detailedsetup►Sensor►HighMF

Devicesetup►Detailedsetup►Sensor►HighMF



1.0000 (*) - Specifythehighsidefrequencymeterfactor.

3-11 Devicerootmenu►Detailedsetup►Sensor►Flow sensor select

Devicesetup►Detailedsetup►Sensor►Flowsensorsel

RW ADMAGAXGADMAGAXWADMAGAXFADMAG AECalibratorOther1Other2Other3

ADMAGAXGADMAGAXWADMAGAXFADMAG AECalibratorOther1Other2Other3

ADMAG AXG(*)

- Specifythesensortype.

3-12 Devicerootmenu►Detailedsetup►Sensor►Nominalsizeunit

Devicesetup►Detailedsetup►Sensor►Nominalsizeunit

RW mminch

mminch

mm - Specifytheunitofthenominalsizeforthesensor.

3-13 Devicerootmenu►Detailedsetup►Sensor►Nominalsize

Devicesetup►Detailedsetup►Sensor►Nominalsize

RW +0.01000to+3000.0Numberofdecimalplaces: 0 to 5

+0.01000to+3000.0Numberofdecimalplaces: 0 to 5

100 (*) SpecifiedinNo. 3-12.

Specifythenominalsizeofthesensor.

3-14 Devicerootmenu►Detailedsetup►Processvariables►PVflowselect

Devicesetup►Detailedsetup►Provar►PVflowselect

RW VelocityVolumeMassDiag

VelocityVolumeMassDiag

Volume(*)

- SpecifytheprocessvaluetobePV-mapped.Velocity: Flow velocityVolume:VolumetricflowrateMass:MassflowrateDiag: Flow noise

3-15 Devicerootmenu►Detailedsetup►Processvariables►Velocity►Velocityunit

Devicesetup►Detailedsetup►Provar►Velocity►Unit

RW m/sft/s

m/sft/s

m/s(*) - Specifytheunitoftheflowvelocity.



IM 01E22A02-02EN

No.Name



3-16 Devicerootmenu►Detailedsetup►Processvariables►Volumeflow►Volumeflowunit

Devicesetup►Detailedsetup►Provar►Volume►Unit

RW MLm3kLl(liter)cm3kcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(US Oil)bbl(US Oil)mbbl(US Oil)ubbl(USOil)kbbl(US Beer)bbl(US Beer)mbbl(US Beer)ubbl(USBeer)

Ml(Megaliter)m3


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

m3 (*) - Specifytheunitofthevolumetricflowrate.Synchronized with No. 2-4.

3-17 Devicerootmenu►Detailedsetup►Processvariables►Massflow►Massflowunit

Devicesetup►Detailedsetup►Provar►Mass►Unit

RW tkggklblb

tkggklblb

kg (*) - Specifytheunitofthemassflowrate.

3-18 Devicerootmenu►Detailedsetup►Processvariables►Calorie►Calorificunit

Devicesetup►Detailedsetup►Provar►Calorie►Unit

RW MJkJJkcalcalBTU

MJkJJkcalcalBTU

J - Specifytheunitofthecalorie.

3-19 Devicerootmenu►Detailedsetup►Processvariables►Volumeflow►TimeunitorDevicerootmenu►Detailedsetup►Processvariables►Massflow►TimeunitorDevicerootmenu►Detailedsetup►Processvariables►Calorie►Timeunit

Devicesetup►Detailedsetup►Provar►Volume►TimeunitorDevicesetup►Detailedsetup►Provar►Mass►TimeunitorDevicesetup►Detailedsetup►Provar►Calorie►Timeunit

RW /s/min/h/d

/s/min/h/d

/h(*) - Specifythetimeunitofthevolumetricflowrate,massflowrate,andcalorie.Synchronized with No. 2-5.

3-20 Devicerootmenu►Detailedsetup►Processvariables►Velocity►Velocityspan

Devicesetup►Detailedsetup►Provar►Velocity►Span



1.00000 (*)

SpecifiedinNo. 3-15.

Specifythespanoftheflowvelocity.

3-21 Devicerootmenu►Detailedsetup►Processvariables►Volumeflow►Volumeflowspan

Devicesetup►Detailedsetup►Provar►Volume►Span



1.00000 (*)

SpecifiedinNo. 3-16 and No. 3-19.

Specifythespanofthevolumetricflowrate.Synchronized with No. 2-6.Specifythevalueequivalentto1m/sincaseofnoorderinginformationbyuser.

3-22 Devicerootmenu►Detailedsetup►Processvariables►Massflow►Massflowspan

Devicesetup►Detailedsetup►Provar►Mass►Span



1.00000 (*)

SpecifiedinNo. 3-17 and No. 3-19.[kg/h]

Specifythespanofthemassflowrate.

3-23 Devicerootmenu►Detailedsetup►Processvariables►Calorie►Calorificflowspan

Devicesetup►Detailedsetup►Provar►Calorie►Span



1.00000 SpecifiedinNo. 3-18 and No. 3-19.[J/h]

Specifythespanofthecalorie.

3-24 Devicerootmenu►Detailedsetup►Processvariables►Velocity check

Devicesetup►Detailedsetup►Provar►Velocitycheck



- m/s ConvertstheprocessvaluePV-mappedinNo.3-14tothespanoftheflowvelocity,anddisplaystheconvertedvalue.

3-25 Devicerootmenu►Detailedsetup►Userspan►User span select AO1

Devicesetup►Detailedsetup►UserSpan►UserspanAO1►Select

RW NoYes

NoYes

No - UsedforcurrentoutputoftheI/O1terminal.Specifywhetherthespecialunitcanbesettotheprocessvalue.

3-26 Devicerootmenu►Detailedsetup►Userspan►UserunitAO1

Devicesetup►Detailedsetup►UserSpan►UserspanAO1►Unit

RW ASCII 8 characters

ASCII 8 characters

All Space - UsedforcurrentoutputoftheI/O1terminal.Specifythespecialunitfortheprocessvalue.

3-27 Devicerootmenu►Detailedsetup►Userspan►UserspanAO1

Devicesetup►Detailedsetup►UserSpan►UserspanAO1►Span



100.000 - UsedforcurrentoutputoftheI/O1terminal.Specifythespecialunitspanfortheprocessvalue.



IM 01E22A02-02EN

No.Name



3-28 Devicerootmenu►Detailedsetup►Userspan►User span select AO2

Devicesetup►Detailedsetup►UserSpan►UserspanAO2►Select

RW NoYes

NoYes

No - UsedforcurrentoutputoftheI/O3orI/O4terminal.Specifywhetherthespecialunitcanbesettotheprocessvalue.

3-29 Devicerootmenu►Detailedsetup►Userspan►UserunitAO2

Devicesetup►Detailedsetup►UserSpan►UserspanAO2►Unit


ASCII 8 characters

All Space - UsedforcurrentoutputoftheI/O3orI/O4terminal.Specifythespecialunitfortheprocessvalue.

3-30 Devicerootmenu►Detailedsetup►Userspan►UserspanAO2

Devicesetup►Detailedsetup►UserSpan►UserspanAO2►Span



100.000 - UsedforcurrentoutputoftheI/O3orI/O4terminal.Specifythespecialunitspanfortheprocessvalue.

3-31 Devicerootmenu►Basicsetup►Autozero►AutozeroExe

Devicesetup►Diag/Service►Autozero►Execute


NotexecuteExecute

Not execute

- Specifywhethertoexecutethezeroadjustmentfunction.Synchronized with No. 2-14.

3-32 Maintenancerootmenu►Autozero►Result►Zerovalue

Devicesetup►Diag/Service►Autozero►Result►Zerovalue

RW -99.999 to +99.999Numberofdecimalplaces: 3


0.000 cm/s Indicatestheresultofexecutingthezeroadjustmentfunction.Manualinputispossible.



IM 01E22A02-02EN

(4)TotalizationconfigurationparametersThislistshowstheparametersrelatedtothetotalizationfunction.

No.Name



4-1 Devicerootmenu►Detailedsetup►Totalizer►Totalizer1►Total1unit

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Unit

R MLm3

kLl(liter)cm3

tkggkcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(US Oil)bbl(US Oil)mbbl(US Oil)ubbl(USOil)kbbl(US Beer)bbl(US Beer)mbbl(US Beer)ubbl(USBeer)klb(US)lb(US)

Ml(Megaliter)m3


tkggkcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(US Oil)bbl(US Oil)mbbl(US Oil)ubbl(USOil)kbbl(US Beer)bbl(US Beer)mbbl(US Beer)ubbl(USBeer)klb(US)lb(US)

- - Indicatestheunitoftotalizer1(processvaluePV-mapped in No. 3-14).

4-2 Devicerootmenu►Detailedsetup►Totalizer►Totalizer1►Total1convfactor

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Convfactor



1.00000 (*)

Synchronized with No. 4-1.

Specifytheconversionfactorforscalingtotalizer1.

4-3 Devicerootmenu►Detailedsetup►Totalizer►Totalizer1►Total1lowcut

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Lowcut



0.00000 Volumetricflowrate:Specifiedin No. 3-16 and No. 3-19.Massflowrate:SpecifiedinNo. 3-17 and No. 3-19.Calorie: SpecifiedinNo. 3-18 and No. 3-19.


4-4 Devicerootmenu►Detailedsetup►Totalizer►Totalizer1►Total1failopts

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Failureopts

RW RunHoldLast valid

RunHoldLast valid

Run - Specifythetotalizer1operationtobeperformedwhenan alarm has activated.Run:Continuesthetotalizationfunctionafteranalarmhas activated.Hold:Stopsthetotalizationfunctionafteranalarmhasactivated.Lastvalid:Continuesthetotalizationfunctionwiththelastvalidvaluebeforeanalarmactivates.

4-5 Devicerootmenu►Detailedsetup►Totalizer►Totalizer1►Total1 options

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Options

RW BalancedAbsoluteOnly positiveOnly negativeHold

BalancedAbsoluteOnly positiveOnly negativeHold

Only positive

- Specifythetotalizationdirectionoftotalizer1.Balanced:Totalizesthedifferentialflowratebetweentheforwardandreversedirections.Absolute:Totalizestheabsolutevalueoftheflowrate.Onlypositive:Totalizesonlytheflowrateintheforwarddirection.Onlynegative:Totalizesonlytheflowrateinthereverse direction.Hold:Stopstotalizationprocessing(holdsthecurrenttotalized-value).

4-6 Devicerootmenu►Detailedsetup►Totalizer►Totalizer1►Total1Start/Stop

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Start/Stop

RW StopStart

StopStart

Stop - Specifywhethertoexecutethetotalizationfunctionoftotalizer 1.

4-7 Devicerootmenu►Detailedsetup►Totalizer►Totalizer1►Total1Reset/Preset

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Reset/Preset

RW NotexecuteResetPreset

NotexecuteResetPreset

Not execute

- Specifywhethertoexecutetheresetorpresetfunctionoftotalizer1.

4-8 Devicerootmenu►Detailedsetup►Totalizer►Totalizer1►Total1presetvalue

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Presetvalue

RW -INF(**) to +INF(**)Numberofdecimalplaces: 0 to 5


0.00000 Volumetricflowrate:Specifiedin No. 3-16.Massflowrate:SpecifiedinNo. 3-17.Calorie: SpecifiedinNo. 3-18.


(*)indicatesaparameterwhichhasalreadyspecifiedbyorderinginformationandinformationofasensortobecombined.(**)istherangeofsingleprecisionfloatingpoint(IEEE754).(***)indicatesaparameter,onlyifthecurrentinputisenabled.


IM 01E22A02-02EN

No.Name



4-9 Devicerootmenu►Detailedsetup►Totalizer►Totalizer1►Total1 set point

Devicesetup►Detailedsetup►Totalizer►Totalizer1►Set point



0.00000 Volumetricflowrate:Specifiedin No. 3-16.Massflowrate:SpecifiedinNo. 3-17.Calorie: SpecifiedinNo. 3-18.

Specifythetargetvalueatwhichthestatusoutputoftotalizer 1 becomes active.



RW MLm3

kLl(liter)cm3

tkggkcfcfmcfMgal(US)kgal(US)gal(US)mgal(US)kbbl(US Oil)bbl(US Oil)mbbl(US Oil)ubbl(USOil)kbbl(US Beer)bbl(US Beer)mbbl(US Beer)ubbl(USBeer)klb(US)lb(US)MJ(***)kJ(***)J(***)kcal (***)cal (***)BTU (***)

Ml(Megaliter)m3



m3 - Specifytheunitoftotalizer2.





1.00000 SpecifiedinNo. 4-10.






0.00000 SpecifiedinNo. 4-10 and No.3-19.





RunHoldLast valid






Only negative

- Specifythetotalizationdirectionoftotalizer2.Balanced:Totalizesthedifferentialflowratebetweentheforwardandreversedirections.Absolute:Totalizestheabsolutevalueoftheflowrate.Onlypositive:Totalizesonlytheflowrateintheforwarddirection.Onlynegative:Totalizesonlytheflowrateinthereverse direction.Hold:Stopstotalizationprocessing(holdsthecurrenttotalized-value).



RW StopStart

StopStart






Not execute










IM 01E22A02-02EN

No.Name











RW MLm3

kLl(liter)cm3


Ml(Megaliter)m3



m3 - Specifytheunitoftotalizer3.











0.00000 SpecifiedinNo. 4-19 and No.3-19.





RunHoldLast valid






Balanced - Specifythetotalizationdirectionoftotalizer3.Balanced:Totalizesthedifferentialflowratebetweentheforwardandreversedirections.Absolute:Totalizestheabsolutevalueoftheflowrate.Onlypositive:Totalizesonlytheflowrateintheforwarddirection.Onlynegative:Totalizesonlytheflowrateinthereverse direction.Hold:Stopstotalizationprocessing(holdsthecurrenttotalized-value).



RW StopStart

StopStart






Not execute










IM 01E22A02-02EN

No.Name











IM 01E22A02-02EN

(5)PulseoutputconfigurationparametersThislistshowstheparametersrelatedtothefrequencyoutputorpulseoutputoftheI/O2terminal,I/O3terminal,andI/O4terminal,andthestatusoutputoftheI/O3terminal.

No.Name



5-1 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput1►Pulse1outputmode

Devicesetup►Detailedsetup►Pulse/Statusout►PO1/SO1►Outputmode

RW NofunctionFixedpulseFrequencyoutputStatusoutput

NofunctionFixedpulseoutputFrequencyoutputStatusoutput

Fixed pulse

- SpecifytheoutputoftheI/O2terminal.Nofunction:NooutputFixedpulse:FixedpulseoutputFrequencyoutput:Frequencyoutput(Duty50%)Statusoutput:Statusoutput

5-2 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput1►Pulse1activemode

Devicesetup►Detailedsetup►Pulse/Statusout►PO1/SO1►Activemode

RW On activeOffactive

On activeOffactive

On active - UsedforpulseoutputoftheI/O2terminal.Specifytheactivedirectionofthepulsesignal.

5-3 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput1►Pulse1fixwidth

Devicesetup►Detailedsetup►Pulse/Statusout►PO1/SO1►Fixwidth

RW 0.05 ms0.1 ms0.5 ms1 ms20 ms33 ms50 ms100 ms200 ms330 ms500 ms1000 ms2000 ms

0.05 ms0.1 ms0.5 ms1 ms20 ms33 ms50 ms100 ms200 ms330 ms500 ms1000 ms2000 ms

0.05 ms - UsedforpulseoutputoftheI/O2terminal.Specifythepulsewidth.


Devicesetup►Detailedsetup►Pulse/Statusout►PO1/SO1►Rateunit



Unit/P(*) - UsedforpulseoutputoftheI/O2terminal.Specifythepulseratescaling.Synchronized with No. 2-7.


Devicesetup►Detailedsetup►Pulse/Statusout►PO1/SO1►Ratevalue



0.0 (*) SpecifiedinNo. 5-4.

UsedforpulseoutputoftheI/O2terminal.Specifythepulseratevalue.Synchronized with No. 2-8.

