Kam Simple Precision OWD User manual

Brand: Kam

Model: Simple Precision OWD

Type: User manual

This manual is also suitable for

OWD Water Cut Meter

Kam Simple Precision OWD is a device for continuous monitoring of water concentration in pipelines. It is designed in accordance with API, ASTM, ISO, EI, UL, and DIN standards amongst others. The OWD sensor is the ideal instrument for continuously monitoring water concentration in your pipeline. It is especially vital in production management, as it lets you maximize oil production versus produced water.

KAM

OWD

WATER CUT METER

PTB 08 ATEX 1026

TEL +1 713 784 0000

FAX +1 713 784 0001

Email [email protected]

KAM CONTROLS, INC.

3939 Ann Arbor Drive

Houston, Texas 77063 USA

www.KAM.com

User Manual

OWDMANUAL 1114

An ISO 9001 certiﬁed company

OWDMANUAL 1114

KAM CONTROLS, INC.

TABLE OF CONTENTS

SECTION TITLE PAGE

1 Introduction 2

   •AvailableModelsandMountingOptions 2

   •TheoryofOperation    3

•Features3

   •Applications     3

2 Speciﬁcations 4

   •Specications     4

   •DimensionalDrawings    5

3 Installation 10

   •InstallationFlowRequirements   10

   •LACTunitinstallation    11    

   •GeneralDo'sandDon't's   12

   •MainLine      13

   •FastLoop      16

   •Wiring     17

4 OWD Operation 21

   •HyperterminalSoftware    21

   •Calibration      25

   •ChangingtheRange    26

   •ModbusInterface     26

5 Maintenance 27

   •Cleaning/Inspection    27

   •Troubleshooting     27

   •AntennaReplacement    28

APPENDIX A: ModbusRegisters     35 

CAUTION:

WheninstallingtheOWD

sensorinapipelinecontainingpetroleumproducts,

petrochemicals,wastewaterswiththepresenceofpressure&temperature,andhigh-pressure

steamrefertothePipelineOperators’"Health,SafetyandEnvironmentalPolicyProcedures"to

ensuresafeinstallation.

KAMCONTROLS,INC.reservestherighttomakechangestothisdocumentwithoutnotice.

OWDMANUAL 1114

KAM CONTROLS, INC.

INTRODUCTION

AVAILABLE MODELS and MOUNTING OPTIONS

FIG. 1-1

FIG. 1-2

FIG. 1-3

Option3:Fixed-mountOWD

onadensitometerloop,with

1/2",3/4",1",or2"FNPT

Option 2: Retractable OWD

on a main pipe

with2"MNPTsealhousing

Option 1: Retractable OWD

onamainpipewith

2",3",or4"angedsealhousing

Full-opening

Ball Valve

Full-opening

Ball Valve

FIG. 1-4

Option4:2"OWD

owthrough

sensorwithintegrated

KAM

SMS™StaticMixingSpool

Recommended KAM

SMS™

StaticMixingSpool

Recommended KAM

SMS™

StaticMixingSpool

Recommended

KAM

SMS™

StaticMixingSpool

Included

KAM

SMS™

StaticMixing

Spool

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INTRODUCTION CONTINUED

Rugged,easytouseandextremelyaccurate,theKAM

OWD

OilWaterDetectoristheidealinstrumentforcontinu-

ouslymonitoringwaterconcentrationinyourpipeline.ItisdesignedinaccordancewithAPI,ASTM,ISO,EI,UL,and

DINstandardsamongstothers.Especiallyvitalinproductionmanagement,theOWD

sensor lets you maximize oil

productionversusproducedwater.ThesimplicityofdesignandqualityofengineeringemployedintheOWD

sensor

meantherearenomovingparts.Patentedmicrowavesensorsmeasuretheconductivity,dielectric,andboththereal

andimaginarypartofpermittivityoftheuidwithanextremelyhighdegreeofaccuracy,andmeasurementisfully

automaticwithouttheneedforoperatorinterventionorsupervision.TheoutputsignalcanbesenttoFlow

Computers,SCADA,PLC’sortoaCentralControlRoomforloggingordisplayonchartrecordersormonitors.

TheKAM

OWD

sensoralsousesinternalreferencestoautocalibratefordriftcausedbytemperaturechangesof

theelectronics,theagingoftheelectronicscomponents,uidpressure,anduidtemperature.

