Post on 04-Apr-2018
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457
Rev.K(Nov2011)
Overview
TheST5484Eisaselfcontainedseismicvelocity
transmitterthatincorporatesapiezoelectric
accelerometer,signalintegrator,RMSpeak
detector,and420mAsignalconditionerintoa
singlepackagethatcanbemounteddirectlyon
themachinecaseorbearinghousingwithout
needofanyinterveningsignalconditioning
equipment.The
amplitude
of
the
integrated
acceleration(velocity)signalisconvertedtoa
proportional420mAsignalthatiscompatible
withmostindustrialprocesscontrol
instrumentationsuchasPLCs,DCSs,andSCADA
systemsthatcanprovidetrendingand/or
alarmingcapabilitiesforasimplifiedvibration
monitoringstrategy.
Whentheflyingleadorterminalblock
connectoroptions
are
chosen,
the
transmitter
is
designedforusewithoutneedofaseparate
environmentalhousingandcandirectlyaccept
conduit. Itcanbeusedwithbarriersfor
intrinsicallysafeinstallations,orwireddirectly
toexplosionproofconduitfittingsforexplosion
proofinstallations,reducingtotalinstalledcosts.
NeedALocalDisplay?
Whencontinuous,localindicationof
vibrationlevels
is
required
at
the
transmitter,theMetrixST5491Eprovides
thesecapabilities. Itssensingand
transmitterelementsaresimilartothe5484E,butit
includesaconvenient2digitLCDdisplayinanintegral
conduitelbowandisratedforuseintemperaturesfrom
10Cto+70C. Refertodatasheet1004598forordering
informationanddetailedspecifications.
FlyingLeads
(OptionD=0or1)
(2wireshown;4wire
alsoavailable)
2PinMILConnector
(OptionD=4)
2PinTerminalBlock
(OptionD=2)
4PinTerminalBlock
(OptionD=3)
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page2of12
Rev.K(Nov2011)
Applications
Inapplicationswherethefeaturesandfunctions
ofastandalonemonitoringsystemmaynotbe
warranted,theuseofavibrationtransmitter
maybeanappropriateapproach.
TheST5484Eisintendedforgeneralpurpose
vibrationmeasurementsonawiderangeof
rotatingandreciprocatingmachinerywith
rotativespeeds
between
120
rpm
and
6,000
rpm. Seismicmeasurementsareparticularly
wellsuitedformachinesthatincorporate
rollingelementbearingsbecauseshaftvibration
insuchmachinesisusuallytransmitteddirectly
throughthebearingtothebearinghousing,
withoutsubstantialdampingorattenuation.
Seismictransducersarealsoabletomeasure
vibrationthatdoesnotoriginateattheshaft,
suchasbearingrelatedwearanddefects,
footing/foundationproblems,pipingresonances
thatarecoupledtothemachine,etc.
WhyMeasureVelocity?
Accelerationanddisplacementlevelsareheavily
influencedbythefrequency(ies)atwhichthe
vibrationisoccurring,whilevelocitylevelsare
muchlessinfluenced.Thus,although
acceleration,velocity,anddisplacement
measurementsare
all
inter
related
mathematically,seismicvelocitymeasurements
tendtobemoreconsistentoverawiderangeof
frequenciesthaneitherdisplacementor
acceleration. Consequently,broadband
(sometimescalledoverallorunfiltered)
velocitymeasurementsareappropriatefor
monitoringmanymachinesasareliable
indicatorofdamagingvibratoryenergy,withthe
notableexceptionofmachineswithfluidfilm
bearings,whichareusuallybetteraddressedby
shaftobservingproximityprobes.
Casingdisplacementisnotapractical
measurementtomakedirectly,andistypically
justan
integrated
seismic
velocity
measurement. Assuch,theprimarydecision
whenselectingaseismicsensorwillusuallybe
whethertomeasurecasingvelocityorcasing
acceleration. Asnotedabove,casingvelocity
willoftenbemoreappropriatebecauseittends
tobeamorereliableindicatorofdamaging
vibratoryenergyoverabroadfrequency
spectrumforlow tomediumspeedmachinery.
