admag ti series axg magnetic flowmeter brain ......admag ti series axg magneticflowmeter...
TRANSCRIPT
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User’sManual ADMAG TI Series
AXG Magnetic FlowmeterBRAIN Communication Type
IM 01E22A02-01EN
IM 01E22A02-01EN3rd Edition
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IM 01E22A02-01EN
ADMAG TI SeriesAXG Magnetic FlowmeterBRAIN Communication Type
IM 01E22A02-01EN 3rd Edition
3rd Edition: Mar. 2020All 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 .................................................................................................. 92.2.2 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. OperationwithBRAINConfigurationTool ............................................. 153.1 ConnectingtheBRAINConfigurationTool ..................................................... 153.2 BT200 Operating Procedures .......................................................................... 16
3.2.1 KeyLayoutandScreenDisplay .......................................................... 163.2.2 Key Descriptions ................................................................................. 163.2.3 FunctionKeys ..................................................................................... 17
3.3 Calling Up Menu Addresses ............................................................................. 183.4 Parameter Update and Upload/ Download Function ..................................... 193.5 Parameter Setting .............................................................................................. 19
3.5.1 SettingExampleforSelection-TypeData:Flowrateunits ................. 193.5.2 SettingExampleforNumeric-TypeData:Flowratespan .................. 203.5.3 SettingExampleforAlphanumeric-TypeData:TagNo. ..................... 20
4. Functions ................................................................................................... 214.1 Basic Settings .................................................................................................... 22
4.1.1 Overview ............................................................................................. 224.1.2 PVMappingofProcessValue ............................................................ 234.1.3 DisplayoftheProcessValue .............................................................. 23
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4.1.4 Engineering Unit Setting ..................................................................... 234.1.5 Span Setting........................................................................................ 244.1.6 Damping Time Constant Setting ......................................................... 254.1.7 Low-cutFunctionSetting .................................................................... 254.1.8 Sensor’s Nominal Size Setting ........................................................... 274.1.9 Density Setting .................................................................................... 274.1.10 TemperatureSetting ........................................................................... 274.1.11 ZeroAdjustment .................................................................................. 28
4.2 Totalization Function ......................................................................................... 294.2.1 TotalizedValueandUnitSetting ......................................................... 294.2.2 Totalized-ValueDisplayandTotalizerFunction .................................. 294.2.3 TotalizationSwitchFunction ............................................................... 304.2.4 TotalizerOperationatAlarmOccurrence ............................................ 314.2.5 TotalizationFunctionStart/StopSetting .............................................. 314.2.6 Totalization Direction Setting .............................................................. 324.2.7 TotalizedValueReset/PresetFunction ............................................... 32
4.3 Pulse Output, Frequency Output, and Status Output .................................... 334.3.1 OutputsofI/O2,I/O3,andI/O4Terminals .......................................... 334.3.2 PulseOutput/FrequencyOutputMapping ........................................ 334.3.3 PulseWidthSetting ............................................................................. 334.3.4 Active Direction Setting ....................................................................... 344.3.5 PulseRateSetting .............................................................................. 344.3.6 FrequencyOutputRangeSetting ....................................................... 354.3.7 StatusOutputFunctionSetting ........................................................... 35
4.4 Status Input......................................................................................................... 364.4.1 ActiveDirectionSettingforStatusInput ............................................. 364.4.2 StatusInputFunctionSetting .............................................................. 37
4.5 Current Input and Current Output .................................................................... 374.5.1 CurrentOutputHigh/LowLimitFunction ............................................ 374.5.2 AbsoluteRangeFunction ................................................................... 384.5.3 AlarmOutputFunction ........................................................................ 384.5.4 CurrentOutputPriority ........................................................................ 394.5.5 CurrentValueAdjustmentFunction .................................................... 394.5.6 CurrentInputFunctionSetting ............................................................ 394.5.7 CurrentInputRangeSetting ............................................................... 404.5.8 CurrentInputHigh/LowLimitFunction ............................................... 40
4.6 Multi Range Function ........................................................................................ 404.6.1 MultiRangeTypes .............................................................................. 404.6.2 MultiRangeSetting ............................................................................. 414.6.3 MultiRangeOperation ........................................................................ 414.6.4 Forward/ReverseRange .................................................................... 424.6.5 CombinationofMultiRangeandForward/ReverseRange ............... 43
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4.6.6 External Contact Range ...................................................................... 434.7 Auxiliary Calculation Function ......................................................................... 44
4.7.1 FluidFlowDirectionSetting ................................................................ 444.7.2 RateLimitFunctionSetting ................................................................. 444.7.3 PulsingFlowSupportFunctionSetting .............................................. 464.7.4 PowerFrequencySynchronizationSetting ........................................ 464.7.5 DensityCorrectionCalculation ........................................................... 474.7.6 CalorieCalculation .............................................................................. 48
4.8 Alarm ................................................................................................................... 494.8.1 ErrorsandCountermeasures ............................................................. 494.8.2 Alarm Display Setting .......................................................................... 554.8.3 AlarmHistoryFunction........................................................................ 564.8.4 AlarmMaskFunction .......................................................................... 56
4.9 Display ................................................................................................................. 614.9.1 LanguageSetting ................................................................................ 614.9.2 Display Item Setting ............................................................................ 614.9.3 Decimal-Point Position Setting ........................................................... 624.9.4 DisplayLineCountandScrollSettings ............................................... 624.9.5 Trend Graph Setting ........................................................................... 634.9.6 Other Setting ....................................................................................... 644.9.7 microSD Card Setting ......................................................................... 65
4.10 Device Information ............................................................................................. 664.10.1 OrderInformation ................................................................................ 664.10.2 Device Revision .................................................................................. 674.10.3 MemoFunction ................................................................................... 67
4.11 Self-diagnostic Function ................................................................................... 674.11.1 TypesofDiagnosisFunctions ............................................................. 674.11.2 AlarmHigh/LowLimitFunction ........................................................... 684.11.3 Electrode Adhesion Detection ............................................................ 694.11.4 Sensor Empty Check .......................................................................... 694.11.5 WiringConnectionDiagnosis ............................................................. 704.11.6 Verification(DeviceHealthDiagnosis)Function ................................ 714.11.7 ElectrodeInsulationDeteriorationDiagnosis ..................................... 724.11.8 Flow Noise Diagnosis ......................................................................... 734.11.9 LowConductivityDiagnosis ................................................................ 73
4.12 Test Mode ............................................................................................................ 744.12.1 Test Mode Setting ............................................................................... 744.12.2 TestTerminalandValueSetting .......................................................... 754.12.3 TestModeAutoReset ......................................................................... 75
4.13 Event Management Function ............................................................................ 764.13.1 BackupFunction ................................................................................. 764.13.2 Restore/DuplicateFunction .............................................................. 77
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4.13.3 BackupandRestoreParameters ....................................................... 804.13.4 DataLoggingFunction ........................................................................ 86
4.14 Software Write Protection Function ................................................................ 87
5. Parameters of Magnetic Flowmeter ........................................................ 885.1 Parameter Lists for Display and BRAIN Communication ............................. 895.2 Menu Tree of Display ....................................................................................... 132
Revision Information
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1. IntroductionThismanualprovidesthebasicguidelinesforbasicoperationofADMAGTI(TotalInsight)SeriesAXGmagneticflowmeterswithBRAINprotocol.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(thismanual)
ADMAG TI Series AXGMagneticFlowmeter HARTCommunicationType
IM 01E22A02-02EN
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.