5-6 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput1►Pulse1lowcut

Devicesetup►Detailedsetup►Pulse/Statusout►PO1/SO1►Lowcut



0.0 Flow velocity: SpecifiedinNo. 3-15.Volumetricflowrate:Specifiedin No. 3-16 and No. 3-19.Massflowrate:SpecifiedinNo. 3-17 and No. 3-19.Flow noise: cm/s

UsedforfrequencyoutputorpulseoutputoftheI/O2terminal.Specifythelow-cutvalue.

5-7 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput1►Pulse1alarmout

Devicesetup►Detailedsetup►Pulse/Statusout►PO1/SO1►Alarmout

RW 0 ppsMeasuredvalueHoldMax pps

0 ppsMeasuredvalueHoldMax pps

0 pps - UsedforfrequencyoutputorpulseoutputoftheI/O2terminal.Specifytheoutputoperationtobeperformedwhenanalarm has activated.0pps:NooutputMeasuredvalue:Outputsthefrequencyorpulsewiththemeasuredvalue.Hold:Outputsthefrequencyorpulsewiththelastvalidvaluebeforeanalarmactivates.Maxpps:Outputsthefrequencyorpulseat12500pps.


Devicesetup►Detailedsetup►Pulse/Statusout►PO1/SO1►Frequencyat0%











IM 01E22A02-02EN

No.Name



5-10 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput1►Statusoutput1function

Devicesetup►Detailedsetup►Pulse/Statusout►PO1/SO1►SO1function

RW NofunctionAlarmoutputWarningoutputTotal limit 1Total limit 2Total limit 3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt2 answer

NofunctionAlarmoutputWarningoutputTotal limit 1Total limit 2Total limit 3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt2 answer

No function

- SpecifythestatusoutputfunctionoftheI/O2terminal.Nofunction:NooutputAlarmoutput:Thestatusoutputbecomesactivewhenan alarm activates.Warningoutput:Thestatusoutputbecomesactivewhenawarningoccurs.Totallimit1:Thestatusoutputisactivewhilethetotalizedvalueoftotalizer1isexceedingthetargetvalue.Totallimit2:Thestatusoutputisactivewhilethetotalizedvalueoftotalizer2isexceedingthetargetvalue.Totallimit3:Thestatusoutputisactivewhilethetotalizedvalueoftotalizer3isexceedingthetargetvalue.H/Lalarm:ThestatusoutputisactivewhiletheprocessvaluePV-mappedinNo.3-14isoutofthelowlimitvalueorhighlimitvalue.HH/LLalarm:ThestatusoutputisactivewhiletheprocessvaluePV-mappedinNo.3-14isoutofthelow-lowlimitvalueorhigh-highlimitvalue.Fwd/Revrange:Thestatusoutputisactivewhilethefluidisflowinginthereversedirection.Auto2range:Thestatusoutputisactivewhileoperationisbeingperformedinrange2.Ext2answer:Thestatusoutputbecomesactivedependingontherangeusedforthestatusinput.

5-11 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput2►Pulse2activepulse

Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►Activepulse

RW NormalMagnetic counter

NormalFor magnetic counter

Normal - UsedforpulseoutputoftheI/O3orI/O4terminal.Specifywhethertoenableordisabletheoutputforthemagneticcounter.Normal:NormaloutputMagneticcounter:Outputformagneticcounter

5-12 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput2►Pulse2outputmode

Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►Outputmode

RW NofunctionFixedpulseFrequencyoutputStatusoutput

NofunctionFixedpulseoutputFrequencyoutputStatusoutput

No function

- SpecifytheoutputoftheI/O3orI/O4terminal.Nofunction:NooutputFixedpulse:FixedpulseoutputFrequencyoutput:Frequencyoutput(Duty50%)Statusoutput:Statusoutput

5-13 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput2►Pulse2select

Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►Pulseselect

RW Non-ConnectVelocityVolumeflowMassflowCalorieDiag

Non-ConnectVelocityVolumeflowMassflowCalorieDiag

Non-Connect

- SpecifytheprocessvaluetobeoutputthroughtheI/O3terminalorI/O4terminal.Non-Connect:NooutputVelocity:Setstheflowvelocitytotheoutput.Volumeflow:Setsthevolumetricflowratetotheoutput.Massflow:Setsthemassflowratetotheoutput.Calorie:Setsthecalorietotheoutput.Diag:Setstheflownoisetotheoutput.

5-14 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput2►Pulse2activemode

Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►Activemode


On activeOffactive

On active - UsedforpulseoutputoftheI/O3orI/O4terminal.Specifytheactivedirectionofthepulsesignal.

5-15 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput2►Pulse2fixwidth

Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►Fixwidth

RW 0.05 ms0.1 ms0.5 ms1 ms20 ms33 ms50 ms100 ms200 ms330 ms500 ms1000 ms2000 ms

0.05 ms0.1 ms0.5 ms1 ms20 ms33 ms50 ms100 ms200 ms330 ms500 ms1000 ms2000 ms

0.05 ms - UsedforpulseoutputoftheI/O3orI/O4terminal.Specifythepulsewidth.


Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►Rateunit



Unit/P - UsedforpulseoutputoftheI/O3orI/O4terminal.Specifythepulseratescaling.


Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►Ratevalue




UsedforpulseoutputoftheI/O3orI/O4terminal.Specifythepulseratevalue.



IM 01E22A02-02EN

No.Name



5-18 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput2►Pulse2lowcut

Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►Lowcut




UsedforfrequencyoutputandpulseoutputoftheI/O3orI/O4terminal.Specifythelow-cutvalue.

5-19 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput2►Pulse2alarmout

Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►Alarmout

RW 0 ppsMeasuredvalueHoldMax pps

0 ppsMeasuredvalueHoldMax pps

0 pps - UsedforfrequencyoutputandpulseoutputoftheI/O3orI/O4terminal.Specifytheoutputoperationtobeperformedwhenanalarm has activated.0pps:NooutputMeasuredvalue:Outputsthefrequencyorpulsewiththemeasuredvalue.Hold:Outputsthefrequencyorpulsewiththelastvalidvaluebeforeanalarmactivates.Maxpps:Outputsthefrequencyorpulseat12500pps.





0 Hz UsedforfrequencyoutputoftheI/O3orI/O4terminal.Specifythefrequencythatisavailablewhen0%issettotheprocessvaluemappedinNo.5-13.





0 Hz UsedforfrequencyoutputoftheI/O3orI/O4terminal.Specifythefrequencythatisavailablewhen100%issettotheprocessvaluemappedinNo.5-13.

5-22 Devicerootmenu►Detailedsetup►Pulse/Status►Pulse/Statusoutput2►Statusoutput2function

Devicesetup►Detailedsetup►Pulse/Statusout►PO2/SO2►SO2function

RW NofunctionAlarmoutputWarningoutputTotal limit 1Total limit 2Total limit 3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt2 answer

NofunctionAlarmoutputWarningoutputTotal limit 1Total limit 2Total limit 3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt2 answer

No function

- SpecifythestatusoutputfunctionoftheI/O3orI/O4terminal.Nofunction:NooutputAlarmoutput:Thestatusoutputbecomesactivewhenan alarm activates.Warningoutput:Thestatusoutputbecomesactivewhenawarningoccurs.Totallimit1:Thestatusoutputisactivewhilethetotalizedvalueoftotalizer1isexceedingthetargetvalue.Totallimit2:Thestatusoutputisactivewhilethetotalizedvalueoftotalizer2isexceedingthetargetvalue.Totallimit3:Thestatusoutputisactivewhilethetotalizedvalueoftotalizer3isexceedingthetargetvalue.H/Lalarm:ThestatusoutputisactivewhiletheprocessvaluePV-mappedinNo.3-14isoutofthelowlimitvalueorhighlimitvalue.HH/LLalarm:ThestatusoutputisactivewhiletheprocessvaluePV-mappedinNo.3-14isoutofthelow-lowlimitvalueorhigh-highlimitvalue.Fwd/Revrange:Thestatusoutputisactivewhilethefluidisflowinginthereversedirection.Auto2range:Thestatusoutputisactivewhileoperationisbeingperformedinrange2.Ext2answer:Thestatusoutputbecomesactivedependingontherangeusedforthestatusinput.



IM 01E22A02-02EN

(6)Statusinput-outputconfigurationparametersThislistshowstheparametersrelatedtothestatusinput-outputoftheI/O3terminal,andmultirange.

No.Name



6-1 Devicerootmenu►Detailedsetup►Pulse/Status►Statusoutput3►Statusoutput3activemode

Devicesetup►Detailedsetup►Pulse/Statusout►SO3►Active mode


On activeOffactive

On active - UsedforstatusoutputoftheI/O3terminal.Specifytheactivedirectionofthetargetsignal.

6-2 Devicerootmenu►Detailedsetup►Pulse/Status►Statusoutput3►Statusoutput3function

Devicesetup►Detailedsetup►Pulse/Statusout►SO3►Function

RW NofunctionAlarmoutputWarningoutputTotal limit 1Total limit 2Total limit 3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt 2 answer

NofunctionAlarmoutputWarningoutputTotal limit 1Total limit 2Total limit 3H/LalarmHH/LLalarmFwd/RevrangeAuto2rangeExt 2 answer

No function

- SpecifythestatusoutputfunctionoftheI/O3terminal.Nofunction:NooutputAlarmoutput:Thestatusoutputbecomesactivewhenan alarm activates.Warningoutput:Thestatusoutputbecomesactivewhenawarningoccurs.Totallimit1:Thestatusoutputisactivewhilethetotalizedvalueoftotalizer1isexceedingthetargetvalue.Totallimit2:Thestatusoutputisactivewhilethetotalizedvalueoftotalizer2isexceedingthetargetvalue.Totallimit3:Thestatusoutputisactivewhilethetotalizedvalueoftotalizer3isexceedingthetargetvalue.H/Lalarm:ThestatusoutputisactivewhiletheprocessvaluePV-mappedinNo.3-14isoutofthelowlimitvalueorhighlimitvalue.HH/LLalarm:ThestatusoutputisactivewhiletheprocessvaluePV-mappedinNo.3-14isoutofthelow-lowlimitvalueorhigh-highlimitvalue.Fwd/Revrange:Thestatusoutputisactivewhilethefluidisflowinginthereversedirection.Auto2range:Thestatusoutputisactivewhileoperationisbeingperformedinrange2.Ext2answer:Thestatusoutputbecomesactivedependingontherangeusedforthestatusinput.

6-3 Devicerootmenu►Detailedsetup►Pulse/Status►Statusinput3►Statusinput3activemode

Devicesetup►Detailedsetup►Statusin►SI3►Active mode

RW Short(On) actOpen(Off)act

Short(On) actOpen(Off)act

Short (On) act

- UsedforstatusinputoftheI/O3terminal.Specifytheactivedirectionofthetargetsignal.Short(On)act:Activewhenshort-circuited.Open(Off)act:Activewhenopened.

6-4 Devicerootmenu►Detailedsetup►Pulse/Status►Statusinput3►Statusinput3function

Devicesetup►Detailedsetup►Statusin►SI3►Function

RW Nofunction0%SignalLockExtautozeroTotal preset 1Total preset 2Total preset 3Ext2 ranges

Nofunction0%SignalLockExtautozeroTotal preset 1Total preset 2Total preset 3Ext2 ranges

No function

- SelectthestatusinputfunctionoftheI/O3terminal.Nofunction:Noinput0%SignalLock:Whenthestatusinputbecomesactive,thecurrentoutputoftheI/O1terminalisfixedto 4 mA.Extautozero:Whenthestatusinputbecomesactive,thezero-adjustmentfunctionisperformed.Totalpreset1:Whenthestatusinputbecomesactive,thepresetvalueissettototalizer1,andtotalizationstartsbasedonthevalue.Totalpreset2:Whenthestatusinputbecomesactive,thepresetvalueissettototalizer2,andtotalizationstartsbasedonthevalue.Totalpreset3:Whenthestatusinputbecomesactive,thepresetvalueissettototalizer3,andtotalizationstartsbasedonthevalue.Ext2ranges:Whenthestatusinputbecomesactive,thecurrentoutputrangeisswitchedfromrange1torange 2.

6-5 Devicerootmenu►Detailedsetup►Pulse/Status►Statusinput3►Statusinput3state

Devicesetup►Detailedsetup►Statusin►SI3►Status

R OpenShort

OpenShort

- - UsedforstatusinputoftheI/O3terminal.Indicatestheterminalstatus.

6-6 Devicerootmenu►Detailedsetup►Multirange►Forwardspan2

Devicesetup►Detailedsetup►Multirange►Forwardspan2




Usedformultirange.Specifythevalueofforwardrange2.



IM 01E22A02-02EN

No.Name



6-7 Devicerootmenu►Detailedsetup►Multirange►Reversespan1

Devicesetup►Detailedsetup►Multirange►Reversespan1




Usedformultirange.Specifythevalueofreverserange1.

6-8 Devicerootmenu►Detailedsetup►Multirange►Reversespan2

Devicesetup►Detailedsetup►Multirange►Reversespan2




Usedformultirange.Specifythevalueofreverserange2.

6-9 Devicerootmenu►Detailedsetup►Multirange►Autorangehyst

Devicesetup►Detailedsetup►Multirange►Autorangehyst



10 % Usedformultirange.Specifytherangeswitchinghysteresis.

6-10 Devicerootmenu►Detailedsetup►Multirange►Bidirectionhyst

Devicesetup►Detailedsetup►Multirange►Bidirectionhyst



2 % Usedforforwardandreverseranges.Specifytherangeswitchinghysteresis.



IM 01E22A02-02EN

(7) Display parametersThislistshowstheparametersrelatedtothecurrentoutputoftheI/O1terminal,I/O3terminal,andI/O4terminal,andthecurrentinputoftheI/O4terminal.

No.Name



7-1 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput1►AO1lowcut

Devicesetup►Detailedsetup►Analogout/in►AO1►Lowcut




UsedforcurrentoutputoftheI/O1terminal.Specifythelow-cutvalue.

7-2 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput1►AO1 high limit

Devicesetup►Detailedsetup►Analogout/in►AO1►Highlimit



20.500 mA UsedforcurrentoutputoftheI/O1terminal.Specifythehighlimitvalueofthecurrent.

7-3 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput1►AO1 low limit

Devicesetup►Detailedsetup►Analogout/in►AO1►Low limit



3.800 mA UsedforcurrentoutputoftheI/O1terminal.Specifythelowlimitvalueofthecurrent.

7-4 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput1►AO1alarmout

Devicesetup►Detailedsetup►Analogout/in►AO1►Alarmout

RW <2.4mA3.8 mA4 mA20.5 mA>21.6mAMeasuredvalueHold

<2.4mA3.8 mA4 mA20.5 mA>21.6mAMeasuredvalueHold

>21.6mA

- UsedforcurrentoutputoftheI/O1terminal.Specifythecurrentoutputthatisavailablewhenanalarm has activated.<2.4mA:Outputsthelowercurrentthan2.4mA.3.8mA:Outputsthecurrentof3.8mA.4mA:Outputsthecurrentof4mA.20.5mA:Outputsthecurrentof20.5mA.>21.6mA:Outputsthehighercurrentthan21.6mA.Measuredvalue:Outputsthemeasuredcurrentvalue(indefinite).Hold:Outputsthecurrentthatisappliedwhenanalarmhas activated.

7-5 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput1►AO1 range mode

Devicesetup►Detailedsetup►Analogout/in►AO1►Range mode

RW Normal rangeAbs range

Normal rangeAbs range

Normal range

- Specifywhethertoexecutetheabsoluterangefunction.Normal range: Normal rangeAbsrange:Absoluterange

7-6 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput2►AO2 select

Devicesetup►Detailedsetup►Analogout/in►AO2►AO2 select

RW Non-ConnectVelocityVolumeflowMassflowCalorieDiag

Non-ConnectVelocityVolumeflowMassflowCalorieDiag

Non-Connect

- SpecifytheprocessvalueusedtooutputthecurrentthroughtheI/O3terminalorI/O4terminal.Non-Connect:NooutputVelocity:Setstheflowvelocitytotheoutput.Volumeflow:Setsthevolumetricflowratetotheoutput.Massflow:Setsthemassflowratetotheoutput.Calorie:Setsthecalorietotheoutput.Diag:Setstheflownoisetotheoutput.

