DynamicLine ManualUL manualDynamicLine
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Tableofcontent 1 Introduction Blockdiagrams 2 PCBComponentsoverview 3 Unitaddress 4 NetworkingwithNCCMK2 5 Installationinstructions 7 MetalDetection(MD) 8 Appendix1 9
4 6 10 13 14 18 22 27 3
Introduction 1 TheXQMK2UnitsarethesuccessorsoftheXQseriesinternalOS/Telectronics.Thecompleteredesignhas manynewfeatures:
Powerfultransmitter(4watt)
Attenuatorsettingcanbedoneforeveryaisleseparately Integralcustomercounting 1.1XQMK2RX(R2) 1.2XQMK2Tx(T2) 1.3Watttransmitter Theadvantagesofthenewtransmitterare:
Aislewidthbetweenpanelscanbeproximally10%moreforthesamelabel OR
Distancebetweenthepanelswillbethesameandsmallerlabelscanbeused OR
Tosuppressinterferencefromothersystems IncombinationwithanAIMmodule(AisleImprovementModule)thefullfeaturesofthetransmittercanbe used. 4 1.3.1TheAIM(AisleImprovementModule) Themoduleincreasesthepowerupto4Watt. AllantennassuitablefortheXQMk2internalunitswithmetaldetectionwillbesuitablefor4Watt(effective power).Theoutsideoftheantennawillbemarkedwitha4Wadditiontotheseriallabel.Insidetheantenna thewillbealabelSuitablefor4W 1.4NewAttenuator Theadvantagesfortheattenuatorare:
Easyinstallation
Additionalexternalattenuatorsarenotnecessaryanymore
Hardwarejumpersettingsarereplacedthroughsoftwaresettings
Usefulforaisleswithdifferentaislewidth,examplesystemwith2aisles
Firstaislewidthis1.60meters
Secondaislewidthis1.00meters 1.5PerformanceIndicator Firmwareversion1.8xxandupcontainsperformanceindicators.Thismeansthatitispossibletoactuallytrace thedeliveredsystemperformance. ANedapEASsystemcontainsseveraldifferentsignalprocessingfunctions,whicharemappedtoseveral differenthardwareunits.Forexamplewehaveapowersupply,asweepgenerator,atransmitter,areceiver, anddeactivationunits.Tomonitortheperformanceofthesystemfrombirdseyeviewwehavetolookatand integrateallperformanceindicatorsofeachcomprisingunit.Theactualdataintegrationisdoneoffline,in theTOPserverandorEasinet. ForallOSTunitsweneedperformanceindicators:
1.Performanceindicatorforapowersupply. Ameasurewhichindicatesintimetheactualdeliveryofgoodpower.Inpracticeaslongasthesystemisworkingthe powerisconsideredtobegood.Sothisperformanceisnotseparatelymonitored.Systemuptimeisusedasindicator. 2.Performanceindicatorforasweepgenerator. Ameasurewhichindicatesintimetheactualdeliveryofgoodsweepstothesystem.Inpracticeaslongasthesystemis workingthesweepgeneratorisconsideredtobegood.Thisperformanceisnotseparatelymonitored.Systemuptimeis usedasindicator. 3.Performanceindicatorfortransmitters. Ameasurewhichindicatesintimetheactualdeliveryofgoodsweepstothetransmitterpanel.Interruptionsofthe powerdeliveryduetoAGCactionsaremonitored.Thisisanewperformanceindicator. 4.Performanceindicatorforreceivers. Ameasurewhichindicatesintimetheactualreceptionofcleansweepsfromthepanel.Thisisnotexplicitlymonitored. Andameasurewhichindicatesintimestheactuallevelofexternalnoise.Thislevelmustcontainalldetection prohibitingsignals.Thissignalismonitored.Thisisthesecondnewperformanceindicator. Withtheseperformanceindicatorsitshouldbepossibletomonitoraccuratelytheperformanceofthesystem.These indicatorscovertheprimarydetectionfunction.Alsothecommunicationischeckedcontinuouslyofcourse. 5
