AXF Verification Tool - Yokogawa

User’sManual

AXFVerification Tool

IM 01R01A11-01EN

IM 01R01A11-01EN3rd Edition

R3.02

R1.01

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IM 01R01A11-01EN

AXFVerification Tool

CONTENTS

IM 01R01A11-01EN 3rd Edition

1 INTRODUCTION ........................................................................................ 1-11.1 About This Manual ............................................................................................1-21.2 Safety and Modification Precautions .............................................................1-21.3 Trademarks ........................................................................................................1-31.4 Software License Agreement ..........................................................................1-3

2 OUTLINE .................................................................................................... 2-12.1 Configuration ....................................................................................................2-22.2 Verification Item ................................................................................................2-32.3 Operation Procedure ........................................................................................2-4

3 PREPARATION .......................................................................................... 3-13.1 Package and Installation ..................................................................................3-23.2 AXF Write Protect Cancellation .......................................................................3-2

3.2.1 BeforeVerification ..............................................................................3-2

3.2.2 DuringVerification ..............................................................................3-3

4 START-UP FROM FieldMate .................................................................... 4-14.1 From “Segment Viewer”

(AXF is reading in “online” mode in FieldMate) ............................................ 4-24.2 From “Device Navigator” .................................................................................4-44.3 From “Verification Data” in “Device Maintenance Info” ............................... 4-6

5 LAUNCHING .............................................................................................. 5-15.1 Creating New Verification Data ........................................................................5-25.2 Loading Existing Verification Data .................................................................5-45.3 After Unexpected Termination.........................................................................5-4

6 OPERATION .............................................................................................. 6-16.1 Main Screen .......................................................................................................6-2

6.1.1 Load ...................................................................................................6-3

6.1.2 Save ...................................................................................................6-4

6.1.3 Print out ..............................................................................................6-8

6.1.4 Menubar ............................................................................................6-9

6.2 Standard VF ..................................................................................................... 6-116.2.1 “Circuit”checkand“DeviceStatus”check

(VerificationToolisin“online”mode) ...............................................6-12

3rd Edition Aug. 2016AllRightsReserved,Copyright©2012,YokogawaElectricCorporation

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6.2.2 PhysicalAppearance .......................................................................6-21

6.2.3 StandardVFResult ..........................................................................6-22

6.3 Enhanced VF ...................................................................................................6-236.3.1 CurrentOutput ................................................................................6-24

6.3.2 PulseOutput ....................................................................................6-27

6.3.3 Converter .........................................................................................6-32

6.3.4 InsulationResistance .......................................................................6-35

6.4 Result ...............................................................................................................6-36

7 VARIATION OF VERIFICATION DATA ..................................................... 7-17.1 Installation Data ................................................................................................7-17.2 Locked Data .......................................................................................................7-27.3 Others .................................................................................................................7-2

8 TERMINATION ........................................................................................... 8-18.1 Normal Termination ..........................................................................................8-1

8.1.1 Whentheverificationdatahasnotbeenchangedaftersaving:........ 8-1

8.1.2 Whentheverificationdatahasbeenchangedaftersaving:.............. 8-1

8.2 Unexpected Termination ..................................................................................8-2

9 COMMUNICATION ERROR ...................................................................... 9-19.1 Error Message ...................................................................................................9-19.2 Device Address Setting ....................................................................................9-3

9.2.1 MultidropModeCanceling ................................................................9-3

9.2.2 MultidropModeSetting ......................................................................9-3

Revision Information

<1 INTRODUCTION> 1-1

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1 INTRODUCTIONThisUser’sManualgivesinstructionson“AXFVerificationTool”.ThissoftwareisusedtosetupmagneticflowmeterAXF;therefore,itisindispensableforuserstoread,understandandfollowtheinstructionsonallthefollowinguser’smanualbeforeactuallystartingtheoperation.

Table 1.1.1 User’s Manuals for magnetic flowmeter ADMAG AXF

Title IM No.AXFMagneticFlowmeter,IntegralFlowmeter/RemoteFlowtube[HardwareEdition] IM 01E20D01-01E

AXFA11GMagneticFlowmeter,RemoteConverter[HardwareEdition/SoftwareEdition] IM 01E20C01-01E

AXFA14G/CMagneticFlowmeterRemoteConverter[HardwareEdition/SoftwareEdition]

AXFMagneticFlowmeterIntegralFlowmeter[SoftwareEdition]

IM 01E20C02-01E

Table 1.1.2 User’s Manuals for external instruments

Title IM No.ModelsAM012MagneticFlowmeterCalibrator FY2-XJAM012-40-2ECA150HANDYCAL IM CA150E

RefertoFieldMateUser’sManualwhenusingAXFVerificationTool.

Table 1.1.3 User’s Manuals for FieldMate

Title IM No.FieldMateVersatileDeviceManagementWizard IM 01R01A01-01E

FieldMateOperationalPrecaution IM 01R01A01-91EFieldMateWizardGettingStarted IM 01R01A04-01E


IM 01R01A11-01EN

1.1 About This Manual• Thismanualshouldbeprovidedtotheenduser.

• BeforeusingtheAXFVerificationTool,readthismanualthoroughlytocomprehenditscon-tents.

• Thecontentsofthismanualmaybechangedwithoutpriornotice.

• Allrightsarereserved.NopartofthismanualmaybereproducedinanyformwithoutYokogawa’swrittenpermission.

• Yokogawamakesnowarrantyofanykindwithregardtothismaterial,including,butnotlimitedto,impliedwarrantiesofmerchantabilityandsuitabilityforaparticularpurpose.

• Allreasonableefforthasbeenmadetoensuretheaccuracyofthecontentsofthismanual.However,ifanyerrorsoromissionsarefound,pleaseinformYokogawa.

• Yokogawaassumesnoresponsibilitiesforthisproductexceptasstatedinthewarranty.

• Pleasenotethatthisuser’smanualmaynotberevisedforanychangesinspecifications,constructionchangesoroperatingpartchangesthatarenotconsideredtoaffectfunctionorperformance.

• Ifthecustomeroranythirdpartyisharmedbytheuseofthisproduct,Yokogawaassumesnoresponsibilityforanysuchharmowingtoanydefectsintheproductwhichwerenotpre-dictable,orforanyindirectdamages.

• ThismanualdescribestheoperationoftheAXFVerificationToolwithFieldMateAdvance.FordetailinstallationandoperationofFieldMateandadditionalfunctions,pleaserefertotheFieldMateUser’sManual.

1.2 Safety and Modification Precautions• Thefollowinggeneralsafetyprecautionsmustbeobservedduringallphasesofopera-

tion,service,andrepairofthisinstrument.FailuretocomplywiththeseprecautionsorwithspecificWARNINGSgivenelsewhereinthismanualviolatessafetystandardsofdesign,manufacture,andintendeduseoftheinstrument.Yokogawaassumesnoliabilityforthecustomer’sfailuretocomplywiththeserequirements.Ifthisinstrumentisusedinamannernotspecifiedinthismanual,theprotectionprovidedbythisinstrumentmaybeimpaired.

• Yokogawawillnotbeliableformalfunctionsordamageresultingfromanymodificationmadetothisinstrumentbythecustomer.

• Thefollowingsafetysymbolsareusedinthisuser’smanualandontheinstrument.

WARNING

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

CAUTIONACAUTIONsigndenotesahazard.Itcallsattentiontoaprocedure,practice,conditionorthelike,which,ifnotcorrectlyperformedoradheredto,couldresultindamagetoordestructionofpartoralloftheproduct.


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IMPORTANTAnIMPORTANTsigndenotesthatattentionisrequiredtoavoiddamagetotheinstrumentorsystemfailure.

NOTEANOTEsigndenotesessentialinformationforunderstandingoperationsandfeatures.

1.3 TrademarksAllthebrandnamesorproductnamesofYokogawaElectricusedinthisdocumentareeithertrademarksorregisteredtrademarksofYokogawaElectricCorporation.Allthebrandnamesorproductnamesofothercompaniesmentionedinthisdocumentareeithertrademarksorregisteredtrademarksoftheirrespectiveholders.

1.4 Software License AgreementRefertoIM01R01A01-01EPartA.

<2 OUTLINE> 2-1

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2 OUTLINEAXFVerificationToolisaPCapplicationsoftwarerunninginconjunctionwithFieldMateR2.05.00orlater.WithouthavingtoremovetheAXFmagneticflowmeterfromprocessline,itsconditioncanbeverifiedbycheckingseveralitemsandthistoolprovidesacertificatethattheunitisoperatinginaccordancewithYOKOGAWAstandards.ItisessentiallyanindicationthattheAXFisoperatingtoitsstandardsandisusefulinsupportingplantmaintenancepractices.Itdiffersfromactual-flowcalibrationatamanufacturingplant.Thistoolstoresverificationdata(*1)inadatabase(*2)inanorganizedmanner,andcanbeusedtoprintaVerificationReportthathasnotonlytheindividualverificationitems(*3)resultbutalsotheoverallstatusof“passed”or“failed”.Itisthususefulfordevicemaintenancemanagement.*1: Verificationdatameansthedatasavedbytheuser.*2: DatabasemeansacollectionofverificationdatasavedinDeviceMaintenanceInformation.*3: Fortheverificationitems,refertoSection2.2.

<2 OUTLINE> 2-2

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2.1 Confi gurationThefollowingequipmentisrequiredtouseVerificationToolver.1.01.00;• YOKOGAWAmagneticflowmeterAXFwithHARTCommunication(AXFOutputSignaland

Communicationsuffixcode:-E).

