Dynisco Vertex User manual

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P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-1-
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HgfreeIntrinsicallysafepressuresensors
designedspecificallyforextrusionand
polymerprocessingapplications
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OperatingManual
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DyniscoVertex™MeltHgFree
PressureSensors

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P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-2-
DYNISCOVERTEXQUICKSTARTCARD
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ThisQuickStartSetupguidecanbeusedbyexperiencedinstrumentationtechnicianstoconfigurethe
sensorusingtheZeroandSpanactuatorsorviatheoptionalHARTcommunications.Formore
detailedinformation,pleaseconsultthecompletemanualbeforeoperating.TheQuickStart
procedureisintendedforusersalreadyfamiliarwiththeuseofMeltPressureSensorsand
Instrumentation.
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1. Insuretheprocessconnectioniscleanandclearofanydebrisandismachinedtothe
properdimensions.Machinetoolkitswithportgagesareavailable(seesections6&
12ofmanual)
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2. Applyanti‐seizeasappropriatetheninstallthesensorintotheprocessconnection.
(DoNOTtorquesensorintotheholeatthistime!)
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3. Allowtimeforthesensortemperaturetoequalizetotheprocesstemperature.Thiswill
helpeliminatethreadgallingandeaseremovallater.ThereshouldbeNOpressure
appliedatthistime.
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4. Connectpowertothesensorusingthechartbelow.Standardconfigurationsshown.
Seecompletemanualformoreoptions:
mV/VVoltage mA
6‐Pin8‐PinConduit6‐Pin6‐Pin8‐PinConduit
Excitation
Voltage10‐12VDC16‐36VDCExcitation Voltage
16‐36VDC
SIG(+)ABREDAPWR/SIG
(+)AARED
SIG(‐)BDBLKBPWR/SIG
(‐)BBBLK
PWR(+)CAWHTCRCAL(+)FEORG
PWR(‐)DCGRNDRCAL(‐)EDBLU
RCAL(+)FFORGF
RCAL(‐)EEBLUE
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5. Aftertemperatureshaveequalized,applytorque(250in‐lbstypical)andtighten
transmitterintomountinghole.
6. PerformZeroFunction
mV/Vunitscanonlybezeroedwhenfeatureisavailableonyour
indicator/controller.Nolocalzerocapability.
Voltageunitscanbezeroedusingonboardzeropotentiometer.Remove

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P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-3-
sealscrewandadjustpotentiometeruntildesiredoutputisachieved.
Replacesealscrewwhencomplete.
mAunitshaveavarietyofonboardZeroAdjustmentstypes(based
onconfiguration),i.e.potentiometer,pushbuttons,andHALLEffect
Switches.
oForunitswithpotentiometers,removesealscrewandadjust
potentiometeruntildesiredoutputisachieved.Replacesealscrew
whencomplete.
oForunitswithpushbuttons,removesealscrew,usinga2mmorsmaller
AllenKey,depresspushbuttonfor½sec,releasepushbuttonfor½sec,
depresspushbuttonfor½secandrelease.Replacesealscrewwhen
complete.
oForunitswithHALLEffectSwitches,unthreadzeroscrewfromendplate,
depressscrew,releasescrew,depressscrew,releasescrewandreturn
screwinendplate(failuretoreturnthescrewonunitswithHALLEffects
Switcheswillcausetheunittogointofailsafe).
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DYNISCOVERTEXQUICKSTARTSETUPGUIDEUTILIZINGHARTCOMMUNICATOR
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ThissectiononlyappliestomAHARTunits.
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1. Followsteps1through5fromDYNISCOVERTEXQUICKSTARTSETUPGUIDE.
2. ConnectHARTHandheldtotheloop.
3. PowerontheHARTHandheld.SeeHARTCommandtreeonthefollowingpagefor
reference.
4. FromtheMainMenu:
a. EnterTag(QuickKey1,3,1).
b. Setpressureunits(QuickKey1,3,2),ifrequired.
c. SetURV(QuickKey1,3,3,2)ifoutputturndown(rescaling),isrequired.
d. PerformZeroTrim(QuickKey1,2,5,1,3,1)
5. Verifyloopoutputiszero(4mA).
6. RemoveHARTHandheldfromtheloop.


