Advanced Temperature TransmitterATT085

Foundation Fieldbus™ communication

Application• Temperature transmitter with 2 universal input channelsandFoundationFieldbus™protocolfortheconversionofdifferentinputsignalsintodigitaloutputsignals

•TheATT085standsoutduetosignalreliability,long-termstability,highprecisionandadvanceddiagnostics(impor-tantincriticalprocesses)

• Forthehighestlevelofsafety,availabilityandriskreduction• Universalinputusableforresistancethermometer(RTD),thermocouple (TC), resistance transmitter (Ω), voltagetransmitter(mV)

• DINBstyletransmittertofitinthesmallestterminalheadsorinremotehousingsinaccordancewithDINEN50446

• Optional installation infieldhousings even foruse inExdareas

• Mountingbracketpipeorwallforthefieldhousing

Your benefits• Easy and standardized communication via FoundationFieldbus™H1

•Meets theEMC requirements as perNAMURNE21 andtherecommendationsofNE89withregardtotemperaturetransmitterswithdigitalsignalprocessing

• Straightforward design of measuring points in Ex-areasthrough FISCO/FNICO conformity in accordance withIEC600079-27

• Safeoperation inhazardousareas thanks to internationalapprovalssuchas

–FMIS,NI –ATEXExia,ExnA• forintrinsicallysafeinstallationinzone1andzone2• Highaccuracythroughsensor-transmittermatching• Reliable operation with sensor monitoring and devicehardwarefaultrecognition

• Severalmountingversionsandsensorconnectioncombi-nations

• Rapidno-toolswiringduetooptionalspringterminaltech-nology

No. SS2-ATT085-0100

5thedition1

InputMeasured variable Temperature(temperaturelineartransmissionbehavior),resistanceandvoltage.

Measuring rangeThetransmitterrecordsdifferentmeasuringrangesdependingonthesensorconnectionandinputsignals(see“Typeofinput“).

Type of input Itispossibletoconnecttwosensorswhichareindependentofeachother.Themeasuringinputsarenotgalvanicallyisolatedfromeachother.

Type of input Designation Measuring range limits

Resistance thermometer (RTD)

asperIEC60751(α=0.00385)

asperJISC1604-81

(α=0.003916)

Pt100

Pt200

Pt500

Pt1000

Pt100

-200to+850°C(-328to+1562°F)

-200to+850°C(-328to+1562°F)

-200to+250°C(-328to+482°F)

-200to+250°C(-238to+482°F)

-200to+649°C(-328to+1200°F)

•Connectiontype:2-wire,3-wireor4-wireconnection,sensorcurrent:≤0.3mA

•For2-wirecircuit,compensationforwireresistancepossible(0to30Ω)

•For3-wireand4-wireconnection,sensorwireresistanceuptomax.50Ωperwire

Resistance transmitter ResistanceΩ 10to400Ω

10to2000Ω

ThermocouplesThermocouples (TC)

asperIEC584,Part1

asperASTME988

TypeB(PtRh30-PtRh6)

TypeE(NiCr-CuNi)

TypeJ(Fe-CuNi)

TypeK(NiCr-Ni)

TypeN(NiCrSi-NiSi)

TypeR(PtRh13-Pt)

TypeS(PtRh10-Pt)

TypeT(Cu-CuNi)

TypeC(W5Re-W26Re)

TypeD(W3Re-W25Re)

40to1820°C(104to3308°F)

-270to+1000°C(-454to+1832°F)

-210to+1200°C(-346to+2192°F)

-270to+1372°C(-454to+2501°F)

-270to+1300°C(-454to+2372°F)

-50to+1768°C(-58to+3214°F)

-50to+1768°C(-58to+3214°F)

-260to+400°C(-436to+752°F)

0to2315°C(32to4199°F)

0to2315°C(32to4199°F)

•Internalcoldjunction(Pt100,ClassB)

•Externalcoldjunction:valueadjustablefrom-40to+85°C(-40to+185°F)