• PC(*1)andPrinter

• MagneticFlowmeterCalibratorAM012(OnlyforEnhancedVF(*2),Optional)

• HandyCalibratorCA150orequivalent(OnlyforEnhancedVF(*2),Optional)

• InsulationChecker(OnlyforEnhancedVF(*2),Optional)*1:RegardingthePCenvironment,refertoIM01R01A01-01EPartB,C.*2:VFstandsfor“Verification”.

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- Circuit Check- Device Status Check- Physical Appearance Check USB FieldMate Modem

PCPrinter

Magnetic Flowmeter

AXF

Insulation checker(Optional)

Magnetic FlowmeterAXF

- Insulation Resistance Check

- Current Output Check- Pulse Output Check

- Converter Check

CA150Handy Calibrator

(Multi-meter)(Optional)

AM012Calibrator(Optional)

Output Signal4-20mA or pulse

Figure 2.1.1 Confi gurations

<2 OUTLINE> 2-3

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2.2 Verification ItemThisVerificationToolhas2modes,whichcanberunseparately.1. Standard Verification (Standard VF)• ThismodeverifiestheconditionoftheAXFwithoutdifficultybycheckingitsinternalparam-

eters.Noexternalinstrumentsarerequired.

• SomeitemsarerunonlywhenFieldMateisin“online(*1)”mode.

2. Enhanced Verification (Enhanced VF) [Optional]• Thismodeprovidesamorereliableverificationbyperformingadetailedoverviewequivalent

to SERVICE.

• Thismodeisoptional.Ifonlythismodeiscompleted,“OverallStatus”isleftblank.

• ThismodeverifiesAXFbyusingexternalinstruments,suchasMagneticFlowmeterCalibra-torAM012,HandyCalibratorCA150,andsoon.

• EvenwhenFieldMateisin“offline(*2)”mode,thismodecanberun;inthiscase,someset-tingsmustbemademanually.

Thereareonly2possiblecombinations:1. StandardVF

2. StandardVF+EnhancedVF

Table 2.2.1 Verification Items

Mode Verification Item DescriptionStandardVF Circuit(*3)

MagneticCircuit CheckstheMagneticCircuit.ExcitationCircuit CheckstheExcitationCircuit.CalculationCircuit CheckstheCalculationCircuit.

DeviceStatus(*3)AlarmCheck ChecksoccurringAlarms.AlarmHistory CheckshistoricalAlarms.

PhysicalAppearanceFlowtube CheckstheFlowtubeappearance.Converter CheckstheConverterappearance.

EnhancedVF CurrentOutput(*4) CheckstheCurrentOutput.PulseOutput(*4) ChecksthePulseOutput.Converter(*4) CheckstheConverterAccuracy.InsulationResistance

Coil CheckstheExcitationCoil.(RemoteFlowtubeOnly)

Signal(Electrode) CheckstheInsulationResistance.(RemoteFlowtubeOnly)

*1: Online:Thestatusinwhichthesoftwarecommunicateswithadevice.*2: Offline:Thestatusinwhichthesoftwaredoesnotcommunicatewithadevice. ThecommunicationstatusbetweenFieldMateandAXFcanbeconfirmedontheFieldMatewindow.*3: TheseitemsarecheckedonlywhenVerificationToolisin“online”mode.*4: WhenVerificationToolisin“offline”mode,manualsettingisnecessary.

<2 OUTLINE> 2-4

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2.3 Operation ProcedureFigure2.3.1summarizesoperationprocedure.Tocomplete“StandardVF”,start-upVerificationToolfrom“SegmentViewer”.SeeSection4.1.

4 START-UP

1 to 3 PREPARATION

4.1 Segment Viewer 4.2 Device Navigator 4.3 Verification Data in “Device Maintenance Info”

5 LAUNCHING

Use the existing data?

5.3 General Information

No. New data Yes

6.1 Main Screen

8 TERMINATION

6.3 Enhanced VF(Optional)

5.2 Load

6.2 Standard VF(Mandatory)

Save the verification data ?No Yes

6.1.2 Save

6.1.3 Print out

6.4 Result

VerificationOperation

Verification Tool and AXF: OfflineVerification Tool and AXF: Online

Verification Tool and AXFOnline Offline

Online Offline

IMPOSSIBLE

IMPOSSIBLE

FieldMate and AXF

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Figure 2.3.1 Operation Procedure

<3 PREPARATION> 3-1

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3 PREPARATIONWARNING

• BeforerunningtheVerificationTool,loopshouldbesettomanualmodeinthehostsystem.

• Thefollowingapplicationsmaycauseinadequateresults:

- Significantly-lowflowrate

- Slurryliquid

- Straycurrent

• When“unexpectedissue(*1)”occurswhilerunningVerificationTool,followSection8.2“UnexpectedTermination”andChapter9“CommunicationError”

*1:“Unexpectedissue”meansdisconnectionbetweenAXFandPC: • PhysicaldisconnectionbetweenAXFandPC • ForcedshutdownofPC • UnforeseenAXFpower-off

<3 PREPARATION> 3-2

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3.1 Package and InstallationRegardingthepackagingandinstallationprocedure,refertoIM01R01A01-01EPartB.

3.2 AXF Write Protect Cancellation3.2.1 Before Verification

1) AXFparametersarechangedduringtheverificationprocess.Cancelthewriteprotectswitch.

Switch 1Switch 2

Enable Protect

2 Burnout setting switch1 Write protect setting switch

Hardware switch offSet the "Write Protect Switch" to "Enable" before this verification.Return the switch to the original position after this verification is complete.

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(A) AXFA11 Remote Converter

Hardware switch offSet the "Write Protect Switch" to "Enable" before this verification.Return the switch to the original position after this verification is complete.

Switch 1Switch 2

Enable Protect

2 Burnout setting switch1 Write protect setting switch

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(B) AXFA14 Remote Converter or AXF Integral Flowmeter

Figure 3.2.1 Write Protect Cancellation

2) Aftertheverificationiscomplete,returntheswitchtotheoriginalposition.

<3 PREPARATION> 3-3

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3.2.2 During Verification1) IftheAXFwriteprotectfunctionissetto“Protect”duringtheverification,Figure 3.2.2willbe

displayed.

1

2

3

4

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Figure 3.2.2 “Write Protect Cancellation” Dialog

Table 3.2.1 “Write Protect Cancellation” Dialog

Item No. Item Name Description

1 ‘Ifhardware….’ Showsthefigureofhardwareswitch.SeeFigure 3.2.1.Clickthetext.

2 EnableWrite Cancelsthesoftwareprotectionofthedevice.Enterthepassword.

3 OK Runsthesoftwareprotectioncancellation.4 Cancel Cancels‘Write Protect cancellation’

2) Setthe“WriteProtectSwitch”to“Enable”. Then,enterthepasswordin(2)andclick“OK(3)”inFigure 3.2.2.

3) Returntheswitchtotheoriginalpositionafterthisverificationiscomplete.

<4 START-UP FROM FieldMate> 4-1

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4 START-UP FROM FieldMateVerificationToolcanbestartedbythefollowing:■ From“SegmentViewer”(FieldMateisonlinetoAXF),seeSection4.1.

■ From“DeviceNavigator”,seeSection4.2.

■ From“VerificationData”in“DeviceMaintenanceInfo”,seeSection4.3.

Selectthestart-upproceduredependingontheitemstobeverifiedandconnectionstatusbe-tweenFieldMateandAXF.

NOTE• TorunVerificationToolin“online”mode,starttheVerificationToolfrom“SegmentViewer”.

• TocompleteStandardVF,startVerificationToolfrom“SegmentViewer”.

4.1 Segment Viewer 4.3 Verification Data in “Device Maintenance Info”

6.3 Enhanced VF(Optional)

6.2 Standard VF(Mandatory)

6.4 Result

FieldMate and AXFOnline Offline

Verification Tool and AXF: OfflineVerification Tool and AXF: Online

IMPOSSIBLE

IMPOSSIBLE

4.2 Device Navigator

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Figure 4.1.1 “Start-up” Procedure


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4.1 From “Segment Viewer” (AXF is reading in “online” mode in FieldMate)

NOTESetthedeviceaddressto0.VerificationToolcanbestartedonlywhenthedeviceaddressissetto0.Fordetailsonhowtosetthedeviceaddress,refertoSection9.2.

From“SegmentViewer”,“VerificationTool”canbestartedbymethod(A),(B)or(C).

(A) By right-clicking Right-clickonthetarget(AXF)icondisplayedat“SegmentViewer”,andselect“VerificationTool”.

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Segment Viewer

Figure 4.1.2 Start-up from “Segment Viewer” by Right-clicking


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(B) By selecting “Action” menuSelectthetarget(AXF)icondisplayedat“SegmentViewer”,andinthe“FieldMate”menubar,select“Action”menu-“VerificationTool”.

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Segment Viewer

“FieldMate” menu bar

Figure 4.1.3 Start-up from “Segment Viewer” by Selecting the “Action” Menu

(C) By selecting “Action” buttonSelectthetarget(AXF)icondisplayedat“SegmentViewer”,andselect“VerificationTool”.

Segment Viewer

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Figure 4.1.4 Start-up from “Segment Viewer” by Selecting the “Action” Button


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4.2 From “Device Navigator”

NOTEWhenVerificationToolisstartedfrom“DeviceNavigator”,itwillbein“offline”modeeveniftheAXFisin“online”modeinFieldMate.

From“DeviceNavigator”,“VerificationTool”canbestartedbyeithermethod(A),(B)or(C).

(A) By right-clicking Right-clickonthetarget(AXF)icondisplayedat“DeviceNavigator”,andselect“VerificationTool”.