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P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-4-
MENUTREE
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1  Device  Setup 
1  Process 
Variables 
1 PV  Pres 
2 Pv  %  rnge
3
 PV  AO 
4 TV  Snout  temp 
5 TV  %  rnge
6
 TV  AO 
7  SV  Elect  temp 
1 Alrms  &  Wrnings 

2 Max .  Pressure 

3 Max .  Electronics
Temperature

4 Max .  Snout 
T
emp 
EEPROM  Failure 
Gage  Failure
Watchdog
 Error
Pushbutton
 Stuck
Low
 Voltage
Outside
 URV  LRV
Current
 SIM  ON 
2  Diag/Service  1  Device  Status  1  Pressure  1  Rerange 
1 Enter  values 
2 Apply  values 
2  Sel
f
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T
est  2 
T
emperature 
3  Maste r  reset  3  Recall  Fact. 
T
rim 
2
T
rim  analog 
output 
3 Sensor  trim 
1 PV  LRV 
2 PV  URV 
3 PV  USL 
4 PV  LSL 
2  PV  Pres 
1 Zero  trim 
2 Lower  Sensor  Trim
3
 Upper  Sensor  Trim 
4 Loop  test 
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5 Calibration 
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6 Restore 
Factory  Defaults 
psi 
bar
kg/Sqcm
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% 
MPa
KPa
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4  Rcal 
1  Rcal  Set 
1
T
emperature 
Override 
2 Trim  analog
Output

1 
T
emp  Override 
Disable 
Enable 
2 
T
emp  Override 
Value 
3  Basic  Setup 
1
T
ag 

2 PV  Unit 

3 Range  values 
3 
T
V  Snout 
T
emp 
4  Device 
Information
5
 PV  Damp 
1 PV  LRV 
2 PV  URV 
3 TV  LRV 
4 TV  URV 
5 PV  LSL 
6 PV  USL 
7 TV  LSL 
8
T
V  USL 
1 PV  Pres 
2 PV  %  rgne
3
 PV  AP 
4  TV  Snout  temp
5
 TV  %  rnge 
6 TV  AO 
7 SV  Elect  temp 
1 PV  LRV 
2 PV  URV 
3 PV  USL 
4 PV  LSL 
4  Detailed 
Setup 
1  Signal  condition 
1 Date 
2 Descriptor 
3 Message 
1 Enter  values 
2 Apply  values 
2  Output  condition 
1  Process  variables 
3  Field  Device  Inf. 
2  Rerange 
5  Review 
psi 
bar
kg/Sqcm

% 
MPa
KPa

4  PV  LRV 
1 PV  LRV 
2 PV  URV 
1 Model 
2 Manufacturer 
3 Dev  id 
4 Distributor 
5 Poll  addr 
6 Num  req  preams
7
 PV  Unit 
8 PV  USL 
9 PV  LSL 
PV  Min  span
PV
 Damp 
PV  %  rnge
PV
 Xfer  fnctn
PV
 Rnge  unit
PV
 URV 
PV  LRV 
Lower  Trim  Point  V…
Upper
 Trim  Point  V…
TV
 C 
TV  USL
TV
 LSL 
TV  %  rnge
TV
 Rnge  unit
TV
 URV 
TV  LRV 
Write  protect
Tag
Descriptor
Message
Date
Universal
 rev
Fld
 dev  rev
Software
 rev
Hardware
 rev 
3 PV  Unit 
4 PV  Rnge  unit
5
 PV  Min  span
6
 PV  Damp 
5  PV  URV 
1 PV  LRV 
2 PV  URV 
psi 
bar
kg/Sqcm

% 
MPa
KPa

7  SV  C 
1 Process  variables 

2 Analog  output 

3 HART  output 
1 PV  Pres 
2 PV  %  rgne
3
 PV  AP 
4  TV  Snout  temp
5
 TV  %  rnge 
6 TV  AO 
7 SV  Elect  temp 
1  Enter  values 
1 PV  AO 
2 TV  AO 
3 PV  AO  Alrm  typ
4
 Loop  test 
5  Calibration 
Hi 
Lo 
Hold  last  out  value 
2  Apply  values 
1 PV  LRV 
2 PV  URV 
3 PV  USL 
4 PV  LSL 
1  Pressure  1  Rerange 
2 
T
emperature  2 
T
rim  AO 
1 Poll  addr 
2 Num  req  preams
3
 Burst  mode 
4  Burst  option 
3  Recall  Fact. 
T
rim  3  Sensor  trim 
1 Zero  trim 
2 Lower  Sensor
Trim

