YOKOGAWA YTA610 User manual

User’s
Manual YTA610 and YTA710
Temperature Transmitters
(HART Protocol)
IM 01C50T01-02EN
IM 01C50T01-02EN
4th Edition

Toc-1
IM 01C50T01-02EN
YTA610 and YTA710
Temperature Transmitters
(HART Protocol)
IM 01C50T01-02EN 4th Edition
CONTENTS
1. Introduction .............................................................................................. 1-1
■ Regarding This Manual ............................................................................................... 1-1
■ For Safe Use of Product .............................................................................................. 1-2
■ Warranty ........................................................................................................................ 1-2
1.1 Matching of DD and Instruments ................................................................... 1-3
2. Connection................................................................................................ 2-1
2.1 Integral Indicator Display When Powering On .............................................. 2-1
2.2 Interconnection between YTA and HART Conguration Tool ..................... 2-1
2.3 Power Supply Voltage and Load Resistance................................................. 2-1
3. Parameter Setting..................................................................................... 3-1
3.1 Menu Tree .......................................................................................................... 3-1
3.2 Parameter Description ................................................................................... 3-10
3.3 Review.............................................................................................................. 3-11
3.4 Basic Setup...................................................................................................... 3-12
3.4.1 SensorConguration ....................................................................... 3-12
3.4.2 ProcessVariableMapping ............................................................... 3-12
3.4.3 Unit................................................................................................... 3-13
3.4.4 PVRange......................................................................................... 3-13
3.4.5 DampingTimeConstant .................................................................. 3-13
3.5 Detailed Setup ................................................................................................. 3-14
3.5.1 DeviceInformation ........................................................................... 3-14
3.5.2 TestOutput....................................................................................... 3-14
3.5.3 BurnoutFunction.............................................................................. 3-15
3.5.4 IntegralIndicatorDisplayMode ....................................................... 3-15
3.5.5 Write Protect .................................................................................... 3-16
3.5.6 SensorTrim...................................................................................... 3-17
3.5.7 AnalogOutputTrim .......................................................................... 3-17
3.5.8 SensorBackup(Fordualinputtypeonly)........................................ 3-18
3.5.9 BurstMode....................................................................................... 3-18
3.5.10 MultidropMode ................................................................................ 3-21
4thEdition:Aug.2019(YK)
AllRightsReserved,Copyright©2016,YokogawaElectricCorporation

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IM 01C50T01-02EN
3.5.11 SensorMatchingFunction............................................................... 3-21
3.5.12 CJCSelection .................................................................................. 3-23
3.5.13 TCUserTable .................................................................................. 3-23
3.5.14 Simulation ........................................................................................ 3-23
3.5.15 Squawk ............................................................................................ 3-24
3.5.16 OutputFluctuationSuppression ...................................................... 3-24
4. Diagnostics ............................................................................................... 4-1
4.1 Self-Diagnostics................................................................................................ 4-1
4.1.1 CheckingforProblems ...................................................................... 4-1
4.1.2 StatusInformation.............................................................................. 4-1
4.2 Logging Functions............................................................................................ 4-4
4.3 Diagnostics Function ....................................................................................... 4-4
5. Parameters Lists ...................................................................................... 5-1
Appendix A. Safety Instrumented Systems Installation .............................A-1
A.1 Scope and Purpose ........................................................................................ A-1
A.1.1 HardwareandSoftwareRevision ......................................................A-1
A.2 Using the YTA for an SIS Application ............................................................ A-1
A.2.1 SafetyAccuracy ................................................................................A-1
A.2.2 DiagnosticResponseTime...............................................................A-1
A.2.3 Setup.................................................................................................A-1
A.2.4 RequiredParameterSettings ...........................................................A-1
A.2.5 ProofTesting .....................................................................................A-2
A.2.6 RepairandReplacement..................................................................A-3
A.2.7 StartupTime......................................................................................A-3
A.2.8 FirmwareUpdate ..............................................................................A-3
A.2.9 ReliabilityData ..................................................................................A-3
A.2.10 LifetimeLimits ...................................................................................A-3
A.2.11 EnvironmentalLimits.........................................................................A-3
A.2.12 ApplicationLimits ..............................................................................A-3
A.3 Terms and Denitions ..................................................................................... A-3
Revision Information