7-7 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput2►AO2lowcut

Devicesetup►Detailedsetup►Analogout/in►AO2►Lowcut



0.0 Synchronized with No. 7-6.

UsedforcurrentoutputoftheI/O3orI/O4terminal.Specifythelow-cutvalue.

7-8 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput2►AO2 high limit

Devicesetup►Detailedsetup►Analogout/in►AO2►Highlimit



20.500 mA UsedforcurrentoutputoftheI/O3orI/O4terminal.Specifythehighlimitvalueofthecurrent.

7-9 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput2►AO2 low limit

Devicesetup►Detailedsetup►Analogout/in►AO2►Low limit



3.800 mA UsedforcurrentoutputoftheI/O3orI/O4terminal.Specifythelowlimitvalueofthecurrent.

7-10 Devicerootmenu►Detailedsetup►Analogoutput/input►Analogoutput2►AO2alarmout

Devicesetup►Detailedsetup►Analogout/in►AO2►Alarmout

RW <2.4mA3.8 mA4 mA20.5 mA>21.6mAMeasuredvalueHold

<2.4mA3.8 mA4 mA20.5 mA>21.6mAMeasuredvalueHold

>21.6mA

- UsedforcurrentoutputoftheI/O3orI/O4terminal.Specifythecurrentoutputthatisavailablewhenanalarm has activated.<2.4mA:Outputsthelowercurrentthan2.4mA.3.8mA:Outputsthecurrentof3.8mA.4mA:Outputsthecurrentof4mA.20.5mA:Outputsthecurrentof20.5mA.>21.6mA:Outputsthehighercurrentthan21.6mA.Measuredvalue:Outputsthemeasuredcurrentvalue(indefinite).Hold:Outputsthecurrentthatisappliedwhenanalarmhas activated.



IM 01E22A02-02EN

No.Name



7-11 Devicerootmenu►Detailedsetup►Analogoutput/input►Analoginput►AIfunction

Devicesetup►Detailedsetup►Analogout/in►AI►Function

RW NofunctionMonitoringDifftemperatureExt temperature

NofunctionMonitoringDifftemperatureExt temperature

No function

- SpecifythecurrentinputfunctionoftheI/O4terminal.Nofunction:NocurrentinputMonitoring:Setsthetemperaturetotheinput(tochecktemperatureinformation).Difftemperature:Setsthetemperaturedifferencetotheinput.Exttemperature:Setstheabsolutetemperaturetotheinput.

7-12 Devicerootmenu►Detailedsetup►Analogoutput/input►Analoginput►AIHighlimit

Devicesetup►Detailedsetup►Analogout/in►AI►Highlimit



20.500 mA UsedforcurrentinputoftheI/O4terminal.Specifythehighlimitvalueofthecurrent.

7-13 Devicerootmenu►Detailedsetup►Analogoutput/input►Analoginput►AI Low limit

Devicesetup►Detailedsetup►Analogout/in►AI►Low limit



3.800 mA UsedforcurrentinputoftheI/O4terminal.Specifythelowlimitvalueofthecurrent.

7-14 Devicerootmenu►Detailedsetup►Analogoutput/input►Analoginput►AICurrent

Devicesetup►Detailedsetup►Analogout/in►AI►Value



0.000 mA UsedforcurrentinputoftheI/O4terminal.Indicatesthecurrentvalue.

7-15 Devicerootmenu►Detailedsetup►Analogoutput/input►Analoginput►AIunit

Devicesetup►Detailedsetup►Analogout/in►AI►Unit

RW deg Cdeg FK

deg Cdeg FK

deg C - UsedforcurrentinputoftheI/O4terminal.Specifytheunitofthetemperature.

7-16 Devicerootmenu►Detailedsetup►Analogoutput/input►Analoginput►AIURV

Devicesetup►Detailedsetup►Analogout/in►AI►URV




UsedforcurrentinputoftheI/O4terminal.Specifythehighlimitvalue(20mA)oftheprocessvalueusedtoinputthecurrent.

7-17 Devicerootmenu►Detailedsetup►Analogoutput/input►Analoginput►AILRV

Devicesetup►Detailedsetup►Analogout/in►AI►LRV




UsedforcurrentinputoftheI/O4terminal.Specifythelowlimitvalue(4mA)oftheprocessvalueusedtoinputthecurrent.

7-18 Maintenancerootmenu►AO/AItrim►AOtrim►ClearD/Atrim1

Devicesetup►Diag/Service►AO/AItrim►AOtrim►AO1trimclear


NotexecuteExecute

Not execute

- UsedforcurrentoutputoftheI/O1terminal.Clearstheadjustmentvaluetooutputthecurrent.

7-19 Maintenancerootmenu►AO/AItrim►AOtrim►AO1 Trim

Devicesetup►Diag/Service►AO/AItrim►AOtrim►AO1trim4mA

RW 3.200 to 5.600Numberofdecimalplaces: 3

3.200 to 5.600Numberofdecimalplaces: 3

4.000 mA UsedforcurrentoutputoftheI/O1terminal.Specifytheadjustmentvaluetooutputthecurrentwith4 mA.

7-20 Devicesetup►Diag/Service►AO/AItrim►AOtrim►AO1trim20mA



20.000 mA UsedforcurrentoutputoftheI/O1terminal.Specifytheadjustmentvaluetooutputthecurrentwith20 mA.

7-21 Maintenancerootmenu►AO/AItrim►AOtrim►ClearD/Atrim2

Devicesetup►Diag/Service►AO/AItrim►AOtrim►AO2trimclear


NotexecuteExecute

Not execute

- UsedforcurrentoutputoftheI/O3orI/O4terminal.Clearstheadjustmentvaluetooutputthecurrent.

7-22 Maintenancerootmenu►AO/AItrim►AOtrim►AO2 Trim

Devicesetup►Diag/Service►AO/AItrim►AOtrim►AO2trim4mA



4.000 mA UsedforcurrentoutputoftheI/O3orI/O4terminal.Specifytheadjustmentvaluetooutputthecurrentwith4 mA.

7-23 Devicesetup►Diag/Service►AO/AItrim►AOtrim►AO2trim20mA



20.000 mA UsedforcurrentoutputoftheI/O3orI/O4terminal.Specifytheadjustmentvaluetooutputthecurrentwith20 mA.

7-24 Maintenancerootmenu►AO/AItrim►AItrim►Clear AI trim

Devicesetup►Diag/Service►AO/AItrim►AItrim►Trimclear


NotexecuteExecute

Not execute

- UsedforcurrentinputoftheI/O4terminal.Clearstheadjustmentvaluetooutputthecurrent.

7-25 Maintenancerootmenu►AO/AItrim►AItrim►AI Trim

Devicesetup►Diag/Service►AO/AItrim►AItrim►Trim4mA



4.000 mA UsedforcurrentinputoftheI/O4terminal.Specifytheadjustmentvaluetooutputthecurrentwith4 mA.

7-26 Devicesetup►Diag/Service►AO/AItrim►AItrim►Trim20mA



20.000 mA UsedforcurrentinputoftheI/O4terminal.Specifytheadjustmentvaluetooutputthecurrentwith20 mA.



IM 01E22A02-02EN

(8)AuxiliaryfunctionconfigurationparametersThislistshowstheparametersrelatedtotheflowratedirection,ratelimit,low-cutvalue,temperaturecorrectionforthedensity,andcaloriecalculation.

No.Name



8-1 Devicerootmenu►Detailedsetup►AUXcalculation►Flow direction

Devicesetup►Detailedsetup►AUXcalculation►Flow direct

RW ForwardReverse

ForwardReverse

Forward - Specifythefluidflowdirection.

8-2 Devicerootmenu►Detailedsetup►AUXcalculation►Rate limit

Devicesetup►Detailedsetup►AUXcalculation►Rate limit



5.0 % Specifytheratelimitvalue.

8-3 Devicerootmenu►Detailedsetup►AUXcalculation►Dead time

Devicesetup►Detailedsetup►AUXcalculation►Dead time



0.0 s Specifythedeadtime.

8-4 Devicerootmenu►Detailedsetup►AUXcalculation►Noisefilter

Devicesetup►Detailedsetup►AUXcalculation►Noisefilter

RW ManualLevel1Level2Level3

ManualLevel1Level2Level3

Manual - Specifythenoisefilter(ratelimitvalueanddeadtime).

8-5 Devicerootmenu►Detailedsetup►AUXcalculation►Pulsingflow

Devicesetup►Detailedsetup►AUXcalculation►Pulsingflow

RW NoYes

NoYes

No - Specifywhethertoexecutethepulsingflowsupportfunction.

8-6 Devicerootmenu►Detailedsetup►AUXcalculation►Power synchronize

Devicesetup►Detailedsetup►AUXcalculation►Powersyncon/off

RW OffOn

OffOn

Off - Specifywhethertheexcitationfrequencyandpowerfrequencyaresynchronousorasynchronous.

8-7 Devicerootmenu►Detailedsetup►AUXcalculation►Setpowerfrequency

Devicesetup►Detailedsetup►AUXcalculation►Setpowerfreq



50.00 Hz Whentheexcitationfrequencyandpowerfrequencyareasynchronous,specifythepowerfrequencythatsynchronizeswiththeexcitationfrequency.(Thedefaultvalueissetas49.00for500mm(16in.)or larger sizes.)

8-8 Devicerootmenu►Detailedsetup►AUXcalculation►IEXpowerfrequency

Devicesetup►Detailedsetup►AUXcalculation►Iexpowerfrequency

R 0.00 to 99.99Numberofdecimalplaces: 2


- Hz Indicatesthepowerfrequencythatsynchronizeswiththeexcitationfrequency.

8-9 Devicerootmenu►Detailedsetup►AUXcalculation►Mespowerfrequency

Devicesetup►Detailedsetup►AUXcalculation►Measpowerfreq

R 0.00 to 99.99Numberofdecimalplaces: 2


- Hz Indicatesthemeasuredvalueofthepowerfrequency.FortheDCpower,thisparameterindicates“0.00Hz”.

8-10 Devicerootmenu►Detailedsetup►Processvariables►Density►Densityvalueselect

Devicesetup►Detailedsetup►Provar►Density►Valueselect

RW FixedvalueCorrectvalue

FixedvalueCorrection value

Fixed value

- Specifywhethertoexecutethetemperaturecorrectionfunctionforthedensity.Fixedvalue:UsesthedensityspecifiedinNo.8-12.Correctvalue:Usesthedensitywiththetemperaturecorrected.

8-11 Devicerootmenu►Detailedsetup►Processvariables►Density►Densityunit

Devicesetup►Detailedsetup►Provar►Density►Unit

RW kg/m3

lb/gallb/cf

kg/m3

lb/gallb/cf

kg/m3 - Specifytheunitofthedensity.

8-12 Devicerootmenu►Detailedsetup►Processvariables►Density►Densityfixedvalue

Devicesetup►Detailedsetup►Provar►Density►Fixed density

RW 0.00000 to 999999Numberofdecimalplaces: 0 to 5

0.00000 to 999999Numberofdecimalplaces: 0 to 5

0 (*) SpecifiedinNo. 8-11.

Specifythedensityvalue.

8-13 Devicerootmenu►Detailedsetup►Processvariables►Density►Standarddensity

Devicesetup►Detailedsetup►Provar►Density►Std density

RW 0.00000 to +999999Numberofdecimalplaces: 0 to 5


0 SpecifiedinNo. 8-11.

Specifythereferencedensityvaluetocorrectthetemperatureforthedensity.

8-14 Devicerootmenu►Detailedsetup►Processvariables►Temperature►Standardtemperature

Devicesetup►Detailedsetup►Provar►Temperature►Stdtemperature




Specifythereferencetemperaturevaluetocorrectthetemperatureforthedensity.

8-15 Devicerootmenu►Detailedsetup►Processvariables►Temperature►TempcoefA1

Devicesetup►Detailedsetup►Provar►Temperature►CoefA1

RW -INF(**) to +INF(**)Numberofdecimalplaces: 0

-999999 to +999999Numberofdecimalplaces: 0 to 5-32000.0 to +32000.0

0.0 - Specifytheprimarycompensatingratetocorrectthetemperatureforthedensity.

8-16 Devicerootmenu►Detailedsetup►Processvariables►Temperature►TempcoefA2

Devicesetup►Detailedsetup►Provar►Temperature►CoefA2

RW -INF(**) to +INF(**)Numberofdecimalplaces: 0

-999999 to +999999Numberofdecimalplaces: 0 to 5-32000.0 to +32000.0

0.0 - Specifythesecondarycompensatingratetocorrectthetemperatureforthedensity.



IM 01E22A02-02EN

No.Name



8-17 Devicerootmenu►Detailedsetup►Processvariables►Temperature►Measuredtemperature

Devicesetup►Detailedsetup►Provar►Temperature►Meastemperature




UsedforcurrentinputoftheI/O4terminal.Indicatesthetemperaturewiththecurrentinput.

8-18 Devicerootmenu►Detailedsetup►Processvariables►Density►Correctdensity

Devicesetup►Detailedsetup►Provar►Density►Correct density

R 0.00000 to 999999Numberofdecimalplaces: 0 to 5

0.0 to 999999Numberofdecimalplaces: 0 to 5


Indicatesthedensitywiththetemperaturecorrected.

8-19 Devicerootmenu►Detailedsetup►Processvariables►Calorie►Specificheat

Devicesetup►Detailedsetup►Provar►Calorie►Specificheat

RW 0.0to+999999Numberofdecimalplaces: 1


4184.0 J/kg*K Specifythespecificheatofthefluid.

8-20 Devicerootmenu►Detailedsetup►Processvariables►Temperature►Calorificfixtemp

Devicesetup►Detailedsetup►Provar►Temperature►Fixedtemperature




UsedforcurrentinputoftheI/O4terminal.Specifythereferencetemperaturevaluetoobtainthecaloriewhenthecurrentinputissettotheabsolutetemperature.

8-21 Processvariablesrootmenu►Devicevariables►Calorificvalue

Devicesetup►Detailedsetup►Provar►Calorie►Value

R -INF(**) to +INF(**)Numberofdecimalplaces: 0 to 5



Indicates the calorie.

8-22 Devicerootmenu►Detailedsetup►AUXcalculation►Set SIL

Devicesetup►Detailedsetup►AUXcalculation►Set SIL

RW NoYes

NoYes

No - SpecifythecurrentoutputforSafetyInstrumentedSystem application.Synchronized with No. 7-4.



IM 01E22A02-02EN

(9)AlarmconfigurationparametersThislistshowstheparametersrelatedtoalarmoutput,burnout,andhistory.

No. Name Setting Range Default value Unit DescriptionHART communication Display HART communication Display9-1 Maintenancerootmenu►

High/Lowalarmconfiguration► Highalarm

Devicesetup►Diag/Service►H/Lalarmcfg►Highalarm

RW -INF(**)to+INF(**) Numberofdecimalplaces:1to5

-999999to+999999 Numberofdecimalplaces: 1 to 5

300.000 Flow velocity: Specifiedin No. 3-15.Volumetricflowrate:SpecifiedinNo. 3-16 and No. 3-19.Massflowrate:Specifiedin No. 3-17 and No. 3-19.Flownoise:cm/s

Specifythehighlimitvaluetojudgeanalarm.

