Dynisco SPX2 Series User manual

OPERATINGMANUAL
SPX2 SeriesSPX2 Series
SPX2 SeriesSPX2 Series
SPX2 Series
SmSm
SmSm
Smarar
arar
artt
tt
tMM
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Meltelt
eltelt
elt PrPr
PrPr
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ess
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IntrinsicallysafeandexplosionproofIntrinsicallysafeandexplosionproof
IntrinsicallysafeandexplosionproofIntrinsicallysafeandexplosionproof
Intrinsicallysafeandexplosionproof
pressuretransmitterswithintegratedpressuretransmitterswithintegrated
pressuretransmitterswithintegratedpressuretransmitterswithintegrated
pressuretransmitterswithintegrated
amplifierforuseinhazardousenvironmentsamplifierforuseinhazardousenvironments
amplifierforuseinhazardousenvironmentsamplifierforuseinhazardousenvironments
amplifierforuseinhazardousenvironments
P/N 974125
01/04 Rev. A
ECO # 27981
II 2 (1) GII 2 (1) G
II 2 (1) GII 2 (1) G
II 2 (1) G
AA
AA
ATEXTEX
TEXTEX
TEX 100a100a
100a100a
100a

OPERATINGMANUAL
TT
TT
TABLEABLE
ABLEABLE
ABLE OFOF
OFOF
OF CC
CC
CONTENTSONTENTS
ONTENTSONTENTS
ONTENTS
ContentContent
ContentContent
Content PagePage
PagePage
Page IconIcon
IconIcon
Icon
1. General 3
2. NotesonSafety 6
3. TechnicalData 8
4. Description 29
5. Transport/Delivery 31
6. Assembly 32
7. Commissioning 44
8. Maintenance 54
9. Accessories 57
10. Troubleshooting 58
11. CE-DeclarationofConformity 59
12. Ex-DeclarationofConformity 60

3
GENERAL
1.1.
1.1.
1. GG
GG
GENERALENERAL
ENERALENERAL
ENERAL
1.1 ImportantInformation............................................................................................................ 3
1.2 Copyright .............................................................................................................................. 3
1.3 ExplanationofIcons.............................................................................................................. 4
1.4 Abbreviations........................................................................................................................ 4
1.5 Description ........................................................................................................................... 4
1.6 CorrectUse............................................................................................................................5
1.7 User’sObligations..................................................................................................................5
1.11.1
1.11.1
1.1 II
II
IMPORMPOR
MPORMPOR
MPORTT
TT
TANTANT
ANTANT
ANT INFORMAINFORMA
INFORMAINFORMA
INFORMATIONTION
TIONTION
TION
ThismanualappliestotheSPXseriesonly. Itmustbekeptneartheequipmentinareadilyand
immediatelyaccessiblelocationatalltimes.Thecontentofthismanualmustberead,understoodand
followedinitsentirety. Thisappliesinparticulartothenotesonsafety. Followingthesafety
instructionswillhelptopreventaccidents,defectsandmalfunctions.
DD
DD
DYNISCYNISC
YNISCYNISC
YNISCOO
OO
Owillnotbeheldliableforanyinjury,lossordamageresultingfromfailuretofollowthe
instructionsinthismanual.
Ifproductmalfunctions,inspiteofhavingfollowedtheoperatinginstructions,pleasecontactthe
DD
DD
DYNISCYNISC
YNISCYNISC
YNISCOO
OO
Ocustomerservicedepartment(Seethebackofthemanualforcontactinformation).
1.21.2
1.21.2
1.2 CC
CC
COPYRIGHTOPYRIGHT
OPYRIGHTOPYRIGHT
OPYRIGHT
Copyrightlawrequiresthatthismanualbeusedforin-housepurposesonly.
Itisstrictlyforbiddentoallowreproductionofanykind“inwholeorinpart”topersonsoutsideof
Dynisco.
RosemountandSmartFamilyareregisteredtrademarksofRosemount,Inc. HARTisaregistered
trademarkofHARTCommunicationFoundation.
1.1.
1.1.
1.33
33
3EE
EE
EXPLANAXPLANA
XPLANAXPLANA
XPLANATIONTION
TIONTION
TION OFOF
OFOF
OF ICIC
ICIC
ICONSONS
ONSONS
ONS
Themanualusesiconstoindicateinformationpertainingtosafety:
Riskofdestructionordamagetoequipment,machinesorinstallations
Generaldangertolifeorlimb

4
GENERAL
Specificdangertolifeorlimb
YouMUSTdothis
Thesafetyinstructionsareprovidedagainintheindividualchaptersofthemanual.
1.41.4
1.41.4
1.4 AA
AA
ABBREVIABBREVIA
BBREVIABBREVIA
BBREVIATIONSTIONS
TIONSTIONS
TIONS
Thefollowingabbreviationsareused:
OM OperatingManual
SPX SmartPressureTransmitter
f.s. Offullscale
PT PressureTransmitter
HART HighwayAddressableRemoteTransducer
PV PrimaryVariable(Pressure)
SV SecondaryVariable(ElectronicsTemperature)
URV UpperRangeValue
LRV LowerRangeValue
E2PROM ElectricallyErasableProgrammableReadOnlyMemory
Watchdog Aninternalmonitorfortheelectronics
1.1.
1.1.
1.55
55
5DD
DD
DESCRIPTIONESCRIPTION
ESCRIPTIONESCRIPTION
ESCRIPTION
TheDyniscoSPXSeriesplasticmeltpressuretransmittersprovideameansofpressuremeasurements
ofmoltenpolymersatdiaphragmtemperaturesupto750°F(400°C). Thetransmitterscombine
Dynisco’sinnovativecapillarystraingagesensorwithquality,reliableelectronicstoproducea4-20mA
signalproportionaltothemeasuredpressure.
Thetransmittersaredesignedforapplicationswhereamplifiedpressuresignalsarenecessary.This
includestransmissioninelectricallynoisyenvironmentsorlongdistancesignaltransmission.
Built-inzeroandspanadjustmentpush-buttonsareprovidedbehindsealscrews.Thestraingage
transducerelementhasnomovingpartsandrequiresminimumdeflectionofthesensingdiaphragm
(.001to.002inches)toobtainfull-scaleoutput.Thelackofmechanicalconnectionsminimizes
inaccuracies.