NOTE:
Formachineswithfluidfilmbearings,shaft
observingproximityprobeswillprovidemore
effectivevibrationmeasurementsthanseismic
transducersduetotherotordynamicsofthemachineand
theattenuationofvibratoryenergythroughafluidfilm
boundary. Accordingly,Metrixrecommendsandprovides
proximityprobesandassociated420mAtransmittersor
monitoringsystemsforsuchapplications.
Formachineswithrollingelementbearingsandrunning
above6,000rpm,and/orwhereimpulsivecasingvibration
occurs,accelerationmaybeabettermeasurement. In
suchsituations,itisrecommendedthatyouconsultwith
yournearestMetrixsalesprofessionalwhocanreviewyour
applicationandassistwithselectionoftheproper
transducertypeandassociatedtransmitterormonitoring
system.
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page3of12
Rev.K(Nov2011)
Features
HazardousAreaApprovalsNorthAmerican(CSA),Brazilian(INMETRO),and
European(ATEX&IEC)approvalsavailable.
DynamicSignalAvailability2wireversionsprovidea420mAvelocity
proportionalsignalforeasyconnectionto
PLCs,DCSs,andotherplantcontrolsystems.
Optional4wireversions*alsoprovidethe
rawaccelerationsignal(100mV/g)foruse
withvibrationdatacollectorsandanalyzers.
VarietyofConnectionOptionsFlyingleads,terminalblock,andMILtype
connectorsavailable.
ConduitReady**Terminalblockandflyingleadoptionshaveconduitthreadson
topofsensor. Nospecialhousingsare
requiredforconnectionofconduit.
Rugged,IndustrialDesignRobustconstructionoffersoutstandingdurability;
builtinbaseandhousingstrainprotection
helpsensurethatovertorqueingsensorto
machineandsensortoconduitconnections
wontdamageinternalsorbody.
High andLowPassFilterOptionsTheST5484Ecanbeorderedfromthefactory
withawidevarietyoflowpassand/orhigh
passfilteroptionstopreciselytailorthe
bandover
which
vibration
ismeasured.
PolarityIndependentWiringOurpatentedIPTtechnologyallowslooppower
tobeconnectedwithoutregardtovoltage
polarity,reducingfieldwiringerrorsand
ensuringthattherawaccelerationoutput*
isnotphaseinverted.
MultipleMountingOptionsIntegralandremovablemountingstudoptionsavailable
inbothmetricandEnglishthreadsizes;flat
basemountingadaptersalsoavailable.
LoopPoweredRunsonnominal24Vdcpowersuppliedbythe420mAcurrentloop
WideSupplyVoltageRangeAcceptslooppowervoltagesfrom11to30Vdc.
RMSAmplitudeDetectionMeasuresRootMeanSquare(RMS)vibrationamplitude.
OptionsavailableforTrueRMSorscaled
RMS(RMSx 2)forderivedpeak.
NumerousFullScaleRangesThefullscalerangesprovidedinoptionAAAreflect
frequentlyorderedranges;however,many
others(toonumeroustolist)arealso
available. Consultfactoryforapplications
requiringother
full
scale
ranges.
*Dynamicrawaccelerationsignalavailablewith4
wireversionsonly(orderingoptionsC=1andC=3).
**Metrixrecommendstheuseofflexible(ratherthan
solid)conduitwhenpossible. Solidconduitmaybe
morepronetotheintroductionofpreloadforceson
thesensorandcorrespondingalterationofthe
sensorsvibrationresponse.
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page4of12
Rev.K(Nov2011)
Specifications
Allspecificationsareat+25C(+77F)and
+24Vdcsupplyvoltageunlessotherwisenoted.
Inputs
Supply
Voltage
(seealsonote
undermax
loop
resistance)
1130Vdc(24Vdcnominal);
MetrixpatentedIPTindependent
polaritydiodebridgecircuitallows
voltagetobeconnectedwithout
regardtopolarity.
CircuittoCase
Isolation
500Vrms
Outputs
420mA Proportionaltovelocityfullscale
range(4mA=0vibration,20mA=
fullscalevibration)
Maximum4
20mAloop
resistance
RL=50x(Vs11)whereVs =
SupplyVoltageattransmitter
terminals.