9-2 Maintenancerootmenu► High/Lowalarmconfiguration► Low alarm

Devicesetup►Diag/Service►H/Lalarmcfg►Low alarm



-300.000 Flow velocity: Specifiedin No. 3-15.Volumetricflowrate:SpecifiedinNo. 3-16 and No. 3-19.Massflowrate:Specifiedin No. 3-17 and No. 3-19.Flownoise:cm/s


9-3 Maintenancerootmenu► High/Lowalarmconfiguration► Highhighalarm

Devicesetup►Diag/Service►H/Lalarmcfg►HHalarm



300.000 Flow velocity: Specifiedin No. 3-15.Volumetricflowrate:SpecifiedinNo. 3-16 and No. 3-19.Massflowrate:Specifiedin No. 3-17 and No. 3-19.Flownoise:cm/s


9-4 Maintenancerootmenu► High/Lowalarmconfiguration► Low low alarm

Devicesetup►Diag/Service►H/Lalarmcfg►LL alarm



-300.000 Flow velocity: Specifiedin No. 3-15.Volumetricflowrate:SpecifiedinNo. 3-16 and No. 3-19.Massflowrate:Specifiedin No. 3-17 and No. 3-19.Flownoise:cm/s


9-5 Maintenancerootmenu► High/Lowalarmconfiguration► Hi/Loalarmhysteresis

Devicesetup►Diag/Service►H/Lalarmcfg►H/Lalarmhyst

RW 0 to 10 Numberofdecimalplaces:0

0 to 10 Numberofdecimalplaces: 0

5 % Specifythehysteresis width between the alarm occurrenceandresetting.

9-6 Diagnosticrootmenu►Status/Selftest►Alarm►Burnout

Devicesetup►Diag/Service►H/Lalarmcfg►4-20burnout

R High Low

HighLow

- - Indicates the currentoutputdirection when burnoutoccurs.

9-7 Diagnosticrootmenu► Status/Selftest► Alarm► Alarmoutmask► Alarmoutmask1

Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmoutmask►Mask 1-1

RW 13:MainboardEEPROMdefaulton21:PWM1stopon22:PWM2stopon23: Option board mismatch on24:OptionEEPROMfailureon25:OptionboardA/Dfailureon26:OptionboardSPIfailureon28:Indicatorboardfailureon29: Ind EEP FAIL on30:LCDdriverfailureon31: Indicator board mismatch on32:Indicatorcommunicationerroron33:microSDfailureon

013:EEPROMdflt AllOff - Specifythemaskfunctionforalarmnotification1-1.


RW 021:PWM1stop022:PWM2stop023:Opt bd mismatch024: Opt bd EEP FAIL025:OptbdA/DFAIL026: Opt bd SPI FAIL028: Ind bd FAIL029: Ind bd EEP FAIL030: LCD drv FAIL031: Ind bd mismatch032: Ind comm ERR033: microSD FAIL

028: Ind bd FAIL

- Indicates the masked alarm foralarmnotification1-2.



IM 01E22A02-02EN

No. Name Setting Range Default value Unit DescriptionHART communication Display HART communication Display9-7 Diagnosticrootmenu►

Status/Selftest► Alarm► Alarmoutmask► Alarmoutmask2


RW 50:Signaloverflowon 51: Empty pipe detection on 52:H/LHH/LLalarmon 53: Adhesion over level 4 on 60:Spanconfigurationerroron 62:Analogoutput14-20mAlimiterroron 63:Analogoutput24-20mAlimiterroron 64:Analogoutput1multirangeerroron 65:H/LHH/LLconfigurationerroron 66:Densityconfigurationerroron 67:Pulseoutput1configurationerroron 68:Pulseoutput2configurationerroron 69:Nominalsizeconfigurationerroron 70:Adhesionconfigurationerroron 71:Flownoiseconfigerroron 72: Data logging not started on 80:Analogoutput1saturatedon 81:Analogoutput2saturatedon 82:Pulseoutput1saturatedon 83:Pulseoutput2saturatedon 84:Analoginputsaturatedon 85: Cable misconnect on 86:Coilinsulationwarningon 131: Transmitter type mismatch on

050:Signaloverflow051: Empty detect052:H/LHH/LLalm053: Adh over lv 4060:SpancfgERR062: AO 1 4-20 lmt063: AO 2 4-20 lmt064: AO 1 mlt rng065:H/LcfgERR066:DensitycfgERR

052:H/LHH/LLalm053: Adh over lv 4

- Specifythemaskfunctionforalarmnotification2-1.


RW 067:Pls1cfgERR068:Pls2cfgERR069:Nomisizecfg070:AdhcfgERR071:FLNcfgERR072: Log not start080:AO1saturate081:AO2saturate082:Pls1saturate083:Pls2saturate084:AIsaturate085: Cable miscon086:Coilinsulation131: Trans mismatch

080: AO 1 saturate081: AO 2 saturate082: Pls 1 saturate083: Pls 2 saturate084: AI saturate086: Coil insulation


Diagnosticrootmenu► Status/Selftest► Alarm► Alarmoutmask► Alarmoutmask3


RW 87: Adhesion over level 3 on 88:Lowconductivitywarningon 89:Insulationdetectionon 90: Flow noise over level 3 on 91: Flow noise over level 4 on 92:Autozerowarningon 93:Verificationwarningon 94: Factory noise warning on 95:Simulationactiveon 96:Analogoutput1fixedon 97:Analogoutput2fixedon 98:Pulseoutput1fixedon 99:Pulseoutput2fixedon 100:Analoginputfixedon 101:Parameterrestorerunningon 102: Display over warning on 103: microSD card size warning on 104:Parameterbackupincompleteon 105: microSD card mismatch on 106: microSD card removal error on 120:Watchdogon 121:Poweroffon 122:Instantpowerfailureon 123:Parameterbackuprunningon 124:Dataloggingrunningon

087: Adhesion lv 3088: LC warn089:Insudetect090: FLN over lv 3091: FLN over lv 4092: AZ warn093:Verifwarn094: Fact noise warn095:Simulateactive096:AO1fix097:AO2fix098:Pls1fix099:Pls2fix100:AIfix

087: Adhesion lv 3088: LC warn089:Insudetect090: FLN over lv 3091: FLN over lv 4093:Verifwarn094: Fact noise warn



RW 101: Param restore run102: Disp over103: SD size warn104:Bkupincmplt105: SD mismatch106: SD removal ERR120:Watchdog121:Poweroff122:Inst power FAIL123:Parambkuprun124:Datalogrun

101: Param restorerun102: Disp over103:SD size warn104:Bkupincmplt105: SD mismatch106:SD removal ERR120:Watchdog121:Poweroff122:Inst power FAIL123:Parambkuprun124:Datalogrun


Diagnosticrootmenu► Status/Selftest► Alarm► Alarmoutmask► Alarmoutmask4


RW 130: Device ID not entered on 130: DevID not enter All Space - Specifythemaskfunctionforalarmnotification4-1.



IM 01E22A02-02EN


Status/Selftest► Alarm► Alarmrecordmask► Alarm record mask 1

Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmrecordmask►Mask 1-1

RW 13:MainboardEEPROMdefaulton20:Exciterfailureon21:PWM1stopon22:PWM1stopon23:Option board mismatch on24:OptionEEPROMfailureon25:OptionboardA/Dfailureon26:OptionboardSPIfailureon28:Indicatorboardfailureon29:Ind EEP FAIL on30:LCDdriverfailureon31:Indicator board mismatch on32:Indicatorcommunicationerroron33:microSDfailureon

013:EEPROMdflt020: Exciter FAIL

All Space - Specifythemaskfunctionforalarmhistory1-1.


RW 021:PWM1stop022:PWM2stop023:Opt bd mismatch024: Opt bd EEP FAIL025:OptbdA/DFAIL026: Opt bd SPI FAIL028: Ind bd FAIL029: Ind bd EEP FAIL030: LCD drv FAIL031: Ind bd mismatch032: Ind comm ERR033: microSD FAIL


Diagnosticrootmenu► Status/Selftest► Alarm► Alarmrecordmask► Alarm record mask 2


RW 50:Signaloverflowon 51: Empty pipe detection on 52:H/LHH/LLalarmon 53: Adhesion over level 4 on 85: Cable misconnect on

050:Signaloverflow051: Empty detect052:H/LHH/LLalm053: Adh over lv 4



RW 085: Cable miscon All Space - Specifythemaskfunctionforalarmhistory2-2.

Diagnosticrootmenu► Status/Selftest► Alarm► Alarmrecordmask► Alarm record mask 3


RW 130: Device ID not entered on 130: DevID not enter 130: DevID not enter

- Specifythemaskfunctionforalarmhistory3-1.

9-9 Diagnosticrootmenu► Status/Selftest► Alarm► Alarmrecord► Alarm record 1

Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmrecord►Record alarm 1

R All Space 10:MainboardCPUfailure 11:Reversecalculationfailure 12:MainboardEEPROMfailure 13:MainboardEEPROMdefault 14:Sensorboardfailure 15:Sensorcommunicationerror 16:A/D1failure[Signal] 17:A/D2failure[Exciter] 18: Coil open 19: Coil short 20:Exciterfailure 21:PWM1stop 22:PWM2stop 23: Option board mismatch 24:OptionboardEEPROMfailure 25:OptionboardA/Dfailure 26:OptionboardSPIfailure 27: Parameter restore incomplete 28:Indicatorboardfailure 29:IndicatorboardEEPROMfailure 30:LCDdriverfailure 31: Indicator board mismatch 32:Indicatorcommunicationerror 33:microSDfailure 50:Signaloverflow 51: Empty pipe detection 52:H/LorHH/LLalarm 53: Adhesion over level 4 85: Cable misconnect 130:Device ID not entered

All Space010: Main CPU FAIL011: Rev calc FAIL012: Main EEP FAIL013:EEPROMdflt014: Snsr bd FAIL015: Snsr comm ERR016: AD 1 FAIL[Sig]017: AD 2 FAIL[Excit]018: Coil open019: Coil short020: Exciter FAIL021:PWM1stop022:PWM2stop023:Opt bd mismatch024: Opt bd EEP FAIL025:OptbdA/DFAIL026: Opt bd SPI FAIL027: Restore FAIL028: Ind bd FAIL029: Ind bd EEP FAIL030: LCD drv FAIL031: Ind bd mismatch032: Ind comm ERR033: microSD FAIL050:Signaloverflow051: Empty detect052:H/LHH/LLalm053: Adh over lv 4085: Cable miscon130: DevID not enter

All Space - Indicates the nameofnewalarm 1.

9-10 Diagnosticrootmenu► Status/Selftest► Alarm► Alarmrecord► Alarm record time 1

Devicesetup►Diag/Service►Sts/Selftest►Alarm►Alarmrecord►Record time 1

R 00000D 00: 00 to 99999D 23: 59 00000D 00: 00 to 99999D 23: 59

00000D 00: 00 - Indicates the operating time at which new alarm 1 has occurred.



IM 01E22A02-02EN


Status/Selftest► Alarm► Alarmrecord► Alarm record 2







R 00000D 00: 00 to 99999D 23: 59 00000D 00: 00 to 99999D 23: 59


9-13 Diagnosticrootmenu► Status/Selftest► Alarm► Alarmrecord► Alarm record 3







R 00000D 00: 00 to 99999D 23: 59 00000D 00: 00 to 99999D 23: 59




IM 01E22A02-02EN


Status/Selftest► Alarm► Alarmrecord► Alarm record 4







R 00000D 00: 00 to 99999D 23: 59 00000D 00: 00 to 99999D 23: 59




IM 01E22A02-02EN

(10) DisplayconfigurationparametersThis list shows the parameters related to display settings.

No.Name

SettingRange

Default value Unit DescriptionHART communication Display HART communication Display

10-1 Devicerootmenu► Detailedsetup► Display► Lineselect► Display select1

Devicesetup►Detailedsetup►Displayset►Lineselect►Line 1

RW Flowrate(%) PV Velocity Volumeflow Massflow Flow rate(%Bar) Calorie Totalizer1 Totalizer2 Totalizer3 Tagnumber Long tag Communprotocol Adhesion Analogout1 Analogout2 Flow noise level

Flowrate(%) PV Velocity Volumeflow Massflow Flow rate(%Bar) Calorie Totalizer1 Totalizer2 Totalizer3 Tagnumber Long tag Communprotocol Adhesion Analogout1 Analogout2 Flow noise level

PV - Specifyitem1tobeshownonthedisplay.Synchronized with No. 2-11.



RW None Flowrate(%) PV Velocity Volumeflow Massflow Flow rate(%Bar) Calorie Totalizer1 Totalizer2 Totalizer3 Tagnumber Long tag Communprotocol Adhesion Analogout1 Analogout2 Flow noise level

None Flowrate(%) PV Velocity Volumeflow Massflow Flow rate(%Bar) Calorie Totalizer1 Totalizer2 Totalizer3 Tagnumber Long tag Communprotocol Adhesion Analogout1 Analogout2 Flow noise level

Flowrate(%) - Specifyitem2tobeshownonthedisplay.Synchronized with No. 2-12.



RW Analogout1 - Specifyitem3tobeshownonthedisplay.Synchronized with No. 2-13.



RW None - Specifyitem4tobeshownonthedisplay.













10-9 Devicerootmenu► Detailedsetup► Display► Displayformat► DisplayformatPV

Devicesetup►Detailedsetup►Displayset►Dispformat►Format PV

RW Auto 0 digit 1 digit 2 digit 3 digit 4 digit 5 digit

Auto 0 digit 1 digit 2 digit 3 digit 4 digit 5 digit

Auto - Specifythenumberofdecimalplaces.Auto:Automaticallyadjuststhenumberofdecimalplaces.0digit:Fixesthenumberofdecimalplacesto“0”.1digit:Fixesthenumberofdecimalplacesto“1”.2digit:Fixesthenumberofdecimalplacesto“2”.3digit:Fixesthenumberofdecimalplacesto“3”.4digit:Fixesthenumberofdecimalplacesto“4”.5digit:Fixesthenumberofdecimalplacesto“5”.



IM 01E22A02-02EN

No.Name

SettingRange


10-10 Devicerootmenu► Detailedsetup► Display► Displayformat► Displayformattotal1

Devicesetup►Detailedsetup►Displayset►Dispformat►Format total 1

RW Auto 0 digit 1 digit 2 digit 3 digit 4 digit 5 digit 6 digit 7 digit

Auto 0 digit 1 digit 2 digit 3 digit 4 digit 5 digit 6 digit 7 digit

Auto - Specifythedecimal-pointpositionofthetotalizedvalueforTotalizer1.Auto:Automaticallyadjuststhenumberofdecimalplaces.0digit:Fixesthenumberofdecimalplacesto“0”.1digit:Fixesthenumberofdecimalplacesto“1”.2digit:Fixesthenumberofdecimalplacesto“2”.3digit:Fixesthenumberofdecimalplacesto“3”.4digit:Fixesthenumberofdecimalplacesto“4”.5digit:Fixesthenumberofdecimalplacesto“5”.6digit:Fixesthenumberofdecimalplacesto“6”.7digit:Fixesthenumberofdecimalplacesto“7”.



RW Specifythedecimal-pointpositionofthetotalizedvalueforTotalizer2.Auto:Automaticallyadjuststhenumberofdecimalplaces.0digit:Fixesthenumberofdecimalplacesto“0”.1digit:Fixesthenumberofdecimalplacesto“1”.2digit:Fixesthenumberofdecimalplacesto“2”.3digit:Fixesthenumberofdecimalplacesto“3”.4digit:Fixesthenumberofdecimalplacesto“4”.5digit:Fixesthenumberofdecimalplacesto“5”.6digit:Fixesthenumberofdecimalplacesto“6”.7digit:Fixesthenumberofdecimalplacesto“7”.



RW Specifythedecimal-pointpositionofthetotalizedvalueforTotalizer3.Auto:Automaticallyadjuststhenumberofdecimalplaces.0digit:Fixesthenumberofdecimalplacesto“0”.1digit:Fixesthenumberofdecimalplacesto“1”.2digit:Fixesthenumberofdecimalplacesto“2”.3digit:Fixesthenumberofdecimalplacesto“3”.4digit:Fixesthenumberofdecimalplacesto“4”.5digit:Fixesthenumberofdecimalplacesto“5”.6digit:Fixesthenumberofdecimalplacesto“6”.7digit:Fixesthenumberofdecimalplacesto“7”.