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Device Navigator

Figure 4.2.1 Start-up from “Device Navigator” by Right-clicking


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(B) By selecting “Action” menuSelectthetarget(AXF)icondisplayedat“DeviceNavigator”,andinthe“FieldMate”menubar,select“Action”menu–“VerificationTool”.

“FieldMate” menu bar

Device Navigator

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Figure 4.2.2 Start-up from “Device Navigator” by Selecting the “Action” Menu

(C) By selecting “Action” buttonSelectthetarget(AXF)icondisplayedat“DeviceNavigator”,andselect“Action”button–“Verifi-cationTool”.

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Device Navigator

Figure 4.2.3 Start-up from “Device Navigator” by Selecting the “Action” Button


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4.3 From “Verification Data” in “Device Maintenance Info”NOTE

WhenVerificationToolisstartedfrom“DeviceMaintenanceInfo”,itwillbein“offline”modeeveniftheAXFisin“online”modeinFieldMate.

• By selecting “View” buttonRight-clickonthetarget(AXF)icondisplayedat“DeviceNavigator”,andselect“OpenDeviceMaintenanceInfo”. Select“Attachment”–“View”buttonin“DeviceMaintenanceInfo”.VerificationToolisstartedupandtheselectedverificationdataisloaded.

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Device Navigator

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“View” button

Device Navigator

Figure 4.3.1 Start-up from “Device Navigator” by Selecting the “View” Button

<5 LAUNCHING> 5-1

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5 LAUNCHINGWhenVerificationToolislaunched,Figure 5.1.1isdisplayedautomatically.

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Figure 5.1.1 Splash Screen

Selecttheverificationdatatobeusedfortheverification:1. Creatingnewverificationdata:seeSection5.1.2. Loadingexistingverificationdata:seeSection5.2.3. Afterunexpectedtermination:seeSection5.3

<5 LAUNCHING> 5-2

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5.1 Creating New Verification Data1) Afterthe“SplashScreen”,1)-1 Whenthereisnoexistingverificationdatainthedatabase: Thesplashscreenisclosedautomatically,andthenFigure 5.1.3isdisplayed.1)-2 Whenthereisexistingverificationdatainthedatabase:1)-2-1 Thesplashscreenisclosedautomatically,andthenFigure 5.1.2isdisplayed.

1

2

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Figure 5.1.2 “Confirmation” Dialog

Table 5.1.1 “Confirmation” Dialog


1 Load Loadstheverificationdatafromthedatabase.See5.2.Toloadtheverificationdata,click“Load”.

2 Cancel CreatesnewverificationdataandshowsFigure 5.1.3.Tocreatenewverificationdata,click“Cancel”.

1)-2-2 Click“Cancel(2)”. If“Load(1)”isselectedbyaccident,Figure 5.2.1isdisplayed.Click“Cancel(3)”in

Figure 5.2.1.

<5 LAUNCHING> 5-3

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2) “GeneralInformation”isdisplayed.SeeFigure 5.1.3. Entereachfieldandclick“Next(8)”.Figure 6.1.1isdisplayedautomatically.

1

2

3

4

5

6

7

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Figure 5.1.3 “General Information” Dialog

Table 5.1.2 “General Information” Dialog


1 UserName(*)Entertheusername.TheusernameofFieldMateisdisplayedbydefault.Thisfieldcanbeedited.

2 Location.(*) Entertheuserlocation.3 Verifiedby(*) Enterthenameofthepersontooperatetheverification.

4 Tag(Converter)

Enterthetagnumberoftheconverter.ThevalueofHARTparameter“Tag”isdisplayedbydefault.Thisfieldcanbeedited.EvenifadifferentvalueisinputfromtheHARTparameter,theHARTparameterisnotoverwritten.

5 Tag(Flowtube) Enterthetagnumberoftheflowtube.6 SerialNo.(Converter) Entertheserialnumberoftheconverter.7 SerialNo.(Flowtube) Entertheserialnumberoftheflowtube.

8 NextMovesto“MainScreen”.SeeChapter6.Isenabledonlyafterthemandatoryfieldshavebeenfilledin.Click“Next”tomoveto“MainScreen”.

*:Mandatoryfield

<5 LAUNCHING> 5-4

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5.2 Loading Existing Verification Data

NOTEIntermsofkeepingtheintegrityofthedata,loadedverificationdatacannotbecopied,norcanitbesavedunderadifferentname.Loadedverificationdatacanonlybeoverwrittenbynewsaveddata,exceptfor“Lockeddata”whichcannotbemodified.

1) Afterthe“Splashscreen”isclosedautomatically,Figure 5.1.2isdisplayed.2) Click“Load(1)”inFigure 5.1.2. Figure 5.2.1isdisplayed.3) Selectthepreferreddatafrom“Datalist(1)”andclick“OK(2)”inFigure 5.2.1.

1

2

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Figure 5.2.1 “Select Verification Data” Dialog

Table 5.2.1 “Select Verification Data” Dialog


1 Datalist Showstheverificationdatainthedatabase.Forthemeaningoftheiconinthe“DataStatus”,seeChapter7.

2 OKLoadstheverificationdata.Tousetheverificationdatainthedatabase,selectthepreferredoneamong“Datalist”andclick“OK”.Figure 5.2.2isdisplayed.

3 Cancel CreatesnewverificationdataandshowsFigure 5.1.3.SeeSection5.1.Tocreatethenewverificationdata,click“Cancel”.

2) Afterloading,Figure 5.2.2isdisplayedautomatically.Click“OK”.“MainScreen”isdis-played.SeeChapter6.

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Figure 5.2.2 “Verification Data Loaded” Dialog

5.3 After Unexpected TerminationIncaseoflaunchingafteranunexpectedterminationoftheprogram,seeSection8.2.

<6 OPERATION> 6-1

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6 OPERATIONThischapterdescribeshowtouseVerificationTool.Fordetailsoftheverificationprocedure,seeSection6.2andSection6.3.

NOTE• BesuretorunStandardVF.

• “OverallStatus”in“Result”iscarriedoutonlywhen“StandardVF”iscomplete.When“StandardVF”isnotcomplete,“OverallStatus”isleftblank.

• “Resultsheet”canbeprintedevenwhen“StandardVF”isnotcomplete.

<6 OPERATION> 6-2

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6.1 Main ScreenThisscreenperformsthefollowingactions:■ Loadstheverificationdata.SeeSubsection6.1.1.

■ Savestheverificationdata.SeeSubsection6.1.2.

■ Printstheresultsheet.SeeSubsection6.1.3.

■ Displaysthe“Standard”VFscreen.SeeSection6.2.

■ Displaysthe “Enhanced”VFscreen.SeeSection6.3.

■ Displaysthe“Result”screen.SeeSection6.4.

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1 2 34

7

6

5

Figure 6.1.1 Main Screen

Table 6.1.1 Main Screen


1 Load Loadstheverificationdatafromthedatabase.SeeSubsection6.1.1.Toloadtheverificationdata,click“Load”.

2 Save Savesthecurrentdatatothedatabase.SeeSubsection6.1.2.Tosavethecurrentdata,click“Save”.

3 Print Printsouttheresult.SeeSubsection6.1.3.Toprinttheverificationresult,click“Print”.

4 Menubar Showsthe“File”and“Help”menus.SeeSubsection6.1.4.5 Standard SelectsStandardVFmode.SeeSection6.2.6 Enhanced SelectsEnhancedVFmode.SeeSection6.3.7 Result Displaystheresultsheetimage.SeeSection6.4.

<6 OPERATION> 6-3

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6.1.1 Load1) Clickthe“Load”icon.

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Figure 6.1.2 “Load” Icon

2) Afterclickingthe“Load”icon,Figure 6.1.3isdisplayed.Selectthepreferreddatafrom“Datalist(1)”,andthenclick“OK(2)”.

1

2

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Figure 6.1.3 “Select Verifi cation Data” Dialog

Table 6.1.2 “Select Verifi cation Data” Dialog


1 Datalist Showstheverificationdatainthedatabase.Selectthepreferreddata.

2 OK Performsdataloading.Toloadtheverificationdatafromthedatabase,click“OK”.

3 Cancel Cancelsloadingtheverificationdataandreturnsto“MainScreen”.SeeSection6.1.

4) Afterloading,Figure 6.1.4isdisplayedautomatically.Click“OK”.

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Figure 6.1.4 “Verifi cation Data Loaded” Dialog

<6 OPERATION> 6-4

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6.1.2 SaveByclickingthe“Save”icon,theverificationdataissavedtothedatabase.Afterclicking“Save”,thescreenchangesasfollows:• When“NoFlow+Flow(*1)”isnotcomplete,see(A).

• When“NoFlow+Flow”iscomplete,see(B).*1:“NoFlow+Flow”;

“Circuit”checkand“DeviceStatus”checkforboth“NoFlow”and“Flow”conditions.RefertoSubsection6.2.1.

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Figure 6.1.5 “Save” Icon

(A) When “No Flow + Flow” is not complete:1) Afterclickingthe“Save”icon,Figure 6.1.6isdisplayed.

1 2 3

4

5

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Figure 6.1.6 “Saving Data When “No Flow + Flow” Uncompleted” Dialog

Table 6.1.3 “Saving Data When “No Flow + Flow” Uncompleted” Dialog


1 Reason

Showsthereasonorcomment.Itcanbeusedasamarkerwhenloadingverificationdataisselected.RefertoFigure 6.1.3.Enterpreferredtext.(Optionalfield)

2 SavedasInstallationData. Savesthedataas“InstallationData”.SeeSection7.1.Thisfieldisdisableduntil“NoFlow+Flow”iscomplete.