NOTE:Forevery50ohmsofresistancein
the420mAloop,1Vdcabovethe
minimumsupplyvoltage(11Vdc)mustbe
availableatthetransmitterterminals. For
example,12Vdcatthetransmitter
terminalswillallowa50 loopresistance;
30Vdcatthetransmitterterminalswill
allowa950 loopresistance. For
intrinsicallysafeapplications,theuseofa
passivezenerbarrierwillincuravoltage
dropofapproximately8.1voltsatthe
barrier,andtheloopsupplyvoltageis
limitedto26Vdc. Thus,withpassive
barriersanda26Vdcsupply,themaximum
availablevoltageatthetransmitterwillbe
17.9Vdcandthecorrespondingmaximum
loopresistancewillbe345 .
Dynamic
Signal
100mv/gacceleration,filteredto
samefrequencybandas
proportionalvelocity(seeordering
optionsEandF)
Dynamic
SignalOutput
Impedance
10k
NOTES:
1.Thedynamicsignaloutputisshortcircuit
protectedbymeansofa10k resistor,
resultinginarelativelylargeoutput
impedance. Manydatacollectorsandanalyzershaverelativelylowinput
impedances(100k orless)whichwillload
thisdynamicoutputandattenuatethe
signalby10%ormore. RefertoTable1for
thedBandpercentageattenuationfor
variousloadimpedances.
2.Becausethe5484isalooppowered
devicewithlowoperatingpower,the
dynamicsignaloutputrequiresabuffer
amplifierforcablerunsinexcessof16feet
(5meters). Longercablerunswillalso
introducedistributedcablecapacitancethat
actsasalowpassfilter,attenuatinghigh
frequencysignalcontent. Insuchsituations,consultthefactoryforassistance
selectinganappropriatelowcapacitance
cable.
Recommended
Minimum
Load
Impedance
(Zload)for
Dynamic
Signal
Connection
500k
(seealsonote1above)
SignalProcessing
FrequencyResponse(+/
3dBpassband)
2Hz 1500Hz(standard)2Hz2000Hz(optional)
OptionalHigh
PassFilter
Corner
5,10,20,50,100,or200Hz(must
bespecifiedattimeofordering)
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page5of12
Rev.K(Nov2011)
HighPass
RollOff
12dB/octave
OptionalLow
PassFilter
Corner
230,250,500,or1000Hz
(mustbespecifiedattimeof
ordering)
LowpassRoll
Off
12dB/octave
Accuracy 2.5%(withinpassband)
4%(atcornerfrequencies)
MaximumFull
Scale
5.0in/sec(othersbyrequest)
MinimumFullScale
0.5in/sec(othersbyrequest)
FullScale
RangeUnits
in/sec(standard) mm/sec(availablebyrequest)
Amplitude
Detection
TrueRMSdetector;fullscalemay
beorderedwithTrueRMSunitsor
scaledRMS(RMSx 2)forderived
peakmeasurements.
SeeorderingoptionAAA.
Physical
Operating
Temperature
40Cto+100C(40Fto+212F)
Weight 0.9lbs(0.36kg)
Dimensions RefertoFigures1and2
SensitiveAxis Sameasmountingstudaxis
Axis
Orientation
Any
Enclosure
Material
303stainlesssteel(standard) 316stainlesssteel(optional)
Enclosure
Rating
NEMA4X
IP66
Connector
Types
FlyingLeads(2 and4wire) MILC5015(2wireonly) TerminalBlock(2 and4wire)
(refertoorderingoptionD)
Humidity 95%,noncondensing(flyingleadandterminalblock
versions)
100%condensing(MILstyleconnector)
Approvals
CEMark Yes
Hazardous
Areas
CSA ATEX IECEx INMETRO GOST(consultfactory)(refertoorderingoptionC)
RecommendedISBarriers
Passive(Zener
Type)
MTL 7787+orequal
Active(Zener
Type)
MTL7706orequal
Active
(Galvanic
Type)
MTL5541orequal
ST5484E
Entity
Parameters
Vmax:30V Imax:100mA
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page6of12
Rev.K(Nov2011)