Altogetheritisexpectedthatthemostfrequentoccurringdisturbancesandfailuresarecovered.Somemechanical occurrenceoflabeldetectioneventsatall.Ifalarmeventsoccursonecansafelyassumethatthesystemisnotdeadyet. ThemostimportantfeatureistheloggingofEASdetectionperformanceovertime.Coveredeventsaredowntimedue topoweroutages,lossoftransmitsignalduetoAGCevents,occurrenceofalarms,andenvironmentalnoisewhich degradesthedetectionperformances.Ofcourseitisnotpossibletodistinguishbetweenfalsealarmsandtruelabel alarms,becauseifthatwouldbepossiblethenallfalsealarmscouldbeeliminatedbeforehand. 5.Performanceindicatorforstandalonelabeldeactivationunits. Ameasurewhichindicatesintime:
Theseparametersarecoveredbythesystemuptimeindicator. Thisparameterismonitoredbythereceiver(type)performanceindicator. Blockdiagrams 2 TheXQMK2Transmitterwithintegralcustomercountingandmetaldetection. 2.1Networkcommunicationandsync TheXQunitsareslave1only,theyneedanRFsignaloriginatingfromamasteroutput.ThiscouldbeanNCC, SQunitorTDCunit.TheRFsignalhasafrequencyoffourtimes8.2MHzandsweepsbetween30....36MHz. TheRFsignalisusedtodrivethetransmittersaswellasthereceivers.TheCoaxialcablebetween master1outputandslaveinputisalsousedtodistributeDCpoweranddata1communication 2.1.1Datacommunicationovercoax OneoftheimportantfeaturesfromtheOS/Tsystemisthedata1comoverthecoax1cable.Withthisfeature system.Alltheconnectedunitsareinterrogatedperiodicallybythemaster.Iftherearemessageslikean alarmonaconnectedRxunit,thenthemasterunitwillprocessthisandtakesthenecessaryaction:Sendinga commandtoturnonthelampsontheactivatedaisle. TheXQMK2unithastwoslave1syncconnectors(K101andK102)fromwhichtheunitcanbedrivenfroma NCC14,SQ,orTDCunit.DCsupplyisfromthesync1connectors. 6
2.2Transmitter TheTransmittergeneratesan8.2MHzRFsignalwithamaximumpowerlevelof4Watttofeedthe communicationcontrolsection. Thestart1pulseisdistributedasa1microsecondbreakoftheRFsignal(32periods)andindicatesthestartof the1.6mssweep.AlltimingoftheOS/T1systemisrelatedtothisstart1pulse. andoutputvoltageandadjustingthedrivesignaloftheMOSFETpowerstageaccordingly.Thesetwooutput parametersaremeasuredwithacurrenttransformerandacapacitivevoltagedividercircuitattheoutput stage.Fromthesesignalsaphasecontrolsignalandtheamplitudecontrolsignalarederived.Bothsignals canbeseenonthetestconnector.Thesignalsarethefeedbacktothedriverstage. 2.2.1Antiqdeactivationregulation phenomenonatagdetectioncircuitisused.Atagclosetotheantennacanbedetectedbylookingatthe antennasignal.Aresonatingtaginproximitycausesasmallphase1disturbanceintheantennaimpedance, whichcanbeseenonthephasecontrolsignalofthetransmitter.Wheninasweepatagpulseisfoundthe processorcanreducethetransmitpowerinthenextsweeptopreventdeactivationofthetag.Afterthetag signaldisappearedthetransmitpowerisgraduallyincreasedtothedesiredpowerlevel. 2.2.2Outputmultiplexer Thesecondoutputofthemultiplexergoestoaninternaldummyload.Thisisusedformultiplexingwhen morethanoneaisleisused.Theunusedphasescanbedumpedinthedummyload. Theantenna1outputhashisownlamp1control1circuitandcanbeswitchedonoroffindividually.Thelamps arecontrolledbysoftware.Theoutputshaveopen,overloadandshort1circuitdetection.Thesesignalsare underprocessorcontrol. Thelampcontrolcircuitisalsousedfordrivingthenew1style(two1wire)buzzer. 2.2.3Txoutputpowersetting Defaultpowersettingis2Watts.Thisissuitableforalmosteverysituation.Withlargeaislewiths(2metersor more)itcanbeusefulltoincreasethepowerto4watts. 7
