RayTek LineScanner MP150 User manual

MP150
Linescanner


























Operating Instructions
Rev. B 07/2008
58501

Contacts
RaytekCorporation
WorldwideHeadquarters
SantaCruz,CAUSA
Tel:+1800227–8074(USAandCanadaonly)
+1831458–3900
[email protected]

EuropeanHeadquarters
Berlin,Germany
Tel:+49304780080
[email protected]
France
Tel:0800888244
[email protected]
UnitedKingdom
Tel:+441908630800
[email protected]
ChinaHeadquarters
Beijing,China
Tel:+86106438691
[email protected]

Internet:http://www.raytek.com/

©RaytekCorporation.
RaytekandtheRaytekLogoareregisteredtrademarksofRaytekCorporation.
Allrightsreserved.Specificationssubjecttochangewithoutnotice.
Registertodayatwww.raytek.com/registertoreceivethelatestupdates,enhancementsandsoftware
upgrades!

WARRANTY
Themanufacturerwarrantsthisinstrumenttobefreefromdefectsinmaterialandworkmanshipundernormal
useandservicefortheperiodoftwoyearsfromdateofpurchase.Thiswarrantyextendsonlytotheoriginal
purchaser.Thiswarrantyshallnotapplytofuses,batteries,oranyproductwhichhasbeensubjecttomisuse,
neglect,accident,orabnormalconditionsofoperation.
Intheeventoffailureofaproductcoveredbythiswarranty,themanufacturerwillrepairtheinstrumentwhenit
isreturnedbythepurchaser,freightprepaid,toanauthorizedServiceFacilitywithintheapplicablewarranty
period,providedmanufacturer’sexaminationdisclosestoitssatisfactionthattheproductwasdefective.The
manufacturermay,atitsoption,replacetheproductinlieuofrepair.Withregardtoanycoveredproduct
returnedwithintheapplicablewarrantyperiod,repairsorreplacementwillbemadewithoutchargeandwith
returnfreightpaidbythemanufacturer,unlessthefailurewascausedbymisuse,neglect,accident,orabnormal
conditionsofoperationorstorage,inwhichcaserepairswillbebilledatareasonablecost.Insuchacase,an
estimatewillbesubmittedbeforeworkisstarted,ifrequested.
THEFOREGOINGWARRANTYISINLIEUOFALLOTHERWARRANTIES,EXPRESSEDORIMPLIED,
INCLUDINGBUTNOTLIMITEDTOANYIMPLIEDWARRANTYOFMERCHANTABILITY,FITNESS,OR
ADEQUACYFORANYPARTICULARPURPOSEORUSE.THEMANUFACTURERSHALLNOTBELIABLE
FORANYSPECIAL,INCIDENTALORCONSEQUENTIALDAMAGES,WHETHERINCONTRACT,TORT,
OROTHERWISE.
SOFTWAREWARRANTY
Themanufacturerdoesnotwarrantthatthesoftwaredescribedhereinwillfunctionproperlyineveryhardware
andsoftwareenvironment.Thissoftwaremaynotworkincombinationwithmodifiedoremulatedversionsof
Windowsoperatingenvironments,memory‐residentsoftware,lessthan100%compatibleDOS‐compatible
systems,orwithcomputerswithinadequatememory.Themanufacturerwarrantsthattheprogramdiskisfree
fromdefectsinmaterialandworkmanship,assumingnormaluse,foraperiodofoneyear.Exceptforthis
warranty,themanufacturermakesnowarrantyorrepresentation,eitherexpressedorimplied,withrespectto
thissoftwareordocumentation,includingitsquality,performance,merchantability,orfitnessforaparticular
purpose.Asaresult,thissoftwareanddocumentationarelicensed“asis,”andthelicensee(i.e.,theUser)
assumestheentireriskastoitsqualityandperformance.Theliabilityofthemanufacturerunderthiswarranty
shallbelimitedtotheamountpaidbytheUser.Innoeventshallthemanufacturerbeliableforanycosts
includingbutnotlimitedtothoseincurredasaresultoflostprofitsorrevenue,lossofuseofthecomputer
software,lossofdata,thecostofsubstitutesoftware,claimsbythirdparties,orforothersimilarcosts.the
manufacturer’ssoftwareanddocumentationarecopyrightedwithallrightsreserved.Itisillegaltomakecopies
foranotherperson.