OrderingInformation
ST5484AAABCDEF
SeismicVelocityTransmitter
AAA FullScaleRange1
1 2 1 1.0in/sec(25.4mm/s)peak2
1 2 2 0.5in/sec(12.7mm/s)peak2
1 2 3 2.0in/sec(50.8mm/s)peak2
1 2 4 5.0in/sec(254mm/s)peak2
1 2 6 0.8in/sec(20.3mm/s)peak2
1 3 2 3.0in/sec(76.2mm/s)peak2
1 5 1 1.0in/sec(25.4mm/s)trueRMS
1 5 2 0.5in/sec(12.7mm/s)trueRMS
1 5 3 2.0in/sec(50.8mm/s)trueRMS
1 5 4 5.0in/sec(254mm/s)trueRMS
1 5 6 0.8in/sec(20.3mm/s)trueRMS
1 6 2 3.0in/sec(76.2mm/s)trueRMS
B HousingMaterial&StudSize1
0 303SShousing,NPTstud
1 303SShousing,NPTstud
2 303SShousing, x24UNFstud
3 303SShousing,x20UNFstud
4 303SShousing,M8x1.012stud
5 303SShousing,M10x1.2512stud
6 303SShousing,x20UNCstud7 303SShousing,x28UNFstud
8 303SShousing,M8x1.2512stud
9 303SShousing, x16UNCstud
10 316SShousing,NPTstud
11 316SShousing,NPTstud
12 316SShousing, x24UNFstud
13 316SShousing,x20UNFstud
14 316SShousing,M8x1.012stud
15 316SShousing,M10x1.2512stud
16 316SShousing,x20UNCstud
17 316SShousing,x28UNFstud
18 316SShousing,M8x1.2512stud
19
316SShousing,
x16
UNC
stud
20 303SShousing,x13UNCstud
30 316SShousing,x13UNCstud
C HazardousAreaCertification3,4
1 CSA/NRTL/C,ClassI,Div2,GrpsAD
2(XP)CSA/NRTL/C,ClassI,Div1,GrpsBD
andClassII,Div1,GrpsEG
3 (I.S.)ATEX,EExiaIICT4
4 (I.S.)CSA,ClassI,Div1,GrpsAD
5 (I.S.)INMETRO,BRExiaIICT4
6 (XP)INMETRO,BRExdIICT4
7 (I.S.)IECEx, ExiaIICT4
8 (XP)ATEX/IECEx,ExdIICT4
D ConnectionType3
024FlyingLeads,2wire;
(420mAoutputonly)
1
24FlyingLeads,4wire;
(420mAoutputanddynamicraw
accelerationsignal)
2TerminalBlock,2wire;
5
(420mAoutputonly)
3
TerminalBlock,4wire;5
(420mAoutputanddynamicraw
accelerationsignal)
42PinMILStyle(MILC5015),
(420mAoutputonly)
572FlyingLeads,2wire;
(420mAoutputonly)
6
72FlyingLeads,4wire;
(420mAoutputanddynamicraw
accelerationsignal)
E HighPassFilter
0 2Hz(standard)
1 5Hz
2 10Hz
3 20Hz
4 50Hz
5 100Hz
6 200Hz6
X Custom(consultfactory)6
F LowPassFilter
0 1500Hz(standard)
1 500Hz
2 1000Hz
3 2000Hz
4 250Hz6
5 230Hz6
X Custom(consultfactory)6
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page7of12
Rev.K(Nov2011)
NOTES:
1. Smallerdiametermountingstudsarenotabletowithstandenvironmentswithsustainedambient
vibrationlevelsabove2.0in/sec. ConsultTable2for
allowablecombinationsofA&Boptions.
2. TheST5484EusesanRMSamplitudedetectioncircuit.FullscalerangesinpeakunitsusedscaledRMS(i.e.,
RMSx 2). Thederivedpeakmeasurementswill
equaltruepeakonlyunderthespecialcaseofapure
sinusoid,notcomplexvibrationsignals.
3. HazardousAreaCertificationsarenotcompatiblewithallconnectiontypes. ConsultTable3forallowable
combinationsofC&Doptions.
4. Someapprovalsrequiretheuseofintrinsicsafetybarriers,othersrequireExplosionProofwiring
practices. RefertoTable4.
5. Itmaybedifficulttoconnectwirestoterminalblockswithoptional8200conduitelbowattached. Itis
suggestedthatwiresberoutedthroughconduitelbow,
thenlandedonterminals,andthenconduitelbow
secured. Useofunionadapter8201mayberequired.
RefertoAccessoriessectiononfollowingpage.
6. High andLowPassfiltercornersforstandardfiltersmustbeseparatedbyatleastoneoctave(lowpass
frequencymustbeatleast2Xhighpassfrequency). All
combinationsareallowedexceptE=6andF=4or5.