3 SavedasLockedData.Savesthedataas“LockedData”.SeeSection7.2.Tosavethedataasread-only,checkthebox.(Alwaysvalid)

4 OK Savesthedata.5 Cancel Cancelssavingthedataandreturnsto“MainScreen”.SeeSection6.1.

<6 OPERATION> 6-5

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2) Savethedataas“Read-only”or“Editable”.2)-1 Tosavetheverificationdataasread-only:

Click“OK”aftercheckingthe“SavedasLockedData”boxinFigure 6.1.6.Figure 6.1.7isdisplayed.Click“Yes”inFigure 6.1.7.

1

2

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Figure 6.1.7 “Confirm Locked Data” Dialog

Table 6.1.4 “Confirm Locked Data” Dialog


1 Yes Savesverificationdatatothedatabaseasread-only.2 No CancelssavingthedataandreturnstoFigure 6.1.6.

2)-2 Tosavetheverificationdataaseditable: Click“OK”withoutcheckingthe“SavedasLockedData”boxinFigure 6.1.6.Nodialogsappear.

3) Figure 6.1.8isdisplayedautomatically.Click“OK”.

F060108.ai

Figure 6.1.8 “Saving Completed” Dialog

<6 OPERATION> 6-6

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(B) When “No Flow + Flow” is complete:1) Afterclickingthe“Save”icon,Figure 6.1.9isdisplayed.

1 2 3

4

5

F060109.ai

Figure 6.1.9 “Saving Data When “No Flow + Flow” Completed” Dialog

Table 6.1.5 “Saving Data When “No Flow + Flow” Completed” Dialog


1 Reason

Showsthereasonorcomment.Itcanbeusedasamarkerwhentheload-ingverificationdataisselected.RefertoFigure 6.1.3.Enterpreferredtext.(Optionalfield)

2 SavedasInstallationData.(*1)

Savesthedataasinstallationdata.SeeSection7.1.Tosavethedataasinstallationdata,checkthebox.

3 SavedasLockedData.(*1)

Savesthedataaslockeddata.SeeSection7.2.Tosavethedataaslockeddata,checkthebox.

4 OK Savesthedata.5 Cancel Cancelssavingthedataandshows“MainScreen”.SeeSection6.1.

*1: Theseitemscanbeselectedatthesametime.

2) Selectthepreferredoneaccordingly.2)-1 Tosavetheverificationdataas“InstallationData”:

Click“OK”aftercheckingthe“SavedasInstallationData”box. Ifthereisnoexistinginstallationdatainthedatabase,nodialogsappear. Ifthereisexistinginstallationdatainthedatabase,Figure 6.1.10isdisplayed.Click“Yes”inFigure 6.1.10.

1

2

F060110.ai

Figure 6.1.10 “Confirm Replacing Data” Dialog

<6 OPERATION> 6-7

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Table 6.1.6 “Confirm Replacing Data” Dialog


1 Yes Replacethedata.2 No CancelsreplacingthedataandreturnstoFigure 6.1.9.

2)-2 Tosavetheverificationdataasread-only: Click“OK”aftercheckingthe“SavedasLockedData”boxinFigure 6.1.9. Figure 6.1.11isdisplayed. Click“Yes”inFigure 6.1.11.

1

2

F060111.ai

Figure 6.1.11 “Confirm Locked Data” Dialog

Table 6.1.7 “Confirm Locked Data” Dialog


1 Yes Savesthedataaslockeddata.2 No CancelssavingthedataandreturnstoFigure 6.1.9.

2)-3 Tosavetheverificationdataaseditableandnon-installationdata: Click“OK”withoutcheckinganyboxesinFigure 6.1.9.Nodialogsappear.

3) Figure 6.1.12isdisplayedautomatically.Click“OK”.

F060112.ai

Figure 6.1.12 “Saving Completed” Dialog

<6 OPERATION> 6-8

IM 01R01A11-01EN

6.1.3 Print outToprinttheresultsheet,clickthe“Print”icon.Figure 6.1.14isdisplayed.

F060113.ai

Figure 6.1.13 “Print” Icon

F060114.ai

Figure 6.1.14 Example of “Print” Dialog

Theprintedimageisthesameasthe“Result”tabin“MainScreen”.SeeSection6.4.TherecommendedpapersizeisA4orlettersize.• Ifthepapersizeissmallerthantherecommendedone,theprintedsizeisreducedtofitthe

paper.

• Ifthepapersizeisbiggerthantherecommendedone,theprintedsizewillbetherecom-mendedone.

<6 OPERATION> 6-9

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6.1.4 Menu barThereare“File”and“Help”inthemenubar.

(A) FileSelectthepreferredmenu.

1

2

3

4F060115.ai

Figure 6.1.15 Menu bar

Table 6.1.8 Menu bar


1 LoadfromDatabase Sameas“Load”inTable 6.1.1.SeeSubsection6.1.1.

2 SavetoDatabase Sameas“Save”inTable 6.1.1.SeeSubsection6.1.2.3 Print Sameas“Print”inTable 6.1.1.SeeSubsection6.1.3.4 Exit TerminatestheVerificationTool.SeeSection8.1.

<6 OPERATION> 6-10

IM 01R01A11-01EN

(B) HelpUponselecting“AboutAXFVerificationTool…”inthe“Help”menu,Figure 6.1.17isdisplayed.

1

F060116.ai

Figure 6.1.16 Help Menu

Table 6.1.9 Help Menu


1 AboutAXFVerificationTool… ShowstheversionofVerificationTool.SeeFigure 6.1.17.

F060117.ai

Figure 6.1.17 Example of Version Information

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6.2 Standard VF■ ThismodeverifiestheconditionoftheAXFwithoutdifficulty,bycheckingitsinternalparam-

eters.Noexternalinstrumentsarerequired.

■ Thismodeismandatory.

■ “Circuit”checkand“DeviceStatus”checkarerunonlywhenVerificationToolisin“online”mode.

■ Eachitemcanberunseparately.

1

2

3

F060201.ai

Figure 6.2.1 “Standard VF” Screen

Table 6.2.1 “Standard VF” Screen


1 Circuit Checksthestatusofdevicecircuits.SeeSubsection6.2.1.2 DeviceStatus ChecksthealarminAXFparameters.SeeSubsection6.2.1.3 PhysicalAppearance Checksthephysicalappearance.SeeSubsection6.2.2.

<6 OPERATION> 6-12

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6.2.1 “Circuit” check and “Device Status” check (Verification Tool is in “online” mode)

IMPORTANTMakesuretokeeptheAXF’spoweronatleastfor10minutesafteryoufinishtheVerificationTool.Ifyouturnthepoweroffimmediately,someoftheparametersmaybechangedtodifferentvaluesfromoriginalsetting.

CAUTION• “Circuit”checkand“DeviceStatus”checktemporarilychangetheparametersofAXF.In

caseofunexpectedtermination,followSection8.2.

• TheAXFflowtubeshouldbecompletelyfilledwithfluid,otherwisetheresultsmaybeinadequate.

• TheseitemsarerunonlywhenVerificationToolisin“online”mode.

• Theseitemsareverifiedfor2types.Eachconditioncheckcanberunseparately.

(A) “NoFlow”condition: VerifiestheconditionoftheAXFbychecking; -Circuitsincludingtheexcitationcircuitandthemagneticcircuitinsidetheflowtubewhen

thefluidvelocityiscompletelyzero. -Thepresentandpasthistoryofalarms.(B) “Flow”condition: VerifiestheconditionoftheAXFbychecking;

-Circuitsincludingtheexcitationcircuitandtheoperationcircuitwhichcalculatestheflowvelocitywhenthefluidvelocityissufficient.

-Thepresentandpasthistoryofalarms.

• Thereare3combinations:

(1) NoFlow(2) Flow(3) Flow+NoFlow• Thecheckitemsofthe“Circuit”checkdependonthecaseasfollows:

• Nominalsizeoftheunit.

• WithorwithouttheoptionalcodeELC(DCNoiseCutCircuit).

• Testconditiontype;“Flow”or“NoFlow”.

Fordetails,seeTable 6.2.2.

<6 OPERATION> 6-13

IM 01R01A11-01EN

2

3

4

5

6

7

1

F060202.ai

Figure 6.2.2 “Circuit and Device Status” Screen

Table 6.2.2 “Circuit and Device Status” Screen

(1) Nominal size is 400mm or smaller, without optional code ELC


Check is [possible/ not available]

No Flow Flow No Flow + Flow

1 NoFlowFlow

Showstestcondition.Selectthetestcondition

2 TestCondition

Showsoperatedtestcondition.“NoFlow”or”Flow”or”NoFlow+Flow”SeeFigure6.2.13.

3

Circuit

MagneticCircuit

ShowstheresultoftheMagneticCircuitcheck.“MagneticCircuit”meanscheck-ingthemagneticcircuitinsidetheflowtube.

PossibleNotAvail-able

[Shows:N/A]Possible

4 ExcitationCircuit

ShowstheresultoftheExcitationCircuitcheck.“ExcitationCircuit”meanscheck-ingtheexcitationcircuitbytheexcitationcurrentmeasurement.

Possible Possible Possible

5 CalculationCircuit

ShowstheresultoftheCalculationCircuitcheck.“CalculationCircuit”meanscheck-ingtheoperationcircuitwhichcalculatestheflowvelocity.

NotAvail-able

[Shows:N/A]Possible Possible

6

DeviceStatus

AlarmCheck

ShowstheresultoftheAlarmCheck.“AlarmCheck”meanscheckingtheoccurrenceofalarms.