•Maximumsensorresistance10kΩ(ifthesensorresistanceisgreaterthan

10kΩ,anerrormessageisoutputinaccordancewithNAMURNE89)

Voltage transmitter (mV) Millivolttransmitter(mV) -20to+100mV

2

When assigning both sensor inputs, the following connection combinations are possible:Sensor input 1

RTDorresistancetransmitter,2-wire

RTDorresistancetransmitter,3-wire

RTDorresistancetransmitter,4-wire

Thermocouple(TC),voltagetransmitter

Sensor input 2

RTDorresistancetransmitter,2-wire -

RTDorresistancetransmitter,3-wire -

RTDorresistancetransmitter,4-wire - - - -

Thermocouple(TC),voltagetransmitter

OutputOutput signal

• FoundationFieldbus™H1,IEC61158-2• FDE(FaultDisconnectionElectronic)=0mA• Datatransmissionrate:supportedbaudrate=31.25kBit/s• Signalcoding=ManchesterII• Outputdata:AvailablevaluesviaAIblocks:temperature(PV),tempsensor1+2,terminaltemperature

• LAS(linkactivescheduler),LM(linkmaster)functionissupported:Thus,theheadtransmittercanassumethefunctionofalinkactivescheduler(LAS)ifthecurrentlinkmaster(LM)isnolongeravailable.ThedeviceissuppliedasaBASICdevice.TousethedeviceasanLAS,thismustbedefinedinthedistributedcontrolsystemandactivatedbydown-loadingtheconfigurationtothedevice.

• InaccordancewithIEC60079-27,FISCO/FNICO

Breakdown informationStatusmessage in accordance with Foundation Fieldbus™specification.

Linearization/transmission behaviorTemperaturelinear,resistancelinear,voltagelinear

Mains voltage filter50/60Hz

Galvanic isolationU=2kVAC(sensorinputtotheoutput)

Current consumption≤11mA

Switch-on delay8s

Data of the Foundation Fieldbus interfaceBasic Data

DeviceType 10CE

DeviceRevision 02

Nodeaddress Default:247

ITKVersion 5.0.1

ITK-CertificationDriver-No. IT050600

LinkMaster(LAS)capable yes

Link Master / Basic Device

selectable

yes;Default:BasicDevice

NumberVCRs 44

Number of Link-Objects in

VFD

50

Virtual communication references (VCRs)

PermanentEntries 44

ClientVCRs 0

ServerVCRs 5

SourceVCRs 8

SinkVCRs 0

SubscriberVCRs 12

PublisherVCRs 19

Basic Data

Slottime 4

Min.InterPDUdelay 12

Max.responsedelay*slottime 40

3

Blocks

Block description Block index*1 Execution time(macro cycle ≤ 500 ms)

Block class

ResourceBlock 400 - Extended

TransducerBlockSensor1 500 - Manufacturer-specific

TransducerBlockSensor2 600 - Manufacturer-specific

TransducerBlockDisplay 700 - Manufacturer-specific

TransducerBlockAdv.Diag. 800 - Manufacturer-specific

FunctionblockAI1 900 35ms Extended

FunctionblockAI2 1000 35ms Extended

FunctionblockAI3 1100 35ms Extended

FunctionblockAI4 (1200) 35ms(notinstantiated) Extended

FunctionblockAI5 (1300) 35ms(notinstantiated) Extended

FunctionblockAI6 (1400) 35ms(notinstantiated) Extended

FunctionblockPID 1200(1500) 100ms Standard

FunctionblockISEL 1300(1600) 35ms Standard

*1.ThevaluesinbracketsarevalidifalltheAIblocks(AI1-AI6)areinstantiated.

Brief description of the blocksResource BlockTheResourceBlock contains all the data that clearly iden-tifyandcharacterizethedevice.Itislikeanelectronicdevicenameplate.Inadditiontoparametersthatareneededtooper-atethedeviceonthefieldbus,theResourceBlockalsomakesotherinformationavailablesuchastheordercode,deviceID,hardwarerevision,softwarerevision,devicereleaseetc.