5
GENERAL
1.61.6
1.61.6
1.6 CC
CC
CORRECTORRECT
ORRECTORRECT
ORRECT USEUSE
USEUSE
USE
WhenusingtheSPXasasafetycomponentinaccordancewiththeECMachineDirective,
AnnexIIc,theequipmentmanufacturermusttakeanynecessaryprecautionstoensure
thatmalfunctionofthePTcannotcausedamageorinjury.
TheinstallationofthedevicemustbeinaccordancewiththeEuropeaninstallation
guidelinesEN60079-10.
WhenplanningmachineryandusingtheSPX,followthesafetyandaccidentpreventionregulationsthat
applytoyourapplication,suchas:
•EN60204,Electricalequipmentinmachines.
•EN292,Machinesafety,generaldesignguidelines.
•DIN57100Part410,Protectionagainstelectricshock
•EN50014:1997Generalrequirements
•EN50020:1994IntrinsicallySafeApparatus
•EN50284:1999SpecialRequirementsforGroupIICategory1G
1.1.
1.1.
1.77
77
7UU
UU
USS
SS
SERER
ERER
ER’’
’’
’SS
SS
S OBLIGAOBLIGA
OBLIGAOBLIGA
OBLIGATIONSTIONS
TIONSTIONS
TIONS
Theoperatororownerofthelargeroverallsystem,e.g.amachine,isresponsibleforfollowingthe
safetyandaccidentpreventionregulationsthatapplytothespecificapplication.

6
SAFETY
2.2.
2.2.
2. NN
NN
NOTESOTES
OTESOTES
OTES ONON
ONON
ON SAFETYSAFETY
SAFETYSAFETY
SAFETY
Theoperatororownerofthelargeroverallsystemisresponsibleforfollowingthesafety
andaccidentpreventionregulationsthatapplytothespecificapplication.
TT
TT
Too
oo
oxx
xx
xicic
icic
icHazHaz
HazHaz
Hazarar
arar
ard!d!
d!d!
d!
TheSPXcontainsaverysmallamountofmercury(Hg)0.00322In³typicallywitha6/18
configuration,asitstransmissionmedium. Ifthediaphragmisdamaged,mercurymay
escape. NevertransportorstoretheSPXwithouttheprotectivecap. Removethecap
shortlybeforeinstallation.
Ifmercuryisinhaledorswallowed,seekmedicalattentionimmediately!Ifmercuryisinhaledorswallowed,seekmedicalattentionimmediately!
Ifmercuryisinhaledorswallowed,seekmedicalattentionimmediately!Ifmercuryisinhaledorswallowed,seekmedicalattentionimmediately!
Ifmercuryisinhaledorswallowed,seekmedicalattentionimmediately!
Mercuryishazardouswasteandmustbedisposedofinaccordancewithapplicablelaws.
DD
DD
DYNISCYNISC
YNISCYNISC
YNISCOO
OO
O will acceptdefective PT’s.
Ifmercuryescapes,useairtightpackaging!
WarningsWarnings
WarningsWarnings
Warnings
Electricalshockcanresultindeathorseriousinjury.Avoidcontactwiththeleadsand
terminals.Highvoltagethatmaybepresentonleadscancauseelectricalshock.
MountingandelectricalconnectionofthePTmustbedonebyspecialistswithEMC
training,followingallapplicableregulations,andinpressurelesspressureless
pressurelesspressureless
pressureless,voltage-freevoltage-free
voltage-freevoltage-free
voltage-free,
intrinsicallysafeintrinsicallysafe
intrinsicallysafeintrinsicallysafe
intrinsicallysafeconditionwiththe machineswitchedoffmachineswitchedoff
machineswitchedoffmachineswitchedoff
machineswitchedoff. ThemachinemustbeThemachinemustbe
ThemachinemustbeThemachinemustbe
Themachinemustbe
securedagainstbeingswitchedbackon!securedagainstbeingswitchedbackon!
securedagainstbeingswitchedbackon!securedagainstbeingswitchedbackon!
securedagainstbeingswitchedbackon!
TheSPXseriesofpressuretransmitterscanbeusedinmediatemperaturesupto400°C. If
thepressuretransmitterisusedinotherapplications,thesafetyandaccidentprevention
regulationsspecifictothatapplicationmustbefollowed. Ambienttemperatureforthe
electronicshousingmax.+85°C(safetyClassT4max.).
Highertemperaturecanresultindamageandmalfunction. Donotinstallthepressure
transmitterinplaceswherethistemperatureisexceeded.
DD
DD
DYNISCYNISC
YNISCYNISC
YNISCOO
OO
Owillnotbeheldliableforanyinjury,lossordamageresultingfromfailureto
followtheinstructionsinthismanual.