7 AlarmHistory

ShowstheresultofAlarmHistoryCheck.“AlarmHistoryCheck”meanscheckingthehistoryofalarmsthatoccurred.


<6 OPERATION> 6-14

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(2) Nominal size is over 400mm, without optional code ELC (DC Noise Cut Circuit)




1 NoFlowFlow SameasTable6.2.2(1)“No.1”

2 TestCondition SameasTable6.2.2(1)“No.2”

3

Circuit

MagneticCircuit SameasTable6.2.2(1)“No.3” Possible

NotAvail-able

[Shows:N/A]Possible

4 ExcitationCircuit SameasTable6.2.2(1)“No.4” Possible Possible Possible

5 CalculationCircuit SameasTable6.2.2(1)“No.5”

NotAvail-able

[Shows:N/A]

NotAvail-able

[Shows:N/A]

NotAvail-able

[Shows:N/A]

6DeviceStatus

AlarmCheck SameasTable6.2.2(1)“No.6” Possible Possible Possible

7 AlarmHistory SameasTable6.2.2(1)“No.7” Possible Possible Possible

(3) With optional code ELC (DC Noise Cut Circuit)




1 NoFlowFlow SameasTable6.2.2(1)“No.1”

2 TestCondition SameasTable6.2.2(1)“No.2”

3

Circuit

MagneticCircuit SameasTable6.2.2(1)“No.3”

NotAvail-able

[Shows:N/A]

NotAvail-able

[Shows:N/A]

NotAvail-able

[Shows:N/A]

4 ExcitationCircuit SameasTable6.2.2(1)“No.4” Possible Possible Possible

5 CalculationCircuit SameasTable6.2.2(1)“No.5”

NotAvail-able

[Shows:N/A]

NotAvail-able

[Shows:N/A]

NotAvail-able

[Shows:N/A]

6DeviceStatus

AlarmCheck SameasTable6.2.2(1)“No.6” Possible Possible Possible

7 AlarmHistory SameasTable6.2.2(1)“No.7” Possible Possible Possible

<6 OPERATION> 6-15

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(A) No Flow (The fluid velocity is completely zero)1) Filltheflowtubewithfluidcompletely.Besurethatthefluidvelocityiscompletelyzero.

2

3

1

F060203.ai

Figure 6.2.3 “Flow/ No Flow” Screen

Table 6.2.3 “Flow/ No Flow” Screen


1 NoFlow Selectsthe“NoFlow”testcondition.

2 StartVerification(*1)Runs“Circuit”checkand“DeviceStatus”check.Thesechecksareperformedautomatically.TheProgressBarisdisplayedatthebottomleft.

3 Cancel Stopsrunning“Circuit”checkand“DeviceStatus”check.

*1: WhentheAXFprotectfunctionissetto“Protect”,Figure 3.2.2isdisplayed.FollowSubsection3.2.2.

2) Select“NoFlow(1)”andclick“StartVerification(2)”.3) Beforerunning“Circuit”checkand“DeviceStatus”check,Figure 6.2.4isdisplayed.

<6 OPERATION> 6-16

IM 01R01A11-01EN

1

2

F060204.ai

Figure 6.2.4 “No Flow Confirmation” Dialog

Table 6.2.4 “No Flow Confirmation” Dialog


1 OK Runs“Circuit”checkand“DeviceStatus”check.

2 Cancel Stopsrunning“Circuit”checkand“DeviceStatus”check,anddisplays“MainScreen”.

4) Click“OK(1)“afterconfirmingthattheflowtubeisfilledwithfluidandthefluidvelocityiscompletelyzero.“Circuit”checkand“DeviceStatus”checkarerun.Duringthesechecks,thestatusbarandremainingtimearedisplayed.SeeFigure 6.2.5.Regardingtheexecutiontime,seeTable 6.2.5.

F060205.ai

Figure 6.2.5 “During ”Circuit” Check and “Device Status” Check” Screen

Table 6.2.5 Execution Time [No Flow]

No. Optional code Execution time1 WithoutELC 630s2 WithELC(DCNoiseCutCircuit) 120s

<6 OPERATION> 6-17

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5) Afterthe“Circuit”checkand“DeviceStatus”checkarecompletedforthe“NoFlow”condi-tion,Figure 6.2.6isdisplayedautomatically.Click“OK”.

F060206.ai

Figure 6.2.6 “No Flow Verification Completion” Dialog

6) “Result”isenteredautomatically.SeeFigure 6.2.13.

<6 OPERATION> 6-18

IM 01R01A11-01EN

(B) Flow (The fluid velocity is sufficient)1) Filltheflowtubewithfluid.Besurethatthefluidvelocityissufficient.

2

3

1

F060207.ai

Figure 6.2.7 “Flow/ No Flow” Screen

Table 6.2.6 “Flow/ No Flow” Screen


1 Flow Selectsthe“Flow”testcondition.

2 StartVerification(*1)Runs“Circuit”checkand“DeviceStatus”check.Thosechecksareperformedautomatically.Theprogressbarisdisplayedatthebottomleft.

3 Cancel Stopsrunning“Circuit”checkand“DeviceStatus”check.

*1: WhentheAXFprotectfunctionissetto“Protect”,Figure 3.2.2isdisplayed.FollowSubsection3.2.2.

2) Select“Flow(1)”andclick“StartVerification(2)”.3) Beforerunning“Circuit”checkand“DeviceStatus”check,Figure 6.2.8isdisplayedauto-

matically.

<6 OPERATION> 6-19

IM 01R01A11-01EN

1

2

F060208.ai

Figure 6.2.8 “Flow Confirmation” Dialog

Table 6.2.7 “Flow Confirmation” Dialog


1 OK Runs“Circuit”checkand“DeviceStatus”check.

2 Cancel Stopsrunning“Circuit”checkand“DeviceStatus”check,anddisplays“MainScreen”.

4) Click“OK(1)”afterconfirmingthattheflowtubeisfilledwithfluidandthefluidvelocityissuf-ficient.“Circuit”checkand“DeviceStatus”checkarerun.Duringthesechecks,thestatusbarandremainingtimearedisplayed.SeeFigure 6.2.9.Regardingtheexecutiontime,seeTable 6.2.8.

F060209.ai

Figure 6.2.9 “During ”Circuit” Check and “Device Status” Check” Screen

Table 6.2.8 Execution time [Flow]

No. Optional code Execution time1 WithoutELC 630s2 WithELC(DCNoiseCutCircuit) 120s

<6 OPERATION> 6-20

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5) Afterthe“Circuit”checkandthe“DeviceStatus”checkarecompletedforthe“Flow”condi-tion,Figure 6.2.10isdisplayedautomatically.Click“OK”.

F060210.ai

Figure 6.2.10 “Flow Verification Completed” Dialog

6) “Result”isenteredautomatically.SeeFigure 6.2.13.

<6 OPERATION> 6-21

IM 01R01A11-01EN

6.2.2 Physical Appearance

2

3

1

F060211.ai

Figure 6.2.11 “Physical Appearance” Screen

Table 6.2.9 “Physical Appearance” Screen


1 Note OpensanotherwindowasshowninFigure 6.2.12.Click“Note”.2 Flowtube SelectstheresultoftheFlowtubeAppearanceCheck.3 Converter SelectstheresultoftheConverterAppearanceCheck.

Physical AppearanceA physical observation of the Flowmeter is required, check the following items:

FlowtubeCheck the Flowtube and the Cables connected to the Flowtube for: * Deformation, Damage, Corrosion, Cracking, Signs of Abrasion and any Leaks.

ConverterCheck the Converter and the Cables connected to the Converter for: * Corrosion, Damage, moisture in the housing, corroded terminals.

Observations are objective.F060212.ai

Figure 6.2.12 Example of Physical Appearance “Note”

1) Checkthephysicalappearanceof“Flowtube”and“Converter”. Fordetails,seeFigure 6.2.12.

2) SelectanapplicableresultmanuallyinTable 6.2.10.

Table 6.2.10 Physical Appearance

Result DescriptionPassed Isselectedwhentheresultisgoodandthereisnoproblem.Failed Isselectedwhentheresultisbad.N/A Isselectedwhentheappearancecheckisnotpossible.

3) “TotalResult”isdisplayedautomatically.SeeFigure 6.2.13.

<6 OPERATION> 6-22

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6.2.3 Standard VF Result

F060213.ai

Figure 6.2.13 Example of “Result of Standard VF”

<6 OPERATION> 6-23

IM 01R01A11-01EN

6.3 Enhanced VF• ThismodeprovidesmorereliableverificationbyperformedinspectionsequivalenttoSERV-

ICE.

• Thismodeisoptional.

• ThismodeverifiesAXFbyusingexternalinstruments,suchasMagneticFlowmeterCalibra-torAM012,HandyCalibratorCA150,andsoon.

• EvenwhenFieldMateisin“offline”mode,thismodecanberun,butsomemanualsettingwillhavetobeperformed.

NOTEWhenVerificationToolisin“online”mode:IfVerificationToolturnsto“offline”modeduetowiringdisconnections,reconnectFieldMateandAXF.VerificationToolwillrestoreto“online”modeagain.

2

3

1

4

5

F060301.ai

Figure 6.3.1 “Enhanced VF” Screen

Table 6.3.1 “Enhanced VF” Screen


1 CurrentOutput Checksthecurrentoutput.SeeSubsection6.3.1.

2 PulseOutput Checksthepulseoutput.SeeSubsection6.3.2.

3 OutputSelection Outputsthecurrentorpulseinaccordancewiththecheckitems.SeeSubsection6.3.1orSubsection6.3.2

4 Converter CheckstheaccuracyoftheconverterbyusingAM012.SeeSubsection6.3.3.

5 InsulationResistance Checkstheinsulationresistance.SeeSubsection6.3.4.

<6 OPERATION> 6-24

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6.3.1 Current Output Thisitemchecksthecurrentoutputfromtheconverter.