Transducer Block “Sensor 1” and “Sensor 2”TheTransducerBlocksoftheheadtransmittercontainallthemeasurement-relatedanddevice-specificparametersthatarerelevantformeasuringtheinputvariables.

Display TransducerTheparametersofthe“Display”TransducerBlockallowtheconfigurationoftheoptionaldisplay.

Advanced DiagnosticAll theparameters forautomaticmonitoringanddiagnosisaregroupedtogetherinthisTransducerBlock.

Analog Input (AI)In the AI function block, the process variables from theTransducerBlocks areprepared for subsequent automationfunctionsinthecontrolsystem(e.g.scaling,limitvaluepro-cessing).

PIDThisfunctionblockcontainsinputchannelprocessing,pro-portionalintegral-differentialcontrol(PID)andanalogout-putchannelprocessing.Thefollowingcanbeimplemented:basiccontrols,feedforwardcontrol,cascadecontrolandcas-cadecontrolwithlimiting.

Input Selector (ISEL)Theblockforselectingasignal(InputSelectorBlock-ISEL)allowstheusertochooseuptofourinputsandgeneratesanoutputbasedontheconfiguredaction.

4

Power supplyElectrical connection

-

+

+1

-2

7

6

5

4

3

1

2

76

5

4

3

Sensor input 2 Sensor input 1Bus connection

and supply voltage

Display connection/service interface

TC, mV

RTD, 4-, 3- and 2-wire:ΩRTD, Ω: 3- and 2-wire

TC, mV

white

red

red

white

white

red

red

Fig1.Terminalassignmentofheadtransmitter.

Supply voltageU=9to32VDC,polarityindependent(max.voltageUb=35V)

Performance characteristicsResponse time1sperchannel

Reference operating conditions•Calibrationtemperature:+25°C±5K(77°F±9°F)•Supplyvoltage:24VDC•4-wirecircuitforresistanceadjustment

ResolutionResolutionA/Dconverter=18bit

Maximum measured errorTheaccuracydataaretypicalvaluesandcorrespondtoastan-darddeviationof±3σ(normaldistribution),i.e.99.8%ofallthemeasuredvaluesachievethegivenvaluesorbettervalues.

Execution time(macro cycle ≤ 500

ms)Block class

Resistancethermometer(RTD)(3-wire,4-wire)

Pt100Pt500Pt1000Pt200

0.1°C(0.18°F)0.3°C(0.54°F)0.2°C(0.36°F)1°C(1.8°F)

Resistancethermometer(RTD)(2-wire)

Pt100Pt500Pt1000Pt200

0.8°C(1.44°F)0.8°C(1.44°F)0.8°C(1.44°F)1.5°C(2.7°F)

Thermocouples(TC)

Type:K,J,T,EType:N,C,DType:S,B,R

typ.0.25°C(0.45°F)typ.0.5°C(0.9°F)typ.1.0°C(1.8°F)

Measuring range Performance characteristics

Resistancetransmitters(Ω)

10to400Ω10to2000Ω

±0.04Ω±0.8Ω

Voltagetransmitters(mV)

-20to100mV ±10μV

Sensor transmitter matchingRTDsensorsareoneofthemostlineartemperaturemeasur-ingelements.Nevertheless,theoutputmustbelinearized.Toimprove temperature measurement accuracy significantly,thedeviceenablestheuseoftwomethods:

• Callendar-VanDusen coefficients (Pt100 resistance ther-mometer)TheCallendar-VanDusenequationisdescribedas:

ThecoefficientsA,BandCareused tomatchthesensor(platinum)andtransmitterinordertoimprovetheaccura-cyofthemeasuringsystem.Thecoefficientsforastandardsensor are specified in IEC 751. If no standard sensor isavailableorifgreateraccuracyisrequired,thecoefficientsforeachsensorcanbedeterminedspecificallybymeansofsensorcalibration.