10-13 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Display contrast

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Contrast

RW -5 -4 -3 -2 -1 0 +1 +2 +3 +4 +5

-5 -4 -3 -2 -1 0 1 2 3 4 5

0 - Specifythecontrastofthedisplay.-:Light,+:Dark

10-14 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Display line

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Linemode

RW 1 Line(Big) 1 Line 2 Line 3 Line 4 Line

1 Line(Big) 1 Line 2 Line 3 Line 4 Line

3 Line - Specifythenumberoflinestobeshownonthedisplay.1Line(Big):1-linedisplaywithoutunit.Thenumericvalueisdisplayedinlargetext.1Line:1-linedisplaywithunit2Line:2-linedisplaywithunit3Line:3-linedisplaywithunit4Line:4-linedisplaywithunit

10-15 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Display period

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Period

RW 0.2 s 0.4 s 1.0 s 2.0 s 4.0 s 8.0 s

0.2 s 0.4 s 1.0 s 2.0 s 4.0 s 8.0 s

0.4 s - Specifytheprocessvalueupdateperiodforthedisplay.

10-16 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Display NE107

Devicesetup►Detailedsetup►Displayset►Optionalconfig►NE107 display

RW Normal NE107

Normal NE107

Normal - SpecifywhethertoshoworhideanalarmbasedonNAMUR NE107.Normal: Normal alarm displayNE107: Alarm display based on NAMUR NE107

10-17 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Display alarm

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Alarm display

RW Normal Detail

Normal Detail

Normal - Specifythealarmdisplayformat.Normal:Normalalarmdisplay(Processvalueandalarm name)Detail: Detailed alarm display (Alarm name and action)

10-18 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Display scroll

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Scroll mode

RW Off Manual Auto(2s) Auto(4s) Auto(8s)

Off Manual Auto(2s) Auto(4s) Auto(8s)

Manual - Specifythedisplayscrollmethod.Off:Doesnotscroll.Manual:ScrollbyinfraredswitchAuto(2s):Automaticscroll(2-secondcycle)Auto(4s):Automaticscroll(4-secondcycle)Auto(8s):Automaticscroll(8-secondcycle)



IM 01E22A02-02EN

No.Name

SettingRange


10-19 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Display damping

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Damp

RW 0.0 to 200.0 Numberofdecimalplaces: 1

0.0 to 200.0 Numberofdecimalplaces: 1

0.0 s Specifythedampingtimeconstantofthedisplay.

10-20 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Displayformatdate

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Format date

RW MM/DD/YYYY DD/MM/YYYY YYYY/MM/DD

MM/DD/YYYY DD/MM/YYYY YYYY/MM/DD

MM/DD/YYYY - Specifythedatedisplayformat.YYYY: Year, MM: Month, DD: Day

10-21 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Language

Devicesetup►Language RW English French German Italian Spanish Portuguese Russian Chinese Japanese

English French German Italian Spanish Portuguese Russian Chinese Japanese

English - Specifythelanguagetobeusedonthedisplay.Synchronized with No. 2-1.

10-22 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Displaymeasuremode

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Display mode

RW Normal Trend

Normal Trend

Normal - Specifywhethertoexecutethetrendgraphdisplayfunction.Normal: Normal display (Displays no trend graph.)Trend: Displays a trend graph

10-23 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Trendofflinelrv

Devicesetup►Detailedsetup►Displayset►Optionalconfig►TrendofflnLRV

RW -INF(**) to +INF(**) Numberofdecimal places: 1 to 5

-999999 to +999999Numberofdecimal places: 1 to 5

0.0 - Specifythelowlimitvaluetodisplayatrendgraph.

10-24 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Trendofflineurv

Devicesetup►Detailedsetup►Displayset►Optionalconfig►TrendofflnURV


-999999 to +999999Numberofdecimal places: 1 to 5

10.0 - Specifythehighlimitvaluetodisplayatrendgraph.

10-25 Devicerootmenu► Detailedsetup► Display► Trendselect► Trend select 1

Devicesetup►Detailedsetup►Displayset►Trendselect►Trend 1

RW Flowrate(%) PV Velocity Volumeflow Massflow Calorie Analogout1 Analogout2 Totalizer1 Totalizer2 Totalizer3

Flowrate(%) PV Velocity Volumeflow Massflow Calorie Analogout1 Analogout2 Totalizer1 Totalizer2 Totalizer3

PV - Specifyitem1tobeshowninatrendgraph.



RW None Flowrate(%) PV Velocity Volumeflow Massflow Calorie Analogout1 Analogout2 Totalizer1 Totalizer2 Totalizer3

None Flowrate(%) PV Velocity Volumeflow Massflow Calorie Analogout1 Analogout2 Totalizer1 Totalizer2 Totalizer3

None - Specifyitem2tobeshowninatrendgraph.



RW None - Specifyitem3tobeshowninatrendgraph.



RW None - Specifyitem4tobeshowninatrendgraph.

10-29 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Display inversion

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Inversion

RW Normal Invert

Normal Invert

Normal - Specifywhethertoexecutetheblack/whiteinversefunctionofthedisplay.Normal: Normal display (Character color: Black,Backgroundcolor:White)Invert:Black/whiteinversedisplay(Charactercolor:White,Backgroundcolor:Black)

10-30 Maintenancerootmenu► Displayindication► LCD test

Devicesetup►Diag/Service►Dispindicator►LCDtest

RW Notexecute Execute Show Pattern1 Show Pattern2 Show Pattern3 Show Pattern4

Notexecute Execute Show Pattern1 Show Pattern2 Show Pattern3 Show Pattern4

Notexecute - Specifythetestdisplayfunctionofthedisplay.Notexecute:NotestdisplayExecute:Testdisplay(AllLEDON->AllLEDOFF->Hound’stoothcheck->Hound’stoothcheck(inversion)Show Pattern1: Test display (All LED ON)Show Pattern2: Test display (All LED OFF)ShowPattern3:Testdisplay(Hound’stoothcheck)ShowPattern4:Testdisplay(Hound’stoothcheck(inversion))



IM 01E22A02-02EN

No.Name

SettingRange


10-31 Maintenancerootmenu► Displayindication► Squawk

Devicesetup►Diag/Service►Dispindicator►Squawk

RW Off On SquawkOnce

Off On SquawkOnce

Off - Specifywhethertoexecutethedisplaysquawkfunction(backlightsquawkonthedisplay).Off:Disablesthesquawkdisplay.On:Enablesthesquawkdisplay(Continuous)SquawkOnce:Enablesthesquawkdisplay(onceonly).

10-32 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Languagepackage

Devicesetup►Detailedsetup►Displayset►Optionalconfig►Languagepackage

R Package 1Package 2

Package 1Package 2

- (*) - Indicatesthelanguagepackage.

10-33 Devicerootmenu► Detailedsetup► Display► Displayoperationconfiguration► Display installation

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►Disp install

RW No disp Withdisp

No disp Withdisp

Withdisp(*) - Specifywhetherthedisplayisprovidedornot.



IM 01E22A02-02EN

(11) DeviceinformationconfigurationparametersThislistshowstheparametersrelatedtodeviceinformationsettings.

No.Name



11-1 Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Tag

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►TagNo


ASCII 8 characters

All Space (*) - Specifythetagnumber.

Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Long tag

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►Longtag


ASCII 32 characters

All Space (*) - Specifythelongtag.

11-2 Maintenancerootmenu► Timestamp► Operation time

Devicesetup►Detailedsetup►Deviceinfo►Date/Time►Operation time

R 00000D 00: 00 to 99999D 23: 59

00000D 00: 00 to 99999D 23: 59

00000D 00: 00

- Indicatestheoperatingtimeofthedevice.

11-3 Maintenancerootmenu► Timestamp► CurrentDate

Devicesetup►Detailedsetup►Deviceinfo►Date/Time►Currentdate

R 1900/01/01to2155/12/31

1900/01/01to2155/12/31

1900/01/01 - Indicatesthecurrentdate(month,day,andyear).

11-4 Maintenancerootmenu► Timestamp► CurrentTime

Devicesetup►Detailedsetup►Deviceinfo►Date/Time►Currenttime

R 00: 00: 00 to 23: 59: 59

00: 00: 00 to 23: 59: 59

00: 00: 00 - Indicatesthecurrenttime(hour,minute,andsecond).

11-5 - Devicesetup►Detailedsetup►Deviceinfo►Date/Time►Setdate

RW 01/01/1900to12/31/2155

01/01/1900to12/31/2155

01/01/1900 - Specifythecurrentdate(month,day,andyear).

- Devicesetup►Detailedsetup►Deviceinfo►Date/Time►Settime

RW 00: 00: 00 to 23: 59: 59

00: 00: 00 to 23: 59: 59

00: 00: 00 - Specifythecurrenttime(hour,minute,andsecond).

Maintenancerootmenu► Timestamp► SetDate/Time

- RW 01/01/1900 00: 00: 00 to 12/31/215523:59: 59

01/01/1900 00: 00: 00 to 12/31/215523:59: 59

01/01/190000: 00: 00

- Specifythecurrentdate(month,day,andyear)andthecurrenttime(hour,minute,andsecond).

11-6 Devicerootmenu► Detailedsetup► Deviceinformation► Version/Numberinformation► Transmitter type

Devicesetup►Detailedsetup►Deviceinfo►Ver/Numinfo►Transmitter type

R Non 4A Type

Non 4A Type

- - Indicatesthetypesoftransmitterstobecombined.

11-7 Devicerootmenu► Detailedsetup► Deviceinformation► Version/Numberinformation► Option board ID

Devicesetup►Detailedsetup►Deviceinfo►Ver/Numinfo►Option board ID

R Non Multi

Non Multi

- - Indicatesthetypeoftheoptionboard.

11-8 Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Electrode size

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►Electrode size

RW 1 mm 3 mm 8 mm 10 mm

1 mm3 mm8 mm10 mm

3 mm - Specifytheelectrodesize.

11-9 Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Basic model code

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►MScode►Modelcode


ASCII 16 characters

All Space (*) - Specifythemodelname.

11-10 Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Suffixconfig1

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►MScode►Suffixconfig1


ASCII 16 characters

All Space (*) - Specifysuffixcode1.


Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►MScode►Suffixconfig2


ASCII 16 characters

All Space (*) - Specifysuffixcode2.

(*)indicatesaparameterwhichhasalreadyspecifiedbyorderinginformationandinformationofasensortobecombined.(**)istherangeofsingleprecisionfloatingpoint(IEEE754).(***)issettotheparameteratfactoryshipping.


IM 01E22A02-02EN

No.Name



11-11 Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Option 1

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►MScode►Option1


ASCII 16 characters

All Space (*) - Specifyoptionalcode1.




ASCII 16 characters





ASCII 16 characters





ASCII 16 characters


11-12 Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Remote sensor basic model code

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►RSMScode►Modelcode


ASCII 16 characters

All Space (*) - Specifythemodelname.

11-13 Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Remotesensorsuffixconfig1

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►RSMScode►Suffixconfig1


ASCII 16 characters



Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►RSMScode►Suffixconfig2


ASCII 16 characters


11-14 Devicerootmenu► Detailedsetup► Deviceinformation► Orderinformation► Remote sensor option 1

Devicesetup►Detailedsetup►Deviceinfo►Orderinfo►RSMScode►Option1


ASCII 16 characters





ASCII 16 characters





ASCII 16 characters





ASCII 16 characters


11-15 Devicerootmenu► Detailedsetup► Deviceinformation► Version/Numberinformation► Transmitter serial No

Devicesetup►Detailedsetup►Deviceinfo►Ver/Numinfo►Trans serial No


ASCII 16 characters

All Space - Specifythetransmitter’sserialnumber.

11-16 Devicerootmenu► Detailedsetup► Deviceinformation► Version/Numberinformation► Sensor serial No

Devicesetup►Detailedsetup►Deviceinfo►Ver/Numinfo►Sensor serial No


ASCII 16 characters

All Space - Specifythesensor’sserialnumber.

11-17 Devicerootmenu► Detailedsetup► Deviceinformation► Memo►Memo1

Devicesetup►Detailedsetup►Deviceinfo►Memo►Memo 1


ASCII 16 characters

All Space - Specifymemo1.

Devicerootmenu► Detailedsetup► Deviceinformation► Memo►Memo2



ASCII 16 characters


Devicerootmenu► Detailedsetup► Deviceinformation► Memo►Memo3



ASCII 16 characters




IM 01E22A02-02EN

No.Name



11-18 Devicerootmenu► Detailedsetup► Deviceinformation► Version/Numberinformation► Main board revision

Devicesetup►Detailedsetup►Deviceinfo►Ver/Numinfo►Mainsoftrev

R R1.01.01(***) R1.01.01(***) - - Indicatesthefirmwarerevisionofthemainboard.

11-19 Devicerootmenu► Detailedsetup► Deviceinformation► Version/Numberinformation► Sensor board revision

Devicesetup►Detailedsetup►Deviceinfo►Ver/Numinfo►Snsrsoftrev

R R1.01.01(***) R1.01.01(***) - - Indicatesthefirmwarerevisionofthesensorboard.

11-20 Devicerootmenu► Detailedsetup► Deviceinformation► Version/Numberinformation► Indicator board revision

Devicesetup►Detailedsetup►Deviceinfo►Ver/Numinfo►Indsoftrev

R R1.01.01(***) R1.01.01(***) - - Indicatesthefirmwarerevisionofthedisplayboard.



IM 01E22A02-02EN

(12) DiagnosisfunctionconfigurationparametersThislistshowstheparametersrelatedtotheelectrodeadhesiondetection,flownoisediagnosis,andverificationfunctionsettings.

No.Name

SettingRange


12-1 Diagnosticrootmenu► Diagnosis► Adhesion► Adhesionfunction

Devicesetup►Diag/Service►Diagnosis►Adhesion►Function

RW Disable Enable

Disable Enable

Enable - Specifywhethertoenableordisabletheelectrodeadhesiondetectingfunction.

12-2 Diagnosticrootmenu► Diagnosis► Adhesion► Adhesion level 1

Devicesetup►Diag/Service►Diagnosis►Adhesion►Threshold level 1

RW 0.00 to +100.00 Numberofdecimalplaces: 2


0.10 M ohm Specifythelevel1valueusedtojudgetheelectrode adhesion detection.
















12-6 Diagnosticrootmenu► Diagnosis► Adhesion► Result► Adhesionvalue

Devicesetup►Diag/Service►Diagnosis►Adhesion►Result►Value

R 0.00000 to +1000.0 Numberofdecimal places: 0 to 5

0.00000 to +1000.0Numberofdecimal places: 0 to 5

- M ohm Indicatestheresistancevalueusedtojudgetheelectrode adhesion detection.

12-7 Diagnosticrootmenu► Diagnosis► Adhesion► Result► Adhesionstatus

Devicesetup►Diag/Service►Diagnosis►Adhesion►Result►Status

R Level0 Level1 Level2 Level3 Level4

Level0 Level1 Level2 Level3 Level4

- - Indicates the electrode adhesion detection level.

12-8 Diagnosticrootmenu► Diagnosis► Adhesion► Adhesion check cycle

Devicesetup►Diag/Service►Diagnosis►Adhesion►Checkcycle

RW 0.5 min 1 min 2 min 10 min

0.5 min1 min2 min10 min

2 min - Specifytheupdatecycleforelectrodeadhesiondetection.

12-9 Diagnosticrootmenu► Diagnosis► Flownoise► Flownoisefunction

Devicesetup►Diag/Service►Diagnosis►Flownoise►Function

RW Disable Enable

Disable Enable

Disable - Specifywhethertoenableordisabletheflownoisediagnosisfunction.

12-10 Diagnosticrootmenu► Diagnosis► Flownoise► Flow noise level 1

Devicesetup►Diag/Service►Diagnosis►Flownoise►Threshold level 1

RW 0.0to+999.9 Numberofdecimal places: 1

0.0to+999.9Numberofdecimal places: 1

5.0 cm/s Specifythelevel1valueusedtojudgetheflownoise.
















12-14 Diagnosticrootmenu►Diagnosis►Flownoise►Result►Flownoise

Devicesetup►Diag/Service►Diagnosis►Flownoise►Result►Value

R 0.00000 to +100.00 Numberofdecimal places: 0 to 5

0.00000 to +100.00Numberofdecimal places: 0 to 5

- cm/s Indicatestheflownoisediagnosisresult.