7
SAFETY
UseinHazardousClassifiedAreasUseinHazardousClassifiedAreas
UseinHazardousClassifiedAreasUseinHazardousClassifiedAreas
UseinHazardousClassifiedAreas
SeveralconfigurationsoftheSPXseriesaredesignedandapprovedforuseinhazardous
classifiedareas. UnitsintendedforinstallationintheseareasmustbeartheapplicableUnitsintendedforinstallationintheseareasmustbear theapplicable
Unitsintendedforinstallationintheseareasmustbear theapplicableUnitsintendedforinstallationintheseareasmustbeartheapplicable
Unitsintendedforinstallationintheseareasmustbear theapplicable
approvalagency label.approvalagency label.
approvalagency label.approvalagency label.
approvalagency label. Afterinstallationbeforeoperatingthedevicetheusermustcheck
thatthecompleteinstallationandwiringisintrinsicsafe. Especially,caremustbetaken
thatthepowersourceisacertifiedapparatus.
TheSPXseriesofpressuretransmittersisspeciallydesignedformeasuringpressurein
explosiveatmospheres(safetyclassII2(1)GEExiaIICT4/T6(T6:withTa=-20to+50°C
andmediumtemperature <50°C;T4:withTa<85°Candmediumtemperature<85°C)aspart
ofa largeroverall system. TheSPX mayoperateinhazardousareaZone1. Thepressure
sensormaybeplacedinZone0.
TheSPX ofpressuretransmittersarealsodesignedforexplosionproofareasapprovedby
FactoryMutualforClassI,Division1,GroupsA,B,C&D. ClassII/III,Division1,
GroupsE,F,&G. Explosionproofmodelsarealsoapprovedforintrinsicsafetyby
FactoryMutualforClassI,Division1,GroupsA,B,C,&D.
Deviationofthesupplyvoltagefromthevaluegiveninthetechnicalspecifications,or
falsepolarity,candamagethepressuretransmitterandcausemalfunctionsthatcanpose
ariskofexplosion. Operateonlywithanintrinsicallysafe,EMCcompliantpowersupply
withthefollowingspecificationswhenemployingthepressure4-20Aoutput:
SupplyVoltagemax. U0 = 30VDC
CurrentOutputmax. Io = 100mA
Powermax. Po = 0.75W
ForSPX’sthatareexplosionproofClassI,Division1,GroupsA,B,C&D,ClassII/III,division
2,GroupsE,F,andG.thepowersupplyratingis16-26Vdc.
AdditionalComments:
•Donotremovethetransmitterpushbuttonsealscrewsinexplosive
environmentswhenthecircuitisalive.
•Transmitterpushbuttonsealscrewsmustbefullyengagedtomeetexplosion
proofrequirements.
•BeforeconnectingaHARThandheldcommunicatorinanexplosive
atmosphere,makesuretheinstrumentsintheloopareinstalledin
accordancewithintrinsicallysafeornon-incendivefieldwiringpractices.

8
TECHNICALDATA
3.3.
3.3.
3. TT
TT
TEE
EE
ECHNICALCHNICAL
CHNICALCHNICAL
CHNICAL DD
DD
DAA
AA
ATT
TT
TAA
AA
A
3.1 OrderingGuideforSPX .......................................................................................................... 9
3.2 OrderingExample ................................................................................................................. 9
3.3 OrderingInformation ............................................................................................................. 9
3.4 ModelType&ProcessStyle ..................................................................................................10
3.5 HazardousAreaClassifications .............................................................................................10
3.6 DiaphragmMaterialandWearCoating ..................................................................................10
3.7 ProcessConnections ............................................................................................................ 11
3.7.1 2241.................................................................................................................................... 11
3.7.2 2242 ................................................................................................................................... 11
3.7.3 2243 ................................................................................................................................... 11
3.7.4 2290 ...................................................................................................................................12
3.7.5 2291....................................................................................................................................12
3.8 EngineeringUnits.................................................................................................................13
3.9 PressureRange-FullScale...................................................................................................13
3.10 RigidStem&RigidorFlexibleCapillaryLength .......................................................................13
3.10.1 2242/2243 ..........................................................................................................................13
3.10.2 2241....................................................................................................................................14
3.10.3 2244 ...................................................................................................................................14
3.10.4 229X ...................................................................................................................................14
3.11 Communications ..................................................................................................................14
3.12 ElectricalConnections ..........................................................................................................14
3.13 TemperatureSensors ........................................................................................................... 15
3.14 OptionCodes ....................................................................................................................... 15
3.15 AlternateFullScaleSettings ................................................................................................. 15
3.16 SafetySpecifications............................................................................................................ 15
3.17 PerformanceCharacteristics ................................................................................................. 15
3.17.1 Accuracy.............................................................................................................................. 15
3.17.2 Resolution ...........................................................................................................................16
3.17.3 Repeatability .......................................................................................................................16
3.17.4 Max.Overload .....................................................................................................................16
3.17.5 BurstPressure .....................................................................................................................16
3.17.6 NaturalFrequency................................................................................................................16
3.17.7 ResponseTime ....................................................................................................................16
3.18 ElectricalData .....................................................................................................................16
3.19 TemperatureInfluence ......................................................................................................... 17
3.20 EMCRequirements ...............................................................................................................18
3.21 Materials .............................................................................................................................18
3.22 Torque .................................................................................................................................18
3.23 EnvironmentalProtectiontoIEC529......................................................................................18
3.24 Weight ................................................................................................................................18
3.25 Dimensions..........................................................................................................................18

9
TECHNICALDATA
3.13.1
3.13.1
3.1 OO
OO
ORDERINGRDERING
RDERINGRDERING
RDERING GG
GG
GUIDEUIDE
UIDEUIDE
UIDE FORFOR
FORFOR
FOR SPXSPX
SPXSPX
SPX
Theexactmeaningsoftheletter/digitcombinationsaregiveninthecorrespondingsectionsof
Chapter3.
3.23.2
3.23.2
3.2 OO
OO
ORDERINGRDERING
RDERINGRDERING
RDERING EE
EE
EXAMPLEXAMPLE
XAMPLEXAMPLE
XAMPLE
229 1 S A 48 P 21 BU FF B AB AA B300
22X X X X XX X XX XX XX X XX XX XXXX@XX ModelType
ProcessStyle
HazardousAreaClassifcations
DiaphragmMaterialandWearCoatings
ProcessConnections
EngineeringUnits
PressureRange
RigidStem
RigidorFlexibleCapillary
Communications
ElectricalConnection
TemperatureSensor
OptionCode
OptionalAlternateFullScaleSetting
LargeDiaphragm
FlangeMounted
IntrinsicallySafeApproval
DyMaxCoated15-5SSTDiaphragm
S8Flange
PSIUnits
5,000PressureRange
5”SnoutLength
30”FlexibleCapillary
4-20mAwithHARTComms
6-PinHermeticConnector
J-TypeThermocouplewith3”Flex
R-Cal
3.3.
3.3.
3.33
33
3OO
OO
ORDERINGRDERING
RDERINGRDERING
RDERING II
II
INFORMANFORMA
NFORMANFORMA
NFORMATIONTION
TIONTION
TION