<1. Introduction>1-1
IM 01C50T01-02EN
1. Introduction
ThankyouforpurchasingtheYTAseries
TemperatureTransmitter.
TheYTAseriesTemperatureTransmittersare
correctlycalibratedatthefactorybeforeshipment.
Toensurecorrectande󰀩cientuseofthe
instrument,pleasereadthismanualthoroughly
andfullyunderstandhowtooperatetheinstrument
beforeoperatingit.
Thismanualdescribesthatcommunication
functionofYTAseriesconformstoHARTprotocol
ando󰀨ersinstructionforsettingparametersfor
YTATemperatureTransmitters.Inregardstothe
installation,wiringandmaintenanceoftheYTA
seriesTemperatureTransmitter,pleasereferto
theInstructionManual“YTA610andYTA710
TemperatureTransmittersHardwareManual
IM 01C50G01-01EN.”
■ Regarding This Manual
• Thismanualshouldbepassedontotheend
user.
• Thecontentsofthismanualaresubjectto
changewithoutpriornotice.
• Allrightsreserved.Nopartofthismanualmay
bereproducedinanyformwithoutYokogawa’s
writtenpermission.
• Yokogawamakesnowarrantyofanykindwith
regardtothismanual,including,butnotlimited
to,impliedwarrantyofmerchantabilityand
tnessforaparticularpurpose.
• Ifanyquestionarisesorerrorsarefound,orif
anyinformationismissingfromthismanual,
pleaseinformthenearestYokogawasales
o󰀩ce.
• Thespecicationscoveredbythismanualare
limitedtothoseforthestandardtypeunderthe
speciedmodelnumberbreak-downanddonot
covercustom-madeinstrument.
• Pleasenotethatchangesinthespecications,
construction,orcomponentpartsofthe
instrumentmaynotimmediatelybereected
inthismanualatthetimeofchange,provided
thatpostponementofrevisionswillnotcause
di󰀩cultytotheuserfromafunctionalor
performancestandpoint.
• Thefollowingsafetysymbolmarksareusedin
thisManual:
WARNING
Indicatesapotentiallyhazardoussituationwhich,
ifnotavoided,couldresultindeathorserious
injury.
CAUTION
Indicatesapotentiallyhazardoussituationwhich,
ifnotavoided,mayresultinminorormoderate
injury.Itmayalsobeusedtoalertagainstunsafe
practices.
IMPORTANT
Indicatesthatoperatingthehardwareorsoftware
inthismannermaydamageitorleadtosystem
failure.
NOTE
Drawsattentiontoinformationessentialfor
understandingtheoperationandfeatures.

<1. Introduction>1-2
IM 01C50T01-02EN
■ For Safe Use of Product
Fortheprotectionandsafetyoftheoperator
andtheinstrumentorthesystemincludingthe
instrument,pleasebesuretofollowtheinstructions
onsafetydescribedinthismanualwhenhandling
thisinstrument.Incasetheinstrumentishandledin
contradictiontotheseinstructions,Yokogawadoes
notguaranteesafety.Pleasegiveyourattentionto
thefollowings.
(a) Installation
• Theinstrumentmustbeinstalledbyanexpert
engineeroraskilledpersonnel.Theprocedures
describedaboutINSTALLATIONarenot
permittedforoperators.
• Incaseofhighprocesstemperature,care
shouldbetakennottoburnyourselfbecause
thesurfaceofthecasereachesahigh
temperature.
• Allinstallationshallcomplywithlocalinstallation
requirementandlocalelectricalcode.
(b) Wiring
• Theinstrumentmustbeinstalledbyanexpert
engineeroraskilledpersonnel.Theprocedures
describedaboutWIRINGarenotpermittedfor
operators.
• Pleaseconrmthatvoltagesbetweenthe
powersupplyandtheinstrumentbefore
connectingthepowercablesandthatthe
cablesarenotpoweredbeforeconnecting.
(c) Maintenance
• Pleasedonotcarryoutexceptbeingwritten
toamaintenancedescriptions.Whenthese
proceduresareneeded,pleasecontactnearest
YOKOGAWAo󰀩ce.
• Careshouldbetakentopreventthebuildupof
drift,dustorothermaterialonthedisplayglass
andnameplate.Incaseofitsmaintenance,soft
anddryclothisused.
(d) Modication
• Yokogawawillnotbeliableformalfunctionsor
damageresultingfromanymodicationmade
tothisinstrumentbythecustomer.
(e) Product Disposal
 Theinstrumentshouldbedisposedofin
accordancewithlocalandnationallegislation/
regulations.
(f) Authorized Representative in EEA
 InrelationtotheCEMarking,Theauthorized
representativeforthisproductintheEEA
(EuropeanEconomicArea)is:
 YokogawaEuropeB.V.
 Euroweg2,3825HDAmersfoort,The
Netherlands
■ Warranty
• Thewarrantyshallcovertheperiodnotedon
thequotationpresentedtothepurchaseratthe
timeofpurchase.Problemsoccurredduringthe
warrantyperiodshallbasicallyberepairedfree
ofcharge.
• Incaseofproblems,thecustomershould
contacttheYokogawarepresentativefrom
whichtheinstrumentwaspurchased,orthe
nearestYokogawao󰀩ce.
• Ifaproblemariseswiththisinstrument,
pleaseinformusofthenatureoftheproblem
andthecircumstancesunderwhichit
developed,includingthemodelspecication
andserialnumber.Anydiagrams,dataand
otherinformationyoucanincludeinyour
communicationwillalsobehelpful.
• Responsiblepartyforrepaircostforthe
problemsshallbedeterminedbyYokogawa
basedonourinvestigation.
• ThePurchasershallbeartheresponsibilityfor
repaircosts,evenduringthewarrantyperiod,if
themalfunctionisdueto:
- Improperand/orinadequatemaintenanceby
thepurchaser.
- Failureordamageduetoimproperhandling,
useorstoragewhichisoutofdesign
conditions.
- Useoftheproductinquestioninalocation
notconformingtothestandardsspeciedby
Yokogawa,orduetoimpropermaintenance
oftheinstallationlocation.
- Failureordamageduetomodicationor
repairbyanypartyexceptYokogawaoran
approvedrepresentativeofYokogawa.
- Malfunctionordamagefromimproper
relocationoftheproductinquestionafter
delivery.
- Reasonofforcemajeuresuchasres,
earthquakes,storms/oods,thunder/
lightening,orothernaturaldisasters,or
disturbances,riots,warfare,orradioactive
contamination.