2.3Receiver TheReceiverdetectsthetagsignalsgeneratedbytagsintheaisleformedbyatransmitterpanelanda receiverpanel.Evenverysmallsignalscanbedetectedtoachieveaveryhighpickrate.Aidedbyheavyuseof TheantennaisconnectedtoK202.Everysweeptheantennacanlbeconnectedtothereceiver.Thisisdone inthemultiplexercircuit.Afterthemultiplexeranattenuationstagecanbeusedtoreducethelevelof directfeedthroughincaseofverycloseantennadistance.Theattenuatorcanbeselectedas0,16dB,112dB and118dB.Thesettingispossiblewiththehandterminal(underthesensitivitymenu)orwiththeOS/T Anewfeatureisthepossibilitytosettheattenuatorperphase.ThereferenceRFsignalissplitinfourphases whicharecontrolledbysoftware.Themixersarefedwith90degreesphaseshift.TheresultingLFsignalsare furtherprocessedbythedigitalsignalprocessor(DSP). TheDSPusesdigitalmemorytostorethepastquarterofasecondtocomparedifferentsweepsandimprove thescopebylookingattheDACsignal. 2.3.1Inputmultiplexer Thereceivercanprocesstwoantennasignals.Thismeansthatatmost2antennascanbeconnected.The Antennainput1(K202)hashisownlampcontrolcircuitandcanbeswitchedonoroffindividually.Thelamps arecontrolledbysoftware.Theoutputshaveanopen,overload,andshortcircuitdetection.Thesesignalsare underprocessorcontrol. 2.3.2Processor TheXQMK2seriesboards(TxandRx)haveonlyoneprocessorforRX,TXandCommunicationcontrol. Theprocessorhasseveraldifferenttasks.Itmustmaintainthestatusofthetransmitterandreceiverand controlsseveralfunctions:
lampdetection lamp/lampoverload
multiplexer
datacommunication
handheldterminalcommunication
customerqcounting1x2inputs
metaldetection Softwareisdownloadableinruntime.Anewversioncanbedistributedoverthenetwork.Afterdownloading,
8
2.3.3Customercounting TheXQMK2PCBhascustomercountingonboard.Acustomercountermodulecanbeconnectedto monitortheentrancewithdirectionsensitivity. Thepassagebetweensensorsisshapedandbufferedandprocessedbytheprocessor.Inthiswayincoming andoutgoinglabelalarmscanbecountedforseparately. 2.3.4Serviceconnectors K100:AstandardNEDAPRSServicehandheldterminal(HT)maybeconnectedtoconnectorK100.Withthis HTyoucaneditthe variouslocalsettings.Withthisterminalalldigitalsettingscanbemade,evenifthenetworkisnonfunctional. K200:Thereceivertest1connectorshows3analoguesignalstoaidininstallingandservicingthereceiver section.Foreasyexternaltriggeringastartpulseisavailable. Thetransmittertestconnectorshowstheanaloguesignalsneededtoalignandverifythetransmitter. 2.4Dummyloads DummyloadsarenolongerneededfortheXQMK2PCBs.Unusedchannelswillbeprogrammedaschannel 0. 9 K50 Customer counting
(connector) Customer counting 2
(Yellow) No function (2) Lamp Overload (Red) Datacom-error (Red) Metal Detection-error (Red) Power on (Green) GND MD-out ON OFF 50 (1) Alarm (Yellow) K202 Metal Detection Metal Detection ON
(Green) Customer counting 1
(Yellow) PCBComponentsoverview 3 3.1ConnectoroverviewXQTX Serviceconnector
(Oscilloscope) Serviceconnector
(Handterminal) K100 Handterm. K200 Testconn. Lamp (Yellow) K201 Antenna (TX out) 10 K101 Sync in K102 Sync out 11 3.2ConnectoroverviewXQRX Customer counting 1
(Yellow) 50 (1) ON OFF Metal Detection alarm
(Red) Metal Detection Blocked
(Yellow) Alarm (Yellow) K201 Aux 2 Do not use!