Specificationssubjecttochangewithoutnotice.

DeclarationofConformityfortheEuropeanCommunity
Thisinstrumentconformstothefollowingstandards:
EMC:  EN61326‐1,
Safety:  EN61010‐1:1993/A2:1995
Laser:  EN60825‐1

TABLEOFCONTENTS
1SAFETYINSTRUCTIONS..............................................................................................................................1
2TECHNICALDATA.........................................................................................................................................2
2.1MODELSANDPARAMETERS .........................................................................................................................2
2.2OPTICALDIAGRAMS.....................................................................................................................................3
2.3SCOPEOFDELIVERY .....................................................................................................................................5
3BASICS ...............................................................................................................................................................6
3.1MEASUREMENTOFINFRAREDTEMPERATURES ...........................................................................................6
3.2EMISSIVITYOFTARGETOBJECT ....................................................................................................................6
4INSTALLATION ..............................................................................................................................................7
4.1AMBIENTTEMPERATURES ............................................................................................................................7
4.2ENVIRONMENT .............................................................................................................................................7
4.3ELECTRICALINTERFERENCE.........................................................................................................................7
4.4GEOMETRY....................................................................................................................................................7
4.5MOUNTING ...................................................................................................................................................8
4.6CONNECTIONTOTHEPC.............................................................................................................................9
4.6.1EthernetConnection .............................................................................................................................9
4.6.1.1EthernetSettingsfortheScanner ...............................................................................................................9
4.6.1.2EthernetSettingsforthePC......................................................................................................................11
4.6.1.3EthernetCable ............................................................................................................................................13
4.6.2RS485Connection...............................................................................................................................14
4.7POWERSUPPLYCABLE ...............................................................................................................................14
4.8WARM‐UPTIME..........................................................................................................................................15
4.9WATERCOOLING .......................................................................................................................................16
4.9.1InstallationoftheTubeFittings..........................................................................................................16
4.9.2ReassemblyoftheTubeFittings..........................................................................................................17
4.9.3AvoidingCondensation.......................................................................................................................17
4.10AIRPURGECOLLAR ..................................................................................................................................19
4.11INPUTANDOUTPUTCONNECTORS .........................................................................................................20
4.12LASER........................................................................................................................................................22
4.13MOUNTINGDIMENSIONS .........................................................................................................................23
5OPERATION ...................................................................................................................................................24
5.1SCANRATEANDTARGETVIEWINGTIME .................................................................................................24
5.2SECTORS ......................................................................................................................................................25
5.3DATATRANSFERMODES ...........................................................................................................................26
6ACCESSORIES................................................................................................................................................27
6.1OVERVIEW ..................................................................................................................................................27
6.2MOUNTINGPLATE......................................................................................................................................27
6.3ADJUSTABLEMOUNTINGBASE ..................................................................................................................28
6.4INDUSTRIALPOWERSUPPLY ......................................................................................................................29
6.5ETHERNETCABLEEXTENSION ...................................................................................................................30
6.6RS485CABLEEXTENSION ..........................................................................................................................30
6.7POWERSUPPLYCABLEEXTENSION ...........................................................................................................31
6.8THERMOSTAT..............................................................................................................................................31

7MAINTENANCE............................................................................................................................................ 34
7.1CLEANINGTHEWINDOW .......................................................................................................................... 34
7.2REPLACINGTHEWINDOW......................................................................................................................... 34
8TROUBLESHOOTING ................................................................................................................................. 36
9APPENDIX....................................................................................................................................................... 39
9.1DETERMINATIONOFEMISSIVITY ............................................................................................................... 39
9.2TYPICALEMISSIVITYVALUES .................................................................................................................... 39
INDEX