• Linearization for copper/nickel resistance thermometers(RTD)Thepolynomialequationsfornickelaredescribedas:

Theequations for copper, subject to temperature, arede-scribedas:

T=-50to+200°C(-58to+392°F)

T=-180to-50°C(-292to-58°F)

ThesecoefficientsA,BandCareusedforthelinearization

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ofnickelorcopperresistancethermometers(RTD).Theexactvaluesofthecoefficientsderivefromthecalibrationdataandarespecifictoeachsensor.

Sensortransmittermatchingusingoneoftheabove-namedmethods significantly improves the temperature measure-mentaccuracyoftheentiresystem.Thisisduetothefactthattocalculate thetemperaturemeasured, thetransmitterusesthespecificdatapertainingtotheconnectedsensorinsteadofusingthestandardizedsensorcurvedata.

Non-repeatabilityAsperEN61298-2

Physical input measuring range of sensors

Non-repeatability

10to400Ω Pt100 15mΩ

10to2000Ω Pt200,Pt500,Pt1000 100ppm×measuredvalue

-20to+100mV Thermocouplestype:C,D,E,J,K,N

4μV

-5to+30mV Thermocouplestype:B,R,S,T

3μV

Long-term stability≤0.1°C/year(≤0.18°F/year)inreferenceoperatingconditions

Influence of ambient temperature (tempera-ture drift)

Impact on accuracy when ambient temperature changes by 1 K (1.8 °F):

Input10to400Ω 0.001%ofthemeasuredvalue,min.1mΩ

Input10to2000Ω 0.001%ofthemeasuredvalue,min.10mΩ

Input-20to+100mV 0.001%ofthemeasuredvalue,min.0.2μV

Input-5to+30mV 0.001%ofthemeasuredvalue,min.0.2μV

Typical sensitivity of resistance thermometers

Pt:0.00385*Rnom/K Cu:0.0043*Rnom/K Ni:0.00617*Rnom/K

ExamplePt100:0.00385x100Ω/K=0.385Ω/K

Typical sensitivity of thermocouples

B:10μV/K C:20μV/K D:20μV/K E:75μV/K J:55μV/K K:40μV/K

L:55μV/K N:35μV/K R:12μV/K S:12μV/K T:50μV/K U:60μV/K

Exampleofcalculatingthemeasurederrorwithambienttem-peraturedrift:

• Inputtemperaturedriftϑ=10K(18°F),Pt100,measuringrange0to100°C(32to212°F)

• Maximumprocesstemperature:100°C(212°F)• Measured resistance value: 138.5 Ω (DIN EN 60751) atmaximumprocesstemperature

TypicaltemperaturedriftinΩ:(0.001%of138.5Ω)*10=0.01385ΩConversiontoKelvin:0.01385Ω/0.385Ω/K=0.04K(0.054°F)

Influence of reference point (cold junction)Pt100DINEN60751Cl.B,internalreferencepointforther-mocouplesTC

Installation conditionsInstallation instructions• Mountinglocation:

120 mm(4.72 in)

120 mm(4.72 in)

Fig2.Separatedfromprocessinfieldhousing,wallorpipemounting

• Orientation:Norestrictions

Environment conditionsAmbient temperature range-40 to+85 °C (-40 to+185 °F), forhazardousareas seeExdocumentationand“Approvals”section.

Storage temperature-40to+100°C(-40to+212°F)

Altitudeupto4000m(4374.5yd)abovemeansealevelinaccordancewithIEC61010-1,CSA1010.1-92

Climate classasperIEC60654-1,ClassC

Humidity• CondensationasperIEC60068-2-33permitted• Max.rel.humidity:95%asperIEC60068-2-30

Degree of protection • IP66/67

Shock and vibration resistance10to2000Hzfor5gasperIEC60068-2-6

6

Electromagnetic compatibility (EMC)CE EMC complianceThedevicemeetsalloftherequirementsmentionedinIEC61326-1,2007andNAMURNE21:2006.Thisrecommendationisaconsistentdeterminationwhetherthedevicesused in laboratoriesand inprocesscontrol sys-temsareimmunetointerference,thusincreasingtheirfunc-tionalsafety.