10
TECHNICALDATA
3.43.4
3.43.4
3.4 MM
MM
MODELODEL
ODELODEL
ODEL TT
TT
TYPEYPE
YPEYPE
YPE & P& P
& P& P
& PROCESSROCESS
ROCESSROCESS
ROCESS SS
SS
STYLETYLE
TYLETYLE
TYLE
22XXXX
XXXX
XXXXXXXXXXXXXXXXXXXXXX@XX
42 = 1/2-20 UNF2A
41,43,44,90or91 = FlangeMounted
92 = 11/2- 16 UN2A
3.3.
3.3.
3.55
55
5HH
HH
HAZARDOUSAZARDOUS
AZARDOUSAZARDOUS
AZARDOUS AA
AA
AREAREA
REAREA
REA CC
CC
CLASLAS
LASLAS
LASSIFICASIFICA
SIFICASIFICA
SIFICATIONSTIONS
TIONSTIONS
TIONS
22XXXX
XX
XXXXXXXXXXXXXXXXXXXX@XX
TheSPXseriesofpressuretransmittersisspeciallydesignedformeasuringpressurein
explosiveatmospheres(safetyclassII2(1)GEExiaIICT4/T6(T6:withTa=-20to+50°C
andmediumtemperature <50°C;T4:withTa<85°Candmediumtemperature<85°C)aspart
ofa largeroverall system. TheSPX mayoperateinhazardousareaZone1. Thepressure
sensormaybeplacedinZone0.
TheSPXandofpressuretransmittersarealsodesignedforexplosionproofareas
approvedbyFactoryMutualforClassI,Division1,GroupsA,B,C&D. ClassII/III,
Division1,GroupsE,F,&G. Explosionproofmodelsarealsoapprovedforintrinsicsafety
byFactoryMutualforClassI,Division1,GroupsA,B,C,&D.
N = NoApprovals
E = ExplosionProof
S = IntrinsicallySafe
3.63.6
3.63.6
3.6 DD
DD
DIAPHRAGMIAPHRAGM
IAPHRAGMIAPHRAGM
IAPHRAGM MM
MM
MAA
AA
ATERIALTERIAL
TERIALTERIAL
TERIAL ANDAND
ANDAND
AND WW
WW
WEAREAR
EAREAR
EAR CC
CC
COO
OO
OAA
AA
ATINGSTINGS
TINGSTINGS
TINGS
22XXXXX
XX
XXXXXXXXXXXXXXXXXXX@XX
A = DyMaxTMCoated15-5PHSST
D = TitaniumNitrideCoated15-5PHSST
E = DyMaxTMCoatedThick15-5PHSST
M = UncoatedHastelloy
N = BorofuseCoatedInconel
P = UncoatedInconel
R = BorofuseCoatedExtraThickInconel
S = UncoatedExtraThickInconel
Otherdiaphragmandwearcoatingcombinationsexist,pleaseconsultfactoryforotherconfigurations.
Certainmodelsdoarenotavailableinsomeconfigurations.
22XXXXXXXXXXXXXXXXXXXXXX@XX

11
TECHNICALDATA
Note:Accuracycanbeaffectedwithchoiceofdiaphragmandcoating.
3.3.
3.3.
3.77
77
7PP
PP
PROCESSROCESS
ROCESSROCESS
ROCESS CC
CC
CONNECTIONSONNECTIONS
ONNECTIONSONNECTIONS
ONNECTIONS
22XXXXXXXX
XXXX
XXXXXXXXXXXXXXXXXX@XX
3.3.
3.3.
3.77
77
7.1.1
.1.1
.1 22412241
22412241
2241
90 = StandardFlange(K1)
91 = OnePieceFlange(K2)
92 = One PieceFlange(K3)
93 = OnePiece Flange(K4)
94 = OnePieceFlange(K5)
95 = OnePieceFlange(K6)
Pleasesee Figure6-9fordimensionsforspecificflanges. Forothermountingflanges/process
connectionsnotlistedfortheSPX2241pleaseconsultfactory.
3.3.
3.3.
3.77
77
7.2.2
.2.2
.2 22422242
22422242
2242
00 = 1/2-20UNF
01 = 1/2BSPThread
02 = 1/2-20withLooseNut
03 = M10X1.5Thread
04 = M14 x1.5Thread
05 = M18x1.5Thread
06 = G1/4ThreadwithLooseNut
07 = G1/4ThreadwithTaperSeat
08 = G3/8ThreadwithFlatSeat
09 = G3/8ThreadwithLooseNut
10 = G3/8ThreadwithTaperSeat
11 = 1/2-14 BSPwith Flatseal
12 = 1/2-20JamNut
13 = G1ThreadwithLooseNut
14 = M18x2.5ThreadJamNut
15 = M18x1.5ThreadJamNut
ForotherprocessconnectionsoftheSPX2242pleaseconsultfactory.
3.3.
3.3.
3.77
77
7..
..
.33
33
322432243
22432243
2243
26 = Flat Faced Flange (F1)
27 = RaisedFaceFlange(F2)
28 = RaisedFace Flange (F3)
29 = RaisedFace Flange(F4)