K200 Testconn. K100 Handterm. K202 Antenna 1 Serviceconnector
(Oscilloscope) Serviceconnector
(Handterminal) K106 Customer counting
(connector) K400 Metal Detection MD-out K105 Buzzer
-
GND
+
K103 Keyswitch Customer counting 2
(Yellow) No function (2) Lamp overload (Red) Lamp (Yellow) Power on (Green)
(optional) Datacom-error (Red) Antenna 2 active
(Green) Antenna 1 active
(Green) 12 K101 Sync in K102 Sync out
Unitaddress 4 EachXQMK2unithasanuniquenetworkaddress.Theaddressisenteredinthemasterunittoenabledata communication. 13
NetworkingwithNCCMK2 5 NCC(networkingelectronics) includingpowersupply
synchronizationofupto16antennas(max.6antennasperoutput)
TheNCCMK2candeliverpowerforamaximum4antennaswithXQMK2electronics.Iincaseof>4antennas,apower inserterisneededforthenext4antennaswithXQMK2electronics. Numbersofantennas Required 1t/m4 NCC NCC+1powerinserter 5t/m8 NCC+2powerinserter 9t/m12 NCC+3powerinserter 13t/m16
XQT2 XQR2 NCCMK2 Powersupply 14
XQR2 NCCMK2 Powersupply
XQR2 NCCMK2 Powersupply XQR2 XQR2 XQT2 XQT2 15 XQT2
NCCMK2 Power Inserter Powersupply XQR2 XQR2 XQR2 XQR2 XQT2 XQT2 XQT2 XQT2 16
communicationisnotshowingalldata,tolimittheloadonthedatabus. 17
Installationinstructions 7 TheNCCshallbeinstallednearasocketoutlet.Thesocketoutletshallbeeasilyaccessible,alsoafter installation. 7.1Installation Thepowercordshallbepreventedfromdamageandnotsecuredpermanentlytothebuildingconstruction. Alwaysuseapoweroutletwithgroundingandinstallaccordingtolocalregulations!
Alwaysturnoffthemainpowerwhenworkingontheelectricalinstallation. Theguaranteeregulationsareonlyvalidwheninstalledasindicatedinmanuals. Allwiringshouldbedoneaccordingtolocalregulations!
Nedap common mode "lter Part.no.: 9800280
*CommunicationcableBelden9907(ULListedCMrated) IfroutedinplenumspacesuseBelden89907(ULListedCMPrated) 18
NCC-MK2-US Part.no.: 9563628 Belden 9907*
Electrical non-metalic tubing (UL-Listed) Belden 9907*
* Communication cable Belden 9907 (UL-Listed CM rated) If routed in plenum spaces use Belden 89907 (UL-Listed CMP rated) BNCconnectorRadiallR141.082.161 CrimptoolRadiallR282223 19 7.2Drilltheholes(4x) 7.3UseHiltihit 7.4Placethebolts 13mm/0.5 placenut hiltihit cleaning 20 9 0 m m
/
3
. 5 7.5Placetheantenna 7.5.1Followstep1to4 4x NutM10 M1024 Retainerring 3 MetalM10 Nyloninsulationring
(includedininstallationset) NylonM10
(includedin installationset)
Iron ReinforcedConctrete 1 Retainerring NutM10 NylonInsulationring
(includedininstallationset) Retainerring Nyloninsulationring
(includedininstallationset) Iron ReinforcedConctrete 21
8 MetalDetection(MD) 8.1T2settings 8.1.1TxEnable Enablesordisablesthemetaldetectiontransmitter.Defaultisdisabled. 8.1.2ApplicationVersion remotelyupdated. 8.1.3Bootloaderversion beprogrammedinthefactory. 8.1.4SyncPeriod ThemeasuredperiodtimeoftheOSTsyncpulse(Sweepsetting0123). 8.1.5Frequency Therequiredmetaldetectionfrequency.Inthefuturetherangewillbelimitedfrom120..130kHz.Nowthe TheFrequencyisonlyanindication.Theactuallygeneratedfrequencyiscalculatedfromthemeasuredperiod timeofthesyncpulse. 8.1.6Current AnindicationofthemeancurrentdrawnbytheTxTransmitterstage.Theamountofcurrentdrawn componentsused.Thereforethisisonlyaveryroughindication.ThecurrentintheTxtransmitterstageisalso limitedbyhardware.