<1. Introduction>1-3
IM 01C50T01-02EN
1.1 Matching of DD and
Instruments
BeforeusingaHARTcongurationtool,conrm
thattheDDfortheinstrumentisinstalledinthe
congurationtool.
Devicetype:
Device Revision:
DD Revision:
ThedevicerevisionofthetransmitterandDDcan
beconrmedasshownbelow.IfthecorrectDDis
notinstalledinthecongurationtool,downloadit
fromtheo󰀩cialwebsiteofFieldCommGroup.
(1) Conrmation of device revision for the
transmitter
• Conrmationonintegralindicator
 (AcaseofintegralindicatorcodeDisspecied)
Refer to the section 2.1
• ConrmationbyusingHARTcongurationtool
a)Connectthecongurationtooltothe
transmitter.
b)Conrmnumericalnumberdisplayedon“Fld
devrev”column.
• Proceduretocallupthedisplay
 DeviceSetup→DetailedSetup→Device
Information→Revision#’s→Flddevrev
(2) Conrmation of device revision for the
conguration tool
Conrmthedevicerevisionfromtheinstalled
DDlenameaccordingtotheprocedure
providedforthecongurationtool.
Thersttwodigitsindicatethedevicerevision
andthenexttwodigitsindicatetheDDrevision.
0201.XXX
DD revision
Device revision
NOTE
DevicerevisionofDDleisgiveninhexadecimal.

<2. Connection> 2-1
IM 01C50T01-02EN
2. Connection
2.1 Integral Indicator Display
When Powering On
Formodelswiththeintegralindicatorcode“D”,the
displayshowsallsegmentsintheLCDandthen
changestothedisplaysshownbelowsequentially.
All segments display
↓
Model name
↓
Communication Protocol
Device revision
↓
Software revision
↓
Process variable display
F0201.ai
2.2 Interconnection between
YTA and HART Conguration
Tool
TheHARTcongurationtoolcaninterfacewiththe
transmitterfromthecontrolroom,thetransmitter
site,oranyotherwiringterminationpointinthe
loop.Tocommunicate,thetoolmustbeconnected
tothesignallineinparallelwiththetransmitter;the
connectionsarenon-polarized.TheHARTdigital
signalissuperimposedontheanalogsignal.
Figure2.1illustratesthewiringconnectionsfor
directinterfaceatthetransmittersitefortheYTA.
TheHARTcongurationtoolcanbeusedfor
remoteaccessfromanyterminalstripaswell.
USB
FieldMate
Modem
Relaying
terminals
Distributor
Control room
Terminal
board
USB
PC/FieldMate
HART configuration tool
F0202.ai
YTA
Figure 2.1 Connecting the HART Conguration
Tool
2.3 Power Supply Voltage and
Load Resistance
Whenconguringtheloop,makesurethatthe
externalloadresistanceiswithintherangeinthe
gurebelow.
600
250
0 10.5 16.6 25.2 42
External
load
resistance
R (Ω)
Power supply voltage E (V) F0203.ai
Digital
Communication
range
BRAIN and HART
R= E–10.5
0.0244
Figure 2.2

<3. Parameter Setting >3-1
IM 01C50T01-02EN
3. Parameter Setting
IMPORTANT
Donotturno󰀨thepowertothetransmitter
immediatelyaftertransferofthedatafromHART
Communicator.Ifthetransmitteristurnedo󰀨in
lessthan30secondsafterparametershasbeen
set,thesettingdatawillnotbestoredandthe
transmitterwillreturntotheprevioussettings.
NOTE
ParametersandfunctionsinregardstoSensor2
areo󰀨eredonlyfordoublesensorinputs
specication.
3.1 Menu Tree
ThestructureofmenutreevariesaccordingtocongurationtoolbasedonDDorDTM.
Root Menu
See page 3-2
See page 3-3 to 3-5
See page 3-6
See page 3-7 to 3-8
F0301-1.ai
Device setup
Process variable
Diag/Service
Basic setup
Detailed setup
Review See page 3-9
(M): Method
(E): Edit display
• Device root menu
Device setup
• Diagnostics root menu
Diag/Service
• Process variables root menu
Process variables
• Maintenance root menu
Device Status
Test Device
Calibration

<3. Parameter Setting >3-2
IM 01C50T01-02EN
F0301-2.ai
Process variables Sensor1 Value*1
PV ％ rnge
Loop current
Device Variables
Dynamic Variables
Sensor1
Sensor1-Terminal
Terminal
Sensor2
Sensor2-Terminal
Sensor1-Sensor2
Sensor2-Sensor1
Average
Sensor Backup
Sns1 Value
Sns1 Unit
Sns1 PDQ
Sns1 LS
PV
SV
TV
QV
S2-T Value
S2-T Unit
S2-T PDQ
S2-T LS
SnsBck Value
SnsBck Unit
SnsBck PDQ
SnsBck LS
PV is
Sns1*1 Value
Sns1*1 Unit
Sns1*1 PDQ
Sns1*1 LS
S1-S2 Value
S1-S2 Unit
S1-S2 PDQ
S1-S2 LS
SV is
Term*1 Value
Term*1 Unit
Term*1 PDQ
Term*1 LS
TV is
Term*1 Value
Term*1 Unit
Term*1 PDQ
Term*1 LS QV is
Term*1 Value
Term*1 Unit
Term*1 PDQ
Term*1 LS
S1-T Value
S1-T Unit
S1-T PDQ
S1-T LS
Term Value
Term Unit
Term PDQ
Term LS
Sns2 Value
Sns2 Unit
Sns2 PDQ
Sns2 LS
S2-S1 Value
S2-S1 Unit
S2-S1 PDQ
S2-S1 LS
AV Value
AV Unit
AV PDQ
AV LS
*1: Parameter depends on the process variable mapping.