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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 ®.
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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.
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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.
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2. Basic Operating Procedures2.1 Operation by Display unitTheparametersettingsfromdisplayunitcanbecarriedoutusingthethreeIR(infra-red)switches-namely,the[SET][SHIFT]and[▼]switches.TheIRswitchesenabletheusertosetparametersfromtheoutsideoftheglassofthedisplaycover.ThissectionprovidesdescriptionsofbasicparameterconfigurationandoperationprocesuresofIRswitches.ThisinstrumentcanbealsooperatedusingthededicatedhandheldterminalortheFieldMate(VersatileDeviceManagementWizard).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/s00 : 00
VEL
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)
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(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 (Selecttypeparameter)▪Incrementvalue (Numerictypeparameter)▪Changepositionofdecimalpoint(Numerictypeparameter)
[SHIFT]+[▼](=[▲]) DEC
▪Movecursorup (Selecttypeparameter)▪Decrementvalue (Numerictypeparameter)
SHIFT+SET►(=[ESC◄]) ESC
▪Cancel▪Backtopreviousmenu
Note1: [A]+[B](=[C]):Thefunctionischangedtoswitch[C]whenswitch[B]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 DeviceFaultReadyformicroSDcard
Accessing microSD card
Disable to access microSD card Uploading parameters
Downloading parameters Trendgraphexecuting
BRAINcommunication Settingalarmoccurs
Systemalarmoccurs Informationoccurs
Processalarmoccurs Operation level:Operator
Warningoccurs Operation level:Specialist
Display Damping Valid Operation level:Maintenance
(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.COM CommunicationprotocolADH AdhesiondiagnosticLevel(AlarmatLevel4)AO1(*1) Analogoutputvalue1AO2(*1) Analogoutputvalue2FNL FlowNoiseLevel(AlarmatLevel4)
*1: Availabletodisplaytheonlinetrendgraph.
NOTEThePRV(PVvalue),FLP(flowrate%),VEL(flowvelocity),VFL(volumeflow),MFL(massflow),andCAL(calorificvalue)arenotaffectedbythelowcutfunctionforanalogoutput.Theirvaluesaredisplayed as they are.
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.
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(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 Contents1line(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
1line(big)F0202.ai
0.50000 00 : 00
VEL
SET SFT INC
F0207.ai
00 : 00FNL
SET SFT INC
*Flownoisestatusisdisplayed. (Statuslabelisnotdisplayed.)
1 lineF0203.ai
0.50000 00 : 00
VEL
SET SFT INC
m/s
F0208.ai
00 : 00FNL
SET SFT INCNormal
*Flownoisestatusandstatuslabel are displayed.
2 line
F0204.ai
0.500050.0
m/s
%
00 : 00VEL
SET SFT INC
FLP
F0209.ai
00 : 00FNL
SET SFT INC
NormalLong tag 123456789ABCDEFGabcdefg
LTG
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
4 line
F0206.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
(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:• BRAINcommunication:Datecountingstartsfromthedatestoredinthememory.
(5) Inverse Display SettingDisplayMenuPath:Devicesetup►Detailedsetup►Displayset►Optionalconfig►Inversion
Availabletochangefromnormaldiplaytowhite/black reverse display.
Setting item ContentsNormal Characters in the display is Black.Inverse Outlinecharacters
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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) Selectanappropreateoperationlevelbymovingthecursorwith[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 Tochangethepasscode(Maintenancecode),“Maintenance”or“Specialist”astheoperationallevelisrequired.
(2) Passcodefor“Specialist”operationlevel Tochangethepasscode(Specialistcode),“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.(TagNo.,Specialunit,etc…)
Thealphanumerictypeindicatesalphanumericcharactersinthefollowingorder.0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz!"#$%&'()*+,-./:;?@[\]^_`{|}~"space"
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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].
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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.
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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 : 00
VEL
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
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3. OperationwithBRAINConfigurationTool
ThischapterdescribestheconnectionofthisinstrumentandBRAINconfigurationtool(BRAINTERMINAL(BT200)orFieldMate(VersatileDeviceManagementWizard)),andtheoperationusingBT200.Readtheuser’smanualofBT200(IM01C00A11-01E)fordetailsabouttheBT200.Readtheuser’smanualofFieldMate(IM01R01A01-01E)fordetailsabouttheFieldMate.
3.1 Connecting the BRAIN ConfigurationTool
Thecommunicationsignalissuperimposedontothe 4 to 20 mA DC analog signal to be transmitted.TheBRAINconfigurationtoolcaninterfacewiththisdevicefromthecontrolroom,thisdevicesite,or any other wiring termination point in the loop, providedthereisaminimumloadresistanceof250Ωbetweentheconnectionandthereceivinginstrument.Tocommunicate,itmustbeconnectedinparallelwiththisdevice,andtheconnectionsmustbenon-polarized.SeeFigure3.1.