12
TECHNICALDATA
30 = RaisedFaceFlange(F5)
31 = TPTFaceFlange(F6)
32 = RaisedFaceFlange(F7)
33 = RaisedFaceFlange(F8)
34 = StandardFaceFlange(F9)
35 = RaisedFaceFlange(F10)
36 = RingJointFlange(F11)
37 = Flat Faced Flange (F12)
Pleasesee Figure6-10fordimensionsforspecificflanges. Forothermountingflanges/process
connectionsnotlistedfortheSPX2243pleaseconsultfactory.
3.3.
3.3.
3.77
77
7.4.4
.4.4
.4 22902290
22902290
2290
69 = No Flange
70 = StandardSplitFlange(T1)
71 = SplitFlange(T2)
72 = SplitFlange(T3)
73 = SplitFlange(T4)
74 = SplitFlange(T5)
75 = SplitFlange(T6)
76 = SplitFlange(T7)
77 = SplitFlange(T8)
Pleasesee Figure6-12fordimensionsforspecificflanges. Forothermountingflanges/process
connectionsnotlistedfortheSPX2290pleaseconsultfactory.
3.3.
3.3.
3.77
77
7..
..
.55
55
52244&22912244&2291
2244&22912244&2291
2244&2291
48 = StandardFlange(S1)
49 = OnePieceFlange(S2)
50 = OnePieceFlange(S3)
51 = OnePieceFlange(S4)
52 = OnePieceFlange(S5)
53 = OnePieceFlange(S6)
54 = OnePieceFlange(S7)
55 = OnePieceFlange(S8)
56 = OnePieceFlange(S9)
57 = OnePieceFlange(S10)
58 = One Piece Flange(S11)
59 = One PieceFlange(S12)
Pleasesee Figure6-11fordimensionsforspecificflanges. Forothermountingflanges/process
connectionsnotlistedfortheSPX2291pleaseconsultfactory.

13
TECHNICALDATA
3.83.8
3.83.8
3.8 EE
EE
ENGINEERINGNGINEERING
NGINEERINGNGINEERING
NGINEERING UU
UU
UNITSNITS
NITSNITS
NITS
22XXXXXXXX
XX
XXXXXXXXXXXXXXXX@XX
B = Bar
C = KPa
K = Kgf/cm2
M = Mpa
P = PSI
3.3.
3.3.
3.99
99
9PP
PP
PRESSURERESSURE
RESSURERESSURE
RESSURE RR
RR
RANGEANGE
ANGEANGE
ANGE -F-F
-F-F
-FULLULL
ULLULL
ULL SS
SS
SCALECALE
CALECALE
CALE
22XXXXXXXXXXX
XXXX
XXXXXXXXXXXXXXX@XX
CodeCode
CodeCode
Code PsiPsi
PsiPsi
Psi Bar Kgf/cmBar Kgf/cm
Bar Kgf/cmBar Kgf/cm
Bar Kgf/cm22
22
2MPaMPa
MPaMPa
MPa KPaKPa
KPaKPa
KPa
08 25 1.75 1.75 0.175 175 (SPX229Xonly)
09 50 3.5 3.5 0.35 350 (SPX229Xonly)
11 100 7 7 0.7 700 (SPX229Xonly)
13 250 17.5 17.5 1.75 1750 (ExcludingSPX2243)
14 500 35 35 3.5 3500
15 750 50 50 5 5000
16 1000 70 70 7 7000
17 1500 100 100 10 10000
20 3000 200 200 20 20000
21 5000 350 350 35 35000
22 7500 500 500 50 50000
23 10000 700 700 70 70000 (ExcludingSPX2244)
24 15000 1000 1000 100 100000 (SPX2242andSPX2243)
25 20000 1400 1400 140 140000 (SPX2242andSPX2243)
27 30000 2000 2000 200 200000 (SPX2242andSPX2243)
Pleaseconsultfactoryforotheravailableranges.
3.103.10
3.103.10
3.10 RR
RR
RIGIDIGID
IGIDIGID
IGID STEMSTEM
STEMSTEM
STEM & R& R
& R& R
& RIGIDIGID
IGIDIGID
IGID OROR
OROR
OR FLEXIBLEFLEXIBLE
FLEXIBLEFLEXIBLE
FLEXIBLE CC
CC
CAPILLARYAPILLARY
APILLARYAPILLARY
APILLARY LL
LL
LENGTHENGTH
ENGTHENGTH
ENGTH
22XXXXXXXXXXXXXXXXX
XXXXXXXX
XXXXXXXXXXXXX@XX
3.10.13.10.1
3.10.13.10.1
3.10.1 2242/22432242/2243
2242/22432242/2243
2242/2243
CEAA = 6”RigidStem/0”FlexibleCapillary
CEDD = 6”RigidStem/18”FleixbleCapillary
Otherlengthsavailable,pleaseconsultfactory.

14
TECHNICALDATA
3.10.23.10.2
3.10.23.10.2
3.10.2 22412241
22412241
2241
NEDD = 2.031”RigidStem/18”FleixbleCapillary
3.103.10
3.103.10
3.10..
..
.33
33
322442244
22442244
2244
NNDD = 2.406”RigidStem/18”FleixbleCapillary
Otherlengthsavailable,pleaseconsultfactory.
3.10.43.10.4
3.10.43.10.4
3.10.4 229X229X
229X229X
229X
BUFF = 5”RigidStem/30”FleixbleCapillary
Otherlengthsavailable,pleaseconsultfactory.
3.113.11
3.113.11
3.11 CC
CC
COMMUNICAOMMUNICA
OMMUNICAOMMUNICA
OMMUNICATIONSTIONS
TIONSTIONS
TIONS
22XXXXXXXXXXXXXXX
XX
XXXXXXXXX@XX
TheSPXisa4-20mApressuretransmitter. HARTProtocolisavailableasanoption.
A = 4-20mAwithoutHARTCommunications
B = 4-20mAwithHARTCommunications
C = 4-20mAwithHARTModifiedSetting
3.123.12
3.123.12
3.12 EE
EE
ELECTRICALLECTRICAL
LECTRICALLECTRICAL
LECTRICAL CC
CC
CONNECTIONSONNECTIONS
ONNECTIONSONNECTIONS
ONNECTIONS
22XXXXXXXXXXXXXXXXXX
XXXX
XXXXXXXX@XX
AA = PT02A-10-6PConnector
AB = PT02H-10-6PConnector
AF = PC02E-12-8EConnector
CA = 1/2-14NPTConduitFittingwith42”Leads
Otherleadlengthsandconnectorsareavailable,pleaseconsultfactory.