<3. Parameter Setting >3-3
IM 01C50T01-02EN
F0301-3.ai
Diag/Service Device Status
Diagnostics
Sensor Max/Min Log
Status Log
(Page 3-5)
Test Device
(Page 3-5)
Calibration
(Page 3-5)
Current Dev Status
Device Status Mask
Condensed Status
Map
Status group 0 Mask
Status group 1 Mask
Status group 2 Mask
Status group 3 Mask
Status group 4 Mask
Status group 5 Mask
Status group 14 Mask
Status group 15 Mask
Sensor Diag
Temp Cycle Diag*2
Voltage Interrupt
Sns1 Value Max
Sns1 Value Min
Sns2 Value Max
Sns2 Value Min
Term Value Max
Term Value Min
reset Sns Max/Min (M)
See next page 3-4
Sensor1 Diag Info
Sensor2 Diag Info
Sensor Diag Setting
Temp Cycle Condition
Temp Cycle Setting
Interrupt Count
Last Interrupt Time
S1 RP23
S1 RC1
S1 RC2
S1 RC3
S1 RC4
S2 RP43
S2 RC4
S2 RC3
S1 TC Short Thrshld*2
S1 RTD Corr Thrshld*2
S2 TC Short Thrshld*2
S2 RTD Corr Thrshld*2
Sns Drift Thrshld
Sns Drift Th Unit
Temp Cycle S1 Cnt
Temp Cycle S2 Cnt
rst Temp Cycle Cnt (M)
Temp Cycle Lwr Val
Temp Cycle Upr Val
Temp Cy Alm Thrsld
Temp Cycle Val Unit
Device status
Ext Dev Sts
Dev Diag Sts 0
Dev Diag Sts 1
Status group 0
Status group 1
Status group 2
Status group 3
Status group 4
Status group 5
Status group 14
Status group 15
Cfg chng count
clear More Sts Flg(M)
clear Cfg Chgd Flg(M)
*2: Applicable only for YTA710.

<3. Parameter Setting >3-4
IM 01C50T01-02EN
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Diag/Service
Device Status Condensed Status
Map
Device status Map
Ext dev Sts Map
Dev Diag Sts 0 Map
Dev Diag Sts 1 Map
Status group 0 Map
Status group 1 Map
Status group 2 Map
Status group 3 Map
Status group 4 Map
Status group 5 Map
Status group 14 Map
Status group 15 Map
rst Condensed Sts(M)
PV Out of Limits
Non-PV Out of Limits
AO Saturated
AO Fixed
More Sts Available
Cold Start
Config Changed
Device Malfunction
Maintenance required
Device variable alert
Failure
Out of Specification
Function Check
Simulation active
NV memory failure
RAM error
Watchdog reset
Env cnd out of range
Electronic failure
Device config locked
Status sim active
Event overflow
CPU Fail
Sensor NV Fail
Temp NV Fail
AD Conv Fail
Main Rvrs Calc Fail
Temp Rvrs Calc Fail
Temp Voltage Fail
Comm NV Fail
Temp NV Warning
Int Comm Fail
Sensor1 Failure
Sensor2 Failure
Sensor1 Short*2
Sensor2 Short*2
Sensor1 Corrosion*2
Sensor2 Corrosion*2
Sensor1 Signal Error
Sensor2 Signal Error
Terminal Sensor Fail
Backup Sensor1 Fail
Backup Sensor2 Fail
Sensor Drift
Sensor1 Temp Cycle*2
Sensor2 Temp Cycle*2
Output Too Low
Output Too High
Sensor1 Temp Low
Sensor1 Temp High
Sensor2 Temp Low
Sensor2 Temp High
Amb Temp Low
Amb Temp High
LRV Too Low
LRV Too High
URV Too Low
URV Too High
Span Too Small
Illegal PV Cfg
Illegal Sensor1 Cfg
Illegal Sensor2 Cfg
Output Manual Mode
*2: Applicable only for YTA710.

<3. Parameter Setting >3-5
IM 01C50T01-02EN
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Diag/Service Status Log
Test Device
Calibration
Status Log0
Status Log1
Status Log2
Status Log3
Status Log4
Status Log5
Status Log6
Status Log7
Status Log8
Status Log9
exec Loop Test (M)
exec Self Test (M)
exec Device Reset (M)
exec Squawk (M)
Device Variable Test
Device Status Test
Auto Release Time
Sensor trim
PV Re-range
AO Trim
Log Time n
Primary Dev Sts n
Secondary Dev Sts n
Ext Dev Sts n
Dev Diag Sts 0 n
Dev Diag Sts 1 n
Status group 0 n
Status group 1 n
Status group 2 n
Status group 3 n
Status group 4 n
Status group 5 n
Status group 14 n
Status group 15 n
en/ds Dev Sts Sim (M)
Current Dev Status
Sensor1 Trim
Sensor2 Trim
Sns1 Value*1
PV LRV
PV URV
Range values (E)
Apply values (M)
Loop current
set AO Trim (M)
reset AO Trim (M)
enable Dev Var Sim (M)
disable Dev Var Sim (M)
Device Variables
Sns1 Value
Sns1 Trim Unit
Sns1 Lower Trim
Sns1 Upper Trim
set Sensor1 Trim (M)
reset Sensor1 Trim (M)
Sns2 Value
Sns2 Trim Unit
Sns2 Lower Trim
Sns2 Upper Trim
set Sensor2 Trim
reset Sensor2 Trim
n: 0 to 9
Device status
Ext Dev Sts
Dev Diag Sts 0
Dev Diag Sts 1
Status group 0
Status group 1
Status group 2
Status group 3
Status group 4
Status group 5
Status group 14
Status group 15
Cfg chng count
clear More Sts Flg(M)
clear Cfg Chgd Flg(M)
*1: Parameter depends on the process variable mapping.