4 to 20 mA DCSignal Transmission Line DistributorTerminalBoard
BT200F0301.ai
Iout+Iout-
USBFieldMate
Modem
USB
PC/FieldMate
Magnetic FlowmeterTerminal Box
Relaying Terminals
Control Room
LoadResistance
250 to 450 Ω
Table3.1 ConnectingtheBRAINConfigurationTool
IMPORTANTCommunicationsignalissuperimposedonanalogoutputsignal.Itisrecommendedtosetalow-passfilter(approximately0.1s)tothereceiverinordertoreducetheoutputeffectfromcommunicationsignal.Beforeonlinecommunication,confirmthatcommunicationsignaldoesnotgiveeffectontheuppersystem.
IMPORTANTRestrictions exist with regard to the distance overwhichcommunicationispossible.ReadthegeneralspecificationsaslistedinTable1.1.
AfterconnectingtheBT200,checkthatitoperatesproperly.(1) WhentheBT200isturnedon,themessage
“Pleasewait...”isdisplayedforseveralseconds, and then press the Enter key.
(2) Initialdatascreenisdisplayed. Pressthefunctionkey“F4”[OK]ortheEnterkey.
F0302.ai
PARAM01:MODEL 02:TAG NO 03:SELF CHECK GOOD
OK
Initial data screen
[01:MODEL]: Model code[02:TAG NO]: Tag No.
(Ifspecifieduponorderinginformation)
[03:SELFCHECK]:Self-diagnostics“GOOD”or“ERROR”
(3) Whenthemenuscreenisdisplayed,theparameterscansetusingtheBT200.
Sincecommunicationswillbeunsuccessfulifthere is a problem in the connection to the BT200, “communicationerror”isdisplayed.
F0303.ai
MENUA:DISPLAYB:EASY SETUPC:BASIC SETUPD:TOTAL SETE:PULSE OUTF:STATUS I/OHOME SET ADJ ESC
communication error
ESC
Menu screen Communication error (Faulty wiring)
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3.2 BT200 Operating Procedures 3.2.1 Key Layout and Screen Display
Alphanumeric keys• Enter numbers• Enter alphabetic
characters in combination with the shift keys.
F0304.ai
Power ON/OFF key
Shift keys
Screen Display(21 characters × 8 lines)
Movement keys• Move the cursor• Change pages
Function keysUsed to execute commands displayed at the bottom of the screen.(See Table 3.2.)
Enter key• Enter selected
items• Set up input
data on the connected instrument.
• Run BT200 functions.
F0305.ai
Menu(Max: 6 lines)
Menu screen
Screen title Function commands
Parameter(Max: 3 items)
Function commands
Parameter screen
MENUA:DISPLAYB:EASY SETUPC:BASIC SETUPD:TOTAL SETE:PULSE OUTF:STATUS I/OHOME SET ADJ ESC
PARAMA10:FLOW RATE(%) 0.0%A20:FLOW RATE 0.00000m3/hA21:FLW RATE(mA) 0.000mADATA DIAG PRNT ESC
3.2.2 Key DescriptionsUsethealphanumerickeysinconjunctionwiththeshiftkeystoenternumbers,symbols,andalphabetic characters.
F0306.ai
(1) Entering Numbers, Spaces and HyphenSimplypressthealphanumerickeys.
Entry Key-in sequence
–4
0.3
1 –9F0307.ai
(2) Entering Alphabetic CharactersPresseithertheleftorrightshiftkeyandthenanalphanumerickeytoenterthedesiredalphabeticcharacter.Theshiftkeymustbepressedeachtimean alphabetic character is entered.
Entry
F0308.ai
(3) Entering Uppercase and LowercaseUsethefunctionkey“F2”[CAPS]toselectuppercaseandlowercase(foralphabeticcharactersonly).Thecasetogglesbetweenuppercaseandlowercaseeachtime“F2”[CAPS]ispressed.
Entering lowercase CODE caps CLR ESC
Entering uppercase CODE CAPS CLR ESC
Entry
F0309.ai
(4) Entering SymbolsUsethefunctionkey“F1”[CODE]toentersymbols.Thefollowingsymbolswillappearinsequence,oneatatime,atthecursoreachtime“F1”[CODE]ispressed:/.−,+*)(’&%$#“!
To enter characters next to these symbols, press movementkeytomovethecursor.
Entry Key-in Sequence
F0310.ai
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3.2.3 Function KeysThefunctionsofthefunctionkeysdependonthefunctioncommandsondisplay.
F0311.ai
Function commands
Function keys
MENUA:DISPLAYB:EASY SETUPC:BASIC SETUPD:TOTAL SETE:PULSE OUTF:STATUS I/OHOME SET ADJ ESC
Table 3.2 Function Command
Command Function ADJ DisplaystheADJmenu
CAPS/caps SelectsuppercaseorlowercaseCODE Selects symbols CLR ErasesinputdataordeletesalldataDATA Updates parameter data DEL Deletes one character DIAG Callstheself-checkpanelESC ReturnstothemostrecentdisplayHOME Displaysthemenupanel
NO QuitssetupandreturnstothepreviousdisplayOK Proceeds to the next panel
PRAM EnterstheparameternumbersetupmodeSET DisplaystheSETmenu
SLOT ReturnstotheslotselectionpanelUTIL Callstheutilitypanel
*COPY Printsoutparametersondisplay*FEED Paperfeed*LIST Listsallparametersinthemenu
*PON/POFF Automaticprintoutmodeonoroff*PRNT Changes to the print mode *GO Starts printing *STOP Cancels printing
*AvailableonBT200-P00(withprinter).
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3.3 Calling Up Menu AddressesCallingupmenuaddressesisasfollows.Pressmovementkeystomovethecursor.Usefunctionkeysandenterkeytomovethescreen.