12-15 Diagnosticrootmenu► Diagnosis► Flownoise►Result► Flownoisestatus

Devicesetup►Diag/Service►Diagnosis►Flownoise►Result►Status

R Level0 Level1 Level2 Level3 Level4

Level0 Level1 Level2 Level3 Level4

- - Indicatestheleveloftheflownoisediagnosisresult.

12-16 Diagnosticrootmenu► Diagnosis► Flownoise► Flow noise damping

Devicesetup►Diag/Service►Diagnosis►Flownoise►Damp

RW 0.1 to 500.0 Numberofdecimal places: 1

0.1 to 500.0Numberofdecimal places: 1

3.0 s Specifythedampingtimeconstantoftheflownoise.



IM 01E22A02-02EN

No.Name

SettingRange


12-17 Diagnosticrootmenu► Diagnosis► Flownoise► Flow noise span

Devicesetup►Diag/Service►Diagnosis►Flownoise►Span



150.0 cm/s Specifythespanoftheflownoise.

12-18 Diagnosticrootmenu► Diagnosis► Conductivity► Lowconductivityfunction

Devicesetup►Diag/Service►Diagnosis►Conductivity►Function

RW Disable Enable

Disable Enable

Disable - Specifywhethertoenableordisablethelowconductivitydiagnosisfunction.

12-19 Diagnosticrootmenu► Diagnosis► Conductivity► Result► Conductivityvalue

Devicesetup►Diag/Service►Diagnosis►Conductivity►Result►Value

R 0.00000 to +INF(**) Numberofdecimal places: 0 to 5

0.00000 to 999999Numberofdecimal places: 0 to 5

- mS/cm Indicatestheconductivity.

12-20 Diagnosticrootmenu► Diagnosis► Conductivity► Conductivitylowlimit

Devicesetup►Diag/Service►Diagnosis►Conductivity►Lowlimit



0.0010 mS/cm Specifythevalueusedtojudgethelowconductivity.

12-21 Diagnosticrootmenu► Diagnosis► Diagnostic Exe

Devicesetup►Diag/Service►Diagnosis►Diagnosticexecute

RW Notexecute Elec ins exe Conn chk exe

Notexecute Elec ins exe Conn chk exe

Notexecute - Specifywhethertoexecutetheelectrodeinsulationdeteriorationdiagnosisfunctionandthemisconnectiondetectingfunction.Notexecute:Doesnotexecutethefunctions.Elecinsexe:Executestheelectrodeinsulationdeteriorationdiagnosisfunction.Connchkexe:Executesthemisconnectiondetectingfunction.

12-22 Diagnosticrootmenu► Diagnosis► Coilinsulationthreshold

Devicesetup►Diag/Service►Diagnosis►Coilinsulthreshold



25.0 % Specifythevalueusedtojudgethedeteriorationofcoilinsulation.

12-23 Diagnosticrootmenu► Diagnosis► IEXcompare

Devicesetup►Diag/Service►Diagnosis►IEXcompare

R 0.0 to 999.9 Numberofdecimal places: 1


260.0 mA Indicatesthereferenceexcitationcurrentvalueusedtojudgethedeteriorationofcoilinsulation.

12-24 Diagnosticrootmenu► Diagnosis► Vpeakholdvalue

Devicesetup►Diag/Service►Diagnosis►V peak hold

R 0.000 to 3.000 Numberofdecimal places: 3


- V Indicatesthemaximumamplitudeoftheexcitationsignal.

12-25 Diagnosticrootmenu► Diagnosis► IEXcoilresistance

Devicesetup►Diag/Service►Diagnosis►IEXresistance

R 0to+9999.9 Numberofdecimal places: 1

0to+9999.9Numberofdecimal places: 1

- ohm Indicatesthecoilresistancevaluewhentheexcitationcurrentisapplied.

12-26 Diagnosticrootmenu► Diagnosis►Empty► Electrode voltage A

Devicesetup►Diag/Service►Diagnosis►Emptycheck►Electrode voltage A

R -3.00 to 3.00 Numberofdecimalplaces: 2

-3.00 to 3.00Numberofdecimalplaces: 2

- V Indicates the voltage between electrode A and electrode C.

12-27 Diagnosticrootmenu► Diagnosis►Empty► Electrode voltage B

Devicesetup►Diag/Service►Diagnosis►Emptycheck►Electrode voltage B

R -3.00to+3.00 Numberofdecimalplaces: 2

-3.00to+3.00Numberofdecimalplaces: 2

- V Indicates the voltage between electrode B and electrode C.

12-28 Diagnosticrootmenu► Diagnosis►Empty► Result►Emptystatus

Devicesetup►Diag/Service►Diagnosis►Emptycheck►Emptystatus

R Full Empty

Full Empty

- - Indicatestheresultofthesensoremptypipestatefunction.

12-29 Maintenancerootmenu► Verification► Diagnosticoutput

Devicesetup►Diag/Service►Diagnosis►Diagnosticoutput

RW Zero Measuredvalue Hold

Zero Measuredvalue Hold

Zero - Specifytheoutputtousetheverificationfunction.

12-30 Maintenancerootmenu► Verification► VF mode

Devicesetup►Diag/Service►Verification►Mode

RW Noflow Flow

Noflow Flow

Noflow - Specifythefluidstatustowhichtheverificationfunctionistobeapplied.Noflow:Nofluidflows.Flow:Fluidflows.

12-31 Maintenancerootmenu► Verification► VerificationExe

Devicesetup►Diag/Service►Verification►Execute

RW Notexecute Execute

Notexecute Execute

Notexecute - Specifywhethertoexecutetheverificationfunction.

12-32 Maintenancerootmenu► Verification►VFNo

Devicesetup►Diag/Service►Verification►VF No

RW Factory Previous Present

Factory Previous Present

Factory - Specifythetimingtodisplaythediagnosisresultoftheverificationfunction.

12-33 Maintenancerootmenu► Verification► Result► VFcheckresult

Devicesetup►Diag/Service►Verification►Result►Failed/Passed

R Passed Failed Canceled No Data Unknown

Passed Failed Canceled No Data Unknown

No Data - Indicatestheresultofexecutingtheverificationfunction.

12-34 Maintenancerootmenu► Verification► Result► VF operation time

Devicesetup►Diag/Service►Verification►Result►VFoperatetime

R 00000D 00: 00 to 99999D 23: 59

00000D 00: 00 to 99999D 23: 59

00000D 00: 00 - Indicatestheoperatingtimeoftheverificationfunction.



IM 01E22A02-02EN

No.Name

SettingRange


12-35 Maintenancerootmenu► Verification► Result► Magneticcircuitresult

Devicesetup►Diag/Service►Verification►Result►Magneticcircuit



No Data - Indicatestheresultofexecutingtheverificationfunction(thediagnosisresultofthemagneticcircuit).

12-36 Maintenancerootmenu► Verification► Result► Excitationcircuitresult

Devicesetup►Diag/Service►Verification►Result►Excitecircuit



No Data - Indicatestheresultofexecutingtheverificationfunction(thediagnosisresultoftheexcitationcircuit).

12-37 Maintenancerootmenu► Verification► Result► Calculationcircuitresult

Devicesetup►Diag/Service►Verification►Result►Calccircuit



No Data - Indicatestheresultofexecutingtheverificationfunction(thediagnosisresultofthecalculationcircuit).

12-38 Maintenancerootmenu► Verification► Result► VFdevicestatusresult

Devicesetup►Diag/Service►Verification►Result►Devicestatus



No Data - Indicatestheresultofexecutingtheverificationfunction(thediagnosisresultofthedevicealarm).

12-39 Maintenancerootmenu► Verification► Result► Connectionstatusresult

Devicesetup►Diag/Service►Verification►Result►Connectstatus



No Data - Indicatestheresultofexecutingtheverificationfunction(wiringmisconnectioncheckresult).



IM 01E22A02-02EN

(13) TestmodeconfigurationparametersThis list shows the parameters related to the test mode setting.

No.Name



13-1 Maintenancerootmenu►Test► Release time

Devicesetup►Diag/Service►Test►Release time

RW 10 min 30 min 1 h 3 h 12 h

10 min 30 min 1 h 3 h 12 h

10 min - Specifythetimetoautomaticallyresetthetestmode.

13-2 Maintenancerootmenu►Test► Test mode

- RW Velocity test on Volumeflowtest on Massflowteston Calorificvaluetest on AO1 test on Pulse1teston SO1 test on AO2 test on Pulse2teston SO2 test on AI test on SO3 test on SI3 test on

Velocity test on Volumeflowtest on Massflowteston Calorificvaluetest on AO1 test on Pulse1teston SO1 test on AO2 test on Pulse2teston SO2 test on AI test on SO3 test on SI3 test on

All Space - Specifywhethertosetthetestmodeonoroff.

- Devicesetup►Diag/Service►Test►Inputtest►Testmode

RW Velocity test Volumetest Mass test Calorie test AI test SI3 test

Velocity test Volumetest Mass test Calorie test AI test SI3 test

- - Specifywhethertosetthetestmode(input)onoff.

- Devicesetup►Diag/Service►Test►Outputtest►Testmode

RW AO1 test PO1 test SO1 test AO2 test PO2 test SO2 test SO3 test

AO1 test PO1 test SO1 test AO2 test PO2 test SO2 test SO3 test

- - Specifywhethertosetthetestmode(output)onoroff.

13-3 Maintenancerootmenu►Test► Inputtest►Velocity

Devicesetup►Diag/Service►Test►Inputtest►Velocity


-999999 to +999999 Numberofdecimal places: 0 to 5

0.0 Specifiedin No.3-15

Specifythetestvalueoftheflowvelocity.

13-3 Maintenancerootmenu►Test► Inputtest► Volumeflow

Devicesetup►Diag/Service►Test►Inputtest►Volume



0.0 Specifiedin No.3-16/No.3-19

Specifythetestvalueofthevolumetricflowrate.

13-4 Maintenancerootmenu►Test► Inputtest►Massflow

Devicesetup►Diag/Service►Test►Inputtest►Mass




Specifythetestvalueofthemassflowrate.

13-5 Maintenancerootmenu►Test► Inputtest► Calorificvalue

Devicesetup►Diag/Service►Test►Inputtest►Calorie




Specifythetestvalueofthecalorie.

13-6 Maintenancerootmenu►Test► Outputtest►AO1

Devicesetup►Diag/Service►Test►Outputtest►AO1


2.400 to 21.600 Numberofdecimal places: 3

4.000 mA SpecifythetestvalueofthecurrentoutputfortheI/O1terminal.

13-7 Maintenancerootmenu►Test► Outputtest►Pulse1

Devicesetup►Diag/Service►Test►Outputtest►PO1

RW 0 to 12500 Numberofdecimal places: 0

0 to 12500 Numberofdecimal places: 0

0.0 pps(pulse/s) SpecifythetestvalueofthepulseoutputfortheI/O2terminal.

13-8 Maintenancerootmenu►Test► Outputtest►SO1

Devicesetup►Diag/Service►Test►Outputtest►SO1

RW Open Close

Open Close

Open - SpecifythetestvalueofthestatusoutputfortheI/O2 terminal.

13-9 Maintenancerootmenu►Test► Outputtest►AO2

Devicesetup►Diag/Service►Test►Outputtest►AO2



4.000 mA SpecifythetestvalueofthecurrentoutputfortheI/O3orI/O4terminal.

13-10 Maintenancerootmenu►Test► Outputtest►Pulse2

Devicesetup►Diag/Service►Test►Outputtest►PO2


0 to 12500 Numberofdecimal places: 0

0 pps(pulse/s) SpecifythetestvalueofthepulseoutputfortheI/O3orI/O4terminal.



RW Open Close

Open Close

Open - SpecifythetestvalueofthestatusoutputfortheI/O3orI/O4terminal.



IM 01E22A02-02EN

No.Name



13-12 Maintenancerootmenu►Test► Inputtest►AI

Devicesetup►Diag/Service►Test►Inputtest►AI



0.000 mA SpecifythetestvalueofthecurrentinputfortheI/O4 terminal.



RW Open Close

Open Close

Open - SpecifythetestvalueofthestatusoutputfortheI/O3orI/O4terminal.

13-14 Maintenancerootmenu►Test► Inputtest►SI3

Devicesetup►Diag/Service►Test►Inputtest►SI3

RW Open Short

Open Close

Open - SpecifythetestvalueofthestatusinputfortheI/O3terminal.



IM 01E22A02-02EN

(14) Backup,restore,anddatalogconfigurationparametersThislistshowstheparametersrelatedtotheparameterbackupfunction,restorefunction,anddataloggingfunction.

No.Name

SettingRange


14-1 Maintenancerootmenu► Parambkup/restore► Factorybackupname

Devicesetup►Diag/Service►Parambkup/restore►Fbackupname

R ASCII 16 characters ASCII 16 characters Factory Delivery

- Indicatesthenameofthefilethatisbackedup(forfactory).

14-2 Maintenancerootmenu► Parambkup/restore► Factorybackupdate

Devicesetup►Diag/Service►Parambkup/restore►Fbackupdate

R ASCII 16 characters ASCII 16 characters 06/30/2017(***) - Indicatesthedatewhenbackuphasbeenmade(forfactory).

14-3 Maintenancerootmenu► Parambkup/restore► SDbackupname

Devicesetup►Diag/Service►Parambkup/restore►SDbackupname

RW ASCII 8 characters ASCII 8 characters SD_FILE - SpecifythenameofthefiletobebackedupontoamicroSDcardorrestoredfromamicroSD card.

14-4 Maintenancerootmenu► Parambkup/restore► Backupname1

Devicesetup►Diag/Service►Parambkup/restore►Backupname1

RW ASCII 16 characters ASCII 16 characters Backup1 - Specifythenameofthefiletobebackedup(1foruser).

14-5 Maintenancerootmenu► Parambkup/restore► Backupdate1

Devicesetup►Diag/Service►Parambkup/restore►Backupdate1

RW ASCII 16 characters ASCII 16 characters 01/01/2016 - Specifythedatewhenbackuphasbeenmade(1foruser).













14-10 Maintenancerootmenu► Parambkup/restore► BackupExe

Devicesetup►Diag/Service►Parambkup/restore►Backupexecute

RW NotexecuteStore Main to 1Store Main to 2Store Main to 3Store Main to SDStore EEP1 to SDStore EEP2 to SDStore EEP3 to SD

NotexecuteStore Main to 1Store Main to 2Store Main to 3Store Main to SDStore EEP1 to SDStore EEP2 to SDStore EEP3 to SD

Notexecute - Specifywhethertoexecutethebackupfunctionaswellasthebackuplocation.Notexecute:NobackupStoremainto1:Makesabackupfromthemainboardoftheinstrumentto memory 1 on the display board.Storemainto2:Makesabackupfromthemainboardoftheinstrumenttomemory2onthedisplay board.Storemainto3:Makesabackupfromthemainboardoftheinsturmenttomemory3onthedisplay board.StoremaintoSD:MakesabackupfromthemainboardoftheinstrumenttoamicroSDcard.StoreEEP1toSD:Makesabackupfrommemory 1 on the display board onto a microSD card.StoreEEP2toSD:Makesabackupfrommemory 2 on the display board onto a microSD card.StoreEEP3toSD:Makesabackupfrommemory 3 on the display board onto a microSD card.



