HBW9612MyQ - Garage Door Opener

Wi-Fi ® GarageDoorOpeners BeltDriveModels-85502,85502-267,86502,86502-267,85504,85504-267 ChainDriveModels-85802,8587W FORRESIDENTIALUSEONLY •Pleasereadthismanualandthesafetymaterialscarefully! •ThedoorWILLNOTCLOSEunlesstheProtectorSystem ® is connectedandproperlyaligned. •Periodicchecksofthegaragedooropenerarerequiredto ensuresafeoperation. •ThisgaragedooropenerisONLYcompatiblewithmyQ ® andSecurity+2.0 ® accessories. •DONOTinstallonaone-piecedoorifusingdevicesor featuresprovidingunattendedclose.Unattendeddevices andfeaturesaretobeusedONLYwithsectionaldoors. •Attachwarninglabelstothelocationindicatedonlabel. LiftMaster 300WindsorDrive OakBrook,IL60523 2 TableofContents Preparation3 CartonInventory:Models85502,85502-267,86502,86502-267,85504and85504-2676 CartonInventory:Models85802and8587W7 Assembly8 Models85502,85502-267,86502,86502-267,85504,and 85504-2678 Models85802and8587W10 Installation12 InstalltheDoorControl20 InstalltheProtectorSystem22 Power26 Adjustments28 BatteryBackup31 Operation33 Maintenance41 Troubleshooting42 Accessories44 Warranty45 AutomaticGarageDoorOpenerSafety&MaintenanceGuide46 RepairParts48 Models85502,85502-267,85504,85504-267,86502,and86502-26748 Models85802and8587W51 3 Preparation myQ ® SerialNumber Writedownthefollowinginformationforfuturereference: myQ ® Serial Number: myQ ® Serial Number Product S/N Product S/N: Date of Purchase: / / SafetySymbolandSignalWordReview Thisgaragedooropenerhasbeendesignedandtestedtooffersafeserviceprovideditisinstalled, operated,maintainedandtestedinstrictaccordancewiththeinstructionsandwarningscontainedin thismanual. WhenyouseetheseSafetySymbolsandSignalWordsonthefollowingpages,theywillalertyouto thepossibilityofseriousinjuryordeathifyoudonotcomplywiththewarningsthataccompany them.Thehazardmaycomefromsomethingmechanicalorfromelectricshock.Readthewarnings carefully. Mechanical Electrical WhenyouseethisSignalWordonthefollowingpages,itwillalertyoutothepossibilityofdamage toyourgaragedoorand/orthegaragedooropenerifyoudonotcomplywiththecautionary statementsthataccompanyit.Readthemcarefully. WARNING:Thisproductcanexposeyoutochemicalsincludinglead,whichareknownto theStateofCaliforniatocausecancerorbirthdefectsorotherreproductiveharm.Formore informationgotowww.P65Warnings.ca.gov UnattendedOperation TheTimer-to-Close(TTC)feature,themyQ ® App,andmyQ ® GarageDoorandGateMonitorare examplesofunattendedcloseandaretobeusedONLYwithsectionaldoors.Anydeviceorfeature thatallowsthedoortoclosewithoutbeinginthelineofsightofthedoorisconsideredunattended close.TheTimer-to-Close(TTC)feature,themyQ ® App,andanyothermyQ ® devicesaretobeused ONLYwithsectionaldoors. 4 Preparation BeforeYouConnectwithYourSmartphone MonitorandcontrolyourgaragedoorfromanywhereusingthemyQ ® App. Youwillneed: •Wi-Fienabledsmartphone,tabletorlaptop •BroadbandInternetConnection • Wi-Fisignalinthegarage(2.4GHz,802.11b/g/nrequired) •Passwordforyourhomenetwork(router'smainaccount,notguestnetwork) TESTTHEWI-FISIGNALSTRENGTH MakesureyourmobiledeviceisconnectedtoyourWi-Finetwork.Holdyourmobiledeviceinthe placewhereyourgaragedooropenerwillbeinstalledandchecktheWi-Fisignalstrength. Check Signal Strength. If you see: Wi-Fi signal is strong. The garage door opener will connect to your Wi-Fi network. Wi-Fi signal is weak. The garage door opener may connect to your Wi-Fi network. If not, try one of the options below to improve the Wi-Fi signal: No Wi-Fi signal. The garage door opener will not be able to connect to your Wi-Fi network. Try one of the options below to improve the Wi-Fi signal: • Move your router closer to the garage door opener to minimize interference from walls and other objects • Buy