ESD (electrostatic discharge)

IEC61000-4-2 6kVcont.,8kVair

Electromagneticfields

IEC61000-4-3 0.08to4GHz 10V/m

Burst(fasttransients)

IEC61000-4-4 1kV

Surge IEC61000-4-5 1kVasym.

ConductedRF IEC61000-4-6 0.01to80MHz 10V

Measuring categoryMeasuring category II as per IEC 61010-1.Themeasuringcategoryisprovidedformeasuringonpowercircuitsthataredirectlyconnectedelectricallywiththelow-voltagenetwork.

Degree of contaminationPollutiondegree2asperIEC61010-1.

Mechanical constructionDesign, dimensionsSpecificationsinmm(in)Head transmitter

B

C

A

Fig3.Modelwithscrewterminals

Pos.A: Spring rangeL≥5mm(not applicable toUS -M4mountingscrews)Pos.B:FixingelementsfordetachablemeasuredvaluedisplayPos.C:Interfaceforcontactingmeasuredvaluedisplay

7

Field housings

without display Specification

97 [Unit: mm]

89.5

50

20.5

• Flameproof(XP)version,explosion-protected,captivescrewcap,withtwocableentries

• Temperature:-50to+150°C(-58to+302°F)forrubber• sealwithoutcablegland(observemax.permittedtemperatureofthecablegland!)

• Material:aluminum;polyesterpowdercoated• Cableentryglands:1/2"NPT,M20×1.5• Headcolor:grayRAL7035• Capcolor:grayRAL7035•Weight:640g(22.6oz)

with display window in cover Specification

97

115

50

20.5

[Unit: mm]• Flameproof(XP)version,explosion-protected,captivescrewcap,withtwocableentries

• Temperature:-50to+150°C(-58to+302°F)forrubbersealwithoutcablegland(observemax.permittedtemperatureofthecablegland!)

• Material:aluminum;polyesterpowdercoated• Cableentryglands:1/2"NPT,M20×1.5• Headcolor:grayRAL7035• Capcolor:grayRAL7035•Weight:860g(30.33oz)

Weight• Headtransmitter:approx.40to50g(1.4to1.8oz)• Fieldhousing:seespecifications

MaterialAllmaterialsusedareRoHS-compliant.Headtransmitter• Housing: Polycarbonate (PC), complies with UL94 HBflammabilitystandard(HB:horizontalburningtest)

• Terminals Screwterminals:Nickel-platedbrassandgold-platedcontactSpringterminals:Tin-platedbrass,contactspringV2A

• Potting:WEVOPU 403 FP / FL, according toUL94V0flammabilitystandard(V0:verticalburningtest)

Fieldhousing:seespecifications

Terminals

Terminals versionWire

versionConductor

cross-section

Screw terminals(withlatchesatthefieldbusterminalsforeasyconnectionofahandheldterminal)

Rigidorflexible

≤2.5mm2(14AWG)

Noferruleshavetobeusedwhenconnectingflexiblewirestospringterminals.

Human interfaceDisplay and operating elementsThere are no display or operating elements present at theheadtransmitter.Optionaltheplug-ondisplaycanbeusedinconnectionwiththeheadtransmitter.Itwilldisplayinformationregardingtheactualmeasuredvalueandthemeasurementpointidentifica-tion.Intheeventofafaultinthemeasurementchainthiswillbedisplayedininversecolorshowingthechannelidentifica-tionanddiagnosticscode.DIP-switchescanbefoundontherearofthedisplay.Thisenablesthehardwareset-upsuchastheFoundationFieldbus™hardwarewriteprotection.