15
TECHNICALDATA
3.133.13
3.133.13
3.13 TT
TT
TEMPERAEMPERA
EMPERAEMPERA
EMPERATURETURE
TURETURE
TURE SS
SS
SENSORSENSORS
ENSORSENSORS
ENSORS
22XXXXXXXXXXXXXXXXXXXX
XXXX
XXXXXX@XX
ZZ = NoThermocouple
AA = SingleJTCwith3”Flex
CA = DualJTCwith3”Flex
OtherthermocouplesandRTDconfigurationsareavailible. Pleaseconsultfactory.
3.143.14
3.143.14
3.14 OO
OO
OPTIONPTION
PTIONPTION
PTION CC
CC
CODESODES
ODESODES
ODES
22XXXXXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXX
XXXX@XX
Transmittersareavailablewithcertainapprovedoptioncodes. Pleaseconsultfactoryforlistofapproved
options.
3.153.15
3.153.15
3.15 AA
AA
ALL
LL
LTERNATERNA
TERNATERNA
TERNATETE
TETE
TE FF
FF
FULLULL
ULLULL
ULL SS
SS
SCALECALE
CALECALE
CALE SS
SS
SETET
ETET
ETTINGSTINGS
TINGSTINGS
TINGS
22XXXXXXXXXXXXXXXXXXXXXX@XXXX
XXXX
XX
Theupperrangevaluecanberequestedinaratioof3:1,attimeorordering. Inaddition,thedesired
pressurefortheupperrangevaluecanbesetusingthehandheldcommunicatorwithorwithouta
referencepressuresourceavailable.
3.163.16
3.163.16
3.16 SS
SS
SAFETAFET
AFETAFET
AFETYY
YY
Y SS
SS
SPEPE
PEPE
PECIFICACIFICA
CIFICACIFICA
CIFICATIONSTIONS
TIONSTIONS
TIONS
Electricalequipmentmustsatisfythefollowingconditions:
SupplyVoltagemax. U0 = 30VDC
CurrentOutputmax. Io = 100mA
Powermax. Po = 0.75W
3.173.17
3.173.17
3.17 PP
PP
PERFORMANCEERFORMANCE
ERFORMANCEERFORMANCE
ERFORMANCE CHARACTERISTICSCHARACTERISTICS
CHARACTERISTICSCHARACTERISTICS
CHARACTERISTICS
3.13.1
3.13.1
3.177
77
7.1.1
.1.1
.1 AA
AA
ACC
CC
CCC
CC
CURAURA
URAURA
URACYCY
CYCY
CY ((
((
(BFSLBFSL
BFSLBFSL
BFSL))
))
)
(Linearity,hysterisisandrepeatability)
3.13.1
3.13.1
3.177
77
7.1.1
.1.1
.1AA
AA
A2242/22432242/2243
2242/22432242/2243
2242/2243
±0.25%offullscale(0-1,500psiandabove)
±0.5%offullscale(0-1,000psiandbelow)

16
TECHNICALDATA
3.13.1
3.13.1
3.177
77
7.1.1
.1.1
.1BB
BB
B22412241
22412241
2241
±1.0offullscale(10-1000psiandbelow)
3.13.1
3.13.1
3.177
77
7.1.1
.1.1
.1CC
CC
C22442244
22442244
2244
±0.25%offullscale(0-500psiandabove)
±0.5%offullscale(0-250psi)
3.13.1
3.13.1
3.177
77
7.1.1
.1.1
.1DD
DD
D229X229X
229X229X
229X
±0.5%offullscale
3.13.1
3.13.1
3.177
77
7.2.2
.2.2
.2 RR
RR
RESOLUTIONESOLUTION
ESOLUTIONESOLUTION
ESOLUTION
±0.035%fullscaleorbetter
3.13.1
3.13.1
3.177
77
7..
..
.33
33
3RR
RR
REPEAEPEA
EPEAEPEA
EPEATT
TT
TABILITABILIT
ABILITABILIT
ABILITYY
YY
Y
±0.10%offullscale
3.13.1
3.13.1
3.177
77
7.4.4
.4.4
.4 MM
MM
MAXAX
AXAX
AX. O. O
. O. O
. OVERLVERL
VERLVERL
VERLOO
OO
OADAD
ADAD
AD ((
((
(WITHOUTWITHOUT
WITHOUTWITHOUT
WITHOUT INFLINFL
INFLINFL
INFLUENCINGUENCING
UENCINGUENCING
UENCING OPERAOPERA
OPERAOPERA
OPERATINGTING
TINGTING
TING DD
DD
DAA
AA
ATT
TT
TAA
AA
A))
))
)
2242/2243 2xfullscalepressureor35,000psi,whicheverisless.
2241/2244 2xfullscalepressureor15,000psi,whicheverisless.
229X 2x fullscalepressure
3.13.1
3.13.1
3.177
77
7..
..
.55
55
5BB
BB
BURSTURST
URSTURST
URST PRESSUREPRESSURE
PRESSUREPRESSURE
PRESSURE
6xnominalvalue,max.45,000psi
3.13.1
3.13.1
3.177
77
7..
..
.66
66
6NN
NN
NAA
AA
ATURALTURAL
TURALTURAL
TURAL FREFRE
FREFRE
FREQUENCYQUENCY
QUENCYQUENCY
QUENCY
50Hz[-3db]
3.13.1
3.13.1
3.177
77
7..
..
.77
77
7RR
RR
RESPONSEESPONSE
ESPONSEESPONSE
ESPONSE TT
TT
TIMEIME
IMEIME
IME
22XXwithHART 50mS
22XXwithoutHART 20mS
3.183.18
3.183.18
3.18 EE
EE
ELELE
LELE
LECTRICALCTRICAL
CTRICALCTRICAL
CTRICAL DD
DD
DAA
AA
ATT
TT
TAA
AA
A
Configuration 4-armWheatstonebridgestraingaugewithint.amplifier
OutputSignal 2-wire4-20mA