SafetyInstructions
MP1501
1SafetyInstructions
Thisdocumentcontainsimportantinformation,whichshouldbekeptatalltimeswiththeinstrument
duringitsoperationallife.Otherusersofthisinstrumentshouldbegiventheseinstructionswiththe
instrument.Updatestothisinformationmustbeaddedtotheoriginaldocument.Theinstrumentcan
onlybeoperatedbytrainedpersonnelinaccordancewiththeseinstructionsandlocalsafety
regulations.
AcceptableOperation
Thisinstrumentisintendedonlyfortemperaturemeasurementandisappropriateforcontinuoususe.
Theinstrumentoperatesreliablyindemandingconditions,suchasinhighenvironmental
temperatures,aslongasthedocumentedspecificationsareadheredto.Compliancewiththeoperating
instructionsisnecessarytoensuretheexpectedresults.
UnacceptableOperation
Theinstrumentshouldnotbeusedformedicaldiagnosis.
ReplacementPartsandAccessories
Useonlyoriginalpartsandaccessoriesapprovedbythemanufacturer.Theuseofotherproductscan
compromisetheoperationalsafetyandfunctionalityoftheinstrument.
InstrumentDisposal
Disposalofoldinstrumentsshouldbehandledaccordingtoprofessionalandenvironmental
regulationsaselectronicwaste.
OperatingInstructions
Thefollowingsymbolsareusedtohighlightessentialsafetyinformationintheoperationinstructions:
Helpfulinformationregardingtheoptimaluseoftheinstrument.

Warningsconcerningoperationtoavoidinstrumentdamage.
Warningsconcerningoperationtoavoidpersonalinjury.

TheinstrumentisequippedwithaClass2laser.Class2lasersshineonlywithinthe
visiblespectrumatanintensityof1mW.Lookingdirectlyintothelaserbeamcanproduce
aslight,temporaryblindingeffect,butdoesnotresultinphysicalinjuryordamagetothe
eyes,evenwhenthebeamismagnifiedbyopticalaids.Atanyrate,closingtheeyelidsis
encouragedwheneyecontactismadewiththelaserbeam.Payattentiontopossible
reflectionsofthelaserbeam.Thelaserfunctionsonlytolocateandmarksurface
measurementtargets.Donotaimthelaseratpeopleoranimals.

Incorrectuseof110/230Velectricalsystemscanresultinelectricalhazardsandpersonal
injury.Allinstrumentpartssuppliedwithelectricitymustbecoveredtopreventphysical
contactandotherhazardsatalltimes.

TechnicalData
2MP150
2TechnicalData
2.1ModelsandParameters
Model LT MT G5 P30 P31 1M 2M
Temperature. Range 20-350°C
68-662°F
100-800°C
212-1472°F
100-950°C
212-1112°F
30-250°C
86-482°F
100-350°C
212-662°F
600-1200°C
1112-2192°F
400-950°C
752-1742°F
Accuracy2±2°C (4°F) ±3°C (6°F)1±0.5% or
±3°C (6°F)1
±3°C (6°F) ±3°C (6°F) ±0.5% or
±3°C (6°F)1
±0.5% or
±3°C (6°F)1
Repeatability2±1°C (2°F) ±2°C (4°F) ±1°C (2°F) ±1°C (2°F) ±1°C (2°F) ±2°C (4°F) ±2°C (4°F)
Optical resolution (90% energy) 150 : 1 3150 : 1 3150 : 1 333 : 1 460 : 1 4100 : 1 3100 : 1 3
Optical resolution (50% energy) 450 : 1 3450 : 1 3450 : 1 3100 : 1 4180 : 1 4300 : 1 3300 : 1 3
Spectral response 3 ... 5 µm 3.9 µm 5 µm 3.43 µm 3.43 µm 1 µm 1.6 µm
Detector MCT MCT MCT MCT MCT Si InGaAs
1whichever is greater
2at mid-range of specified temperature range, at 0-50°C (32-122°F) ambient temperature
3per pixel at focal distance
4at 36 Hz scan rate
OpticalParameters
Measuredpointsperline256@150Hzscanrate@90°scanangle
512@76Hzscanrate@90°scanangle
1024@36Hzscanrate@90°scanangle(option)
Scanrate150Hz,instepsof20,36,48,76,108,125,and150Hz
(max.48HzforP30andP31)
Scanangle(FOV)45°or90°
OpticsStandardFocus,focaldistance1.52m(60in.)
FarFocus,focaldistance∞
specialopticsavailable(contactfactoryfordetails)
ElectricalParameters
OutputsAnalog3isolatedcurrentoutputs,eachadjustable0/4...20mA,maximumload:500ohms
Alarmpotential‐freerelaycontacts:30V/1A
InputsTrigger+5to24VDCpulse,high/lowactive
InterfacesEthernet,TCP/IPprotocol10/100MBit/s,electricallyisolated
RS485full‐duplex,notaddressable,electricallyisolated,9.6,57.6,115.2,230.4kBaud
SignalprocessingMAX,MIN,Average,Peak/ValleyHold,Alarmsetpoints
MechanicalscanningsystemMTBF:40,000hrsforthemechanicalscanningsystemat48Hz
Power 24VDC±25%,1A
GeneralParameters
EnvironmentratingIP65(NEMA4)
Ambienttemperatureswithoutwatercooling:0...50°C(32...122°F)
withwatercooling:max.180°C(356°F)
Storagetemperatures‐25…65°C(‐13…149°F)
Watercoolingmax.pressure5bar(72.5psig)
Airpurgecollarmax.pressure3bar(43psig)
Warm‐uptime20minutes
Relativehumidity10...90%,non‐condensing(foroperatingandnon‐operatingtemperaturerange)
VibrationIEC60068‐2‐6,3axes,10...150Hz,duringoperation:0.5G,non‐operating:2G
ShockIEC60068‐2‐27,3axes,11ms,duringoperation:5G,non‐operating:25G
Dimensions200x180x190mm(7.8x7.02x7.41in)
Weight(incl.airpurge)7kg(15.4lbs)