3 Upper  Sensor
Trim

1
T
ag 
2 Date 
3 Descriptor 
4 Message 
5 Model 
6 Local  Pushbuttons 
7 Revision  #'s 
8 Final  asmbly  num
9
 Dev  id 
Disable 
Enable
Std

Zero  trim 
Of
f

On 
Not  used
None
Unknown
Spcl

4  Rcal  1  Rcal  Set 
1 
T
emp 
Override
2
 Trim  AO 
1 
T
emp 
Override 
Disable 
Enable 
2 
T
emp 
Override  Val 
1 Universal  rev 
2 Fld  dev  rev 
3 Software  rev 
PV 
%  range/current
Process
 vars/crnt 

P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-5-
TABLEOFCONTENTS
1VERTEXCAREANDHANDLING.............................................................................................................................................6
2GENERAL..............................................................................................................................................................................7
3NOTESONSAFETY..............................................................................................................................................................11
4TECHNICALDATA...............................................................................................................................................................18
5TRANSPORT/DELIVERY/STORAGE......................................................................................................................................23
6INSTALLATIONANDREMOVAL...........................................................................................................................................24
7COMMISSIONING...............................................................................................................................................................32
8UTILIZINGTHEHARTCOMMUNICATIONS..........................................................................................................................35
9MAINTENANCE...................................................................................................................................................................47
10 TROUBLESHOOTING...........................................................................................................................................................49
11 DYNISCOCONTACTINFORMATION....................................................................................................................................50
12 ACCESSORIES......................................................................................................................................................................51
13 APPROVALS/CERTIFICATES.................................................................................................................................................55
14 OUTLINEDRAWINGS..........................................................................................................................................................58

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P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-6-
1VERTEXCAREANDHANDLING
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BesurethattheportwheretheVertextransducerwillbeinstalledisfreeofallresidualdriedpolymer
frompreviousmanufacturingprocesses(ThisisaccomplishedusingDynisco'smachinewholetooling
kitpartnumber200100).
InapplicationswheretheVertextransducerwillberemovedinbetweenproductionruns,suchasin
themanufactureoffoodproductsormedicaltubing,onlyremovetheVertexwhenthepolymerisat,
ornear,fullprocesstemperature.Thiswillinsurethatyouarepullingthetransducertipfrommolten
conditionsandthereforenotcausinganyunduepullingeffectonthediaphragmthatcouldresultin
damagetothetipandatransducerthatisthenoutofspecification.
Ifthereisresidualpolymermaterialonthetipwhenthesensorisremovedfromaprocessport,
NEVERuseawirebrush,wirewheel,bluntorsharpinstrumenttoremovethepolymer.There
aretwoacceptablewaysofremovingresidualmaterialfromthetipofanypressuresensor:
AfterremovingtheVertexsensor,carefullycleanthediaphragmwithasoftclothorbronzewool
whilethemediumisstillmalleable.Donotattempttocleanthesensorbyheatingsolidifiedpolymer
withatorch.
Asolventbathconsistingofglycolcanbeusedtosoftenthepolymerandimproveremoval.Placethe
tipofthesensorintothesolventbathforaperiodoftimeasdeterminedbywhentheresidual
polymersoftens.Becarefultonotimmersetheelectronicsinthebath.Thisbathcanbeheatedusing
heatelementstoincreaseremovaleffectivenessandshortencycletime.Thenfollowprocedure“a.”
above.
WheninstallingtheVertexsensor,itisimportantnottoover‐torquetheunitintoplace.Theunit
shouldbehandtightened,andthentightenedtotheinstallationtorquespecifiedinsection4.4witha
torquewrench.
Adjustzeroafterinstallingandheatingthemachinetooperatingtemperature.Wherefilled
sensorsaresensitivetoverticalorientationchanges,Vertexissensitivetohorizontalorientation
changesandinstallationtorque.Reducezero‐shiftimpactbysettingzeroandspanafterproperly
installingthesensorintheprocessport.