17
TECHNICALDATA
SaturationLevels 3.8mAand20.5mA
FailSafeLevels 3.6mAforLowLevel
22.5mAforHighLevel
SupplyVoltage 16-26VDCforEExiaIICT4/T6
andapprovedexplosionproofmodels
PowerConsumption <25mA
ZeroBalanceAdjustmentRange
224X -40%to+10%>500psi
-80%to+20%<500psi
229X -40%to+10%>100psi
-80%to+20%<100psi
3.193.19
3.193.19
3.19 TT
TT
TEMPERAEMPERA
EMPERAEMPERA
EMPERATURETURE
TURETURE
TURE II
II
INFLNFL
NFLNFL
NFLUENCUENC
UENCUENC
UENCEE
EE
E
ELECTRONICSHOUSING
MaximumHousingTemperatures
-20°Cto+85°C,SafetyClassT4
CompensatedTemperatureRange
224X -18°Cto+65°C
229X -18°Cto+60°C
Zeroshiftduetotemperaturechangeonelectronicshousing
22XX 0.01%fullscale/°Fmaximum(0,02%f.s./°Cmaximum)
Diaphragm(incontactwithmedia)spanshiftduetotemperaturechangeonelectronicshousing.
22XX 0.01%fullscale/°Fmax.(0.02%f.s./°Cmax.)
Zeroshiftduetotemperaturechangeonthediaphragm.
2242,2243 15psi/100°Ftypical(27psi/100°C)
2241, 2244 1psi/100°Ftypical(from75°Fto450°F)
SPX229X 2psi/100°Ftypical(from450°Fto600°F)
0.07bar/38°Ctypical(from24°Cto232°C)
0.14bar/38°Ctypical(from233°Cto315°C)

18
TECHNICALDATA
3.203.20
3.203.20
3.20 EMC REMC R
EMC REMC R
EMC REQUIREMENTSEQUIREMENTS
EQUIREMENTSEQUIREMENTS
EQUIREMENTS
ConformingtoCEinaccordancewithEMCdirective.
ElectromagneticInterference DINEN61000-6-3:1996mod.
Immunity DINEN61000-6-2:1999mod.
RadioDisturbence DINEN55022(IEC/CISPR22:1997,mod.+A1:2000)
ElectrostaticDischarge DINEN61000-4-2:1995+A1:1998+A2:2000
Radiated,RadioFreq,etc. DINEN61000-4-3:1995+A1:1998+A2:2000
ElectricalFastTransient DINEN61000-4-4:1995+A1:2000+A2:2001
SurgeImmunity DINEN61000-4-5:1995+A1:2000
ConductedDisturbences DINEN61000-4-6:1996+A1:2000
PowerFrequencyMagneticField DINEN61000-4-8:1993+A1:2001
PulseMagneticField DINEN61000-4-9:1993+A1:2000
3.213.21
3.213.21
3.21 MM
MM
MAA
AA
ATERIALSTERIALS
TERIALSTERIALS
TERIALS
Diaphragm 15-5PHMat.No.1.4545Variousproprietarycoatings
Stem(Snout) 17-4PHMat.No.517400
Pleasenoteotherdiaphragmandstemmaterialsmaybesubstituted,
3.223.22
3.223.22
3.22 TT
TT
TORQUEORQUE
ORQUEORQUE
ORQUE
2242 2243 2292 2241,2244,
2290,2291
max.56.5Nm max.5.6Nm max.14.1 Nm max. 14.1Nm
(500inch-lbs.) (50inch-lbs.) (125inch-lbs.) (125inch-lbs.)
min.11.3Nm min.4.5Nm min.11.3Nm min.11.3Nm
(100inch-lbs.) (40inch-lbs.) (100inch-lbs.) (100inch-lbs.)
3.233.23
3.233.23
3.23 EE
EE
ENVIRONMENTNVIRONMENT
NVIRONMENTNVIRONMENT
NVIRONMENTALAL
ALAL
AL PROPRO
PROPRO
PROTETE
TETE
TECTIONCTION
CTIONCTION
CTION TT
TT
TOO
OO
OIEIE
IEIE
IECC
CC
C55
55
522
22
299
99
9
PThousingwithconduit 1P66nema4x
PT02A-10-6P 1P55nema4x
PT02H-10-6P 1P66nema4x
PT1H-10-6P 1P66nema4x
3.243.24
3.243.24
3.24 WW
WW
WEIGHTEIGHT
EIGHTEIGHT
EIGHT
1-5lbs.
3.253.25
3.253.25
3.25 DD
DD
DIMENSIONSIMENSIONS
IMENSIONSIMENSIONS
IMENSIONS