<3. Parameter Setting >3-6
IM 01C50T01-02EN
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Basic setup Sensor Basic Setup
PV Basic Setup
AO Basic Setup
Sensor1 Basic Setup
Sensor2 Basic Setup
CJC Setup
Term Basic Setup
Sensor1 Value
Sensor1 Probe Setup
Sensor1 Others
PV is
Sns1 Value*1
Sns1 Unit*1
PV Re-range
Sensor2 Value
Sensor2 Probe Setup
Sensor2 Others
Term Value
Term Unit
Term Damp
Sns1 Value*1
PV LRV
PV URV
Range values (E)
Apply values (M)
Sns1 Unit
Sns1 Damp
set Sns2 Probe (M)
Sns2 Probe Type
Sns2 Wire
Sns2 2wire Resist
set Sns2 Matching (M)
Sns2 CVD R0
Sns2 CVD A
Sns2 CVD B
Sns2 CVD C
Sns2 CVD Alpha
Sns2 CVD Delta
Sns2 CVD Beta
Loop current mode
Loop current
AO lower endpoint
AO upper endpoint
AO Lower Limit
AO Upper Limit
AO Sensor BO Dir
AO Sns BO Usr Val
AO Sensor BO Unit
AO Damping
AO Damp Point
AO Alrm typ
Sns2 Unit
Sns2 Damp
Sns1 Value
set Sns1 Probe (M)
Sns1 Probe Type
Sns1 Wire
Sns1 2wire Resist
set Sns1 Matching (M)
Sns1 CVD R0
Sns1 CVD A
Sns1 CVD B
Sns1 CVD C
Sns1 CVD Alpha
Sns1 CVD Delta
Sns1 CVD Beta
set CJC Type (M)
CJC Type
Fixed CJC Temp
Fixed CJC Unit
Sns2 Value
*1: Parameter depends on the process variable mapping.

<3. Parameter Setting >3-7
IM 01C50T01-02EN
F0301-7.ai
Detailed setup Sensor Setup
PV Setup
AO Setup
Display Setup
Burst Setup
(Page 3-8)
HART setup
(Page 3-8)
Device information
(Page 3-8)
Sensor1 Setup
Sensor2 Setup
Terminal Setup
Sensor Backup
Sensor1 Basic Setup
Sensor1 Range
Sensor1 Status
PV Basic Setup
Sns1*1 LSL
Sns1*1 USL
Sns1*1 Min Span
Sensor2 Basic Setup
Sensor2 Range
Sensor2 Status
recover Sensor (M)
Sensor Backup State
See page 3-6
PV Basic Setup
AO Basic Setup See page 3-6
AO Basic Setup
Sns1 LSL
Sns1 USL
Sns1 Min Span
Sns1 PDQ
Sns1 LS
Sns1 Family Status
Sns1 Family Status 0
See page 3-6 Sensor1
Basic Setup
Sns2 LSL
Sns2 USL
Sns2 Min Span
Sns2 PDQ
Sns2 LS
Sns2 Family Status
Sns2 Family Status 0
See page 3-6 Sensor2
Basic Setup
Term Basic Setup
CJC Setup
Terminal Range
Terminal Status
See page 3-6 CJC
Setup
Term LSL
Term USL
Term Min Span
Term PDQ
Term LS
Term Family Status
Disp Info Select
Disp1 Variable
Disp1 Decimal Point
Disp2 Variable
Disp2 Decimal Point
% Display On/Off
% Decimal Point
mA Display On/Off
mA Decimal Point
Bar Graph On/Off
Display Cycle
See page 3-6 Term
Basic Setup
*1: Parameter depends on the process variable mapping.

<3. Parameter Setting >3-8
IM 01C50T01-02EN
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Detailed setup Burst Setup
HART setup
Device information
stop Burst (M)
Easy Burst Setup
Detailed Burst Setup
Event Setup
set Easy Burst (M)
stop Easy Burst (M)
Burst mode
Burst Command
Device Variables for
Burst
Device Variables for
Burst
Device Variables for
Burst
Device Variables for
Burst
Poll addr
Num req preams
Num resp preams
Tag
Long tag
Descriptor
Message
Date
Final asmbly num
Distributor
Model
Dev id
Date & Time
Write Protect
Revision #’s
MS Codes
set Detailed Burst (M)
stop Detailed Burst (M)
BM1 Setting
BM2 Setting
BM3 Setting
set Event (M)
stop Event (M)
acknowledge Event (M)
Event Setting
set Date/Time (M)
Current Date
Current Time
Set Clock Date
Set Clock Time
Real Time Clock Flags
Operation Time
release WP Mode (M)
set New Password (M)
Write protect
Software seal
Universal rev
Fld dev rev
Software rev
Hardware rev
MS Code1
MS Code2
MS Code3
ROM Revision
Serial Number
Manufacture Date
Event Notification
Control
Event Notification
Retry Time
Max Update Time
Event Debounce
Interval
Event Status
Time First Unack
Event Triggered
Device Status Mask
Ext Dev Sts Mask
Dev Diag Sts 0 Mask
Dev Diag Sts 1 Mask
Status group 0 Mask
Status group 1 Mask
Status group 2 Mask
Status group 3 Mask
Status group 4 Mask
Status group 5 Mask
Status group 14 Mask
Status group 15 Mask
Burst mode
Burst Command
Device Variables for
Burst
Device Variables for
Burst
Device Variables for
Burst
Device Variables for
Burst
Device Variables for
Burst
Device Variables for
Burst
Device Variables for
Burst
Device Variables for
Burst
Update Period
Max Update Period
Burst Msg Trigger
Mode
Burst Trigger Class
Burst Trigger Units
Burst Trigger Level