TechnicalData
MP1503
2.2OpticalDiagrams




Distance: Sensor to Object D[inches]
Distance: Sensor to Object D[m]
S
p
ot diameter S
[
inches
]
[mm]
Standard Focus 100 : 1
(at focal point)
Distance: Sensor to Object D[inches]
Distance: Sensor to Object D[m]
S
p
ot diameter S
[
inches
]
[mm]
Standard Focus 33 : 1
(at focal point)
Distance: Sensor to Object D[inches]
Distance: Sensor to Object D[m]
S
p
ot diameter S
[
inches
]
[mm]
Standard Focus 60 : 1
(at focal point)

TechnicalData
4MP150




Figure1:OpticalDiagrams(specialopticsavailable)
Distance: Sensor to Object D[inches]
Distance: Sensor to Object D[m]
S
p
ot diameter S
[
inches
]
[mm]
Standard Focus 150 : 1
(at focal point)
Distance: Sensor to Object D[inches]
Distance: Sensor to Object D[m]
S
p
ot diameter S
[
inches
]
[mm]
Far Focus 150 : 1
(at focal point)
Distance: Sensor to Object D[inches]
Distance: Sensor to Object D[m]
S
p
ot diameter S
[
inches
]
[mm]
Far Focus 100 : 1
(at focal point)

TechnicalData
MP1505
2.3ScopeofDelivery
Thelinescannerpackageincludesthefollowing:
• MP150Linescanner
• OperatingInstructions(alsoincludedasPDFfileontheCD‐ROM)
• DataTempSoftware(comesonCD‐ROM)
• ProtocolManualonlyasPDFfileontheCD‐ROM
• Ethernet: 1x7,5m(24.6ft)Ethernetcable
• RS485:1x7.5m(24.6ft)RS485cable
RS485/RS232converter
1xSUB‐Dconnectorcable,25‐pin(male)to9‐pin(female)
• RS485extensioncable(accessory):
2xhousingforSUB‐D25pinconnectors
1xSUB‐Dconnector(male)25‐pin
1xSUB‐Dconnector(female)25‐pin
• PowerSupply: 1x7.5m(26.4ft)cable
(powersupplyXXXTMP50ACPSshouldbeorderedseparately)
• 1xsparewindow
• Tools:1xhexkeywrench2.5mm
1xhexkeywrench5mm
1xconnector(female)6‐pinfordigitalInputs/Outputs
1xconnector(female)4‐pinforanalogOutputs
• WaterCooling: 4xtubefittings‐femaleadapterunion(connects6mmouterdiameter
tubetoconicalthreadRc1/8ʺ(ISO7/1))
or6mmouterdiametertubetoconicalthread1/8”NPT