TheKAM

OWD

owthroughmodelcanbeusedinananalyzer/densitometerloop,forprocessoptimizationwhere

anaccuratedeterminationofwaterconcentrationisimportant,anditisvitaltooptimizingthe

desalinizationprocess.Placedonthedesaltersampleline,oroneachsampleline,theKAM

OWD

owthrough

modelprovidesreal-timeinformationaboutyourdesalterperformance.

Toensurethehighestdegreeofaccuracy,theowmustbehomogenous.InstalledupstreamofyourOWD

sensor,thepatentedKAM

SMP™StaticMixingPlateorKAM

SMS™StaticMixingSpoolcreateafully

homogenousmixtureinyourpipeline.Inlowvelocitysituations,theuseofaKAMMLMeasurementLoopmay

berequiredinordertocreateahomogenousowformeasurement.Propercalibration,alsokeytocomplete

accuracy,canbeachievedintheeldwiththeKAM

PKFPortableKarlFischerMoistureAnalyzer.

Becauseitcanbeinsertedintoyourpipeortankthrougha2",3",or4"hottap,theOWD

sensorhelpsyouavoid

costlydrainage,theneedforabypassloop,orhavingtocutasectioninthepipe.Allwettedpartsaremachinedfrom

316stainlesssteel.Shaftlengthsfrom1to3feetareavailablewithoff-the-shelflengthscomingin12",24",and36".

Metricandcustomlengthsareavailable.

Range(waterinoil) 0-1% 0–5%  0–10%  0–20%  0–40%  0–100%

Accuracy(atlistedrange)0.01% 0.05%  0.10%  0.20%  0.40%  1.00%

TABLE 1-5 MEASUREMENTCAPABILITIES:CALIBRATEDRANGEANDACCURACIES

NOTE:TheKAMOWDcanbecalibratedtoanyrangebetween0-1%and0-100%.

THEORY OF OPERATION

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SPECIFICATIONS

Media:    Crudeoil,renedproductsandchemicals

Material:   Wettedparts-316stainlesssteel/titanium(Othermaterialsavailable)

Fluidtemp:   To300ºF(149ºC)Hightempmodelavailableto600ºF(315ºC)

Electronicstemp:  -40ºFto158ºF(-40ºc to +70ºC)Tempsbelow0ºrequireheattracing

Powerrequirements:  24VDC/1ampat24watts

Accuracy:   1%offullrange**

Repeatability:   +/-0.01%

Resolution:   +/-0.01%

Minimum water detection: 100 PPM

Outputs:   4–20mA

    4-20mAor0–5VDC

Alarm relay

    RS232/RS485

HART

Mounting:   ½",¾",1"or2"FNPTowthrough

    (Othersizes,includingmetric,areavailable)   

    2"MNPTsealhousing

    2",3",or4"angedsealhousing

Pressureratings:  ANSI150,300,600,900,1500

Flowconditions:  WellmixedinaccordancewithAPIMPMSChapter8,Section2,Table1

Sensordimensions:  Ø1.5"x4.5"to14.5"(38mmhx114mmto368mm)dependingonrange

EXenclosures:   Sensorelectronics-3"x6"x3"

    (76mmx152mmx76mm)

Shaftlength:   12"to36"

    (305mmto914.4mm)

    Off-the-shelflengthsare12",24",and36"

    (609.6mm,762mm,914.4mm,)

PipeSize:   ½"to48"(15mmto1200mm)

Weight:   from20lbs.(9kg)

*TheKAM

OWD

mustbeinstalledinaccordancewithAPIMPMSChapter8,Section2,Table1.

**Ifentrainedgasisconstant,itseffectisfactoredout.IfentrainedgasisintroducedorremovedafterOWD

calibrationitwillshiftwatercutmeasurementbyapproximately1-2%forevery1%changeingaslevels.

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SPECIFICATIONS CONTINUED

DIMENSIONAL DRAWINGS 0-100% MODELS

CALCULATING SHAFT LENGTH 0-100% MODELS

Valve

Length

Main Pipe

Pipe OD

Determineminimumshaftlengthforproperinsertioninthepipeline.

Off-the-shelflengthsare12",24",and36".

TABLE 2-2 DIMENSIONS INSERTABLE OWD

SENSOR 0-100%

CustomShaft

Lengths

FIG. 2-1 INSERTABLE OWD

SENSOR 0–100%

INCHES

1.48

2.4

4.62

max11.65

2.3

5.7

4.6

117

296

145

178

117

ShaftLengthsareavailablein.5"

(12.7mm)increments.