3

1 2

4

F060302.ai

Figure 6.3.2 “Current Output” Screen

Table 6.3.2 “Current Output” Screen


1 Connectiondiagram Showstheconnectiondiagramonanotherscreen.SeeFigure 6.3.3.2 Measured(mA) Enterthemeasuredvaluemanually.

3 Output(*1)inOutputSelection

Outputsthecurrent.Byclicking“Output”afterselectingeachsettingvalue,thepreferredcur-rentistransferredtoAXF.(OnlywhenVerificationToolisin“online”mode)

4 ExitinOutputSelection

Stopsthecurrentoutputandenablesotheroperations.(OnlywhenVerificationToolisin“online”mode)

*1:WhentheAXFprotectfunctionissetto“Protect”,Figure 3.2.2isdisplayedafterclicking“Output”.FollowSubsection3.2.2.

<6 OPERATION> 6-25

IM 01R01A11-01EN

(A) AXFA11 Remote ConverterCurrent OutputUse a Yokogawa CA150 Handy Calibrator or similar.

Set the Digital MultiMeter (CA150 or similar) to measure the current in “mA”.NOTE

SBBASACAL–AL+COMSO2+SO1+I+ I–CUR OUT STATUS OUT ALARM OUT SIGNAL

COMSI2+SI1+EX2EX1L/+N/–POWER SUPPLY EXCITER

P–P+PULSE OUT STATUS IN

250 to 600Digital

Multi Meter

F060303-A.ai

250 to 600Digital

Multi Meter

(B) AXFA14 Remote Converter or AXF Integral FlowmeterCurrent OutputUse a Yokogawa CA150 Handy Calibrator or similar.

Set the Digital MultiMeter (CA150 or similar) to measure the current in “mA”.NOTE

F060303-B.ai

Figure 6.3.3 Current Output Connection Diagram

<6 OPERATION> 6-26

IM 01R01A11-01EN

1) WireAXFandCA150HandyCalibratororsimilarasshowninFigure 6.3.3.2) Setacurrentvaluetooutput.2)-1WhenVerificationToolisin“online”mode:

Select4mA,12mA,or20mAin“OutputSelection”andclick“Output”.

F060304.ai

Figure 6.3.4 “Output Selection” in “Current Output”

2)-2WhenVerificationToolisin“offline”mode:SettheAXFHARTparameter“Looptest”tothepreferredvalue.

Table 6.3.3 Parameter Setting of “Current Output”

HART Parameter (DD) Parameter of AXF Display Setting Value

Looptest DeviceSetup→Diag/Service→OutputTest→Looptest -• 4mA• 20mA•Other(12mA)

3) MeasurethecurrentoutputvaluebyusingCA150HandyCalibratororsimilarforeachset-tingvalue.

4) Enterthemeasuredcurrentvalueineach“Measured(mA)”manually.“Error(%)”iscalcu-latedautomatically.

F060305.ai

Figure 6.3.5 “Current Output” Result

5) Endprocessing5)-1WhenVerificationToolisin“online”mode:

Click“Exit”in“OutputSelection”.“Result”isdisplayedautomaticallyafterfillinginallfields.5)-2WhenVerificationToolisin“offline”mode:

“Result”isdisplayedafterfillinginallfields.

<6 OPERATION> 6-27

IM 01R01A11-01EN

6.3.2 Pulse OutputThisitemchecksthepulseoutputfromtheconverter.ChecktheSuffixCodeofAXFconverterorAXFintegralflowmeter.■ WithoutoptionalcodeEM,see“(A)PulseOutput(withoutoptionalcodeEM)”.

■ WithoptionalcodeEM,see“(B)ActivePulseOutput(withoptionalcodeEM)”.

4

1 2 3

5F060306.ai

Figure 6.3.6 “Pulse Output” Screen

Table 6.3.4 “Pulse Output” Screen


1 Connectiondiagram Showstheconnectiondiagramonanotherscreen.ThediagramisanyofthoseinFigure 6.3.9 or Figure 6.3.13 dependingonthecase.

2 SettingValue Selectsandshowsthesettingpulsevalue.3 Measured(pps) Showsthemeasuredvalue.Enterthemeasuredvaluemanually.

4 Output(*1)inOutputSelection

Outputsthepulse.Byclicking“Output”afterselecting“Pulse”,thepulsewiththevalueof“Settingvalue(2)”istransferredtoAXF.(OnlywhenVerificationToolisin“online”mode)

5 ExitInOutputSelection

Stopspulseoutputandenablesotheroperations.(OnlywhenVerificationToolisin“online”mode)

*1:WhentheAXFprotectfunctionissetto“Protect”,Figure 3.2.2isdisplayedafterclicking“Output”.FollowSubsection3.2.2.

<6 OPERATION> 6-28

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(A) Pulse Output (without optional code EM)1) WireAXFandCA150HandyCalibratororsimilarasshowninFigure 6.3.9.2) Select“100pps”in“SettingValue”.SeeFigure 6.3.7.

F060307.ai

Figure 6.3.7 “Setting Value” in “Pulse Output”

3) Output3)-1WhenVerificationToolisin“online”mode:

Select“Pulse”in“OutputSelection”andclick“Output”.SeeFigure 6.3.8

F060308.ai

Figure 6.3.8 “Output Selection” in “Pulse Output”

3)-2WhenVerificationToolisin“offline”mode:3)-2-1 RecordtheoriginalAXFparameters,andthensetthemasshownbelow.

Table 6.3.5 Parameter Settings of “Pulse Output”

HART Parameter Parameter of AXF Display Setting Value

PulseScale DeviceSetup→EasySetup→PulseScale B33/E11 100PulseWidth DeviceSetup→PulseSet→PulseWidth E12 50%DutyPulseUnit DeviceSetup→EasySetup→PulseScale B32/E10 Pulse/sTestDO(*1) DeviceSetup→Diag/Service→OutputTest→TestDO N30 Pulse

DOFunction(*1) DeviceSetup→Configuration→StatusFunction→DOFunction F20 PulseOutput

*1:OnlyforAXFA14orAXFIntegralFlowmeter

3)-2-2 OutputpulsebysettingAXFHARTparameter“Looptest”to“20mA”.

Table 6.3.6 Parameter Setting of “Pulse Output”


Looptest DeviceSetup→Diag/Service→OutputTest→Looptest - 20mA

<6 OPERATION> 6-29

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NOTE■ Measureformorethan60seconds.

■ IfusingaYOKOGAWACA150,setthemodeto“ContactInput”andtherangeto“CPM”.

4) Measurethepulseoutputvaluein“pps”withaYokogawaCA150HandyCalibratororequivalenttosimplifythemeasurementofpulses.Ifsuchadeviceisunavailable,anappro-priateload(30VDC,0.2Amax)isrequiredandusetheconfigurationshowninFigure 6.3.9.




Electronic Counter

30VDC , 0.2A. max

Externalpower supply

Load

Dashed box : Yokogawa CA150 Handy Calibrator or equivalentF060309-A.ai


Electronic Counter

30VDC , 0.2A. max

Externalpower supply

Load

Dashed box : Yokogawa CA150 Handy Calibrator or equivalentF060309-B.ai


Figure 6.3.9 Pulse Output Diagram (without optional code EM)

5) Enterthemeasuredvaluemanually.6) “Result”isdisplayedautomatically.

F060310.ai

Figure 6.3.10 “Pulse Output” Result


Click“Exit”in“OutputSelection”.7)-2WhenVerificationToolisin“offline”mode:

SettheAXFparametersbacktotheiroriginalvaluesmanually.

<6 OPERATION> 6-30

IM 01R01A11-01EN

(B) Active Pulse Output (with optional code EM)1) WireAXFandCA150HandyCalibratororsimilarasshowninFigure 6.3.13.2) Select“2pps”in“SettingValue”.SeeFigure 6.3.11.

F060311.ai

Figure 6.3.11 “Setting Value” in “Active Pulse Output”

3) Output3)-1WhenVerificationToolisin“online”mode:

Select“Pulse”in“OutputSelection”andclick“Output”.SeeFigure 6.3.12.

F060312.ai

Figure 6.3.12 “Output Selection” in “Active Pulse Output”

3)-2WhenVerificationToolisin“offline”mode:3)-2-1 RecordtheoriginalAXFparameters,andthensetthemasshownbelow.

Table 6.3.7 Parameter Settings of “Active Pulse Output”


PulseScale DeviceSetup→EasySetup→PulseScale B33/E11 2PulseWidth DeviceSetup→PulseSet→PulseWidth E12 100msPulseUnit DeviceSetup→EasySetup→PulseScale B32/E10 Pulse/sTestDO(*1) DeviceSetup→Diag/Service→OutputTest→TestDO N30 Pulse

DOFunction(*1) DeviceSetup→Configuration→StatusFunction→DOFunction F20 PulseOutput

(*1)onlyforAXFA14orAXFIntegralFlowmeter

3)-2-2 OutputpulsebysettingAXFHARTparameter“Looptest”to“20mA”.

Table 6.3.8 Parameter Setting of “Active Pulse Output”


Looptest DeviceSetup→Diag/Service→OutputTest→Looptest - 20mA

NOTE• Measureformorethan60seconds.

• IfusingaYOKOGAWACA150,setthemodeto“Frequency(FREQ)andPulse”andtherangeto“CPM”.