<3. Parameter Setting >3-9
IM 01C50T01-02EN
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Review Device Information
Sensor1 Setting
Sensor2 Setting
Term/Cjc Setting
DevVar Unit Setting
PV/AO Setting
SV/TV/QV Setting
HART Setting
Disp Setting
Sns1 Probe Type
Sns1 Wire
Sns1 2wire Resist
Sns1 CVD R0
Sns1 CVD A
Sns1 CVD B
Sns1 CVD C
Sns1 CVD Alpha
Sns1 CVD Delta
Sns1 CVD Beta
Sns1 Unit
Sns1 Damp
Tag
Long tag
Descriptor
Message
Date
Final asmbly num
Distributor
Model
Dev id
Sns1 Unit
S1-T Unit
Term Unit
Sns2 Unit
S2-T Unit
S1-S2 Unit
S2-S1 Unit
AV Unit
Sns Bck Unit
Poll addr
Sns2 Probe Type
Sns2 Wire
Sns2 2wire Resist
Sns2 CVD R0
Sns2 CVD A
Sns2 CVD B
Sns2 CVD C
Sns2 CVD Alpha
Sns2 CVD Delta
Sns2 CVD Beta
Sns2 Unit
Sns2 Damp
Terminal Setting
CJC Setting
Disp Info Select
Disp1 Variable
Disp1 Decimal Point
Disp2 Variable
Disp2 Decimal Point
% Display On/Off
% Decimal Point
mA Display On/Off
mA Decimal Point
Bar Graph On/Off
Display Cycle
Term Unit
Term Damp
CJC Type
Fixed CJC Unit
Fixed CJC Temp
PV Setting
AO Setting
SV is
Term Unit*1
TV is
Term Unit*1
QV is
Term Unit*1
PV is
Sns1*1 Unit
PV LRV
PV URV
Loop current mode
AO Lower Limit
AO Upper Limit
AO Sensor BO Dir
AO Sensor BO Unit
AO Sns BO Usr Val
AO Damping
AO Damp Point
AO Alrm typ
*1: Parameter depends on the process variable mapping.

<3. Parameter Setting >3-10
IM 01C50T01-02EN
3.2 Parameter Description
ThefollowingsoutlinethefunctionsoftheHART
parametersforYTA.
• Review (→ 3.3)
Beforestartingoperation,reviewallthe
congurationofthetransmittertoconrmthatit
meetsthecurrentapplication.
• Sensor Conguration (→ 3.4.1)
Whenchangingthesensortypefromthe
currentsettingtoanother,itisnecessaryto
changesomeparametersettings.
• Process variable mapping (→ 3.4.2)
Processvariableistobeassignedasprimary
(PV),secondary(SV),tertiary(TV)andfourth
(QV)Variableandcanbemonitoredonthe
IntegralindicatororHandheldterminal.Primary
variable(PV)isoutputasthe4to20mAanalog
signal.
• Unit (→ 3.4.3)
Choosetheengineeringunitfortheprocess
variablesassignedasPV,SV,TV,QVandthe
devicevariablesfrom°C,Kelvin,°Fand°R.
WhenmVorohmisspeciedasaninputtype,
theunitisautomaticallysetasmVorohm.
• PV Range (→ 3.4.4)
ChangetherangeofPVtobeoutputasthe4
to20mADC.There’stwowaystosettherange
value.
<a>Settingbykeypad<b>Settingbyapplying
value
• Damping time constant (→ 3.4.5)
Settingtheresponsetimeofthetransmitter
smoothstheoutputwithrapidchangesininput.
• Device Information (→ 3.5.1)
SetdatainTag,Message,andDescriptor
parameters.
• Test Output (→ 3.5.2)
Makethetransmitteroutputaxedcurrentfrom
-2.5through110%in0.1%incrementsforloop
checks.
• Burnout Function (→ 3.5.3)
Congurethecurrentoutputvalueinsensor
failure.SelectfromHigh,LowandUsersetting
value.
• Integral Indicator Display Mode (→ 3.5.4)
TochangeitemstobedisplayedontheIntegral
Indicator.
• Write Protect (→ 3.5.5)
Toenable/disablewriteprotectionof
parameters.
• Sensor trim (→ 3.5.6)
Thetrimadjustmentfunctionallowstheuser
toaddacompensationtothefactoryset
characterizationcurvetomorecloselymatch
theinputsignal.
• Analog Output trim (→ 3.5.7)
Adjusttheoutputvalue.
• Sensor Backup Function (→ 3.5.8)
Congureatransmittertoautomaticallytransfer
theinputfromSensor1toSensor2when
Sensor1fails.
• Burst Mode (→ 3.5.9)
Intheburstmode,atransmittercontinuously
sendsaselectedsetofdata.
• Multidrop Mode (→ 3.5.10)
Upto63transmitterscanbeconnectedwhen
setinthemultidropmode.
• Sensor Matching Function (→ 3.5.11)
Thisfunctionisavailableonlywhenoptional
specication/CM1isspecied.
• CJC Selection (→ 3.5.12)
Forthermocoupleinput,theterminal
temperaturemeasuredbyaninternalsensoris
usedforColdJunctionCompensationfunction.
• TC User Table (→ 3.5.13)
Thisfunctionenablesuserstocalculate
temperaturebycreatingtheirowntablefor
TCsensorsfortheconversionbetween
temperatureandelectromotiveforce.
• Simulation (→ 3.5.14)
Usingthesimulationfunction,theoutputsignal
canbeconrmedbysettinganyvalueand
statustotheselecteddevicevariable.Test
devicevariableandTeststatusareavailable.
• Squawk (→ 3.5.15)
Thisfeaturecanbeusedtoidentifythe
communicatingtransmitterbyremotelycausing
LCDtodisplaytheparticularpattern.
• Output Fluctuation Suppression (→ 3.5.16)
Setwhenyoudonotwanttoreachalarmlevel
duetosuddenoutputuctuationsuchassensor
disconnection.