Standardsizesare24",30",36",48",

and60"(609.6mm,762mm,914.4mm,

1219mm,1524mm).

*Sealhousingdimensionsvaryaccordingtoangesizeandpressurerating.11.65"isthemaximumlength

requiredincalculatingshaftlength.

+ ValveLength:

+ PipeODx.5:

+ Sealhousinglength

– Probefactor

= Total/minimumshaftlengthforproper

insertion distance

13"

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SPECIFICATIONS CONTINUED

TABLE 2-4 DIMENSIONS INSERTABLE OWD

SENSOR 0-20%

Electronics

Enclosure

CustomShaft

Lengths

FIG. 2-3 INSERTABLE OWD

SENSOR 0–20%

INCHES

1.48

4.4

6.62

max 13

2.3

5.7

4.6

112

168

330

145

178

117

ShaftLengthsareavailablein.5"

(12.7mm)increments.

Standardsizesare24",30",36",48",

and60"(609.6mm,762mm,914.4mm,

1219mm,1524mm).

DIMENSIONAL DRAWINGS 0-20% MODELS

CALCULATING SHAFT LENGTH 0-20% MODELS

*Sealhousingdimensionsvaryaccordingtoangesizeandpressurerating.13"isthemaximumlength

requiredincalculatingshaftlength.

Valve

Length

Main Pipe

Pipe OD

Determineminimumshaftlengthforproperinsertioninthepipeline.

Off-the-shelflengthsare12",24",and36".

+ ValveLength:

+ PipeODx.5:

+ Sealhousinglength

– Probefactor

= Total/minimumshaftlengthforproper

insertion distance

13"

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SPECIFICATIONS CONTINUED

+ ValveLength:

+ PipeODx.5:

+ Sealhousinglength

– Probefactor

= Total/minimumshaftlengthforproper

insertion distance

Electronics

Enclosure

CustomShaft

Lengths

TABLE 2-6 DIMENSIONS INSERTABLE OWD

SENSOR 0-5%

FIG. 2-5 INSERTABLE OWD

SENSOR 0–5%

INCHES

1.48

6.4

8.62

max 13

2.3

5.7

4.6

163

219

330

145

178

117

ShaftLengthsareavailablein.5"

(12.7mm)increments.

Standardsizesare24",30",36",48",

and60"(609.6mm,762mm,914.4mm,

1219mm,1524mm).

DIMENSIONAL DRAWINGS 0-5% MODELS

CALCULATING SHAFT LENGTH 0-5% MODELS

Valve

Length

Main Pipe

Pipe OD

13"

Determineminimumshaftlengthforproperinsertioninthepipeline.

Off-the-shelflengthsare12",24",and36".

*Sealhousingdimensionsvaryaccordingtoangesizeandpressurerating.13"isthemaximumlength

requiredincalculatingshaftlength.

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SPECIFICATIONS CONTINUED

FIG 2-7 2" OWD

FLOW THROUGH SENSOR WITH INTEGRATED KAM

SMS™ STATIC MIXING SPOOL

TABLE 2-8 DIMENSIONS

FLANGESIZE

N/A

2"150#

2"300#

2"600#

119

184

419 ± 13

533

559

INCHES

4.7

7.25

16.5±0.5

2"150#,300#,or600#weld-

neckanges

SS316bothends

2"sch.seamlesspipeSS316

FIG 2-9

SS316½"samplevalvewith

½"pitotprobe

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SPECIFICATIONS CONTINUED

TABLE 2-11 DIMENSIONS

282

Min.152

Min254

406

691

INCHES

11. 1

Min.6"

Min.10"

Min.16"

27.2

FIG 2-10 1" OWD

0-1% FLOW THROUGH

1"WNRFFlanges

OWDMANUAL 1114

KAM CONTROLS, INC.

KAM SMS

STATIC MIXING

SPOOL

INSTALLATION

PLEASENOTE:InallKAMOWDInstallations,theusershouldinsurethattheKAMOWDisinstalledinaturbulent

owwiththeReynoldsNumberabove2000.Additionally,allKAMOWD'sshouldbeinstalledinaccordancewithAPI

MPMSChapter8,Section2,Table1.

ForKAMOWD'soperatinginoil-continuousow,thesensormustbeinstalledintheverticaldownowwithamini-

mumowvelocityof4feetpersecond.AKAMSMSStaticMixingSpoolisrequirediftheowvelocityisbetween4

and7feetpersecond.FIG.3-1.Lowrangemodelsalsorequireacorrecteddensityinput.