Customfilterswithcloserseparationand/ordifferent
rolloffsmaybeavailableinsomeinstances. Consult
thefactoryifcustomfiltersarerequired.
Table1AttenuationofDynamicSignalversusLoad
Impedance(Zload)DataCollector/
AnalyzerLoad
Impedance(Zload)
DynamicSignal
Voltage
Attenuation(dB)
DynamicSignal
Voltage
Attenuation(%)
10M 0.01dB 0.1%
5M 0.02dB 0.2%
2M 0.04dB 0.5%
1M 0.09dB 1%
500k 0.18dB 2%
200k 0.43dB 5%
100k 0.84dB 9%
50k 1.61dB 17%
20k 3.57dB 33%
10k 6.10dB 50%
Table2 AllowableCombinationsforA&BOptions
FullScaleRangeAAA=
AllowableBoptions(MountingStudSizes)
121,122,123,126
151,152,153,156
All(norestrictions)
124and154 0,1,3,
10,11,13
132and162 0,1,2,3,5,9
10,11,12,13,15,19
Table3 AllowableCombinationsforC&DOptions
DC 1 2 3 4 5 6 7 8
0 Y Y N N Y Y N Y
1
Y
Y
N
N
Y
Y
N
Y
2 Y N Y Y Y N Y Y
3 Y N Y Y Y N Y Y
4 Y N Y Y Y N Y N
5 Y Y N N Y Y N Y
6 Y Y N N Y Y N Y
Table4 Approvalsandcorrespondingwiring
requirementsC= Agency ApprovedAreas
I.S.
BarriersRequired
Explosion
ProofWiring
Required
I.SBarriersorXPWiringNot
Required
1 CSANRTL/C ClassI,Div2,GroupsAD
2 CSANRTL/CClassI,Div1,GroupsBD
ClassII,Div1,GroupsEG
3 ATEX ExiaIICT4
4 CSA ClassI,Div1,GroupsAD
5 INMETRO BRExiaIICT4
6 INMETRO BRExdIICT4
7 IECEx ExiaIICT4
8ATEX/
IECExExdIICT4
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page8of12
Rev.K(Nov2011)
Accessories
PartNumber Description
8200001 ConduitElbow&Reducer
MatestotopofST5484Eandprovidesaccesstoandphysical
protectionoffieldwiring. SuitableforClassI,Div.1(GrpsC&D)
andClassII,Div.1(GrpsE,F&G)hazardousareas.Conduit
entryis1NPT(1NPTto"NPTreducerincluded).NEMA4/
IP65.
Material:copperfreealuminum.
8200002 ConduitElbow&ReducerwithTerminalBlock
Sameas8200001butincludesterminalblock;conduitentryis1NPT(1NPTtoNPTreducersupplied)
8200005 StainlessSteelConduitElbow&Reducer
Similarto8200001butwithouthazardousareaapprovalsor
NEMA/IPrating. ConduitfittingisNPT.
Material:303stainlesssteel.
8200006 StainlessSteelConduitElbow&ReducerwithTerminalBlock
Sameas8200005butincludesterminalblock. Conduitentryis
"NPT.
Material:303stainlesssteel.
8201001 ConduitUnion
Fitsbetween5484Eand8200XXXconduitelbowwhenthereis
notenoughroomrotatetheelbow.
SuitableforClassI,Div1(GrpsA,B,C,D)andClassII,Div1(Grps
E,F,G)hazardousareas.Material:zincplatedsteel
7084001 FlangeMountAdapter
AdaptsNPTmountingstudon5484Eto3holeflatbase
pattern. Holepatternisthreeequallyspaced0.26diameter
holeson1.5diametercircle. Adapteris2diameterx0.75
thick.
Material:303stainlesssteel
7084002 FlangeMountAdapter
Sameas7084001exceptcenterholeadaptsNPTstudon
5484E.
7084005 FlangeMountAdapter
Sameas7084001exceptcenterholeadaptsx24UNFstudon
5484E.
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page9of12
Rev.K(Nov2011)
8253002 NPTtoNPTReducerBushing
AdaptsNPTstudon5484E(B=0)toNPTmountinghole.Material:303stainlesssteel
8978111XXXX 2pinMILSplashProofCableAssembly
Usedwith2pinMILstyleconnector. Connectorisprotectedby
integral,moldedbootwith6.4mm(0.25)diameter
polyurethanejacketedcableencapsulatingasingletwistedpair
ofconductorsandshield.