"HOME" menu screen "SET" menu screen
Utility screen
Function screen
"ADJ" menu screen
[UTIL]
[SET]
[ESC]
[ADJ]
The utility screen contains the following items.1. ID settings for BT2002. Security code settings3. Selecting language of messages4. Display contrast settings for BT2005. Adjusting printout tone (BT200-P00 only)
F0312.ai
Startupscreen
Initial datascreen
Menuscreen
Parameterscreen
Setupscreen
MENUA:DISPLAYB:EASY SETUPC:BASIC SETUPD:TOTAL SETE:PULSE OUTF:STATUS I/OHOME SET ADJ ESC
MENUB:EASY SETUPC:BASIC SETUPD:TOTAL SETE:PULSE OUTF:STATUS I/OG:ANALOG I/OHOME SET ADJ ESC
MENUL:DIAGNOSISM:TESTN:EVENT MANAGEP:PROTECT
HOME SET ADJ ESC
PARAMA10:FLOW RATE(%) 0.0%A20:FLOW RATE 0.00000m3/hA21:FLW RATE(mA) 0.000mADATA DIAG PRNT ESC
PARAMB10:LANGUAGE EnglishB20:VOL DMP A/F 0.0sB21:VOL DMP P/T 0.0sDATA DIAG PRNT ESC
PARAML10:ADHESION CHK EnableL11:ADH LEVEL1 0.10MohmL12:ADH LEVEL2 0.50MohmDATA DIAG PRNT ESC
SETL10:ADHESION CHK Enable
ESC
FUNC1.MENU2.UPLOAD TO HHT3.DOWNLOAD TO INST4.PRINT ALL DATA
HOME SET ADJ
UTILITY1.ID2.SECURITY CODE3.LANGUAGE SELECT4.LCD CONTRAST5.PRINTER ADJUST
ESC
PARAM01:MODEL 02:TAG NO
03:SELF CHECK GOOD
OK
--WELCOME--BRAIN TERMINAL ID:
check connectionpush ENTER key
UTIL FEED
SETB10:LANGUAGE English
ESC
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3.4 Parameter Update and Upload/ Download Function
(1) Updating ParametersThedisplayofthefollowingparametersareupdatedautomaticallyeverysevenseconds.
Item Name Item NameA10 FLOWRATE(%) I54 ALM RECORD3A20 FLOWRATE I55 ALM TIME3A21 FLWRATE(mA) I56 ALM RECORD4A30 TOTAL1 I57 ALM TIME4A31 TOTAL2 K02 OPERATE TIMEA32 TOTAL3 K03 CUR DATEA33 TOTAL1 CNT K04 CUR TIMEA34 TOTAL2 CNT L16 ADHMEASVALA35 TOTAL3 CNT L17 ADHSTATUSC40 VELOCITYCHK L25 FL NOISE VALF14 SI3 STATE L26 FL NOISE STSG23 AI VALUE L31 CONDUCTIVITYH22 IEXPWRFREQ L40 VPEAKHOLDH23 MESPWRFREQ L41 IEXCOILRH37 MEAS TEMP L42 ELEC VOL AH38 CORRCT DENS L43 ELEC VOL BH42 CAL VALUE L44 EMPTY STSI50 ALM RECORD1 N21 RESTORE RSLTI51 ALM TIME1 P20 WRTPROTECTI52 ALM RECORD2 P23 SOFT SEALI53 ALM TIME2
(2) Upload/Download FunctionTheuploadfunctionisusedforcopyingtheparametersoftheinstrumenttoaBT200.ThedownloadfunctionisusedforsettingthecopiedparametersintheBT200intootherinstrument.Thefollowingparametersareavailable.
Item Name Item NameB10/J32 LANGUAGE B31/E14 P1 RATE VALB20/C12 VOLDMPA/F B32/E17 F1AT0%B21/C13 VOLDMPP/T B33/E18 F1AT100%B22/C32 VOL F UNIT B40/J10 LINE1 SELB23/C35 TIME UNIT B41/J11 LINE2 SELB24/C36 VOL F SPAN B42/J12 LINE3 SELB30/E13 P1 RATE UNIT B50/C51 AUTOZEROEXE
3.5 Parameter SettingThissectiondescribesproceduresforsettingparametersusingtheBT200.
IMPORTANTAftersettingandsendingdatawiththeBT200,wait30secondsbeforeturningoffthemagneticflowmeter.Ifitisturnedofftoosoon,thesettingswillnotbestoredinthemagneticflowmeter.
IMPORTANTBesuretoenablethewriteprotectfunctiontopreventtheoverwritingofparametersafterfinishingparametersetting.ReadtheinstallationmanualaslistedinTable1.1forthehardwarewriteprotectfunction,andSection4.14forthesoftwarewriteprotectfunction.
NOTEBeforeupdatinganysetting,besuretocheckthedatacontentyouwanttochangeasdescribed in Chapter 5.
3.5.1 Setting Example for Selection-Type Data: Flow rate units
Aprocedureofchangingflowunit[B22:VOLFUNIT]from“m3”to“l(liter)”isasfollows;(1) Moveto[B:EASYSETUP]→[B22:VOLF
UNIT].(2) Movetosetupscreen,selecttheflowunit.
Movethecursorto[l(liter)],presstheenterkey. Whentheselectedunitblinks,presstheenterkey.
F0313.ai
SETB22:VOL F UNIT m3
ESC
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(3) Theflowunithavebeenchangedto“l(liter)”. Pressthefunctionkey“F4”[OK],andthenthe
screen is back to the parameter screen. Pressthefunctionkey“F3”[NO],andthenthe
screenisbacktothesetupscreen.
F0314.ai
SETB22:VOL F UNIT l(liter)
FEED NO OK
3.5.2 Setting Example for Numeric-Type Data: Flow rate span
Aprocedureofchangingflowspan[B24:VOLFSPAN]from“100.000l/min”to“120.000l/min”.
(1) Moveto[B:EASYSETUP]→[B24:VOLFSPAN].
(2) Movetosetupscreen,entertheflowspanvalue.
Enterthevalue“120.000”,presstheenterkey. Whentheenteredvalueblinks,presstheenter
key.
F0315.ai
SETB24:VOL F SPAN 100.000l/min +120.000
DEL CLR ESC
(3) Theflowspanhavebeenchangedto“120.000l/min”.
Pressthefunctionkey“F4”[OK],andthenthescreen is back to the parameter screen.
Pressthefunctionkey“F3”[NO],andthenthescreenisbacktothesetupscreen.
F0316.ai
SETB24:VOL F SPAN 120.000l/min
FEED NO OK
3.5.3 Setting Example for Alphanumeric-Type Data: Tag No.
AprocedureofchangingTagNo.[K01:TAGNO]from“F-123”to“F-456”.