ForKAMOWD'soperatingintheOilContinuousPhase,thesensormustbeinstalledintheverticaldownow.A

KAMSMSStaticMixingSpoolisrequirediftheowvelocityisbetween4and7feetpersecond.FIG.3-1.

ForKAMOWD'soperatingintheWaterContinuousPhase,thesensormustbeinstalledintheverticalupow.A

KAMSMSStaticMixingSpoolisrequirediftheowvelocityisbetween4and7feetpersecond.FIG.3-2.

Insituationswheretheowvelocityislessthat4feetpersecond,KAMCONTROLSrecommendstheinstallation

ofaKAMMLMeasurementLoop,incorporatingsuctionandinjectionnozzles,apump,andtheOWDonaseparate

loop,ensuringahomogenous,high-velocityowacrossthemeasurementsensor.FIG.3-3.

TheKAMOWDmaybeinstalledhorizontallywhentheminimumowvelocityisabove10feetpersecond.

KAM SMS

STATIC MIXING

SPOOL

LOWRANGEAND

OIL CONTINUOUS

PHASE OPERATION

WATER CONTINUOUS

PHASE OPERATION

FIG. 3-3 INSTALLED ON A

KAM ML MEASUREMENT LOOP

INSTALLATION FLOW REQUIREMENTS

INJECTION

SUCTION

TheKAMMLMeasurementLooputilizesa

pumptodrawarepresentativeowfromthemain

lineintoacirculationloop,incorporatingaKAM

OWD.Theloopowisinjectedbackintothemain

pipelineupstreamofthesuctionsite,

creatingmixingandhomogeneitypriorto

suction.Ahomogenousowof10-13fpsis

maintainedatthesensorheadforthemost

accurate measurement at all times.

FIG. 3-1 INSTALLATION VERTICAL FLOW DOWN

FIG. 3-2 INSTALLATION VERTICAL FLOW UP

OWDMANUAL 1114

KAM CONTROLS, INC.

INSTALLATION CONTINUED

LACT UNIT INSTALLATION

TheKAMOWDshouldbeinstalled

onaTwiththeowperpendicularto

theshaft.AKAMSMPStaticMixing

Plateshouldbeinstalled3to5pipe-

linediametersbeforethesensor.For

allotherinstallations,pleaseconsult

withfactory.

CAUTION:NeverinstalltheOWDon

aTwiththetopofthesensorfacing

intotheow.Thiswillminimizeow

acrosstheantennasandresultin

inaccurate measurement.

0-5%modelsrequireacorrected

densityinputinordertoachieve

stated accuracy.

Flow

KAMSMPStaticMixingPlate

installed3to5pipeline

diameters prior to sensor

FIG. 3-4 LACT UNIT

OWDMANUAL 1114

KAM CONTROLS, INC.

INSTALLATION CONTINUED

GENERAL INSTALLATION DO'S AND

DON'TS

Always install OWD

sensorswiththe

electronics enclosure

shadedfromdirect

sunlight.

DONOTuseTeon

tapeonthreadscon-

nectingtotheOWD

owthroughsensor.

DOuseliquidthread

sealant.

OWDMANUAL 1114

KAM CONTROLS, INC.

INSTALLATION CONTINUED

Removealltheprotectivepackagingmaterials,andensurethattheOWD

sensorwasnotdamaged

duringtransit.

REMINDER:PleaserefertotheInstallationFlowRequirementsonP.9ofthismanualtoensurepropersensor

placementwhereatallpossible.FlowconditionsmustsatisfyAPIMPMSChapter8.2requirementsinorderto

achieveaccurateOWDperformance.

Incoldweather,ifOWDisexposedtoanopenenvironment,KAMCONTROLSrecommendsoperatorsinsulate

theOWD,andifthepipelineisheatedthattheheatingtracebeextendedtoincludetheOWD.

IfthepipelineisnotgoingtoowforextendedamountoftimeandthepipeisnotheatedthenOWDshouldbe

takenouttoavoiddamagetothesensorprobebyfreezingwater.

PRIOR TO INSTALLATION

MAIN LINE INSTALLATION

INITIAL CALIBRATION

TheKAM

OWD

sensorshouldbeinstalled

accordingtoFIG.3-13.Afull-openingballvalveis

usedtoisolatetheOWD

sensorfromthepipeline

duringinstallationorremoval.Thesealhousingof

theOWD

sensorallowstheprobetobeinserted

andremovedfromthepipeunderpressureandow

conditions.Itistheuser’sresponsibilityto

ensurethattheOWD

sensorbeplacedatthemost

representativepointwithintheow

prole(seelocationrecommendationsabove).