• Anappropriateload(24VDC±20%,150mAmax)isrequired.

<6 OPERATION> 6-31

IM 01R01A11-01EN

4) Measurethepulseoutputvaluein“pps”withaYokogawaCA150HandyCalibratororequivalenttosimplifythemeasurementofpulses.Ifsuchadeviceisunavailable,usetheconfigurationshowninFigure 6.3.13.




Electronic Counter

Output voltage: 24 V DC ±20%Current: 150 mA max

Load

Dashed box : Yokogawa CA150 Handy Calibrator or similarF060313-A.ai


Electronic Counter

Output voltage: 24 V DC ±20%Current: 150 mA max

Load

Dashed box : Yokogawa CA150 Handy Calibrator or similar

F060313-B.ai


Figure 6.3.13 Active Pulse Output Diagram (with optional code EM)

5) Enterthemeasuredvaluemanually.6) “Result”isdisplayedautomatically.

F060314.ai

Figure 6.3.14 “Active Pulse Output” Result


Click“Exit”in“OutputSelection”.7)-2WhenVerificationToolisin“offline”mode:

SettheAXFparametersbacktotheiroriginalvaluesmanually.

<6 OPERATION> 6-32

IM 01R01A11-01EN

6.3.3 Converter

WARNING

FollowUser’sManualFY2-XJAM012-40-2Eforcorrectoperationandsafehandling.

ThisitemcheckstheaccuracyoftheAXFconverterwithMagneticFlowmeterCalibratorAM012.

1 2 3

5

4

F060315.ai

Figure 6.3.15 “Converter” Screen

Table 6.3.9 Converter


1 Connectiondiagram Showstheconnectiondiagramonanotherscreen.Thediagramis(A)or(B)inFigure 6.3.16 dependingonthecase.

2 Span ShowstheSpanoftheconverter.Thisfieldcanbeedited.

3 ReadSpan ReadstheSpanoftheconverter.Press“ReadSpan”.(OnlywhenVerificationToolisonlinetoAXF)

4 Measured(m/s) Showsthemeasuredvalue.Thisfieldcanbeedited.

5 Read Readsthemeasuredvalue.Press“Read”.(OnlywhenVerificationToolisonlinetoAXF)




(Shield) (White) (Black)

(Shield) (White) (Black)

AXFA11

AM012

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(Shield)

(White)

(Black)

(Shield)

(White)

(Black)

N /–L /+

SA

SB

+–+–+–

AM012

Junction Box Terminal

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Figure 6.3.16 “Converter” Connection Diagram

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1) Fordetailsofthecalibrationprocedures,followUser’sManualFY2-XJAM012-40-2E. RecordthefollowingoriginalparametersandsettheAXFparametersasshownbelow

manually.(ThesesettingsaredescribedinFY2-XJAM012-40-2E.)

Table 6.3.10 AXF parameter setting of Converter Check


SelectFlowTube(*1)

Devicesetup→DetailedSetup→BasicSetup→Se-lectFlowTube C30 Calibrator

NominalSize Devicesetup→DetailedSetup→BasicSetup→NominalSize C32

Enterflowtubenominalsizein“mm”unit

NominalSize Devicesetup→DetailedSetup→BasicSetup→NominalSizeunit C31 mm

MFSet Devicesetup→DetailedSetup→BasicSetup→MFSet

C20(MeasureMode)

StandardDFor

EnhancedDF(*3)

LowMF Devicesetup→DetailedSetup→BasicSetup→MFSet→StandardDF→LowMF C21 1.0

HighMF Devicesetup→DetailedSetup→BasicSetup→MFSet→StandardDF→HighMF C22 1.0

LowMF(EDF)(*2)

Devicesetup→DetailedSetup→BasicSetup→MFSet→EnhancedDF→LowMF(EDF) C23 1.0

HighMF(EDF)(*2)

Devicesetup→DetailedSetup→BasicSetup→MFSet→EnhancedDF→HighMF(EDF) C24 1.0

*1: OnlyforAXFA11*2: OnlyforoptionalcodeHF1orHF2(EnhancedDualFrequencyExcitation)*3: OnlyforoptionalcodeHF1orHF2,select“EnhancedDF”.

2) Enterthespanonthe“Converter”screen.2)-1WhenVerificationToolisin“online”mode:

Click“ReadSpan(3)”inFigure 6.3.15.Thevalueofparameter“VelocityCheck”isenteredautomatically.IftheAXFparametersaredifferentfromthoseinTable 6.3.10,thefollowingerrormessageisdisplayed.SettheAXFparameterstothoseinTable 6.3.10.

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Figure 6.3.17 Example of “Parameter Error” Dialog

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2)-2WhenVerificationToolisin“offline”mode: Readthevalueofparameter“VelocityCheck”manually.RefertoTable 6.3.11. And enter thevaluein“cell(2)”inFigure 6.3.15manually.

Table 6.3.11 AXF Parameter Settings of Converter Check

HART Parameter (DD) Parameter of AXF Display

VelocityCheck Devicesetup→DetailedSetup→BasicSetup→VelocityCheck C44

3) Measuretheoutputaccuracyatthepreferredsetting(0%,25%,50%,75%,or100%).Aftersettingthevalue,lettheAM012stabilizeatleastfor1minute.

Foroperationprocedure,followUser’sManualFY2-XJAM012-40-2E.4) Enterthemeasuredvalue.4)-1WhenVerificationToolisin“online”mode:

Click“Read(5)”inFigure 6.3.15.Thevalueofinstantaneousflowrateisenteredautomati-cally.

4)-2WhenVerificationToolisin“offline”mode: Readthevalueofparameter“PV”or“PV%rnge”manually.RefertoTable 6.3.12,andconvertthevaluein“m/s”unit.

Enterthecalculatedvaluein“cell(4)”inFigure 6.3.15manually.

Table 6.3.12 AXF Measured Value of “Converter” Check

HART Parameter (DD) Parameter of AXF Display

PV■ProcessVariables→PVor■DeviceStatus→ProcessVariable→PV

A20

PV%rnge■ProcessVariables→PV%rngeor■DeviceStatus→ProcessVariable→PV%rnge

A10

5) “Error(%)”iscalculatedautomatically.6) “Result”isdisplayedautomaticallyafterfillinginallfields.

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Figure 6.3.18 “Converter” Result

7) SettheAXFparametersbacktotheiroriginalvaluesmanually.

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6.3.4 Insulation Resistance

WARNING

FollowUser’sManualIM01E20D01-01Eforcorrectoperationalandsafehandling.Wheretheinsulationresistancecheckisnotpossible,select“N/A”

1) Checktheinsulationresistanceintheterminalboxinaccordancewiththetablesbelow.Fol-lowUser’sManualIM01E20D01-01E.

(A) Coil

Table 6.3.13 Coil Insulation Resistance Check

Test Terminals Test VoltageBetweenterminalsEX1andC 500VDC(Useaninsulationtesterorequivalent.)

(B) Signal (Electrode)

Table 6.3.14 Electrode Insulation Resistance Check

Test Terminals Test Voltage- BetweenterminalsAandC- BetweenterminalsBandC 500VDC(Useaninsulationtesterorequivalent.)

2) Enterthemeasuredvaluemanually. Wheretheinsulationresistancecheckisnotpossible,select“N/A”. Wherethemeasuredvalueisover-range,select“OpenLoop(O.L.)”.

3) “Result”isdisplayedautomatically.

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(A) Example 1

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(B) Example 2Figure 6.3.19 “Insulation Resistance” Result

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6.4 ResultTheresultsofStandardVFandEnhancedVFareavailableinthe“Result”tab.Uncompletedcheckitemsaredisplayedasblank.

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Figure 6.4.1 “Result” Screen

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TheresultinfullviewisshownFigure 6.4.2.Iftheuserneedsahardcopyofthereport,refertoSubsection6.1.3.

1

2

3

4

5

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Figure 6.4.2 “Result” in Full View

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Table 6.4.1 Result


1

Tag(Converter)Tag(Flowtube)SerialNo.(Converter)SerialNo.(Flowtube)

ShowsAXFdeviceinformation.ThecontentsenteredinGeneralInforma-tionaredisplayedbydefault.Thisfieldscanbeeditedinthe“Result”tab.

2 OverallStatus

Showstheresultofthewholeverification.

• PassedThisflowmeterwasverifiedtobefunctioningwithin+/-□%oftheoriginalfactorycalibration.• FailedThisflowmeterdidnotpasstheverificationtest.

3 Comments Showsusercomment.Thisitemcanbeedited.Enteranycomment(e.g.user’sdocumentNo.).

4 VerifiedbyShowsthenameofthepersonwhoperformedtheverification.ThenameenteredinGeneralInformationisdisplayedbydefault.Thisfieldcanbeeditedinthe“Result”tab.