(1) Moveto[K:DEVICEINFO]→[K01:TAGNO].(2) Movetosetupscreen,entertheTagNo.. Enterthealphanumericcharacter“F-456”,
press the enter key. Whenenteredthealphanumericcharacter
blinks, press the enter key.
F0317.ai
SETK01:TAG NO F-123 F-456
CODE CAPS CLR ESC
(3) TheTagNo.havebeenchangedto“F-456”. Pressthefunctionkey“F4”[OK],andthenthe
screen is back to the parameter screen. Pressthefunctionkey“F3”[NO],andthenthe
screenisbacktothesetupscreen.
F0318.ai
SETK01:TAG NO F-456
FEED NO OK
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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 Settings4.1.1 OverviewThisinstrumentcansimultaneouslymeasuretheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoise.Themeasurementresultcanbeoutputasthecurrentoutput,frequencyoutput,pulseoutput,and/orstatusoutput.Thetablebelowshowsthecommunication/input-outputcodes,connectionterminals,andinputandoutputforeachterminal.Communication
and I/O code Connection TerminalBRAIN I/O1 I/O2 I/O3 I/O4DA
Iout1 Active
P/Sout1Passive
- -DB P/Sout2Passive
Iout2 Active
DC Sin No-voltageIout2 Active
DD Sout PassiveP/Sout2 Passive
DE Sin No-voltageP/Sout2 Passive
DF Sin No-voltage
P/Sout2 Active
(Withresistor)
DG Sin No-voltage
P/Sout2 Active
(Withoutresistor)DH Iout2 Passive
Iin Active
DJ P/Sout2PassiveIin
ActiveDK Sin No-voltage
Iin Active
Iout1:CurrentoutputwithBRAINcommunicationIout2: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.
BRAIN communication:C30:PVFLOWSEL►(seebelow)Velocity SetstheflowvelocitytothePrimary
Value.Volume Setsthevolumetricflowratetothe
PrimaryValue.Mass SetsthemassflowratetothePrimary
Value.Diag SetstheflownoisetothePrimaryValue.
Settingexample:IfthevolumetricflowrateissettoPV,andthevolumetricflowratespanissetto100 m3/hforuse,settheparametersasfollows. C30: PVFLOWSEL=“Volume” C32: VOLFUNIT=“m3” C35: TIMEUNIT=“/h” C37: VOLFSPAN=“100”
Settingexample:IfthemassflowrateissettoPV,withthemassflowratespanbeingsetto10,000kg/handthedensityto1000kg/m3foruse,settheparametersasfollows. H31: DENSITYUNIT=“kg/m3” H32: FIXEDDENS=“1000” C30: PVFLOWSEL=“Mass” C33: MASSFUNIT=“kg” C35: TIMEUNIT=“/h” C38: MASSFSPAN=“10000”
4.1.3 Display of the Process ValueTheflowvelocity,volumetricflowrate,massflowrate,totalizedvalue,calorie,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
Displaysthetotalizedvalueoftotalizer2.
Totalizer►Totalizer 3
Displaysthetotalizedvalueoftotalizer3.
Calorie Displays the calorie.
DisplayofflownoiseDevicesetup►Diag/Service►Diagnosis► Flownoise►Result►Value
BRAIN communication:A10:FLOWRATE(%) Displaystherangeratefortheprocess
valuesettothePrimaryValue.A20:FLOWRATE Displaystheprocessvaluesettothe
PrimaryValue.A30:TOTAL1 Displaysthetotalizedvalueoftotalizer1.A31:TOTAL2 Displaysthetotalizedvalueoftotalizer2.A32:TOTAL3 Displaysthetotalizedvalueoftotalizer3.H42:CALVALUE Displays the calorie.L25:FL NOISE VAL 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.
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Display menu path:PhysicalunitDevicesetup►Detailedsetup►Provar►(seebelow)Velocity►Unit Specifythephysicalunitoftheflow
velocity.Volume►Unit Specifythephysicalunitofthevolumetric
flowrate.Mass►Unit Specifythephysicalunitofthemassflow
rate.Calorie►Unit Specifythephysicalunitofthecalorie.
TimeunitDevicesetup►Detailedsetup►Provar►(seebelow)Volume►Timeunit Specifythetimeunitofthevolumetric
flowrate,massflowrate,orcalorie.Mass►TimeunitCalorie►Timeunit
BRAIN communication:PhysicalunitC31:VELO F UNIT Specifythephysicalunitoftheflow
velocity.B22/C32:VOLFUNIT Specifythephysicalunitofthevolumetric
flowrate.C33:MASS F UNIT Specifythephysicalunitofthemassflow
rate.C34:CAL UNIT Specifythephysicalunitofthecalorie.
TimeunitB23/C35:TIMEUNIT Specifythetimeunitofthevolumetric
flowrate,massflowrate,orcalorie.
4.1.5 Span SettingThespancanbespecifiedfortheflowvelocity,volumetricflowrate,massflowrate,calorie,andflownoise.However,thespanunitconformstothatspecifiedinSubsection4.1.4.Iftheunitischanged,thespanvalueischangedtothecorrespondingvaluesynchronouslywiththechangedunit.Thissettingcanbeconfiguredwiththefollowingparameters.
Display menu path:Devicesetup►Detailedsetup►Provar►(seebelow)Velocity►Span Specifythespanoftheflowvelocity.Volume►Span Specifythespanofthevolumetricflow
rate.Mass►Span Specifythespanofthemassflowrate.Calorie►Span Specifythespanofthecalorie.
Devicesetup►Diag/Service►Diagnosis►(seebelow)Flownoise►Span Specifythespanoftheflownoise.
BRAIN communication:C36:VELO F SPAN Specifythespanoftheflowvelocity.B24/C37:VOLFSPAN Specifythespanofthevolumetricflow
rate.C38:MASS F SPAN Specifythespanofthemassflowrate.C39:CAL F SPAN Specifythespanofthecalorie.L28:FL NOISE SPN 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.
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NOTEBesuretosettheflowrateunitinthebeginningwhenthespanvalueanditsflowrateunitarechanged at the same time.