XXX.X=cablelengthinmeters(example:0037=3.7m)
8978211XXXX 2pinMILCableAssembly
Similarto8978111butwithoutsplashproofboot.
89782000000 2pinMILConnectorAssembly
Similarto8978211butwithoutcable(connectorcanbedisassembledforfieldinstallationofcable)
9334111YYYYXXXX 2pinMILSplashProofCableAssemblyWithArmor
Usedwith2pinMILstyleconnector. Connectorisprotectedby
integral,moldedbootwith7.1mm(0.28)diameterstainless
steelarmorencapsulatingasingletwistedpairofconductors
andshield.
XXX.X=cablelengthinmeters(example:0037=3.7m)
9334211YYYYXXXX 2pinMILArmoredCableAssembly
Similarto9334111butwithoutsplashproofboot.
816975002XXX 2wireCableAssembly
Usedwith8200001or8200005elbowwhenconduitwillnot
beused. 2conductor(20AWG)twisted,shieldedpairinPVC
jacketedcable. Gripforcablestrainrelief. Connectorismale
NPT.
Material:zincplatedsteel
XXX=lengthinfeet(example:010=10feet)
93818004 CableGripStrainReliefFitting
Usedprimarilywith8978cableassemblieswherecableenters
junctionbox. NPTmalethreadtocablegrip. Fitscable
diametersfrom0.156to0.25. Completewithsealingringand
locknut. Hotdip/mechanicallygalvanizedfinish. Suitablefor
NEMA4junctionboxes.
93818018 CableGripStrainReliefFitting
Similarto93818004,butfitslargercablediametersfrom0.4
to0.5,suchascustomersuppliedcablesusedwithterminal
blockversionsof5484E(D=2or3).
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page10of12
Rev.K(Nov2011)
OutlineDiagrams
Figure
1:
Outline
dimensions
of
ST5484E
(all
versionsexceptMILStyleConnector).
Dimensionsinmm[inches]. Optional8200XXX
conduitelbowshowninstalled.
Figure
2:
Outline
dimensions
of
ST5484EXXXXX4XX(MILStyleConnector).
Dimensionsinmm[inches].
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page11of12
Rev.K(Nov2011)
WiringConnections
Table5WiringConnectionLegend
ConnectorType DynamicSignalConnections PowerConnections
MILC5015 NotAvailable 24Vdcpowermaybe
connectedtoallST5484E
modelswithoutregardto
polarity. Sensoruses
IPTindependent
polaritydiodebridge
circuitthatwillalways
orientvoltagecorrectlyinsidesensor,regardless
ofpolarityexternally.
NOTE:AlthoughtheST5484E
allowspolarityineither
direction,installationsusing
I.S.barrierswillneedto
observecorrectpolarityatthe
barrierinputside. However,
thebarrieroutputside(i.e.,
sensorconnection)maybe
wiredwithoutregardto
polarity.
2wireflyingleads NotAvailable
2wireterminalblock NotAvailable
4wireflyingleads Red:Power+
Blue:Power
White:DynamicSignal
Black:DynamicSignal+
4wireterminalblock
Figure3:TypicalinstallationforsingleST5484E
seismicvibrationtransmitter
Figure4:Typicalinstallationformultiple
ST5484Eseismicvibrationtransmitters
PWR
+
NOTE:+ANDSYMBOLS
ARENOT
ON
LABEL
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Datasheet
ST5484ESeismicVelocity420mATransmitter
Document1004457 Page12of12
Rev.K(Nov2011)
AdditionalDocumentation
Description MetrixDocumentNumber
Manual M9162
Specifications 9163
InstallationDrawingHazardousAreawithI.S.Barriers(CSA) 9426
InstallationDrawingHazardousAreawithI.S.Barriers(CENELEC) 9278
InstallationDrawingDiv2/Zone2 1086105
MetrixInstrumentCompany
8824FallbrookDrive
Houston,TX77064USA
(281)9401802
www.metrixvibration.com
info@metrixvibration.com
Trademarksusedhereinarethepropertyoftheir
respectiveowners.
Dataandspecificationssubjecttochangewithout
notice.
2011MetrixInstrumentCompany,L.P.