TheOWD

sensorshouldbeinsertedsothatthe

windowoftheprobeislocatedinthecenterofthe

diameterofthepipeline.

Note:Iflinepressureexceeds100psi,useaKAM

ITInsertionToolwheninstalling/removing

theKAM

OWD

sensor.

LockingCollar

SealHousing

Full-opening

Ball Valve

SocketCapScrew

FIG. 3-5 KAM

OWD

INSTALLED ON A MAIN PIPE

ThoughtheOWDhasbeencalibratedinthefactory,operatorsshouldconductaninitialcalibrationinprocess

conditions.Thiscanbedoneintwoways:

Off-line:Priortoinstallation,operatorscangothroughtheproceduresforoff-linecalibrationoutlinedonpage25ofthis

manual.Thismethodrequiressamplesof100%producedwateranddryoiloroilwithaknownpercentageofwater.

On-line:Afterinstallation,operatorscanfollowcalibrationproceduresforin-linecalibrationoutlinedonpage25ofthis

manual.Thismethodrequiresaccuratesamplingandsampleprocessing.

OWDMANUAL 1114

KAM CONTROLS, INC.

Priortomountingverifythatthetipofthesensor

isallthewayinsidethesealhousing.

FIGS.3-14,3-15.

Ifsensorisnotfullyenclosedinsidetheseal

housing,pulltheshaftbackuntiltheprobeis

allthewayinthesealhousingandtighten

theSocketCapScrewsonthelockingcollar.

ThiswillpreventtheOWD

shaftfromsliding

andtheprobefromgettingdamagedduring

mounting.

FIG. 3-6

FIG. 3-7

INSTALLATION CONTINUED

Measurethedistance(D1)fromtheoutsidediameterofmainpipetotheendofthe

connectionwheretheOWD

sensorisgoingtobeinstalled.FIG.3-16.

CalculatetheminimuminsertiondistancefortheOWD

Minimuminsertiondistance(MID)=

D1 +

PipeWallThickness(WT)+

GasketThickness+

A(SeeTABLE3-16)

ExampleforD1=16",WT=1/4",

GasketThickness=1/8"anda0-100%OWD

sensor:

MID=16+1/4+1/8+3

MID=193/8"

FIG. 3-8

A/INCHES

OWD

RANGE

0-5%SENSOR

0-20%SENSOR

0-100%SENSOR

TABLE 3-9

OWDMANUAL 1114

KAM CONTROLS, INC.

INSTALLATION CONTINUED

MeasurethecalculatedMIDfromthetopofthe

LockingCollarandplaceamarkwithapermanent

markerortapeontheShaft.FIG.3-18.

MID

BoltorscrewtheOWD

sensortothevalveordesignatedinstallationlocation.

(KAMCONTROLSrecommendsusingthreadsealantandnotTeontapeforthethreadedOWD

).

Openfullopeningvalve.7.

LoosenSocketCapScrewsonthelockingcollar.

FIG. 3-10

PushOWD

sensorinuntilthemarkisatthetopedgeofthelockingcollar.EnsurethatOWD

owindicatoris

alignedwithpipelineowdirection.FIG.3-19.

Mark

Re-tightentheSocketCapScrews.

TightenthehexnutsholdingdowntheLockingCollaronehalfturn.(Fig.3-19)Theseshouldneverbeover-tight-

ened.Theirmajorfunctionistoapplylightpressureonthechevronpackingtoensureasealbetweentheseal

housingbodyandtheinsertionshaft.

10.

11.

REMOVING THE OWD

SENSOR

ToremovetheOWD

sensor,rstshutoffpowertotheinstrument.LoosentheSocketCapScrewontheLockDown

Collar.SlidetheOWD

sensorupwarduntiltheproberestsinsidethesealhousing.Next,closetheFull-openingBall

Valvetightly.Drainoilfromvalveifpossible.TheOWD

sensormaynowbeunboltedfromthesystem.

Note:Iflinepressureexceeds100psi,useaKAM

ITInsertionToolwheninstalling/removing

theKAM

OWD

sensor.

RemovalshouldbeconductedinaccordancewithallregionalandClassrequirements.

FIG. 3-11

Hex Nuts

OWDMANUAL 1114

KAM CONTROLS, INC.