Fig4.Pluggabledisplay

8

Ifthetransmitterisinstalledinafieldhousingandusedwithadisplay,ahousingwithglasswindowneedstobeused.Remote operationTheconfigurationofFoundationFieldbus™functionsandof

device-specificparametersisperformedviafieldbuscommu-nication.Specialconfigurationsystemsprovidedbyvariousmanufacturersareavailableforthispurpose.

Certificates and approvalsCE-MarkThedevicemeetsthelegalrequirementsoftheECdirectives.ThedevicehasbeensuccessfullytestedbyapplyingtheCEmark.

Hazardous area approvalsATEX/IECEx approval

ATT085 ATEX II 1G Ex ia IIC T6/T5/T4

Powersupply(Terminals+and-) Ui≤17.5VDCIi≤500mACi≤5nFLi=negligiblysmall

or Ui≤24VDCIi≤250mA

SuitableforconnectingtoafieldbussystemaspertheFISCO/FNICOmodel

Sensorcircuit(Terminals3to7) U0≤7.2VDCI0≤25.9mAP0≤46.7mWCi=negligiblysmallLi=negligiblysmall

Max.connectiondata ExiaIICExiaIIBExiaIIA

L0=20mHL0=50mHL0=100mH

C0=0.7μFC0=4.6μFC0=6.0μF

TemperaturerangeT6T5T4

Zone1,2:Ta=-40to+55°C(-40to+130°F)Ta=-40to+70°C(-40to+158°F)Ta=-40to+85°C(-40to+185°F)

Zone0:Ta=-20to+40°C(-4to+104°F)Ta=-20to+50°C(-4to+122°F)Ta=-20to+60°C(-4to+140°F)

Application:• Equipmentcategory:potentiallyexplosivegasandairmixtures(G)• Category1zone0,1or2

Forzone0:potentiallyexplosivesteamandairmixturesmayonlyoccurunderfollowingatmosphericconditions:• -20°C≤Ta≤+60°C(-4°F≤Ta≤+140°F)• 0.8bar≤p≤1.1bar(11.6psi≤p≤16psi)

ATT085

ATEX• II 2G Ex d IIC T6…T4 Gb• II 2D Ex tb IIIC T85 °C…T105 °C Db

IECEx• Ex d IIC T6…T4 Gb• Ex tb IIIC T85 °C…T105 °C Db

Powersupply(terminals+and-) U≤35VDC

Output FoundationFieldbus™Currentconsumption≤11mA

Temperaturerange T6T5T4

-40°C≤Ta≤+65°C-40°C≤Ta≤+80°C-40°C≤Ta≤+85°C

Maximumsurfacetemperaturehousing T85°CT100°CT105°C

-40°C≤Ta≤+65°C-40°C≤Ta≤+80°C-40°C≤Ta≤+85°C

9

ATT085ATEX II 3G Ex nA II T6/T5/T4ATEX II 3D

Powersupply(terminals+and-) U≤35VDC

Output FoundationFieldbus™Currentconsumption≤11mA

Temperaturerange T6T5T4

Ta=-40to+55°C(-40to+130°F)Ta=-40to+70°C(-40to+158°F)Ta=-40to+85°C(-40to+185°F)

Application(ATEXII3GExnAIIT6/T5/T4):• Equipmentcategory:potentiallyexplosivegasandairmix-tures(G)

• Categoryzone2

Application(ATEXII3D):• Equipment category: potentially explosive dust and airmixtures(D)

• Categoryzone22

FM approvalLabeling:IS/I/1/ABCD/T4,Entity*orFISCO*;I/0/AExiaIIC/T4Ta,Entity*orFISCO*NI/I/2/ABCD/T4,NIFW*orFNICO*;FMXP,NI,DIPI,II,III/1+2/A-G*=Entity, FISCO,NIFWandFNICOparameters in accor-dancewithcontroldrawings