Basics
6MP150
3Basics
3.1MeasurementofInfraredTemperatures
Everyobjectemitsanamountofinfraredradiation(IR)accordingtoitssurfacetemperature.The
intensityoftheinfraredradiationchangeswiththetemperatureoftheobject.Dependingonthe
materialandsurfaceproperties,theemittedradiationliesinawavelengthspectrumofapproximately
1to20μm.Theintensityoftheinfraredradiation(”heatradiation”)isdependentonthematerial.For
manysubstancesthismaterial‐dependentconstantisknown.Itisreferredtoas”emissivityvalue”,see
appendix9.2TypicalEmissivityValuesonpage39.
Infraredthermometersareoptical‐electronicsensors.Thesesensorsareabletodetect”radiationof
heat”.Infraredthermometersareconsistofalens,aspectralfilter,asensor,andanelectronicsignal
processingunit.Thetaskofthespectralfilteristoselectthewavelengthspectrumofinterest.The
sensorconvertstheinfraredradiationintoanelectricalsignal.Theconnectedelectronicsprocessthis
signalforfurtheranalysis.Theintensityoftheemittedinfraredradiationistherebyusedtodetermine
thetemperatureofthetarget.Sincetheintensityoftheinfraredradiationisdependentonthematerial,
theappropriateemissivitycanbeselectedonthesensor.
Thebiggestadvantageoftheinfraredthermometerisitsabilitytomeasuretemperaturewithoutthe
needtobeincontactwiththetarget.Consequently,surfacetemperaturesofmovingorhardtoreach
objectscanbeeasilymeasured.
3.2EmissivityofTargetObject
Foraccuratetemperaturereadings,thesensormustbesettotheappropriateemissivityvalueforthe
targetmaterial.Determinetheemissivityofthetargetobjectasdescribedinappendix9.1
DeterminationofEmissivityonpage39.
Whenmeasuringmaterialswithlowemissivity,theresultscouldbeeffectedbyinterferinginfrared
radiationfrombackgroundobjects(suchasheatingsystems,flames,fireclaybricks,etc.neartoor
behindthetargetobject).Thistypeofproblemcanoccurwhenmeasuringreflectivesurfacesandvery
thinmaterialssuchasplasticfilmsandglass.Thiserrorcanbereducedtoaminimumifparticular
careistakenduringinstallation,andthelinescannerisshieldedfromreflectedinfraredradiation.

Installation
MP1507
4Installation
Linescannersareabletomeasuretemperaturevaluesalongalinethroughtheuseofarotatingmirror.
For25%ofitsrevolution(or12.5%ona45°FOVscanner),thelinescannerscansthefieldofview
(FOV).Thiscorrespondstoascanangleof90°.Theremaining75%(or87,5%ona45°FOVscanner)of
itsrevolutionisusedfortheinternaloperationofthesensor.Therotatingmirrorviewsthesceneand
reflectstheinfraredenergystrikingitontoasystemoflenseswhichfocusestheradiationontoa
thermoelectricallycooleddetector.Theincomingsignalisscanned,digitized,andthenconvertedto
temperaturevaluesbytheinternalmicroprocessor.Foreveryrevolutionofthemirror,upto512
measuredvalueswillbeinternallycollected.Anairpurgesystemkeepsthescanner’swindowfreeof
dust,debris,andcondensation.
4.1AmbientTemperatures
Withoutwatercooling,thelinescannerisdesignedforambientoperatingtemperaturesbetween0°C
and50°C(32°Fand122°F).Withwatercooling,itcanbeusedinenvironmentsofupto180°C(356°F),
seesection4.9WaterCooling,page16.Theinternaltemperatureisthedeterminingfactorforproper
operationofthelinescanner.ItisdisplayedintheDataTempsoftware.Thedifferencebetweenthe
externalambienttemperatureandthetemperatureinsidethehousingalsodependsonthethermal
contactofthelinescanneranditsmountinghardware.

Thetemperatureinsidethehousingmustbebetween0°Cto60°C(32°Fto140°F)during
operationandnevermorethen65°C(150°F)atanytime,includingnon‐operation!
4.2Environment
ThelinescannercomplieswithclassIP65andisthereforedustandsplashresistant.Thelinescanner’s
windowismadeofamaterialthatisresistanttothermalstressesanditisequippedwithanintegrated
airpurgesystemwhichprotectsthewindowagainstcontamination.Airsupplyfortheairpurge
shouldbeoilfree,clean“instrument“air.
4.3ElectricalInterference
Tominimizeelectricalorelectromagneticinterference,followtheseprecautions:
• Mountthesensorasfarawayaspossiblefrompossiblesourcesofinterferencesuchas
motorizedequipmentproducinglargesteploadchanges!
• Ensureafullyinsulatedinstallationofthesensor(avoidgroundloops!).
• Makesuretheshieldwireinthesensorcableisearthgroundedatonelocation!
• Toavoidpotentialdifferencesuseasinglepowercircuittopowerboththelinescannerandthe
PCrunningthesoftware!
4.4Geometry
Thesmallestpossibleobjectwhichcanbemeasureddependsontwoconditions:
1.Theareameasuredmustbenolessthan90%(90%energyresponse).
2.Hotspotsmustbeclearlydetected,wheninfrontofacoldbackground(50%energyresponse).