a Wi-Fi range extender Forcompatiblerouterspecificationsandhelp,visitsupport.chamberlaingroup.com. Seepage35toconnectthegaragedooropenertoamobiledevice. Seepage36tosetupthecamera(models85504and85504-267only). ChecktheDoor TopreventpossibleSERIOUS INJURY orDEATH: •ALWAYScallatraineddoorsystemstechnicianifgaragedoorbinds,sticks,orisoutof balance.AnunbalancedgaragedoormayNOTreversewhenrequired. •NEVERtrytoloosen,moveoradjustgaragedoor,doorsprings,cables,pulleys,brackets ortheirhardware,ALL ofwhichareunderEXTREMEtension. •DisableALL locksandremoveALL ropesconnectedtogaragedoorBEFOREinstallation andoperatinggaragedooropenertoavoidentanglement. •DONOTinstallonaone-piecedoorifusingdevicesorfeaturesprovidingunattended close.UnattendeddevicesandfeaturesaretobeusedONLYwithsectionaldoors. Topreventdamagetogaragedoorandopener: •ALWAYSdisablelocksBEFOREinstallingandoperatingtheopener. •ONLYoperategaragedooropenerat120V,60 Hztoavoidmalfunctionanddamage. Beforeyoubegin: 1.Disablelocksandremoveanyropesconnectedtothegaragedoor. 2.Liftthedoorhalfwayup.Releasethedoor.Ifbalanced,itshouldstayin place,supportedentirelybyitssprings. 3.Raiseandlowerthedoortocheckforbindingorsticking.Ifyourdoor binds,sticks,orisoutofbalance,callatraineddoorsystemstechnician. 4.Checkthesealonthebottomofthedoor.Anygapbetweenthefloorand thebottomofthedoormustnotexceed1/4"(6mm).Otherwise,the safetyreversalsystemmaynotworkproperly. 5.Theopenershouldbeinstalledabovethecenterofthedoor.Ifthereisa torsionspringorcenterbearingplateinthewayoftheheaderbracket,it maybeinstalledwithin4 feet(1.2m)totheleftorrightofthedoor center.Seepage13. Torsion Spring Extension Spring OR 5 Preparation ToolsNeeded 3/16 5/32 5/16 7/16 1/2 5/8 9/16 1/4 7/16 6 Preparation CartonInventory:Models85502,85502-267,86502, 86502-267,85504and85504-267 Accessorieswillvarydependingonthegaragedooropenermodelpurchased.Dependingonyour specificmodel,otheraccessoriesmaybeincludedwithyourgaragedooropener.Theinstructionsfor theseaccessorieswillbeattachedtotheaccessoryandarenotincludedinthismanual.Theimages throughoutthismanualareforreferenceandyourproductmaylookdifferent. A.Headerbracket B.Pulleyandbracket C.Doorbracket D.Curveddoorarm E.Straightdoorarm F.Trolley G.Emergencyreleaseropeandhandle H.Rail I.Garagedooropener J.Sprocketcoverwithhexscrews K.Belt L.Doorcontrol M.Whiteandred/whit…

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26 Power 1ConnectPower TopreventpossibleSERIOUSINJURYorDEATHfromelectrocutionorfire: •BesurepowerisNOTconnectedtotheopener,anddisconnectpowertocircuitBEFORE removingcovertoestablishpermanentwiringconnection. •GaragedoorinstallationandwiringMUSTbeincompliancewithALLlocalelectricaland buildingcodes. •NEVERuseanextensioncord,2-wireadapter,orchangepluginANYwaytomakeitfit outlet.Besuretheopenerisgrounded. Toavoidinstallationdifficulties,donotactivatethegaragedooropeneratthistime. Toreducetheriskofelectricshock,yourgaragedooropenerhasagroundingtypeplugwithathird groundingpin.Thisplugwillonlyfitintoagroundingtypeoutlet.Iftheplugdoesn’tfitintoyour outlet,contactaqualifiedelectriciantoinstalltheproperoutlet. THEREARETWOOPTIONSFORCONNECTING POWER: OPTIONA-TYPICALWIRING 1.Pluginthegaragedooropenerintoagroundedoutlet. 2.DONOTrungaragedooropeneratthistime. TYPICAL WIRING OPTIONB-PERMANENTWIRING Ifpermanentwiringisrequiredbyyourlocalcode,refertothefollowingprocedure.Tomakea permanentconnectionthroughthe7/8"holeinthetopofthemotorunit(accordingtolocalcode): 1.Removethemotorunitcoverscrewsandsetthecoveraside. 2.Removetheattached3-prongcord. 3.Connecttheblack(line)wiretothescrewonthebrassterminal;thewhite(neutral)wireto thescrewonthesilverterminal;andthegroundwiretothegreengroundscrew.Theopener mustbegrounded. 