INSTALLATION CONTINUED

REMOVING THE OWD

SENSOR FROM FLOW THROUGH SPOOLS WITH FIXED INSERTION

ToremovetheOWD

sensor,rstshutoffpowertothe

instrument.Discontinueowinloopfromthemainline

anddrainuidfromloop.Theprobecanremovedfromthe

housingbyremovingscrewsoncollar.Fig.3-23.Theprobe

canthenbeliftedfromthecellfortesting/inspection/cali-

bration purposes.

Removalshouldbeconductedinaccordancewithallre-

gionalandClassrequirements.

FIG. 3-12

Hex screws

OWDMANUAL 1114

KAM CONTROLS, INC.

INSTALLATION CONTINUED

WIRING

Kam

Controls

Incorporated

3939 Ann Arbor Drive

Houston, TX 77063 USA

Tel + 1 713 784 0000

Fax + 1 713 784 0001

www.Kam.com

E-mail [email protected]

OWD Rev. 4

KAM OWD

Made in USA

24V (+) in

4-20mA (-)

24V (-) in

4-20mA (+)

ANA OUT (-)

ANA OUT (+)

DIG OUT (-)

DIG OUT (+)

AIN2

RS485 (+)

RS485 (-)

GND

RS232 RX

GND

RS232 TX

DIG IN (-)

DIG IN (+)

GND

FIG. 3-13 WIRING DIAGRAM 0-100% MODELS

OWDMANUAL 1114

KAM CONTROLS, INC.

INSTALLATION CONTINUED

INPUTS

24V(–)IN GND

24V(+)IN 24-30VDC

DIGIN(–) Pulseinput,discreteinputfordifferentmodesofoperation(0or5volt)

DIGIN(+)

AIN2  DensityIn–Notrequiredon0-100%models

OUTPUTS

4-20mA(–) Currentoutput,sourcepowered.Settorequisitepercentwateratfactory.

4-20mA(+)

ANOUT(–) Canbe4-20mAoranalogvoltage(usedforlocaldisplayortopassdensitytoPLC)

ANOUT(+)

DIGOUT(–) Alarmorrelay(digitalcontactclosure)

DIGOUT(+)

INPUT/OUTPUT

RS232  Consoleport–communicationinterfaceforcalibration,connectiontoPLC

RS485  Modbusinterface

LED INDICATORS

D1 Power

SERIAL PORT CONNECTIONS

DB9(female)

5  GND

3 RS232RX

2 RS232TX

AllwiringandmaintenanceontheKAMOWDmustbedoneinaccordancewithregionalandclassicationre-

quirements.Itistheuser'sresponsibilitytounderstandtheserequirements.

ItisalsorecommendedthattheOWDbewiredwithexiblewiring/conduitwithadditionalslack/lengthinthe

wiretoaccommodateinsertion,removal,andtesting.

Operator'sshouldtakeallpossibleprecautionstoavoidanymoisturefromenteringtheelectronicsenclosure.

Theenclosureshouldnotbeleftopenininclementweatherorforlongperiodsoftime,especiallyduringopera-

tionascondensationwillaccumulate.Lidshouldbetightlyscrewedshut,allconduitsshouldbesealedand

securedinaccordancewithregionalandclassicationrequirements,andunused3/4"NPTopeningsshouldbe

sealwithprovidedplug.Donotpowerwashtheunit.

OWDMANUAL 1114

KAM CONTROLS, INC.

FIG. 3-14 WIRING DIAGRAM OWD MODELS WITH RANGES OTHER THAN 0-100%

INSTALLATION CONTINUED

3939 Ann Arbor Drive

Houston, TX 77063 USA

Tel + 1 713 784 0000

Fax + 1 713 784 0001

E-mail [email protected]

www.Kam.com

Made in USA

V (+) in

AGND

V (-) in

AOUT0

AGND

AOUT1

DENSITY

DOUT

GND

RS485 (+)

RS485 (-)

GND

DIN

GND

RXDO

TXDO

TEC+

24-30VDCPower

4-20mAOutput

4-20mAOutputor

analogvoltage

Alarm or Relay

Density Input

FactoryUse

RS485

RS232

FactoryUse

Main power

indicator

Sharedground

(RS485andRS232)

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Kam Simple Precision OWD User manual

Brand: Kam

Model: Simple Precision OWD

Type: User manual

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Kam Simple Precision OWD User manual

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Kam Simple Precision OWD User manual

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