Installation
8MP150
Remark:Themeasuredareafor50%energyresponseisapproximately⅓oftheareasizeofthe
measuredspotfor90%energyresponse.
Refertothesection2.2OpticalDiagramsonpage3forbasicversionsofopticalresolutionvaluesfor
thevariousmodels.

Figure2:Relationshipbetweenscanlinewidthanddistancetotarget
Therelationshipbetweenthescanlinewidth(L)andthedistance(D)tothefrontsideofthe
linescannerhousingisdefinedasdescribedabove.Forlongdistances,thescanlinewidthisabout
twicethemeasurementdistance(90°FOV).
4.5Mounting
Thelinescannercanbeinstalledasfollows:
• onatripodwithastandard1/4‐20UNC(photoequipment)thread.Thistypeofsetuprequires
theoptionaltripodmountingplate(XXXTMP50ACCC)andisrecommendedifthelinescanner
istobeusedonlyfortemporaryormobilemeasurements.
• withthemountingholesofthelinescannerhousing.Thistypeofsetupisrecommendedfor
permanentinstallationswherehigherstabilityisdesired.
Preventallcontactbetweenheatsourcesandthelinescannertoprotectthelinescannerfrom
overheating.
L = Scan line width
D = Distance to target (measured from front
surface of housing)
90 deg FOV:
D = L/2
45 deg FOV:
D = L/0.8284

Installation
MP1509
4.6ConnectiontothePC
TheMP150cancommunicateviaEthernetinterfaceorRS485.Duringsystemconfigurationtheuser
selectseitherEthernetorRS485.YoucannotuseEthernetandRS485communicationsforthedata
transfertothesametime!
4.6.1EthernetConnection
TheEthernetconnectionbetweenlinescannerandPCpermitsreal‐timedatatransferforall
temperaturepixelsuptoamaximumspeedof100MBit/s.
Formulti‐scannersystemsyoucanuseastandardEthernetSwitchtoconnecttothePCnetwork
adapter.

ToestablishtheEthernetcommunication,thesettingsfortheIPaddressandtheSubnet
MaskforbothscannerandPCnetworkadapterneedtofit!Appropriatechangescanbe
appliedeitheronthescannersideoronthePCnetworkadapter,seethefollowing
sections!
4.6.1.1EthernetSettingsfortheScanner
ScannerIPAddress
ThefactorydefaultIPaddressforthelinescanneris192.168.42.30.
Thescannersaddressisnotfreeofchoice:Ithastobeuniqueinthenetworkmeaningthatnoother
deviceinthenetworkincludingthePCnetworkadaptermayrunatthesameIPaddress.Thecurrent
settingsforthePCnetworkadaptorcanbecheckedvia<Start><Settings><NetworkConnections>
<”LocalAreaConnection”><Status><Support>.
Fortheexamplebelow,thescannerIPaddressmaybechoseninarangefrom192.168.1.1to
192.168.1.254withtheexceptionof192.168.1.10whichisalreadyusedforthePCnetworkadapter.The
SubnetMaskforthescannerneedstobeidenticaltotheSubnetMaskofthePCnetworkadapter.

Figure3:CurrentSettingsforthePCNetworkAdapter
ChangingtheScannerIPAddress

Installation
10MP150
WhenusingthelinescanneronanEthernetnetworkyoumayneedtochangetheIPaddresssothat
thefactorydefaultaddressdoesnotconflictwithanotherdeviceonthenetwork.ChangetheIP
addressfollowingtheproceduredescribedbelow:
• GetthescannerruntimesoftwarerunningviatheserialRS232/485communication!
• Stopthescanner’scommunicationviathemenu<Scanner><Start/Stop>!
• Goto<Window><Terminal>!
• ChangetheIPaddressasdesiredbyusingthe<IP>command,e.g.IP196.168.42.10!
• Saveallscannerparametersbyusingthe<PS>command!
• GetthescannerruntimesoftwarerunningviaEthernetcommunicationusingthenewIP
addresssetintheConfiguratorSoftware!