IM 01E22A02-02EN

No.Name

SettingRange


14-11 Maintenancerootmenu► Parambkup/restore► Restore Exe

Devicesetup►Diag/Service►Parambkup/restore►Restoreexecute

RW NotexecuteDuplicateData1DuplicateData2DuplicateData3DuplicateSDRestore Data 1Restore Data 2Restore Data 3Restore SDCompulsionData1CompulsionData2CompulsionData3CompulsionSDRestore Factory

NotexecuteDuplicateData1DuplicateData2DuplicateData3DuplicateSDRestore Data 1Restore Data 2Restore Data 3Restore SDCompulsionData1CompulsionData2CompulsionData3CompulsionSDRestore Factory

Notexecute - Specifywhethertoexecutetherestorefunction,the restoration location, and data to be restored.Notexecute:Doesnotrestoredata.DuplicateData1:RestoresDuplicateDatafrommemory 1 on the indicator board to the main boardoftheinstrument.DuplicateData2:RestoresDuplicateDatafrommemory 2 on the display board to the main boardoftheinstrument.DuplicateData3:RestoresDuplicateDatafrommemory 3 on the display board to the main boardoftheinstrument.DuplicateSD:RestoresDuplicateDatafromamicroSDcardtothemainboardoftheinstrument.RestoreData1:RestoresRestoreDatafrommemory 1 on the display board to the main boardoftheinstrument.RestoreData2:RestoresRestoreDatafrommemory 2 on the display board to the main boardoftheinsturment.RestoreData3:RestoresRestoreDatafrommemory 3 on the display board to the main boardoftheinsturment.RestoreSD:RestoresRestoreDatafromamicroSDcardtothemainboardoftheinsturment.CompulsionData1:RestoresCompulsionDatafrommemory1onthedisplayboardtothemainboardoftheinstrument.CompulsionData2:RestoresCompulsionDatafrommemory2onthedisplayboardtothemainboardoftheinsturment.CompulsionData3:RestoresCompulsionDatafrommemory3onthedisplayboardtothemainboardoftheinstrument.CompulsionSD:RestoresCompulsionDatafromamicroSDcardtothemainboardoftheinsturment.RestoreFactory:Restorestothestatusthatissetuponshipmentfromthemanufacturingplant.

14-12 Devicesetup►Diag/Service►Parambkup/restore►Restoreresult

R Unexecuted Success Failure Running

Unexecuted Success Failure Running

Unexecuted - Indicatestheresultofexecutingtherestorefunction.Unexecuted:Doesnotrestoredata.Success:Succeededinrestoration.Failure:Failedinrestoration.Running:Parameterrestorerunning

14-13 Maintenancerootmenu► Datalogging►File name

Devicesetup►Diag/Service►Datalog►Filename

RW ASCII 8 characters ASCII 8 characters LOG_FILE - Specifythenameofthefiletobestoredbydatalog.

14-14 Maintenancerootmenu► Datalogging►Interval time

Devicesetup►Diag/Service►Datalog►Intervaltime

RW 1 s 10 s 30 s 1 min 5 min 30 min 1 h

1 s10 s30 s1 min5 min30 min1 h

1 min - Specifythedatalogstorageinterval.

14-15 Maintenancerootmenu► Datalogging►Start date

Devicesetup►Diag/Service►Datalog►Startdate

R 2016/01/01to2155/12/31

2016/01/01to2155/12/31

- - Indicates the date to start the data logging function.

14-16 Maintenancerootmenu► Datalogging►Start time

Devicesetup►Diag/Service►Datalog►Starttime

R 00: 00: 00 to 23: 59: 59

00: 00: 00 to 23: 59: 59

- - Indicates the time to start the data logging function.

14-17 Maintenancerootmenu► Datalogging►End time

Devicesetup►Diag/Service►Datalog►Endtime

RW 10 min 30 min 1 h 3 h 12 h 24 h 72 h 240 h

10 min30 min1 h3 h12 h24 h72 h240 h

12 h - Specifythetimetoendthedataloggingfunction.



IM 01E22A02-02EN

No.Name

SettingRange


14-18 Maintenancerootmenu►Datalogging►Log1 select

Devicesetup►Diag/Service►Datalog►Log1

RW Velocity Volumeflow Massflow Calorie PV Flow noise Adhesion Electrode A Electrode B V peak

Velocity Volumeflow Massflow Calorie PV Flow noise Adhesion Electrode A Electrode B V peak

PV - Specifyprocessvalue1tobestoredbydatalog.



RW Velocity - Specifyprocessvalue2tobestoredbydatalog.



RW Volumeflow - Specifyprocessvalue3tobestoredbydatalog.



RW Massflow - Specifyprocessvalue4tobestoredbydatalog.

14-22 Maintenancerootmenu►Datalogging►Logging Exe

Devicesetup►Diag/Service►Datalog►Execute

RW Notexecute Execute

Notexecute Execute

Notexecute - Specifywhethertoexecutethedataloggingfunction.



IM 01E22A02-02EN

(15) Parameter protection parametersThislistshowstheparametersrelatedtothewriteprotectionfunction.

No.Name



15-1 - Devicesetup►Detailedsetup►Protection►Keycode


0000 to 9999Numberofdecimal places: 0

0000 - Display-limitedparameter(forservice)

15-2 Devicerootmenu►Detailedsetup►Protection► Writeprotect

Devicesetup►Detailedsetup►Protection►Writeprotectsts

R No Yes

No Yes

No - Indicateswhethertousethewriteprotectionfunction.

15-3 Devicerootmenu►Detailedsetup► Protection► Enable write 10 min

Devicesetup►Detailedsetup►Protection►Enablewrite


ASCII 8 characters

All Space - Enter the password to cancel the write protection functionfor10minutes.

15-4 Devicerootmenu►Detailedsetup► Protection► New password

Devicesetup►Detailedsetup►Protection►Newpassword


ASCII 8 characters

All Space - Specifyanewpasswordtousethewriteprotectionfunction.

15-5 Devicerootmenu►Detailedsetup► Protection► Softwareseal

Devicesetup►Detailedsetup►Protection►Softsealstatus

R Keep Break

Keep Break

Keep - IndicateswhethertousetheJokerpassword.



IM 01E22A02-02EN

5.2 Menu Tree of DisplayOperation level

Device setupDevice setupCurrent alarmLanguage

Current alarmSetting uploadStatus 0 Status 1Status 2Status 3Status 4Status 5Status 14Status 15Status 16Status 17Status 18Status 19Status 20Setting download

Process variables

Diag/Service

Process variablesFlow rate(%)Flow rateVelocityVolumeMassCalorieAnalog out 1Analog out 2Totalizer

Diag/ServiceSts/Self test

Time stamp

TotalizerTotalizer 1Totalizer 2Totalizer 3Totalizer 1 countTotalizer 2 countTotalizer 3 count

Alarm record maskMask 1-1Mask 1-2Mask 2-1Mask 2-2Mask 3-1

Sts/Self testCurrent alarm

Current alarm

Alarm

Status 0Status 1Status 2Status 3Status 4Status 5Status 14Status 15Status 16Status 17Status 18Status 19Status 20

Alarm recordRecord alarm 1Record time 1Record alarm 2Record time 2Record alarm 3Record time 3Record alarm 4Record time 4

Time stampDateTimeOp time

Alarm out maskMask 1-1Mask 1-2Mask 2-1Mask 2-2Mask 3-1Mask 3-2Mask 4-1

Alarm

M

Alarm record mask

Alarm record

Alarm out mask

Exit OperatorMaintenanceSpecialist

F0501.ai


IM 01E22A02-02EN

Verification

Autozero

AO/AI trim

H/L alarm cfg

Test

Test

VerificationModeExecute VF No Result

Operation levelExit Operator MaintenanceSpecialist

Device setup

Release time Input test

Output test Output test Test mode

AO1 PO1SO1 AO2 PO2 SO2 SO3

Result Value Status

Result ValueStatus

ConductivityFunction Low limit Result

Empty checkElectrode voltage A Electrode voltage B Empty status

Diagnosis

Result Value

Diagnosis Adhesion

Adhesion

Flow noise

Function

Conductivity

Threshold level 1

Diagnostic execute

Threshold level 2

Coil insul threshold

Threshold level 3

IEX compare

Threshold level 4

Diagnostic output

Result

V peak hold

Check cycle

IEX resistance Empty check

Flow noiseFunction Threshold level 1 Threshold level 2 Threshold level 3 Threshold level 4 Result Damp Span

Result Failed/Passed VF operate timeMagnetic circuitExcite circuit Calc circuit Device status Connect status

Autozero ExecuteResult

Result Zero value

AO/AI trim AO trim

AO trim

AI trim

AO1 trim clearAO1 trim 4mAAO1 trim 20mAAO2 trim clearAO2 trim 4mAAO2 trim 20mA

AI trimTrim clear Trim 4mATrim 20mAH/L alarm cfg

High alarm

Input test

Low alarm

Test mode

HH alarm

Velocity

LL alarm

Volume

H/L alarm hyst

Mass

4-20 burnout

Calorie AI SI3

Device setup (Continued)

Diag/Service (Continued)

F0502.ai


IM 01E22A02-02EN

Pro var

Density Value select Unit Fixed density Std density Correct density

Calorie Damp AO/FDamp pls/ttl Unit Time unit SpanSpecific heat

MassDamp AO/F Damp pls/ttl Unit Time unit Span

Volume Damp AO/FDamp pls/ttl Unit Time unit Span

Velocity Damp AO/F Damp pls/ttl Unit Span

Param bkup/restore F backup name F backup dateSD backup name Backup execute Restore executeRestore result Backup name 1 Backup date 1 Backup name 2Backup date 2Backup name 3 Backup date 3

Data log File name Interval time Start dateStart time End timeExecuteLog 1 Log 2 Log 3 Log 4

Disp indicatorLCD test Squawk

Volume Setting uploadDamp AO/FDamp pls/ttlUnit Time unitSpan Setting download

Pulse/Status out Setting upload P1 unitP1 val F1 at 0% F1 at 100%Setting download

Display setSetting uploadLine 1 Line 2Line 3Setting download

Pro varPV flow select Velocity

Density

Calorie

Mass

Volume

Data log

Disp indicator

Operation level ExitOperatorMaintenance Specialist

Device setup

Param bkup/restore


Diag/Service (Continued)

Easy setup wizard Volume

Pulse/Status out

Display set Autozero exe

Detailed setup

F0503.ai

Easy setup wizard

Detailed setup


IM 01E22A02-02EN

SO3 Active modeFunction

PO2/SO2 Active pulse Output mode Pulse select Active modeFix width Rate unit Rate value Low cut Alarm out Frequency at 0% Frequency at 100%SO2 function

PO1/SO1Output mode Active mode Fix width Rate unit Rate value Low cut Alarm out Frequency at 0%Frequency at 100% SO1 function

Totalizer 3 Unit Conv factor Low cut Failure optsOptions Start/Stop Reset/Preset Preset valueSet point

Totalizer 2 Unit Conv factor Low cut Failure optsOptions Start/Stop Reset/Preset Preset value Set point

Totalizer 1 Unit Conv factor Low cut Failure opts OptionsStart/Stop Reset/Preset Preset value Set point

User span AO2Select Span Unit

User span AO1 Select Span Unit

TemperatureStd temperatureMeas temperatureFixed temperatureCoef A1 Coef A2

SensorLow MFHigh MF Flow sensor sel Nominal size unitNominal size

User SpanUser span AO1

User span AO2

Totalizer Totalizer 1

Totalizer 2

Totalizer 3

Pulse/Status out PO1/SO1

PO2/SO2

SO3

TemperatureVelocity check

Sensor

User Span

Totalizer

Pulse/Status out

Operation level Exit Operator Maintenance Specialist

Device setup Device setup (Continued)

Detailed setup (Continued)

Pro var (Continued)

F0504.ai


IM 01E22A02-02EN

AI Function High limit Low limit Value Unit URV LRV

AO2 AO2 Select Low cut High limit Low limit Alarm out

AO1 Low cut High limit Low limit Alarm out Range mode

SI3 Active modeFunction State

Date/Time Current date Current time Operation time Set date Set time

Optional config Contrast Line mode Period NE107 display Alarm display Scroll modeDampFormat dateInversionLanguage packageDisplay modeTrend offln LRVTrend offln URV

Disp format Format PV Format total 1 Format total 2 Format total 3

Trend select Trend 1 Trend 2 Trend 3 Trend 4

Line select Line 1 Line 2 Line 3 Line 4 Line 5Line 6 Line 7 Line 8

Status inSI3

Analog out/in AO1

AO2

AI

Multi range Forward span 2 Reverse span 1 Reverse span 2Auto range hyst Bi direction hyst

Access cfg User roleChg mainte Chg special

AUX calculation Flow directRate limit Dead time Noise filterPulsing flow Power sync on/offSet power freq Iex power frequencyMeas power freqSet SIL

Display setLine select

Trend select

Disp format

Optional config

Device info Date/Time

Status in

Analog out/in

Multi range

AUX calculation

Display set

Access cfg

Device info

Operation levelExit Operator Maintenance Specialist

Device setup



F0505.ai


IM 01E22A02-02EN

microSD (microSD)

Memo Memo 1 Memo 2 Memo 3

HART info Poll addr Loop curr mode Num req preamsNum resp preams

Ver/Num infoTransmitter type Option board IDTrans serial No Sensor serial NoMain soft revSnsr soft revInd soft rev Hard rev Dev id

MS codeModel codeSuffix config 1Suffix config 2Option 1Option 2 Option 3Option 4

RS MS code Model code Suffix config 1 Suffix config 2 Option 1 Option 2 Option 3 Option 4

Order info Tag NoLong tag Electrode sizeMS code

RS MS code Disp install

Protection Key code Write protect stsEnable write New password Soft seal status

Property Total space Available spaceFile system

microSD (microSD)Contents UnmountFormat Property

Order info

Ver/Num info

Memo

HART info

Protection

Operation level ExitOperator MaintenanceSpecialist

Device setup Device setup (Continued)


Device info (Continued)

F0506.ai

Status 0 Status 1 Status 2 Status 3 010:Main CPU FAIL 014:Snsr bd FAIL 021:PWM1stop 027:Restore FAIL 011:Rev calc FAIL 015:Snsr comm ERR 022:PWM2stop 028:Ind bd FAIL 012:Main EEP FAIL 016:AD 1 FAIL[Sig] 023:Opt bd mismatch 029:Ind bd EEP FAIL 013:MainEEPdflt 017:AD 2 FAIL[Excit] 024:Opt bd EEP FAIL 030:LCD drv FAIL

018:Coil open 025:OptbdA/DFAIL 031:Ind bd mismatch 019:Coil short 026:Opt bd SPI FAIL 032:Ind comm ERR 020:Exciter FAIL 033:microSD FAIL

Status 4 Status 5 Status 14 Status 15 050:Signaloverflow 060:SpancfgERR 067:Pls1cfgERR 080:AO1saturate051:Empty detect 062:AO 1 4-20 lmt 068:Pls2cfgERR 081:AO2saturate052:H/LHH/LLalm 063:AO 2 4-20 lmt 069:Nomisizecfg 082:Pls1saturate053:Adh over lv 4 064:AO 1 mlt rng 070:AdhcfgERR 083:Pls2saturate

065:H/LcfgERR 071:FLNcfgERR 084:AIsaturate066:DensitycfgERR 072:Log not start 085:Cable miscon

086:Coilinsulation131:Trans mismatch

Status 16 Status 17 Status 18 Status 19 087:Adhesion lv 3 095:Simulateactive 101:Paramrestorerun 120:Watchdog088:LC warn 096:AO1fix 102:Disp over 121:Poweroff089:Insudetect 097:AO2fix 103:SD size warn 122:Inst power FAIL 090:FLN over lv 3 098:Pls1fix 104:Bkupincmplt 123:Parambkuprun091:FLN over lv 4 099:Pls2fix 105:SD mismatch 124:Datalogrun092:AZ warn 100:AIfix 106:SD removal ERR 093:Verifwarn094:Fact noise warn

Status 20 130:DevID not enter


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5.3 Menu Tree of HART CommunicationThestructureofDTMmenutreeisasblow.