<3. Parameter Setting >3-11
IM 01C50T01-02EN
3.3 Review
Beforestartingoperation,reviewallthecongurationofthetransmittertoconrmthatitmeetsthecurrent
application.
SelectDeviceSetup→Review.Parametersaregroupedbytypeandlistedinreviewdisplayofeachgroup.
Callupeachreviewdisplay,andscrollthroughthelisttocheckeachvariable.Ifachangeisnecessary,referto
the“3.4BasicSetup”and“3.5DetailedSetup”inthismanual.
Thermocouple and DC voltage (TC & mV)
Resistance thermometer (RTD) and resistance (2-wire type)
1-input model 2-input model
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
(–)
(+)
(B)
(A)
(B)
(B)
(A)
(B)
(A)
(A)
(B)
Thermocouple (TC) &
Resistance thermometer (RTD) and resistance (3-wire type)
1
2
3
4
5
(–)
(+)
(+)
F0302.ai
Sensor1
Sensor1
Sensor1
Sensor1
1
2
3
4
5
(B1)
(A1)
(B2)
(A2) Sensor2
Sensor1
1
2
3
4
5
(B1)
(B1)
(A1)
(B2)
(B2)
(A2)
Sensor2
Sensor1
Sensor2
Sensor1
1
2
3
4
5
(–)
(+)
(A)
(B)
(B)
Sensor2
Sensor1
Resistance thermometer (RTD) and resistance (4-wire type)
Resistance thermometer (RTD) and resistance (3-wire type)
Thermocouple and DC voltage (TC & mV)
Resistance thermometer (RTD) and resistance (2-wire type)
Resistance thermometer (RTD) and resistance (3-wire type)
Group A
Group B
Group B
Group B
Group A
Group A
Group A
Group B
Group B
Group B
1
2
3
4
5
(B1)
(B1)
(A1)
Sensor2
Sensor1
Resistance thermometer (RTD) and
resistance (3-wire type) + Thermocouple (TC)
Group A
Group B
Group B
Group B
Type B (IEC60584)
Type E (IEC60584)
Type J (IEC60584)
Type K (IEC60584)
Type N (IEC60584)
Type R (IEC60584)
Type S (IEC60584)
Type T (IEC60584)
Type C (IEC60584)
Type W3 (ASTM E988)
Type L (DIN43710)
Type U (DIN43710)
Pt100 (IEC60751)
Pt200 (IEC60751)
Pt500 (IEC60751)
Pt1000 (IEC60751)
Pt100 (JIS C 1604-81)
Cu10 (SAMA RC21-4)
Ni120
Ohm
mV
TC User Table
Type B (IEC60584)
Type E (IEC60584)
Type J (IEC60584)
Type K (IEC60584)
Type N (IEC60584)
Type R (IEC60584)
Type S (IEC60584)
Type T (IEC60584)
Type C (IEC60584)
Type W3 (ASTM E988)
Type L (DIN43710)
Type U (DIN43710)
Pt100 (IEC60751)
Pt200 (IEC60751)
Pt500 (IEC60751)
Pt1000 (IEC60751)
Pt100 (JIS C 1604-81)
Cu10 (SAMA RC21-4)
Ni120
Ohm
Sensor Maching
“Calibrated RTD CVD Coeff”
mV
Group A Group B
(–)
(+)
Figure 3.1 Wire connection and sensor type