5 Signature Showsthesignatureofthepersonwhoperformedtheverification.Thepersonshouldsignthisfieldontheprintout.

6 LegendsymbolsShowsthemeaningofsymbolsin“Result”fields.●[----]:Inconclusive●[ ]:Notperformed

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7 VARIATION OF VERIFICATION DATAIntermsofkeepingitsowndataintegrity,verificationdatacannotbecopied,norcanitbesavedasothername.Verificationdataexceptfor“Lockeddata”canbesavedonlybynewlysavingorover-writing.Thereare3typesofverificationdata:1. Installationdata2. Lockeddata3. Others

3

2

1

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Figure 7.1.1 Variation of verifi cation data

Table 7.1.1 Variation of verifi cation data

Item No. Item Name Icon Description

1 Installationdata SeeSection7.1.

2 Lockeddata SeeSection7.1andSection7.2.

3 Others SeeSection7.3.

7.1 Installation Data“Installationdata”functionsasareference.Eachdevicecanhaveonlyone“Installationdata”.Whentheverificationdataissavedbycheckingthe“Saveasinstallationdata”boxinFigure 6.1.9,thedatabecomesthe“Installationdata”.Onlywhen“NoFlow+Flow(*1)”iscomplete,verificationdatacanbesavedasan“Installationdata”.SeeSubsection6.1.2.Savethefirstverificationdataafterthedeliveryas“Installationdata”.(Recommended)Whentheuserwantstoedit“Installationdata”later:

Savetheverificationdatabycheckingonlythe“Savedasinstallationdata”boxinFigure 6.1.9.TheiconinDataStatusis“ “.

Whenitisnecessarytosaveinstallationdataasread-only:Savetheverificationdatabycheckingthe“Savedasinstallationdata”boxandthe“Saveaslockeddatabox”inFigure 6.1.9.TheiconinDataStatusis“ ”.

*1:“NoFlow+Flow”:“Circuit”checkand“DeviceStatus”checkforboth“NoFlow”and“Flow”conditions.RefertoSubsection6.2.1.

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7.2 Locked Data“Lockeddata”issavedasread-only.TheiconinDataStatusis“ ”.Afterverificationdataissavedas“Lockeddata”,thedata:• canbeloaded.

• canbeprintedout.

• cannotbeover-written.

Whenverificationiscomplete,savetheverificationdataas“Lockeddata”topreventunexpectedover-writingorfalsifying,beforeprinting.(Recommended)

7.3 OthersVerificationdatawhichisneither“Installationdata”nor“Lockeddata”canbeedited.Whenverifi-cationistobecontinuedlater,donotsaveaseither“Installationdata”or“Lockeddata”.

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8 TERMINATIONThischapterdescribes“NormalTermination”and“UnexpectedTermination”.

IMPORTANTMakesuretokeeptheAXF’spoweronatleastfor10minutesafteryoufinishtheVerificationTool.Ifyouturnthepoweroffimmediately,someoftheparametersmaybechangedtodifferentvaluesfromoriginalsetting.

8.1 Normal TerminationSelect“File”-“Exit”orclickthe“Close”buttonattheupper-rightcornerof“MainScreen”.

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Figure 8.1.1 Normal Termination

8.1.1 When the verification data has not been changed after saving:

Thistoolisterminatedwithoutanydialogsappearing.

8.1.2 When the verification data has been changed after saving:

1) Figure 8.1.2isdisplayed.

1

2

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Figure 8.1.2 “Confirmation” Dialog

Table 8.1.1 “Confirmation” Dialog


1 Yes Savestheverificationdatabyover-writing.SeeSubsection6.1.2.2 No Cancelssavingthedata.

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2) Selectwhetherthelatestverificationdataissavedtothedatabaseornot.2)-1 Tosavethelatestverificationdata:

Select“Yes(1)”.SeeSubsection6.1.2.2)-2Whenthelatestverificationdataisnotsaved:

Select“No(2)”.Nodialogsappearandthedataisnotsaved.3) ThisVerificationToolisterminatedautomatically.

8.2 Unexpected TerminationIfanunexpectedterminationoccurs,followthisprocedure.1) Whenanunexpectedterminationoccurs,besuretore-connectFieldMateandAXF,and

rebootVerificationTool.IftheAXFparametershavebeenchangedfromtheoriginalsetting,Figure 8.2.1 “Error Recovery” Dialogisdisplayedafterreboot.

1

2

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Figure 8.2.1 “Error Recovery” Dialog

Table 8.2.1 “Error Recovery” Dialog


1 Errorcontents Shows“Lastverificationerrordate”and“Parameteritemswhichwillberecovered”.

2 OK ResetstheAXFinternalparameterstotheiroriginalvalues.Click“OK(2)”.

2) ToresettheAXFparameterstotheiroriginalvalues,click“OK(2)”.Figure 8.2.2isdisplayedandthentheAXFparametersarerecovered.

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Figure 8.2.2 “Recovering” Screen

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9 COMMUNICATION ERROR

9.1 Error MessageThischaptershowserrordialogs.SeeTable 9.1.1fordetails.Aftertermination,followSection8.2.

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Figure 9.1.1 Error Dialog 1

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Table 9.1.1 Communication Error Dialog

Figure No. Message When Description

9.1.1

Setting Error.Setthedeviceaddressto0,andthenrestartthisapplica-tion.

■WhenstartingVerifica-tionToolfrom“SegmentViewer”withstatuswhereFieldMateisonlinetoAXFwhosedeviceaddressisnot“0”.

■IftheuserwantstorunVerifi-cationToolwithstatuswhereVeri-ficationToolisin“online”mode: FollowSection9.2.

■IfVerificationToolneednotbein“online”mode: RestartVerificationToolfrom“DeviceNavigator”,“DeviceInfo”,or“History”.

9.1.2

Erroroccurredduringverifica-tion.Applicationhasterminated.Checkconnectionsandthenrestartthisapplication.PressOKtocontinue.

■Duringrunning“Circuit”checkor“DeviceSta-tus”check.

■Duringsettingpulseoutput.

Afterthisdialog,Figure 8.1.2isdis-playedandthetoolisterminated.AsAXFparametersmighthavechanged,followSection8.2.

9.1.3

Deviceparametershavebeenchanged.Checkconnectionsandthenrestartthisapplication.PressOKtocontinue.

■Duringrunning“Cur-rentOutput”or“PulseOutput”.

Afterthisdialog,Figure 8.1.2isdis-playedandthetoolisterminated.AsAXFparametersmighthavechanged,followSection8.2.

9.1.4ConnectionError.Checkconnections.PressOKtocontinue.

■Duringpreparing“Cir-cuit”checkor“DeviceStatus”checkafterclick-ing“StartVerification”inStandardVF.

Uponclicking;■“Output”inOutputSe-lection

■“Exit”inOutputSelec-tion

■“ReadSpan”inCon-verter

■“Yes”inFigure 8.2.1.

Afterthisdialog,thetoolreturnstothepreviousstep.

9.1.5

ConnectionError.Checkconnectionsandthenrestartthisapplication.PressOKtocontinue.

■Duringlaunching“Verifi-cationTool”

■DuringrecoveryofAXFparametersafterunexpectedtermination(Figure 8.2.2)

Afterthisdialog,thetoolistermi-nated.AsAXFparametersmighthavechanged,followSection8.2.


IM 01R01A11-01EN

9.2 Device Address Setting

WARNING

Thisoperationmustbecarriedoutbythetrainedpersonnelhavingknowledgeofmultidroploop.Forthedetailsoftheparametersettingprocedure,refertoIM01E20C01-01EorIM01E20C02-01E.AfterusingVerificationTool,settheAXFtotheoriginalmultidroploop.

9.2.1 Multidrop Mode Canceling

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USB FieldMate Modem

Device ADevice Address: 1

Device BDevice Address: 2

Device CDevice Address: 3

Device XDevice Address: 15

Load: 250 Ω+

-

+

-

+

-

+

-

USB FieldMate Modem

Device ADevice Address: 1

Load: 250 Ω

Load:250 Ω

Multidrop Loop side

+

-

Set to “0”.

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(A) Multidrop loop (B) After canceling Multidrop loop

Figure 9.2.1 Configuration

1) Disconnectthetargetdevice(AXF)fromthemultidroploopphysically.2) ConnecttheAXFtoFieldMateonetoone.Aloadof250Ωisrequired.SeeFigure 9.2.1 (B).3) RecordthefollowingoriginalAXFparameter,andthensettheparameterasshown.

Table 9.2.1 Parameter of Cancelling Multidrop mode

HART Parameter (DTM) Setting ValuePollAddr Configuration→HART→Polladdr 0

4) StartVerificationTool.

9.2.2 Multidrop Mode SettingAfterusingVerificationTool,settheAXFbacktoitsoriginalstatus.1) AfterVerificationTooltermination,settheAXFparameterbacktoitsoriginalvaluemanually.

Table 9.2.2 Parameter Setting of Multidrop mode

HART Parameter (DTM) Setting ValuePollAddr Configuration→HART→Polladdr OriginalValue

2) ConnecttheAXFbacktotheoriginalconfiguration.

IM 01R01A11-01EN

Revision InformationAXFVerificationToolManualNo.: IM01R01A11-01EN

Edition Date Page RevisedItem1st Aug. 2012 - Newpublication2nd Oct.2014

2-22-44-1

4-2 to 4-3

4-4 to 4-5

4-6

6-128-1

SoftwareupdatesforFieldMatefromR2.05toR3.012.1 CorrectedtheFigure2.1.12.3 CorrectedtheFigure2.3.14 CorrectedtheFigure4.1.14.1 ChangedtheFigure4.1.2andFigure4.1.3 AddedtheFigure4.1.44.2 ChangedtheFigure4.2.1andFigure4.2.2 AddedtheFigure4.2.34.3 ChangedtheSection4.3 DeletedtheSection4.46.2.1 AddedtheIMPORTANT8 AddedtheIMPORTANT

3rd Aug. 20162-2

4-2 to 4-34-4 to 4-5

4-6

SoftwareupdatesforFieldMatefromR3.01toR3.022.1 ChangedtheFigure2.1.14.1 ChangedtheFigure4.1.2toFigure4.1.44.2 ChangedtheFigure4.2.1toFigure4.2.34.3 ChangedtheFigure4.3.1

AXF Verification Tool - Yokogawa

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