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►(seebelow)Velocity► DampAO/F
Specifythedampingtimeconstanttowardflowvelocity.
Volume► DampAO/F
Specifythedampingtimeconstantofthevolumetricflowrate.
Mass►DampAO/F Specifythedampingtimeconstantofthemassflowrate.
Calorie► DampAO/F
Specifythedampingtimeconstantofthecalorie.
Pulseoutput/TotalizationDevicesetup►Detailedsetup►Provar►(seebelow)Velocity► Damppls/ttl
Specifythedampingtimeconstantoftheflowvelocity.
Volume► Damppls/ttl
Specifythedampingtimeconstantofthevolumetricflowrate.
Mass►Damppls/ttl Specifythedampingtimeconstantofthemassflowrate.
Calorie► Damppls/ttl
Specifythedampingtimeconstantofthecalorie.
• Flow noiseDevicesetup►Diag/Service►Diagnosis►(seebelow)Flownoise►Damp Specifythedampingtimeconstantofthe
flownoise.
BRAIN communication:Currentoutput/FrequencyoutputC10:VELODMPA/F Specifythedampingtimeconstantofthe
flowvelocity.B20/C12:VOLDMPA/F Specifythedampingtimeconstantofthe
volumetricflowrate.C14:MASSDMPA/F Specifythedampingtimeconstantofthe
massflowrate.C16:CALDMPA/F Specifythedampingtimeconstantofthe
calorie.
Pulseoutput/TotalizationC11:VELODMPP/T Specifythedampingtimeconstantofthe
flowvelocity.B21/C13:VOLDMPP/T Specifythedampingtimeconstantofthe
volumetricflowrate.C15:MASSDMPP/T Specifythedampingtimeconstantofthe
massflowrate.C17:CALDMPP/T Specifythedampingtimeconstantofthe
calorie.
Flow noiseL27:FL NOISE DMP Specifythedampingtimeconstantofthe
flownoise.
NOTETheoutputfluctuationincreaseswhenthedampingtimeconstantissettolowervalue.Set the damping time constant to 5 seconds or longerforcontrolprocessingapplication.
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►(seebelow)AO1►Lowcut Specifythelow-cutvalueofcurrent
output1.AO2►Lowcut Specifythelow-cutvalueofcurrent
output2.
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Frequencyoutput/PulseoutputDevicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1►Lowcut Specifythelow-cutvalueoffrequency
output1orpulseoutput1.PO2/SO2►Lowcut Specifythelow-cutvalueoffrequency
output2orpulseoutput2.
TotalizationDevicesetup►Detailedsetup►Totalizer►(seebelow)Totalizer1►Lowcut Specifythelow-cutvalueoftotalizer1.Totalizer2►Lowcut Specifythelow-cutvalueoftotalizer2.Totalizer3►Lowcut Specifythelow-cutvalueoftotalizer3.
BRAIN communication:CurrentoutputG01:AO1LOWCUT Specifythelow-cutvalueofcurrent
output1.G11:AO2LOWCUT Specifythelow-cutvalueofcurrent
output2.
Frequencyoutput/PulseoutputE15:P1LOWCUT Specifythelow-cutvalueoffrequency
output1orpulseoutput1.E37:P2LOWCUT Specifythelow-cutvalueoffrequency
output2orpulseoutput2.
TotalizationD12:TOT1LOWCUT Specifythelow-cutvalueoftotalizer1.D22:TOT2LOWCUT Specifythelow-cutvalueoftotalizer2.D32:TOT3LOWCUT Specifythelow-cutvalueoftotalizer3.
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
NOTENotethat,ifthelow-cutvalueislower,thetotalizationmightbecountedduetoaninfluenceofoutputfluctuationneartheoutput0%.Inparticular,iftheflowratespan,dampingtimeconstant,orconductivityissmallorlow,thetotalizationiseasilycountedwhentheflowrateis"0".Insuchacase,increasetheflowratespan,dampingtimeconstant,orlow-cutvalue.
NOTEWhentheoutputprocessvalueischanged,specifythelow-cutvalueagain.
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4.1.8 Sensor’s Nominal Size SettingTo combine the remote transmitter with other remotesensor,thenominalsizeoftheremotesensormustbespecified.Thissettingcanbeconfiguredwiththefollowingparameters.
Display menu path:Devicesetup►Detailedsetup►Sensor►(seebelow)Nominalsizeunit Specifytheunitofthenominalsize.Nominal size Specifythenominalsize.
BRAIN communication:C26:SIZE UNIT Specifytheunitofthenominalsize.C27: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.
BRAIN communication:H30:DENSITYSEL Selecttheuseofthetemperature-base
densitycorrectionfunction.*1H31:DENSITYUNIT Specifytheunitofthedensity.H32:FIXEDDENS Specifythefixeddensityvalue.H33:STDDENSITY Specifythereferencestandarddensity
valuetousethetemperature-basedensitycorrectionfunction.
H38:CORRCTDENS Displays the corrected density.
*1: Fromthetablebelow,selecttheuseofthetemperature-basedensitycorrectionfunction.
Fixedvalue Usesthefixeddensity(thedensityisnotcorrecteddependingonthetemperature).
Correctionvalue Uses the corrected density.
4.1.10 Temperature SettingThetemperaturesettingisrequiredtocalculatethecaloriedependingonitsdifferencefromthetemperaturethatisinputviathecurrentinputprocess.Fordetailsaboutthecaloriemeasurement,readSubsection4.7.6.Thissettingcanbeconfiguredwiththefollowingparameters.
Display menu path:Devicesetup►Detailedsetup►Provar►Temperature►(seebelow)Stdtemperature Specifythereferencestandard
temperaturetousethetemperature-basedensitycorrectionfunction.
Meastemperature Displaysthetemperaturethatisinputfromcurrentinput.
Fixedtemperature Specifythereferencetemperaturetouseforthecaloriecaluculationbytemperaturedifferencefromthetemperaturewhichisinputfromcurrentinput.
BRAIN communication:H34:STDTEMP Specifythereferencestandard
temperaturetousethetemperature-basedensitycorrectionfunction.
H37:MEASTEMP Displaysthetemperaturethatisinputfromcurrentinput.