19
TECHNICALDATA
Fig. 3-1Fig. 3-1
Fig. 3-1Fig. 3-1
Fig. 3-1 SPX2241SPX2241
SPX2241SPX2241
SPX2241
SPX
B
C
3. DRILLS 0.5 DIA
<
8. ALL DIM ENSIONS ARE IN INCHE S.
7. PART TO BE FREE OF BURRS 6. EDGES R .005 OR CHAMFER MAX
5. FI LLE TS R .005 MAX
2. FRACT IONS ± 1/32
1. 2 PLACE DECIMAL ± .01
3 PLACE DECIMAL ± . 005
°4. ANG LES ± 0.5
+ .005
- .002
+ .008
- .003
0.5 DIA
>
REVDWG. NO.SIZE
TOLERANCES UNLES S OTHERW ISE SPECIFIED;
MODEL NO.
QTYDESCRIPTION
PART NO.
ITEM
DO NOT SCALE DRAWING
MATERIAL
DATE DATE DATE
FINISH APPROVED CHECKED DRAWN TITLE
OutLine Drawing,
SPX2241 Flex/ Rigid
000214
NONE
SHEET OF
11
SCALE:
KEM 09/09/03
EXCEPT AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF DYNISCO, ARE ISSUED IN STRICT CONFIDENCE, AND SHALL NOT BE REPRODUCED OR COPIED, OR USED AS THE BASIS FOR THE MANUFACTURE OR SALE OF APPARATUS WITHOUT PERM ISSION.
38 FORGE PAR K, FRANKL IN MA
KEM 09/25/03
REV ECO BY APP DATE
28194 KEMA
000214
KEM 09/25/03
28194 KEMB
SPAN
ZERO
S
C
R
E
W
S
E
A
S
L
R
E
M
O
V
E
N
O
T
D
O
E
x
N
W
A
R
I
N
G
S
Z
Alignment
Flat
VIEWA-A
2. EXPOSED SURFACES ARE STAINLESS STEEL. - SHELL; TYPE 303 OR 304. CONDUIT FITTING; TYPE 303.
1. ALL DIMENSIONS ARE in. (mm).
NOTES:
Color Function
RED E+
BLACK E- GREEN GROUND
ORANGE Rcal +
BLUE Rcal
-
3 - Conductor
5 - Conductor
Cable Wiring
VIEWB-B
O
.516 THRU (
O
3.11 mm)
4 HOLES EQ SP ON
O
2.125 B.C.
2x 5/16-24 UNF-2B THRU
EQ SP 180
v
APART
(JACK-OUT SCREW S)
45° ±.5
v
O
2.125 54mm
O
3.25 82.6mm
A
A
B
B
SST ARMORED
CABLE
Ø.62
(15.9mm)
RIGID STEM LENGTH
u
.06 (1.5 mm)
5/8
FLATS
2.031 SNOUT
(51.59 mm)
RIGID STEM OPTION
.932 .927 23.66mm 23.55mm
O
1.325 1.315 33.66mm 33.4mm
O
.536 .526 13.61mm 13.36mm
.75 19mm
GASKET 1.19 (30.2mm) OD .950 (24.1mm) ID .09 (2.3mm) THK
Ø.69
(17.5mm)
LEAD LENGTH
(42in.std (107cm)
.81 20.7mm
1.48 37.7mm
4.00 101.6mm
1.25 31.9mm
Flex Length
u
.12 (3.1mm)
1/2-14 NPT
1.00 25.4mm
O
1.75 44.4mm
O
10.46 + FLEX LENGTH (or RIGID STEM LENGTH)
u
.25 (6.35 mm)
(265.7mm)
18 AWG STRANDED
CABLE WIRE
7/8 in.
(FLATS)

20
TECHNICALDATA
Fig. 3-2Fig. 3-2
Fig. 3-2Fig. 3-2
Fig. 3-2 SPX2242SPX2242
SPX2242SPX2242
SPX2242
SPX
B
C
3. DRILLS 0.5 DIA
<
8. ALL DIM ENSIONS ARE IN INCHE S.
7. PART TO BE FREE OF BURRS 6. EDGES R .005 OR CHAMFER MAX
5. FI LLE TS R .005 MAX
2. FRACT IONS ± 1/32
1. 2 PLACE DECIMAL ± .01
3 PLACE DECIMAL ± . 005
°4. ANGLES ± 0.5
+ .005
- .002
+ .008
- .003
0.5 DIA
>
REVDWG. NO.SIZE
TOLERANCES UNLES S OTHERW ISE SPECIFIED;
MODEL NO.
QTYDESCRIPTION
PART NO.
ITEM
DO NOT SCALE DRAWING
MATERIAL
DATE DATE DATE
FINISH APPROVED CHECKED DRAWN TITLE
OutLine Drawing,
SPX2242 Flex Version
000215
NONE
SHEET OF
11
SCALE:
KEM 09/09/03
EXCEPT AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF DYNISCO, ARE ISSUED IN STRICT CONFIDENCE, AND SHALL NOT BE REPRODUCED OR COPIED, OR USED AS THE BASIS FOR THE MANUFACTURE OR SALE OF APPARATUS WITHOUT PERM ISSION.
38 FORGE PAR K, FRANKL IN MA
KEM 09/25/03
REV ECO BY APP DATE
28194 KEMA
000215
KEM 09/25/03
28194 KEMB
2. EXPOSED SURFACES ARE STAINLESS STEEL. - SHELL; TYPE 303 OR 304. CONDUIT FITTING; TYPE 303.
1. ALL DIMENSIONS ARE in. (mm).
NOTES:
Color Function
RED E+
BLACK E- GREEN GROUND
ORANGE Rcal +
BLUE Rcal
-
3 - Conductor
5 - Conductor
Cable Wiring
SPAN
ZERO
S
C
R
E
W
S
E
A
S
L
R
E
M
O
V
E
N
O
T
D
O
E
x
N
W
A
R
I
N
G
S
Z
Alignment
Flat
VIEWA-A
7/8in
(FLATS)
.44 11.2mm
1/2-20 UNF-2A
1.06 26.9mm
.42 10.7m m
O
A
A
.214 5.4mm
45° 30' 44° 30'
.414 .412 10.5mm 10.5mm
O
.307 .305 7.8mm 7.7mm
O
18 AWG STRANDED
CABLE WIRE
1/2-14 NPT
LEAD LENGTH
(42 in, 107 cm std)
.81 20.7mm
1.48 37.7mm
4.00 101.6mm
1.25 31.7mm FLEX LENGTH
RIGID SNOUT LENGTH
u
.06 (1.5 mm)
1.75 44.4mm
O
SST ARMORED CABLE
5/8 in
(FLATS)
.50 12.7m m
O
7.33 + FLEX LENGTH + RIGID SNOUT LENGTH
u
.25 (6.35 mm)
(186.2mm)
.69 17.5mm
O