(1) Process variables root menuDynamic variablesDevice variablesDevicevariablesstatusTotalizercountViewoutputsViewinputs

(2) Diagnostic root menuStatus/SelftestDiagnosis

(3) Maintenance root menuTime stampTestAutozeroAO/AItrimHigh/LowalarmconfigurationVerificationParambkup/restoreData loggingDisplay indication

(4) Device root menuEasysetupwizardBasicsetupDetailedsetup


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(1) Process variables root menuMenu(Online)

Device variables

Device variables status

Totalizer count

View outputs

View inputs

Dynamic variables[PV][PV] data quality[PV] limit statusPV % rngeRange information[SV][SV] data quality[SV] limit status[TV][TV] data quality[TV] limit status[QV][QV] data quality[QV] limit statusPV isSV isTV isQV isChange PV mapChange SV mapChange TV mapChange QV map

Device variablesVelocityVolume flowMass flowTotalizer1Totalizer2Totalizer3Flow noiseCalorific value

Device variables statusVelocity data qualityVelocity limit statusVolume flow data qualityVolume flow limit statusMass flow data qualityMass flow limit statusTotalizer1 data qualityTotalizer1 limit statusTotalizer2 data qualityTotalizer2 limit statusTotalizer3 data qualityTotalizer3 limit statusFlow noise data qualityFlow noise limit statusCalorific value data qualityCalorific value limit status

Totalizer countTotalizer1 countTotalizer2 countTotalizer3 count

View outputsAO1 currentRange informationAO2 current

View inputsAI current

Process variables root menuDynamic variablesProcess variables root menu

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(2) Diagnostic root menu

Alarm

Condensed status mapDevice resetReset cfg chng flagSelf test

DiagnosisDiagnostic outputDiagnostic ExeAdhesion

Flow noise

Conductivity

EmptyCoil insulation thresholdIEX compareV peak hold valueIEX coil resistance

Diagnosis

AlarmAlarm record mask

Alarm record

Alarm out maskBurn out

Condensed status mapDevice statusStatus group 0Status group 1Status group 2Status group 3Status group 4Status group 5Ext dev statusDevice Diagnostic Status 0Device Diagnostic Status 1AO saturatedI/O and Subdevice StatusWirelessHART StatusAO fixedStatus group 14Status group 15Status group 16Status group 17Status group 18Status group 19Status group 20Reset condensed status map

AdhesionAdhesion functionAdhesion level 1Adhesion level 2Adhesion level 3Adhesion level 4ResultAdhesion check cycle

Flow noiseFlow noise functionFlow noise level 1Flow noise level 2Flow noise level 3Flow noise level 4ResultFlow noise dampingFlow noise span

ConductivityLow cunctivity functionConductivity low limitResult

EmptyElectrode voltage AElectrode voltage BResult

Alarm record maskAlarm record mask 1Alarm record mask 2Alarm record mask 3

Alarm recordAlarm record 1Alarm record time 1Alarm record 2Alarm record time 2Alarm record 3Alarm record time 3Alarm record 4Alarm record time 4

Alarm out maskAlarm out mask 1Alarm out mask 2Alarm out mask 3Alarm out mask 4

ResultAdhesion valueAdhesion status

ResultFlow noiseFlow noise status

ResultConductivity value

ResultEmpty status

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Status/Self testAlarm/Event device status

Diagnostic root menuStatus/Self test

Alarm/Event device statusDevice statusStatus group 0Status group 1Status group 2Status group 3Status group 4Status group 5Ext dev statusDevice Diagnostic Status 0Device Diagnostic Status 1AO saturatedI/O and Subdevice StatusWirelessHART StatusAO fixedStatus group 14Status group 15Status group 16Status group 17Status group 18Status group 19Status group 20

Diagnostic root menuMenu(Online)


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(3) Maintenance root menu

Autozero

AO/AI trim

High/Low alarm configuration

Verification

Param bkup/restore

Data logging

Display indicationDisplay indicationLCD testSquawk

Data loggingFile nameInterval timeStart dateStart timeEnd timeLogging ExeLog1 selectLog2 selectLog3 selectLog4 select

Param bkup/restoreFactory backup nameFactory backup dateSD backup nameBackup ExeRestore ExeBackup name 1Backup date 1Backup name 2Backup date 2Backup name 3Backup date 3

VerificationDiagnostic outputVF modeVerification ExeVF NoResult

High/Low alarm configurationLow alarmLow low alarmHigh alarmHigh high alarmHi/Lo alarm hysteresis

ResultVF check resultVF operation timeMagnetic circuit resultExcitation circuit resultCalculation circuit resultVF device status resultConnection status result

AO/AI trimAO trim

AI trimAI trimAI trimClear AI trim

Output testDevice variable simulationDevice status bit simulation

Output testLoop testAO1Pulse1SO1AO2Pulse2SO2SO3

AO trimAO1 trimAO2 trimClear D/A trim 1Clear D/A trim 2

AutozeroAutozero ExeResult

ResultZero value

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Maintenance root menuTime stamp

TestTestRelease timeTest modeInput test

Time stampCurrent DateCurrent TimeOperation timeSet Date/Time

Input testVelocityVolume flowMass flowCalorific valueAISI3

Maintenance root menuMenu(Online)


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(4) Device root menu

Mass flow

Calorie

Sensor

User span

Autozero

Detailed setupProcess variablesDetailed setup

Process variablesPV flow selectVelocity checkVelocity

Volume flow

Mass flow

Calorie

AutozeroAutozero ExeZero value

User spanUser span select AO1User unit AO1User span AO1User span select AO2User unit AO2User span AO2

SensorLow MFHigh MFFlow sensor selectNominal size unitNominal size

CalorieCalorific unitTime unitCalorific flow spanCalorific value damping AO/frequencyCalorific value damping pulse/totalSpecific heat

Mass flowMass flow unitTime unitMass flow spanMass flow damping AO/frequencyMass flow damping pulse/total

VelocityVelocity unitVelocity spanVelocity damping AO/frequencyVelocity damping pulse/total

Volume flowVolume flow unitTime unitVolume flow spanVolume flow damping AO/frequencyVolume flow damping pulse/total

Mass flowMass flow unitTime unitMass flow spanMass flow damping AO/frequencyMass flow damping pulse/total

CalorieCalorific unitTime unitCalorific flow spanCalorific value damping AO/frequencyCalorific value damping pulse/totalSpecific heat F0510.ai

Basic setupPV flow selectVelocity checkVelocity

Volume flow

Device root menuEasy setup wizard

Basic setup

Volume flowVolume flow unitTime unitVolume flow spanVolume flow damping AO/frequencyVolume flow damping pulse/total

VelocityVelocity unitVelocity spanVelocity damping AO/frequencyVelocity damping pulse/total

Easy setup wizardVolume flow

Pulse/Status out 1

Display settingAutozero Exe

Display settingDisplay select1Display select2Display select3

Pulse/Status out 1Rate unitRate valueFrequency at 0%Frequency at 100%

Volume flowVolume flow damping AO/frequencyVolume flow damping pulse/totalVolume flow unitTime unitVolume flow span

Device root menuMenu(Online)


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Totalizer

Pulse/StatusPulse/StatusPulse/Status output 1

Pulse/Status output 2

Status output 3

Status input 3

TotalizerTotalizer1

Totalizer2

Totalizer3

Status input 3Status input3 active modeStatus input3 functionStatus input3 state

Status output 3Status output3 active modeStatus output3 function

Pulse/Status output 2Pulse2 active pulsePulse2 output modePulse2 selectPulse2 active modePulse2 fix widthPulse2 rate unitPulse2 rate valuePulse2 low cutPulse2 alarm outFrequency2 at 0%Frequency2 at 100%Status output2 function

Pulse/Status output 1Pulse1 output modePulse1 active modePulse1 fix widthPulse1 rate unitPulse1 rate valuePulse1 low cutPulse1 alarm outFrequency1 at 0%Frequency1 at 100%Status output1 function

Totalizer3Total3 unitTotal3 conv factorTotal3 low cutTotal3 fail optsTotal3 optionsTotal3 Start/StopTotal3 Reset/PresetTotal3 preset valueTotal3 set point



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Sensor

User span

Density

Temperature

User spanUser span select AO1User unit AO1User span AO1User span select AO2User unit AO2User span AO2

SensorLow MFHigh MFFlow sensor selectNominal size unitNominal size

TemperatureStandard temperatureMeasured temperatureCalorific fix tempTemp coef A1Temp coef A2

DensityDensity value selectDensity unitDensity fixed valueStandard densityCorrect density


Process variables (Continued)


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AUX calculation

Display

DisplayLine select

Trend select

Display format

Display operation configuration

AUX calculationFlow directionRate limitDead timeNoise filterPulsing flowPower synchronizeSet power frequencyIEX power frequencyMes power frequencySet SIL

Display operation configurationDisplay contrastDisplay lineDisplay periodDisplay NE107Display alarmDisplay scrollDisplay dampingDisplay format dateDisplay inversionLanguageLanguage packageDisplay measure modeTrend offline lrvTrend offline urvDisplay installation

Display formatDisplay format PVDisplay format total 1Display format total 2Display format total 3

Trend selectTrend select 1Trend select 2Trend select 3Trend select 4

Line selectDisplay select1Display select2Display select3Display select4Display select5Display select6Display select7Display select8

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Analog output/input

Multi range

Analog output/inputAnalog output 1

Analog output 2

Analog input

Multi rangeForward span 2Reverse span 1Reverse span 2Auto range hystBi direction hyst

Analog inputAI functionAI high limitAI low limitAI currentAI unitAI URVAI LRV

Analog output 2AO2 selectAO2 low cutAO2 high limitAO2 low limitAO2 alarm out

Analog output 1AO1 low cutAO1 high limitAO1 low limitAO1 alarm outAO1 range mode


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Protection

Event SettingEvent Notification ControlEvent Notification Retry TimeMax Update TimeEvent Debounce IntervalEvent StatusTime First unack Event TriggeredDevice Status MaskExt dev status MaskDevice Diagnostic Status 0 MaskDevice Diagnostic Status 1 MaskDevice Diagnostic Status 2 MaskDevice Diagnostic Status 3 MaskAO fixed MaskAO saturated MaskDevice Specific Status 0 MaskDevice Specific Status 1 MaskDevice Specific Status 2 MaskDevice Specific Status 3 MaskDevice Specific Status 4 MaskDevice Specific Status 5 MaskDevice Specific Status 14 MaskDevice Specific Status 15 MaskDevice Specific Status 16 MaskDevice Specific Status 17 MaskDevice Specific Status 18 MaskDevice Specific Status 19 MaskDevice Specific Status 20 Mask

Detailed burst setupset Detailed Burststop Detailed BurstBM1 SettingBM2 SettingBM3 Setting

Easy burst setupset Easy Burststop Easy BurstBurst modeBurst Commandslot0slot1slot2slot3

Event setupset Eventstop Eventacknowledge EventEvent Setting

Burst setupStop burstEasy burst setup

Detailed burst setup

ProtectionWrite protectEnable write 10minNew passwordSoftware seal

HART setupHART setupPoll addrLoop current modeNum req preamsNum resp preamsManufacturerModelDateDescriptorMessageDistributorFinal asmbly numMax dev varsDevice profileUniversal revFld dev revSoftware revHardware revBurst setup

Event setup

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Device informationDevice informationOrder information

Version/Number information

MemoMemoMemo 1Memo 2Memo 3

Order informationTagLong tagElectrode sizeBasic model codeSuffix config 1Suffix config 2Option 1Option 2Option 3Option 4Remote sensor basic model codeRemote sensor suffix config 1Remote sensor suffix config 2Remote sensor option 1Remote sensor option 2Remote sensor option 3Remote sensor option 4

Version/Number informationTransmitter typeOption board IDTransmitter serial NoSensor serial NoMain board revisionSensor board revisionIndicator board revisionHardware revDev id



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Device statusProcess applied to the primary variable isoutsidetheoperatinglimitsofthefielddeviceProcess applied to the non-primary variableisoutsidetheoperatinglimitsofthefielddevicePVAnalogChannelSaturatedPV Analog Channel FixedFielddevicehasmorestatusavailableAresetorselftestofthefielddevicehasoccurred,orpowerhasbeenremovedand reappliedAmodificationhasbeenmadetotheconfigurationofthefielddeviceFielddevicehasmalfunctionedduetoahardwareerrororfailure

Status group 3 Status group 4 Status group 5 Ext dev status27:Parameter restore incomplete 50:Signaloverflow 60:Spanconfigurationerror Maintenancerequired28:Indicatorboardfailure 51:Empty pipe detection 62:Analogoutput14-20mAlimiterror Device variable alert29:IndicatorboardEEPROMfailure 52:H/LorHH/LLalarm 63:Analogoutput24-20mAlimiterror CriticalPowerFailure30:LCDdriverfailure 53:Adhesion over level 4 64:Analogoutput1multirangeerror Failure31:Indicator board mismatch 65:H/LHH/LLconfigurationerror OutofSpecification32:Indicatorcommunicationerror 66:Densityconfigurationerror FunctionCheck33:microSDfailure

Device Diagnostic Status 0 Device Diagnostic Status 1 AO saturated I/O and Subdevice StatusSimulationActive StatusSimulationActive SecondaryAnalogChannelSaturated SubdevicelistchangedNon-VolatileMemoryfailure DiscreteVariablesSimulationActive TertiaryAnalogChannelSaturated DuplicatemasterdetectedVolatile Memory error EventNotificationOverflow QuaternaryAnalogChannelSaturated SubdeviceMismatchWatchdogresetexecuted QuinaryAnalogChannelSaturated SubdevicewithDuplicateIDsFoundVoltageconditionsoutofrange Stale Data NoticeEnvironmentalconditionsoutofrangeElectronicfailureDeviceConfigurationLocked

WirelessHART Status AOfixed Status group 14 Status group 15Capacity Denied Secondary Analog Channel Fixed 67:Pulseoutput1configurationerror 80:Analogoutput1saturatedBandwidth Allocation Pending Tertiary Analog Channel Fixed 68:Pulseoutput2configurationerror 81:Analogoutput2saturatedBlockTransferPending QuaternaryAnalogChannelFixed 69:Nominalsizeconfigurationerror 82:Pulseoutput1saturatedRadioFailure QuinaryAnalogChannelFixed 70:Adhesionconfigurationerror 83:Pulseoutput2saturated

71:Flownoiseconfigurationerror 84:Analoginputsaturated72:Data logging not started 85:Cable misconnect

86:Coilinsulationwarning131:Transmitter type mismatch

Status group 16 Status group 17 Status group 18 Status group 1987:Adhesion over level 3 95:Simulationactive 101:Parameterrestorerunning 120:Watchdog88:Lowconductivitywarning 96:Analogoutput1fixed 102:Display over warning 121:Poweroff89:Insulationdetection 97:Analogoutput2fixed 103:microSD size warning 122:Instantpowerfailure90:Flow noise over level 3 98:Pulseoutput1fixed 104:Parameterbackupincomplete 123:Parameterbackuprunning91:Flow noise over level 4 99:Pulseoutput2fixed 105:microSD card mismatch 124:Dataloggingrunning92:Autozerowarning 100:Analoginputfixed 106:microSDcardremovalprocedureerror93:Verificationwarning94:Factory noise warning

Status group 20130:Device ID not entered

Status group 0 Status group 1 Status group 210:MainboardCPUfailure 14:Sensorboardfailure 21:PWM1stop11:Reversecalculationfailure 15:Sensorcommunicationerror 22:PWM2stop12:MainboardEEPROMfailure 16:A/D1failure[Signal] 23:Option board mismatch13:MainboardEEPROMdefault 17:A/D2failure[Exciter] 24:OptionboardEEPROMfailure

18:Coil open 25:OptionboardA/Dfailure19:Coil short 26:OptionboardSPIfailure20:Exciterfailure

153

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Revision Information Title : ADMAGTISeriesAXGMagneticFlowmeterHARTCommunicationTypeManualNo. : IM 01E22A02-02EN

Edition Data Page Revised Item1st June2017 — Newpublication

2nd Oct. 2017 2836737581100122135

4.1.7 Changetheunitsintheexample.4.3.4 DeleteNOTEaboutpulseoutput.4.11.5 ChangeNOTEaboutwiringconnectiondiagnosticfunction.4.11.6 AddNOTEaboutverificationfunction.4.13.2 Addthedescriptionaboutdisplayoftherestoreresult.5.1(2) ChangethedefaultvalueofNo.2-11.5.1(10) ChangethedefaultvalueofNo.10-1.5.1(14) ChangetheHARTcommunicationmenupathofNo.14-12.