DonotadjusttheSpanpotentiometerwithRcalactivated.Spanpotentiometeradjustmentsshould
onlybemadewiththeunitinstalledintoacalibratedpressuresourceatFSpressure.
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-7-
2GENERAL
2.1 IMPORTANTINFORMATION..........................................................................................................................................7
2.2 COPYRIGHT............................................................................................................................................................7
2.3 EXPLANATIONOFICONS................................................................................................................................................8
2.4 ABBREVIATIONS............................................................................................................................................................9
2.5 NAMINGCONVENTION..................................................................................................................................................9
2.6 TRANSMITTERPRINCIPLESOFOPERATION...................................................................................................................9
2.7 CORRECTUSE..........................................................................................................................................................10
2.8 USER’SOBLIGATIONS...................................................................................................................................................10


2.1 IMPORTANTINFORMATION

ThismanualappliestotheVertexbrandsensorproductfamilyonly.Thismanualmustbekeptnearthe
equipmentinareadilyandimmediatelyaccessiblelocationatalltimes.Thecontentofthismanualmust
beread,understoodandfollowedinitsentirety.Thisappliesinparticulartothenotesonsafety.
Followingthesafetyinstructionswillhelptopreventaccidents,defectsandmalfunctions.

Dyniscowillnotbeheldliableforanyinjury,lossordamageresultingfromfailuretofollowthe
instructionsinthismanual.

Iftheproductmalfunctions,inspiteofhavingfollowedtheoperatinginstructions,pleasecontact
customerservicefromourwebsite:www.dynisco.com/contact


2.2 COPYRIGHT

Copyrightlawrequiresthatthismanualbeusedforintendedpurposesonly.

Itisstrictlyforbiddentoallowreproductionofanykind“inwholeorinpart”topersonsoutsideof
Dynisco,withoutapprovalfromDynisco.

HARTisaregisteredtrademarkofHARTCommunicationFoundation.


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P/N: 974155 | Rev: 091316 | ECO: 46774
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-8-
ATTENTION
2.3 EXPLANATIONOFICONS

Themanualusesiconstoindicateinformationpertainingtosafety:


Riskofdestructionordamagetoequipment,machinesorinstallations
Generaldangertolifeorlimb
Specificdangertolifeorlimb


CEEMCspecificrequirements
ATEXIntrinsicSafetyspecificrequirements
Thesafetyinstructionsareprovidedagainintheindividualsectionsofthemanual.


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-9-
2.4 ABBREVIATIONS

Thefollowingabbreviationsareused:

EMC  ElectromagneticCompatibility
ESD  Electrostaticdischarge
Exc  Excitation
mA  milliampere
mV/V millivoltpervolt(astandardpressuresensoroutput)
Pwr  Power
Sig  Signal
T/C  Thermocouple
in‐lbsinchPounds(torque)
BSL  BestStraightLine
DD  DeviceDescriptor
EEPROM ElectricallyErasableProgrammableReadOnlyMemory
FS  FullScale
HARTHighwayAddressableRemoteTransducer
LRV  LowerRangeValue
PT  PressureTransmitter
PV  PrimaryVariable(Pressure)
RTD  ResistanceTemperatureDetector(Averyaccuratetemperaturesensor)
SV  SecondaryVariable(ElectronicsTemperature)
TV  TertiaryVariable(SnoutTemperature)
URV  UpperRangeValue
Watchdog Aninternalmonitorfortheelectronics

2.5 NAMINGCONVENTION

Vertex VertexBrandPressureSensor

2.6 TRANSMITTERPRINCIPLESOFOPERATION

Themechanicalsystemconsistsofadiaphragmlocatedonthesensortip.Thediaphragmisa
metalplatedesignedtodeflectinresponsetopressureappliedtothetip.Thediaphragmisin
directcontactwiththefluidmedia(gasorliquid)tobemeasuredanditspurposeistoconvertthe
pressureofthemediatomechanicaldeflection.

Insidethesensor,thediaphragmplatedeflectionisconvertedtoamVelectricalsignal.Electronic
circuitryperformsthesignalconditioningnecessarytoconvertthatsignalintotheoutput(mV/Vor
4‐20mAorvoltage).

AnoptionalJorK‐thermocoupleprocesstemperatureoutputisalsoavailable.Theseoutputsare
fromacustomeraccessiblethermocoupleincludedinthesnouttip.

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P/N: 974155 | Rev: 091316 | ECO: 46774
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-10-
Anoptionalshuntcalibration(Rcal)outputisalsoavailable.Rcalisamethodofgeneratinganelectrical
outputtomatchtheelectricaloutputthatwouldbegiveninresponsetoanappliedpressure.Rcalis
normallysetto80%FSsothatallsimilarsensorscalibrateatthesamepointtofacilitate
interchangeability.