Figure4:ScannerIPAddressSettingusingtheScannerSoftware
ScannerSubnetMask
TheSubnetMasksetinthescannerhastofittotheSubnetMaskofthePCnetworkadapter.The
SubnetMaskdefinestheinterpretationoftheIPaddress.Thefactorydefaultsettingis255.255.255.0.
TheSubnetMaskcanbechangedusingthe<NM>commandofthescanner.
AdvancedEthernetSettings‐Port
Inthecasethatthedefaultscannersport(2727)shouldconflictwithsomethingelse(itcouldbe
blockedbythefirewallforexample)itcanbechangedusingthe<PO>commandofthescanner.
AdvancedEthernetSettings‐Gateway
Agatewayconnectstwosubnets(whichhaveadifferentSubnetMask).TheIPaddressofthis
gatewayisgivenwiththeroutecommand<RO>.ThedefaultisRO0.0.0.0‐thisdoesnotsendaroute
commandtotheoperatingsystemofthescanner.

Installation
MP15011
4.6.1.2EthernetSettingsforthePC
ThenetworkadapteronthePCsidemustbeconfiguredasfollowing:
1.Goto<Start><Settings><NetworkConnections><LocalAreaConnection>
2.Clickon<Properties>:


3.Under<Thisconnectionusesthefollowingitems>select<InternetProtocol(TCP/IP)>and
clickon<Properties>:

Installation
12MP150


4.Activatetheradiobutton<UsethefollowingIPaddress>andmakethefollowingsettings:
IPaddress:192.168.42.x
 wherexisanaddressbetween0and255except30whichisalready
 usedbythelinescannerbyfactorydefault
Subnetmask:255.255.255.0
Defaultgateway:{empty}



Installation
MP15013
5.Closealldialogboxesbypressingon<OK>.
4.6.1.3EthernetCable
ThelinescannerisshippedwithanEthernetcablespecifiedtoNEMAWC‐63.1Category5e,UL
verifiedtoCategory5e,Ethernet/IPCompliant.Thiscableis7.5m(24.6ft.)longandwithstands
ambienttemperaturesupto180°C(356°F).
Theconnectorononecableend(scannerwiring)isanM12plug‐inconnector,4pinD‐coded,suited
forindustrialEthernetwithIP67protectionratewithascrewretentionfeature.
Theconnectorontheothercableend(field/PCwiring)isanRJ45connector.

Installation
14MP150
4.6.2RS485Connection
TheserialRS232/485connectionprovidesreal‐timedatatransfertothePC.However,thePCwillhave
tobecapableofcommunicatingatasufficientlyhighbaudrate.MoststandardPC’scommunicateat
speedsupto115kBaudwhichiscapableofcommunicationwiththelinescanneratascanspeedof
36Hzandat256pixelperscandatasamplingrate.Forfasterscanfrequenciesorforahigherpixel
counttheEthernetconnectionshouldbeused.
TousetheRS232/485connection,connectthelinescannertothePCwiththecablesupplied.First,
insertthe7‐pinDIN‐roundplug(IP65)intothesocketonthebacksideofthelinescanner,thentighten
thelockingcapcarefully.Next,connecttheRS485‐adaptertotheRS232serialinterfaceofthePC.Use
the25to9‐pinadapterifneeded.Useshieldedcablematerialforallelectricalconnections(power
supply,currentoutputs,controllines).TheRS485‐adapterispoweredbythelinescanner,andno
separatepowersupplyisrequired.

Figure5:RS485/RS232interfacebetweenlinescannerandPC
4.7PowerSupplyCable
Thelinescannerrequiresanominal24VDCpowersupply,18VDCminimum.Toinsurethatsufficient
voltageissuppliedtthelinescanner,itisnecessarytodefinethegageandthelengthofthepower
cabletodeterminetheresistanceandthevoltagedrop.Themaximumcurrentdrawofthelinescanner
is1A.
Thefollowingtableshowstypicalparametersfromshielded2wirecoppercablesandthemaximum
recommendedcablelength.
RS232/485 Adapter Linescanne
r