22
8.1.7Power Theoutputpowerofthetransmitteroutputstage.Lowandhighpowerareavailable.StepbetweenLowand Highis6dB.TheHighpowersettingdoesnotgiveanyadvantageinthesenseofincreasedmetaldetection sensitivity.HighPowerisonyneededatextremedistancesbetweenthepanelsandinPanelswherethe equallyinbothloopsoftheeightloop.InanantennawithantennaPCBattheendoftheeightloopTheHigh powersettingcouldbeusedwhenthereisextremeenvironmentalnoise.Whenthisisthecaseitisbetterto useanotherfrequencysetting. 8.1.8Adjustingthetransmittersettings
ChecktheTxEnableboxtoenablethetransmitter
Adjustthefrequency(Default125kHzwillbeoknormally)
AdjustthePowerSetting(DefaultLowispreferred)
SavethemetaldetectionsettingsbypushingtheMetaldetectionSavebutton.Inthefuturethisbuttonwillbecombined withthesave&closebutton 23
8.2R2settings 8.2.1RxEnable Enablesordisablesthemetaldetectionreceiver.Defaultisdisabled. 8.2.2ApplicationVersion remotelyupdated. 8.2.3Bootloaderversion beprogrammedinthefactory. 8.2.4SyncPeriod ThemeasuredperiodtimeoftheOSTsyncpulse(Sweepsetting0123). 8.2.5SyncVoltage Thisisthemeasuredvoltageattheoutputofthephasecorrectionintegrator.ThePhasecorrectionwilladjust
(muchanddependingonthefrequecythatisset).TheVoltagethatisdisplayedisonlyanindicationanddoes notalwayshavetobethesamewiththesamefrequencysetting.Inacorrectworkingsystemitwilbestable. 8.2.6Frequency Therequiredmetaldetectionfrequency.Inthefuturetherangewillbelimitedfrom120..130kHz.Nowthe TheFrequencyisonlyanindication.Theactuallygeneratedfrequencyiscalculatedfromthemeasuredperiod timeofthesyncpulse. 8.2.7Gain signalequally. 8.2.8Coupling ThemeasureddirectcouplingatthereceiverMixer(Vtop).Thedirectcouplinghastobe200mVminimal. Whenthecouplingislessthan200mVthePhasecorrectionintegratordoesnotfunctionpropery.The receiverwillbeblockedbythesoftwareandgeneratenoalarms. 24
8.3R2Alarm 8.3.1Alarm Indicatesifthereisametaldetectionalarm. 8.3.2Blocked Indicatesifthereiceiverisblocked.Thishappensaftera rebootandifthedirectcouplingrunsbelow200mV. 8.3.3Sensitivity TheSensitivitytogetherwiththeThresholdgivethe ThresholdfortheMetaldetectionalarm.TheSensitivityis relatedtothedirectcouping.LargeDirectcouplinggivesus alargemetalsignal.ForalarmingtheMetalsignalhastobe aSensitivity(dB)amountofthedirectcoupling.Byrelatingtothedirectcoulingthedistanceofantennasand beinthenearfuture).Goodsettingofthesensitivityisabout10..20dB. 8.3.4Treshold ThissettingdeterminesbywhatfactorthemeasuredNoiseismultipliedandthealarmthresholdisraised. NoiseiscausedbyRxandTxPlljitterandnoisepickedupfromtheenvironment.Noiseismeasured continuouslyanddynamicallyincreasestheAlarmthreshold.Alotofnoiseresultsinalesssensitivesystem. BydecreasingtheNoiseThresholdthesystembecomesmoresensitivebuttheprobabilityoffalsealarmis increased.GoodsettingfortheNoisethresholdis3..9dB. 8.3.5Noiselevel Indicationofthemeasurednoise. 