Rcaltracesitsroutestostraingagetransducers.Instraingagetechnology,Rcalisnormallyaresistor
insertedintotheWheatstonebridgetooffsetitsoutputasif80%pressurewasapplied.IntheVertex
brandsensor,Rcalisanelectricalsimulationof80%pressureandiscreatedintheelectronics
circuitry.DonotadjusttheSpanpotentiometerwithRcalactivated.Spanpotentiometeradjustments
shouldonlybemadewiththeunitinstalledintoacalibratedpressuresourceatFSpressure.

2.7 CORRECTUSE


WhenusingaVertexbrandsensorasasafetycomponentinaccordancewiththeECMachine
Directive,AnnexIIc,theequipmentmanufacturermusttakeanynecessaryprecautionstoensurethat
malfunctionofthePTcannotcausedamageorinjury.


Forinstallationinexplosivegasatmospheresthedevicemustbeinstalledinaccordancewith
EuropeaninstallationguidelinesEN60079‐14.Forcategory1(zone0)installations,overvoltage
protectionoftheelectricalconnectionsshallbeinaccordancetoEN60079‐14.

WhenplanningmachineryandusingoneofthesensorsfromtheVertexbrandsensorFamily,follow
thesafetyandaccidentpreventionregulationsthatapplytoyourapplication,suchas:

EN60204,Electricalequipmentinmachines
EN12100,Machinesafety,generaldesignguidelines
DIN57100Part410,Protectionagainstelectricshock
EN60079‐0Explosiveatmospheres‐GeneralRequirements
EN60079‐11Explosiveatmospheres‐IntrinsicallySafeApparatus
EN60079‐26SpecialRequirementsforEPLGa

2.8 USER’SOBLIGATIONS

Theoperatororownerofthelargeroverallsystem,e.g.amachine,isresponsibleforfollowingthe
safetyandaccidentpreventionregulationsthatapplytothespecificapplication.
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P/N: 974155 | Rev: 091316 | ECO: 46774
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From lab to production,
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-11-
3NOTESONSAFETY
3.1 RISKOFDESTRUCTIONORDAMAGETOEQUIPMENT,MACHINE,ORINSTALLATION...............................11
3.2 GENERALDANGERTOLIFEORLIMB..........................................................................................................11
3.3 CEEMCSPECIFICREQUIREMENTS.............................................................................................................12
3.3.1 mV/Vanalogoutput...................................................................................................................................12
3.3.2 mAanalogoutput.......................................................................................................................................12
3.3.3 Voltageanalogoutput................................................................................................................................12
3.4 ATEXINTRINSICSAFETYAPPROVALSPECIFICREQUIREMENTS..................................................................13


3.1 RISKOFDESTRUCTIONORDAMAGETOEQUIPMENT,MACHINE,ORINSTALLATION
Avoidapplyingtransverseloadstotherigidportionofthesensorprotrudingfromthe
equipment/mountingport.

TheVertexbrandsensorisanESDsensitivecomponent.Electrostaticdischargemaydamagethe
Vertexbrandsensor.TakeESDprecautionswhencontactinginput/outputpinsorleadwires.

3.2 GENERALDANGERTOLIFEORLIMB
Theoperatororownerofthelargeroverallsystemisresponsibleforfollowingthesafetyand
accidentpreventionregulationsthatapplytothespecificapplication.

Dyniscowillnotbeheldliableforanyinjury,lossordamageresultingfromfailuretofollowthe
instructionsinthismanual.

Electricalshockcanresultindeathorseriousinjury.Avoidcontactwiththeleadsandterminals.
Highvoltagethatmaybepresentonleadscancauseelectricalshock.

MountingandelectricalconnectionofthePTmustbedonebyspecialistswithEMCtraining,
followingallapplicableregulations,andinpressure‐less,voltage‐free,intrinsicallysafecondition
withthemachineswitchedoff.Themachinemustbesecuredagainstbeingswitchedbackon!

Deviationofthesupplyvoltagefromthevaluegiveninthetechnicalspecifications,orreverse
polarity,candamagethepressuretransmitterandcausemalfunctionsthatcanposeariskof
explosion.