H41:CALFIXTEMP Specifythereferencetemperaturetouseforthecaloriecaluculationbytemperaturedifferencefromthetemperaturewhichisinputfromcurrentinput.
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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
EntertheSettingMode.(ReadSection2.3)
•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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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.
BRAIN:B50:AUTOZEROEXE
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4.2 Totalization Function4.2.1 Totalized Value and Unit SettingThisfunctioncantotalizethevolumetricflowrate,massflowrate,andcalorie.Thisinstrumentprovidesthreetotalizers,whichcansimultaneouslyoperatethemforprocessvalues.Totalizer1isfortheprocessvaluePV-mappeddescribedinSubsection4.1.2.Totalizers2and3arefortheprocessvalueintheselectedunit.Thissettingcanbedisplayedandconfiguredwiththefollowingparameters.
Display menu path:Devicesetup►Detailedsetup►Totalizer►(seebelow)Totalizer1►Unit Displaystheunitoftotalizer1.Totalizer2►Unit Specifytheunitoftotalizer2.Totalizer3►Unit Specifytheunitoftotalizer3.
BRAIN communication:D10:TOT1 UNIT Displaystheunitoftotalizer1.D20:TOT2 UNIT Specifytheunitoftotalizer2.D30:TOT3 UNIT Specifytheunitoftotalizer3.
NOTETheflowvelocitycannotbetotalized.IftheflowvelocityisselectedasthePrimaryValue,totalizer1obtainsthevolumetricflowrateandunitbasedon"m3".
4.2.2 Totalized-Value Display and Totalizer Function
Thetotalizationresultcanbecheckedwiththetotalizedvalueoritsvaluewhichisscaledwiththeconversionfactor.Whenthetotalizedvalueisscaledwiththeconversionfactor,thespecifiedflowrateistotalizedin1-countincrements,whichcanbeusedasatotalizer.Ifthetotalizedvalueonthedisplayexceeds±99999999,themaximumvalueofthedisplayeddigits,thedisplayedvalueisresetto0.Inaddition,ifthevaluesofA30-A35exceedthelimitofthedisplayed digits, they are reset to 0 in the same way asthevalueonthedisplay.Thetotalizedvaluecanbedisplayedandspecifiedwiththefollowingparameters.
Display menu path:DisplayoftotalizedvalueDevicesetup►Detailedsetup►Totalizer►(seebelow)Totalizer 1 Displaysthetotalizedvalueoftotalizer1.Totalizer 2 Displaysthetotalizedvalueoftotalizer2.Totalizer 3 Displaysthetotalizedvalueoftotalizer3.
SettingoftheconversionfactorforscalingDevicesetup►Detailedsetup►Totalizer►(seebelow)Totalizer1► Convfactor
Specifytheconversionfactoroftotalizer1.
Totalizer2► Convfactor
Specifytheconversionfactoroftotalizer2.
Totalizer3► Convfactor
Specifytheconversionfactoroftotalizer3.
DisplayofthetotalizedvaluethatisscaledwiththeconversionfactorDevicesetup►Detailedsetup►Totalizer►(seebelow)Totalizer1count Displaysthescaledtotalized-valueof
totalizer 1.Totalizer2count Displaysthescaledtotalized-valueof
totalizer 2.Totalizer3count Displaysthescaledtotalized-valueof
totalizer 3.
BRAIN communication:DisplayoftotalizedvalueA30:TOTAL1 Displaysthetotalizedvalueoftotalizer1.A31:TOTAL2 Displaysthetotalizedvalueoftotalizer2.A32:TOTAL3 Displaysthetotalizedvalueoftotalizer3.
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SettingoftheconversionfactorforscalingD11:TOT1 CONV FC Specifytheconversionfactoroftotalizer
1.D21:TOT2 CONV FC Specifytheconversionfactoroftotalizer
2.D31:TOT3 CONV FC Specifytheconversionfactoroftotalizer
3.
DisplayofthetotalizedvaluethatisscaledwiththeconversionfactorA33:TOTAL1 CNT Displaysthescaledtotalized-valueof
totalizer 1.A34:TOTAL2 CNT Displaysthescaledtotalized-valueof
totalizer 2.A35:TOTAL3 CNT Displaysthescaledtotalized-valueof
totalizer 3.
Example:Settheunitoftotalizer2to"m3" and the conversion factorto"2".→Ifthetotalizedvalueoftotalizer2issetto"10.123
m3",thetotalizedvalueisscaledto"10.123÷2=5".
NOTEIfMainsoftrev(K50:MAINBREV/Mainsoftrev)isR1.01.07orearlier,orIndsoftrev(K52:INDBREV/Indsoftrev)isR2.01.01orearlier,thetotalizedvalueonthedisplayisheldattheupperlimitifitexceeds±99999999,themaximumvalueofthedisplayeddigits.Inaddition,ifthevaluesofA30-A35exceedthelimitofthedisplayeddigits,theyareheldattheupperlimitinthesamewayasthevalueonthedisplay. Fordetailsabouthowtocheckthedevicerevision(MainsoftrevandIndsoftrev),refertoSubsection4.10.2.
4.2.3 Totalization Switch FunctionThetotalizationswitchfunctionisavailablewhenthetargetvalue(setpoint)tobetotalizedisspecifiedusingthetotalizationfunction.Thetotalizationswitchfunctioncomparesthespecifiedtargetvaluewiththetotalizedvaluetooutputtheresultwiththestatusoutput.Thestatusoutputisactivewhilethetotalizedvalueisoutofthespecifiedtargetvalue.Evenifthetotalizedvalueexceedsthedisplayeddigitlimitandisresetto0underthatstate,thestatusoutputremains active.Fordetailsabouttheoutput,activedirection,andstatusoutputfunctionsettingforeachterminal,readSection 4.3.Thissettingcanbeconfiguredwiththefollowingparameters.
Display menu path:Devicesetup►Detailedsetup►Totalizer►(seebelow)Totalizer1► Set point
Specifythetargetvalueoftotalizer1.
Totalizer2► Set point
Specifythetargetvalueoftotalizer2.
Totalizer3► Set point
Specifythetargetvalueoftotalizer3.
BRAIN communication:D18:TOT1 SETPNT Specifythetargetvalueoftotalizer1.D28:TOT2 SETPNT Specifythetargetvalueoftotalizer2.D38:TOT3 SETPNT Specifythetargetvalueoftotalizer3.