8.3.6Signallevel IndicationofthemeasuredMetalsignal 8.3.6Signallevel CheckRxEnabletoenablethereceiver.Adjustthefrequencysothatitisthesameasthetransmitters frequency.AdjusttheGainuntilthedirectcouplingindicatorisinthegreenarea.Greenisokbutpreferably about1000mV.Waituntilthereceiverisrecoveredfromchangingthesettings.WhenitisrecoveredOn theAlarmTabyouwillseethattheNoiselevelisLow(about54dB).Adjustthesensitivitytotherequired sensitivity.SavethemetaldetectionsettingsbypushingtheMetaldetectionSavebutton.Inthefuturethis buttonwillbecombinedwiththesave&closebutton. 25 8.4R2Scope ThisscopedisplaystheMetalsignalthatismeasured.Itgivesagoodindicationofwhatishappeninginthe system. 8.5Pager Ifapagerisconnectedtorelay1,usethesettingsinthisscreenshot.
26 9
Appendix1 NCCMK2 AMainsCableC13plug 8010382InstallationSet UnitNCCMK2 C5 01 Usethe8010382InstallationSetandthe9800280CoreFilterfor 02 USplug theconnectionofaNedapEASelectronicsunittotheNCCMK2. drw:CB2014/01/02 GROENLO THENETHERLANDS chk:rev.:A.02 doc.articleno:5275563 QUICKREFERENCENCCmk2 CopyrightbyN.V.NederlandscheApparatenfabriekNEDAP.Nopartofthisdrawing sheet:45.01of1 maybereproducedordistributedinanyformorbyanymeans,orstoredinadatabaseor retrievalsystemwithoutthepriorwrittenpermissionofNEDAP. drawing:T5275563 27 03placemainscable Mounthousingtosolidsurface 04 3x(notincluded)
=220 =
) x 2
(
3 2 265,5 0 6 2 110
headwoodscrew 6,5 (3x) 05 Placecover 28 OptoIn1indicatorLED OptoIn2indicatorLED Lanmodule(optional) RY1indicatorLED RY2indicatorLED PowerOnLED K212In1Optotoground K213In2Optotoground K206 ModemSetup LocalActiveLED PowerInonSync K211 KeySwitch 1Gnd 2Ledout(toground) 3SwitchIn(to+12v,pin6) 433V K11 Powerconnector X1 Socketcomm.module 1Ry1C 2Ry1NO 3Ry1NC 4Ry2C 5Ry2NO 6Ry2NC 7Optoin1A 8Optoin1K 9Optoin2A 10Optoin2K 11Out1E 12Out1C 13I2CSda 14I2cScl 15+33V 16Gnd K4 K209 Handheld terminalconnector LEDAlarmIndication LED Networkingerror VCOlockindicator LEDs fordataretention K101/K102/K103/K104 MasterOut14 Battery CR2032 50 closejumper PSTN Connector Analogmodemconnection K10 SyncIn RS232 Connector PC/Laptopconnection 29 NCC MK2 : Inputs / Outputs C NO NC Collector(+) Emitter(-) Anode(+) Kathode(-) Safety requirements 3 0 N Standard and optional functions K9 3 3 R2 3 1 B V 9 Z1 R e l a y c o n t a c t s
:
R y 1 K 4 1 K 4 2 K 4 3 R y 2 K 4 4 K 4 5 K 4 6 O p t o o u t p u t
:
O p t o o u t 1 K 4 1 2 K 4 1 1 O p t o i n p u t s
:
I n p u t 1 K 4 7 K 4 8 I n p u t 2 K 4 9 K 4 1 0 O p t o i n p u t s 1
, 2 R e l a y O u t p u t s 1
, 2 O p t o C o u p l e r O u t p u t 1 K 2 3
/
5 C C M a s t e r o u t 4 x S y n c i n Y I n p u t
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(
o p t o m u t e
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k e y s w i t c h o p t i o n Y B u z z e r c o n n e c t i o n N A D C M R S M