SeveralconfigurationsofVertexaredesignedandapprovedforuseinhazardousclassifiedareas.
Unitsintendedforinstallationintheseareasmustbeartheapplicableapprovalagencylabel.

ATTENTION

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P/N: 974155 | Rev: 091316 | ECO: 46774
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-12-

3.3 CEEMCSPECIFICREQUIREMENTS

Thehousingofthetransmittermustbereliablyconnectedtothelocalequipotentialbonding
system.Thehousingiselectricallybondedtotheprocessequipmentthroughtheprocess
connection.

3.3.1 mV/Vanalogoutput
AllmV/VPTsneedtohaveashieldconnectiontogroundattheprocessconnectionand
instrumentationends.

AllmV/VPTswithconduitfitting(electricalconnectioncodes6*C)haveaconnectionbetweenthe
conduitcableshieldandthecaseinternallyattheconduitfitting.

FormV/VPTswithconnectorfitting,itisthecustomer’sresponsibilitytoinsurethereisa
connectionbetweentheconnectorcableshieldandthematingconnector.


3.3.2 mAanalogoutput
AllmAPTsneedtohaveashieldconnectiontogroundattheprocessconnectionend.


ForATEXISapprovedmAPTs,onlyconnectthecaseand/orshieldleadstogroundatthe
instrumentationendifahighlevelofassuranceexiststhatthereispotentialequalizationbetween
eachendofthecircuittoavoidthedangerofcirculatingfaultcurrents.

AllmAPTswithconduitfitting(electricalconnectioncodes3*C,5*C)haveconnectionsbetween
theconduitcableshieldandcaseleadtothecaseinternallyattheconduitfitting.

FormAPTswithconnectorfitting,itisthecustomer’sresponsibilitytoinsurethereisaconnection
betweentheconnectorcableshieldandthematingconnector.


3.3.3 Voltageanalogoutput
AllVPTsneedtohaveashieldconnectiontogroundattheprocessconnectionend.

AllVPTswithconnectorfitting,itisthecustomer’sresponsibilitytoinsurethereisaconnection
betweentheconnectorcableshieldandthematingconnector.





P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-13-

3.4 ATEXINTRINSICSAFETYAPPROVALSPECIFICREQUIREMENTS

ThissectiononlyappliestoPTswithATEXISoption.

EquipmentMarkingInformation
ModelNumber:(PleasereviewthecalibrationsheetthatcamewithyourPTshipment)Range:
(PleasereviewthecalibrationsheetthatcamewithyourPTshipment)Input:
24VDC
Output:4‐20mA
Stem:(PleasereviewthecalibrationsheetthatcamewithyourPTshipment)Flex:
(PleasereviewthecalibrationsheetthatcamewithyourPTshipment)

ATEXApprovalMarkings:


ManufacturerAddress:DyniscoInstrumentswww.dynisco.comFranklin,MA02038

Instructionsforsafeputtingintoservice&installation
Afterinstallingthedevice,butbeforeoperatingthedevice,theusermustcheckthatthecomplete
installationandwiringisintrinsicallysafe.Specialcaremustbetakentoinsurethatthepowersupply
isacertifiedapparatus.
Alsoreviewcontroldrawing000612,whichisincludedattheendofthissection.

Instructionsforsafeuse
Reviewcontroldrawing000612,whichisincludedattheendofthissection.

Maintenance(servicingandemergencyrepair),assembly,dismantlingandadjustment
ThePTdoesnotrequireanyinstructionsforsafemaintenance,assembly,dismantlingoradjustment

Safeelectricalandpressureparametersandmaximumsurfacetemperaturelimits
MaximumallowedPTpressure:(Pleasereviewthecalibrationsheetthatcamewithyour
PTshipment)Alsoreviewcontroldrawing000612,whichisincludedattheendofthis
section.

SpecialConditionsofuse
Reviewcontroldrawing000612,whichisincludedattheendofthissection.