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.
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4.2.4 Totalizer Operation at Alarm Occurrence
Thetotalizeroperationcanbespecifiedtodealwithanalarmthataffectsthetotalizationfunction.Thissettingcanbeconfiguredwiththefollowingparameters.
Display menu path:Devicesetup►Detailedsetup►Totalizer►(seebelow)Totalizer1► Failureopts
Specifythetotalizer1operationtobeperformedwhenanalarmhasoccurred.*1
Totalizer2► Failureopts
Specifythetotalizer2operationtobeperformedwhenanalarmhasoccurred.*1
Totalizer3► Failureopts
Specifythetotalizer3operationtobeperformedwhenanalarmhasoccurred.*1
BRAIN communication:D13:TOT1 F OPTS Specifythetotalizer1operationto
beperformedwhenanalarmhasoccurred.*1
D23:TOT2 F OPTS Specifythetotalizer2operationtobeperformedwhenanalarmhasoccurred.*1
D33:TOT3 F OPTS Specifythetotalizer3operationtobeperformedwhenanalarmhasoccurred.*1
*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►(seebelow)Totalizer1► Start/Stop
SetsStart/Stoptothetotalizationfunctionoftotalizer1.
Totalizer2► Start/Stop
SetsStart/Stoptothetotalizationfunctionoftotalizer2.
Totalizer3► Start/Stop
SetsStart/Stoptothetotalizationfunctionoftotalizer3.
BRAIN communication:D15:TOT1EXEC SetsStart/Stoptothetotalizationfunction
oftotalizer1.D25:TOT2EXEC SetsStart/Stoptothetotalizationfunction
oftotalizer2.D35:TOT3EXEC SetsStart/Stoptothetotalizationfunction
oftotalizer3.
NOTEThetotalizationfunctionissetto"Stop"uponshipmentfromthemanufacturingplant.Tostartthetotalizationfunction,besuretosetitto"Start".
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4.2.6 Totalization Direction SettingThetotalizationdirectioncanbespecifiedtousethetotalizationfunction.Thissettingcanbeconfiguredwiththefollowingparameters.
Display menu path:Devicesetup►Detailedsetup►Totalizer►(seebelow)Totalizer1►Options Specifythetotalizationdirectionof
totalizer1.*1Totalizer2►Options Specifythetotalizationdirectionof
totalizer2.*1Totalizer3►Options Specifythetotalizationdirectionof
totalizer3.*1
BRAIN communication:D14:TOT1 OPTS Specifythetotalizationdirectionof
totalizer1.*1D24:TOT2 OPTS Specifythetotalizationdirectionof
totalizer2.*1D34:TOT3 OPTS Specifythetotalizationdirectionof
totalizer3.*1
*1: Fromthetablebelow,selectthetotalizationdirection.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►(seebelow)Totalizer1► Reset/Preset
Usesthereset/presetfunctionof totalizer1.*1
Totalizer2► Reset/Preset
Usesthereset/presetfunctionof totalizer2.*1
Totalizer3► Reset/Preset
Usesthereset/presetfunctionof totalizer3.*1
PresetvaluesettingDevicesetup►Detailedsetup►Totalizer►(seebelow)Totalizer1► Presetvalue
Specifythepresetvalueoftotalizer1.
Totalizer2► Presetvalue
Specifythepresetvalueoftotalizer2.
Totalizer3► Presetvalue
Specifythepresetvalueoftotalizer3.
BRAIN communication:Useofthereset/presetfunctionD16:TOT1 PRESET Usesthereset/presetfunctionof
totalizer1.*1D26:TOT2 PRESET Usesthereset/presetfunctionof
totalizer2.*1D36:TOT3 PRESET Usesthereset/presetfunctionof
totalizer3.*1
PresetvaluesettingD17:TOT1 PRE VAL Specifythepresetvalueoftotalizer1.D27:TOT2 PRE VAL Specifythepresetvalueoftotalizer2.D37:TOT3 PRE VAL Specifythepresetvalueoftotalizer3.
*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/O2terminal.*1
PO2/SO2► Outputmode
SpecifytheoutputoftheI/O3orI/O4terminal.*1
BRAIN communication:E10:P1 OUT MODE SpecifytheoutputoftheI/O2terminal.*1E31:P2 OUT MODE SpecifytheoutputoftheI/O3orI/O4
terminal.*1
*1: Fromthetablebelow,selecttheoutputofeachterminal.Nofunction Doesnotusetheterminal.Fixedpulseoutput Setstheoutputtothefixedpulseoutput.Frequencyoutput Setstheoutputtothefrequencyoutput(Duty
50%).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/O3orI/O4terminal.*1
BRAIN communication:E32:P2 SELECT SpecifytheoutputoftheI/O3orI/O4
terminal.*1
*1: Fromthetablebelow,selecttheoutputoftheI/Oterminal.Non-Connect NooutputVelocity Setstheflowvelocitytotheoutput.Volumeflow Setsthevolumetricflowratetotheoutput.Massflow Setsthemassflowratetotheoutput.Calorie Setsthecalorietotheoutput.Diag Setstheflownoisetotheoutput.
4.3.3 Pulse Width SettingThepulsewidthcanbeselectedtousethepulseoutput.Thissettingcanbeconfiguredwiththefollowingparameters.
Display menu path:Devicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1► Fix width
SpecifythepulsewidthoftheI/O2terminal.*1
PO2/SO2► Fix width
SpecifythepulsewidthoftheI/O3orI/O4terminal.*1
BRAIN communication:E12:P1WIDTH SpecifythepulsewidthoftheI/O2
terminal.*1E34:P2WIDTH SpecifythepulsewidthoftheI/O3orI/O4
terminal.*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
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IM 01E22A02-01EN
4.3.4 Active Direction SettingWhetherthepulsesignalissetonorofftoenabletheactivemodecanbespecifiedwhenthepulseoutputorstatusoutputisused.Thissettingcanbeconfiguredwiththefollowingparameters.
Display menu path:Devicesetup►Detailedsetup► Pulse/Statusout►(seebelow)PO1/SO1► Active mode
Specifytheactivedirec