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N C M Y Y F M F M K 2 3
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6 K 4 K 4 K 4 K 4 K 4 K 4 1 1 K 4 1 2 E x t e r n a l k e y s w i t c h b o x N C C P C B G r e e n R e d D 1 a D 1 b S W K e y s w i t c h K 2 1 1 K
:
4 P S i g n 5 6
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G N D G N D G N D G N D G N D L E D D r i v e C i r c u i t C 2 0 1 1 0 0 P 1 1 1 1 1 1 1 7 8 T h i s d e v i c e m a y o n l y b e c o n n e c t e d t o N E C c l a s s 2 p o w e r e d c i r c u i t s
. V o l t a g e r a t i n g
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m a x
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. FCC and IC Declarations FCC ID: CGDXQMK2UL and IC: CGDXQMK2UL Complancestatements(part15.19) Thisdevicecomplieswithpart15oftheFCCRulesandtoRSS210ofIndustryCanada. Operationissubjecttothefollowingtwoconditions:
(1)thisdevicemaynotcauseharmful interference,and
(2)thisdevicemustacceptanyinterferencereceived, includinginterferencethatmaycause undesiredoperation. CetappareilseconformeauxnormesRSS210exemptsdelicenseduIndustryCanada. L'oprationestsoumisauxdeuxconditionssuivantes:
(1)cetappareilnedoitcauseraucuneinterfrence,et
(2)cetappareildoitacceptern'importequelleinterfrence,yinclusinterfrencequipeut causeruneoprationnonpasvouludecetappareil. Warning(part15.21) Changesormodificationsnotexpresslyapprovedbypartyresponsibleforcompliancecould voidtheusersauthoritytooperatetheequipment. ThisinparticularisapplicablefortheantennawhichcanbedeliveredwiththeXQMKII System. RFExposure(OETBulletin65) TocomplywithFCCRFexposurerequirementsformobiletransmittingdevices,this transmittershouldonlybeusedorinstalledatlocationswherethereisatleast20cm separationdistancebetweentheantennaandallpersons. InformationtotheUser(Part15.106(b)) Note:ThisequipmenthasbeentestedandfoundtocomplywiththelimitsforaclassBdigital devices,pursuanttopart15oftheFCCRules.Theselimitsaredesignedtoprovide reasonableprotectionagainstharmful interferenceinaresidential installation.Thisequipment generates,usesandcanradiateradiofrequentenergyand,ifnotinstalledandusedin accordancewiththeinstructions,maycauseharmful interferencetoradiocommunications. thereisnoguaranteethatinterferencewillnotoccurinaparticularinstallation.Ifthis However, interferencetoradioortelevisionreception,whichcanbe equipmentdoesnotcauseharmful determinebyturningtheequipmentoffandon,theuserisencouragedtotrytocorrectthe interferencebyoneormoreofthefollowingmeasures:
Reorientorrelocatethereceivingantenna. Increasetheseparationbetweentheequipmentandreceiver. fromthattowhichthereceiveris Connecttheequipmentintoanoutletonacircuitdifferent connected. Consultthedealeroranexperiencedradio/TVtechnicianforhelp. 31 parallelweg2d nl7141dcgroenlo thenetherlands
+31(0)544471555 tfei
+31(0)544465814 infors@nedap.com www.nedapretail.com 2 0 1 4
1