From
provi
d


lab to produ
c
d
ing a windo
w

c
tion,
w
into the pro
c
P/N: 9
7
c
ess

7
4155 | Re
v
www
.

v
: 091316 |
.
dynisco.co
m
-14-
ECO: 46774
m

From
provi
d


lab to produ
c
d
ing a windo
w
c
tion,
w
into the pro
c
P/N: 9
7
c
ess
7
4155 | Re
v
www
.

v
: 091316 |
.
dynisco.co
m
-15-

ECO: 46774
m





P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-16-





P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-17-





P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-18-
4TECHNICALDATA
4.1 MODELCODEBREAKDOWN............................................................................................19
4.2 PERFORMANCECHARACTERISTICS...............................................................................19
4.2.1 ACCURACY.........................................................................................................................19
4.2.2 RESOLUTION.....................................................................................................................19
4.2.3 REPEATABILITY................................................................................................................19
4.2.4 OVERLOADPRESSURE(MAXPRESSUREWITHOUTINVALIDATINGSPECIFIED
ACCURACY)........................................................................................................................19
4.2.5 BURSTPRESSURE.............................................................................................................19
4.2.6 RESPONSETIME...............................................................................................................19
4.3 ELECTRICALDATA...........................................................................................................20
4.4 INSTALLATIONSPECIFICATIONS....................................................................................20
4.5 TEMPERATURESPECIFICATIONS...................................................................................20
4.6 INSTALLATIONINFLUENCE............................................................................................21
4.7 TEMPERATUREINFLUENCE............................................................................................21
4.8 EMCREQUIREMENTS.......................................................................................................22
4.9 MATERIALS.......................................................................................................................22
4.10 ENVIRONMENTALPROTECTIONTOANSI/IEC‐60529&ANSI/NEMA‐250................22
4.11 WEIGHT.............................................................................................................................22
4.12 DIMENSIONS.....................................................................................................................22



P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-19-
4.1 MODELCODEBREAKDOWN
PleaseseeVertexdatasheetonwww.dynisco.com
4.2 PERFORMANCECHARACTERISTICS
4.2.1ACCURACY
Accuracyisdefinedascombinederrorexpressedasapercentageoffullscale(%F.S.)outputbasedon
thefollowingstandardconfigurations/conditions:
1) BestStraightLine%FSasperISA‐37.3
2) Electronicsatambient(+20C).
3) DymaxCoatedInconel718
Diaphragm
Consultfactoryfornon‐standardconfigurations.
RangeOptionAccuracy(%ofF.S.O.)
250–10,000PSIMM1±0.25
250–10,000PSIHH1(mAonly)±0.15
4.2.2 RESOLUTION
±0.035%fullscale@50%FS(averageresolution)
4.2.3 REPEATABILITY
±0.10%ofFS
4.2.4 OVERLOADPRESSURE(MAXPRESSUREWITHOUT
INVALIDATINGSPECIFIEDACCURACY)
1.5xFS
4.2.5 BURSTPRESSURE
> 5xFS
4.2.6 RESPONSETIME
4mSrisetime(0‐63%)




P/N: 974155 | Rev: 091316 | ECO: 46774
www.dynisco.com
From lab to production,
providing a window into the process
-20-
4.3 ELECTRICALDATA

OutputSignal2‐wire4‐20mAormV/Vorvoltage
mV/VSpecifications3.3mV/V
mASpecifications4‐20mA,endpointssetbyzero/spanactuators
voltageSpecifications0‐5V,0‐10V,1‐6V,or1‐11Vsetbyzero/spanactuatorsT/C
Specifications+/‐2°C
CurrentConsumption<30mA
SupplyVoltage4‐20mAorvoltage:16‐36V(Note:sensorincorporatesovervoltage
protectionandreversepolarityprotectionandwillnotoperateif
inputsarereversed).
mV/V:10Vrecommended,10‐12V

4.4 INSTALLATIONSPECIFICATIONS

InstallationTorque250in‐lbs.recommended

300in‐lbsmax(Transducersinstalledatamountingtorqueabove
thismaydamageunitandmaybedifficulttoremoveevenwhen
anti‐seizecompoundisapplied).

RemovalTorqueDonotexceed500in‐lbs

Flexbendradius1inch(25mm)minimum


4.5 TEMPERATURESPECIFICATIONS

ElectronicsHousing
OperatingTemperatureRange‐58to+185°F(‐50to+85°C)
CompensatedTemperatureRange+68to+150°F(+20to+65°C)

FlexandTransition
OperatingTemperatureRange‐58to+300°F(‐50to+150°C)
CompensatedTemperature Range+68to+300°F(+20to+150°C)

RigidSnout
OperatingTemperatureRange‐58to+750°F(‐50to+400°C)
CompensatedTemperatureRange+68to+660°F(+20to+350°C)