ForelectricalparametersseetableonATEXapprovalATEXII1G

KCs (Korea)ExdIICT6TSurFace≤85°C-40°C≤Tamb≤+65°CExdIICT5TSurFace≤100°C-40°C≤Tamb≤+80°CExdIICT4CTSurFace≤105°C-40°C≤Tamb≤+85°C

Other standards and guidelines• IEC60529:Degreesofprotectionthroughhousing(IPcode)

• IEC61158-2:Fieldbusstandard

• IEC61326-1:2007:Electromagneticcompatibility(EMCrequirements)

• IEC60068-2-27andIEC60068-2-6:Shockandvibrationresistance

• NAMURInternationaluserassociationofautomationtechnologyinprocessindustries

Certification Foundation Fieldbus™ThetemperaturetransmitteriscertifiedandregisteredbytheFieldbusFoundation.Thedevicethusmeetsalltherequire-mentsofthespecificationsfollowing:• CertifiedaccordingtoFoundationFieldbus™specification•ThedevicemeetsallthespecificationsoftheFoundationFieldbus™H1

• InteroperabilityTestKit(ITK),revisionstatus5.0.1(devicecertificationno.availableonrequest): thedevicecanalsobeoperatedwithcertifieddevicesofothermanufacturers

• PhysicallayerconformancetestoftheFoundationField-bus™(FF-830FS1.0)

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Model Number Configuration Table

Basic model Options-AA-580TTA

I Approval: Non-hazardous area A1ATEX II1G Ex ia IIC T4/T5/T6 B1ATEX II2G Ex d IICT6, II2D Ex tb IIIC B6FM IS, NI I/1+2/ABCD C1FM XP, NI, DIP I, II, III/1+2/A-G F3KCs Ex d T6 Gb, Ex tb IIIC Db HAIECEx Ex d T6 Gb, Ex tb IIIC Db I6

II Communication; Output Signal: Foundation Fieldbus H1 AIII Electrical Connection: 2slanimret wercSIV Field Housing: 2 entry (M20x1.5) w/o display D

2 entry (M20x1.5) with display E2 entry (1/2NPT) w/o display F

Gyalpsid htiw )TPN2/1( yrtne 2

Options Configuration Universal Input *1 Ch1: RTD 2-wire, Ch2: inactive A1( You may select only one from Ch1: RTD 2-wire, Ch2: RTD 2-wire A2 this part.) Ch1: RTD 2-wire, Ch2: RTD 3-wire A3

Ch1: RTD 2-wire, Ch2: TC A41Bevitcani :2hC ,eriw-3 DTR :1hC2Beriw-2 DTR :2hC ,eriw-3 DTR :1hC3Beriw-3 DTR :2hC ,eriw-3 DTR :1hC4BCT :2hC ,eriw-3 DTR :1hC1Cevitcani :2hC ,eriw-4 DTR :1hC2CCT :2hC ,eriw-4 DTR :1hC1Devitcani :2hC ,CT :1hC2DCT :2hC ,CT :1hC

Display E1Calibration certificate *2 F1Configuration alarm limit low H1Mounting bracket wall, 316L PA

PBTagging (TAG), metal plate Z1Tagging (TAG), on name p 2ZetalTagging (Long TAG) 4Zeht ni etirw ,Bus adress, write in the memory Z5

*1: If you do not select "Configuration Universal Input", shipped by default with Ch1: RTD 3-wire; Ch2:*2: If you do not select "Configuration Universal Input", calibration done by Ch1: RTD 3-wire.

Selections

Mounting bracket pipe, 316L diameter 1-2"

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Dimensions

Fig5.Dimensions

Please read “Terms and Conditions” from the following URL before ordering and use.

http://www.azbil.com/products/factory/order.html

(13)

1-12-2 Kawana, FujisawaKanagawa 251-8522 Japan

http://www.azbil.com/

Specifications are subject to change without notice.

No part of this publication may be reproduced or duplicated without the prior written permission of Azbil Corporation.

1st edition: Jan. 20155th edition: Aug. 2016

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