<3. Parameter Setting >3-12
IM 01C50T01-02EN
3.4 Basic Setup
3.4.1 Sensor Conguration
Whenchangingsensortype,itisnecessaryto
changetheparametersrelatedtothesensortype.
Figure3.1showsthewireconnectionstothe
inputterminalsofthetransmitterandsensortype
selectionsfortheparametersineachconnection
case.NotethatTCsandmVarecategorizedas
GroupAandRTDsandohmareasGroupB.
Checktheconnectionsbetweentheinputterminals
andtemperaturesensorsandsetthecorrectsensor
typeandthenumberofwireconnectionsforthe
parameters.
Thesettingmethodisasdescribedbelow.
(1) Selecting the sensor type/Setting the
number of wires
• Proceduretocallupthedisplay
 Devicesetup→Basicsetup→SensorBasic
Setup→Sensor1BasicSetup→setSns1
Probe(M)
Setthesensorprobetypeandsetthenumber
ofwiresaccordingtothemessageondisplay.
(2) Setting the sensor unit
Setthesensorunit.
• Proceduretocallupthedisplay
Devicesetup→Basicsetup→SensorBasic
Setup→Sensor1BasicSetup→Sensor1
Others→Sns1Unit
NOTE
Incaseof3wireRTDorohmconnection,if
actualconnectionandconnectionsettingis
imbalance,unforeseenalarmmaybegenerated.
3.4.2 Process Variable Mapping
Processvariablecanbeassignedasprimary
(PV),secondary(SV),tertiary(TV)orfourth(QV)
variableandcanbemonitoredonIntegralindicator
orHandheldterminal.Theprimaryvariable(PV)
isoutputasa4to20mAanalogsignal,andthus
itisnecessarytomapthevariableasPV.Other
variablecanbeleftas“Terminal”whentheyarenot
required.CongurationofSensor1(andSensor2)
mustbedonebeforechangingtheprocessvariable
mapping.(See3.4.1)
Callupthe“DeviceVariables”displayandcarryout
theprocessvariablemappingtoPV,SV,TV,and
QV.
• Proceduretocallupthedisplay
Devicesetup→Processvariables→Dynamic
Variables→PV(SV,TVorQV)→PV(SV,TV
orQV)is
Setprocessvariablesbelow.
Sensor1:Sensor1input
Sensor1-Terminal:Temperaturedi󰀨erence
betweensensor1inputandterminal
temperature
Terminal:Terminaltemperature
Sensor2:Sensor2input
Sensor2-Terminal:Temperaturedi󰀨erence
betweensensor2inputandterminal
temperature
Sensor1-Sensor2:Di󰀨erencebetweensensor1
inputandsensor2input
Sensor2-Sensor1:Di󰀨erencebetweensensor2
inputandsensor1input
Average:Averageofsensor1inputandsensor2
input
SensorBackup
Sensor
Backup
Device Variable Dynamic Variable Analog Output
Mapping: Setting freely
Backup
S1-Term
S2-Term
S1-S2
S2-S1
Average
S1
S2
Term
S1
S2
Term
CALC
SV
TV
QV
PV 4 to 20 mA
%
S1: Sensor1
S2: Sensor2
Term: Terminal
F0303.ai
Figure 3.2 Process variable mapping

<3. Parameter Setting >3-13
IM 01C50T01-02EN
NOTE
• When“Sensor1-Sensor2”,“Sensor2-
Sensor1”,“Average”,“Sensor1-Terminal”,or
“Sensor2-Terminal”isselected,thesensor
typestobesetforSensor1andSensor2
shouldbeselectedfromanyoneofthe
followingthreegroups;Temperaturesensor
(T/CandRTD),DCvoltageorresistance.
Thecombination(forexample,temperature
sensorandDCvoltageinput)wouldcause
anincorrectcomputationduetothedi󰀨erent
unitsystemandisnotallowed.
• When“Sensor1-Terminal”or“Sensor2-
Terminal”isselected,Temperaturesensor
shouldbesetforSensor1orSensor2.
3.4.3 Unit
TheunitforPVissetatthefactorybefore
shipment.WhenSensor1(orSensor2)orTerminal
temperatureismappedasPV,SV,TVorQV,the
unitthatisselectedforSensor1(orSensor2)or
Terminaltemperatureisautomaticallyreferredasa
unitfortheseprocessvariables.(See3.4.1Sensor
Conguration)WhenPV,SV,TV,orQVunitisset,
theunitissetthesensorvalueunitmappedPV,SV,
TV,orQVautomatically.
• Proceduretocallupthedisplay.
Devicesetup→Processvariables→Device
Variables
→Sensor1→Sns1Unit
→Sensor2→Sns2Unit
→Terminal→TermUnit
Set the Unit
• Proceduretocallupthedisplay.
Devicesetup→Processvariables→Dynamic
Variable→PV(SV,TVorQV)
Set the Unit
WhenprocessvariableismVinput,unitis
automaticallyselectedmVandohminput,unit
isautomaticallyselectedohm.
NOTE
WhenPVisischangedfromSensor1toSensor2,
PVunitisautomaticallychangedfromSensor1
unittoSensor2unit.
3.4.4 PV Range
TherangeforPVcorrespondingtothe4to20mA
outputsignalissetatthefactorybeforeshipment.
Followingsaretheprocedurestochangetherange.
(1) Changing the range with Keypad – LRV,
URV –
SettingLRVandURV
• Proceduretocallupthedisplay
 Devicesetup→Basicsetup→PVBasic
Setup→PVRe-range→Rangevalues
 SettheLRVandURV.
NOTE
ItispossibletosetLRV>URV.
Thissettingreversesthe4to20mAoutput
signal.
SettingConditions:
LSL≤LRV≤USL
LSL≤URV≤USL
|URV–LRV|≥RecommendedMin.span
(2) Changing the range while applying an
actual input – Apply values –
a)Proceduretocallupthedisplay
 Devicesetup→Basicsetup→PVBasic
Setup→PVRe-range→Applyvalues
b)Applytheinputcorrespondsto4mA.
c)Afterobtainingstableinput,determinethe4mA
output.
d)Select20mAandsetsameas4mAsetting.
3.4.5 Damping Time Constant
(1) Setting the device variable damping
Settingtheresponsetimeofeachprocessvariable
makesitveryslowlywitharapidchangeininput.
Setthevaluefrom0to100seconds.Ifthetime
constantissetto2seconds,transmittercalculates
areadingeverycycletimeusingthedamping
equation,tomaketheoutput63percentoftheinput
rangeafter2seconds.
Thisdampingtimeconstantisnormallysettowork
whenthetemperaturemakesastepchangewithin
2percentoftheoutputrange.Followingarethe
procedurestochangethedampingtimeconstantof
Sensor1.