4.Reinstallthecover. Ground Tab Green Ground Screw Ground Wire White Wire PERMANENT WIRING Black Wire Black Wire 27 Power 2EnsuretheSafetyReversingSensorsareAligned Thedoorwillnotcloseifthesensorshavenotbeeninstalledandalignedcorrectly. Whenthelightbeamisobstructedormisalignedwhilethedoorisclosing,thedoorwillreverseand thegaragedooropenerlightswillflashtentimes.Ifthedoorisalreadyopen,itwillnotclose.The sensorscanbealignedbylooseningthewingnuts,aligningthesensors,andtighteningthewing nuts. 1.ChecktomakesuretheLEDsinbothsensorsareglowingsteadily.TheLEDsinbothsensors willglowsteadilyiftheyarealignedandwiredcorrectly. Green LED Amber LED If the receiving sensor is in direct sunlight, switch it with sending sensor so it is on the opposite side of the door. (invisible light beam) SENDING SENSORRECEIVING SENSOR IFTHEAMBERLEDONTHESENDINGSENSORISNOTGLOWING: 1.Makesurethereispowertothegaragedooropener. 2.Makesurethesensorwireisnotshorted/broken. 3.Makesurethesensorhasbeenwiredcorrectly:Whitewirestowhiteterminalandwhite/black wirestograyterminal. RED WHITE WHITE GREY 3 2 1 IFTHEGREENLEDONTHERECEIVINGSENSORISNOTGLOWING: 1.Makesurethesensorwireisnotshorted/broken. 2.Makesurethesenorsarealigned. 1 2 3EnsuretheDoorControlisWiredCorrectly Ifthedoorcontrolhasbeeninstalledandwiredcorrectlyamessagewilldisplayonthescreen. 28 Adjustments Introduction Withoutaproperlyinstalledsafetyreversalsystem,persons(particularlysmallchildren)couldbe SERIOUSLYINJUREDorKILLEDbyaclosinggaragedoor. •Incorrectadjustmentofgaragedoortravellimitswillinterferewithproperoperationof safetyreversalsystem. •AfterANYadjustmentsaremade,thesafetyreversalsystemMUSTbetested.DoorMUST reverseoncontactwith1-1/2"(3.8cm)highobject(or2x4laidflat)onfloor. Topreventdamagetovehicles,besurefullyopendoorprovidesadequateclearance. Yourgaragedooropenerisdesignedwithelectroniccontrolstomakesetupandadjustmentseasy. Theadjustmentsallowyoutoprogramwherethedoorwillstopintheopen(UP)andclose(DOWN) position.Theelectroniccontrolssensetheamountofforcerequiredtoopenandclosethedoor.The forceisadjustedautomaticallywhenyouprogramthetravel. NOTE:Ifanythinginterfereswiththedoor’supwardtravelitwillstop.Ifanythinginterfereswiththe door’sdownwardtravel,itwillreverse. UP (Open) DOWN (Close) PROGRAMMINGBUTTONS Theprogrammingbuttonsarelocatedontheleftsidepanelofthegaragedooropenerandareusedto programthetravel.Whileprogramming,theUPandDOWNbuttonscanbeusedtomovethedooras needed. UP Button Adjustment Button DOWN Button PROGRAMMING BUTTONS 29 Adjustments 1ProgramtheTravel Withoutaproperlyinstalledsafetyreversalsystem,persons(particularlysmallchildren)couldbe SERIOUSLYINJUREDorKILLEDbyaclosinggaragedoor. •Incorrectadjustmentofgaragedoortravellimitswillinterferewithproperoperationof safetyreversalsystem. •AfterANYadjustmentsaremade,thesafetyreversalsystemMUSTbetested.DoorMUST reverseoncontactwith1-1/2"(3.8cm)highobject(or2x4laidflat)onfloor. Whileprogramming,theUPandDOWNbuttonscanbeusedtomovethedoorasneeded. 1.PressandholdtheAdjustmentButtonuntiltheUPButtonbeginstoflashand/orabeepis heard. 2.PressandholdtheUPButtonuntilthedoorisinthedesiredUPposition. 3.OncethedoorisinthedesiredUPpositionpressandreleasetheAdjustmentButton.The garagedooropenerlightswillflashtwiceandtheDOWNButtonwillbegintoflash. 4.PressandholdtheDOWNbuttonuntilthedoorisinthedesiredDOWNposition. 5.OncethedoorisinthedesiredDOWNpositionpressandreleasetheAdjustmentButton.The garagedooropenerlightswillflashtwiceandtheUPButtonwillbegintoflash. 6.PressandreleasetheUPButton.WhenthedoortravelstotheprogrammedUPposition,the DOWNButtonwillbegintoflash. 7.PressandreleasetheDOWNButton.ThedoorwilltraveltotheprogrammedDOWNposition. Programmingiscomplete. Ifthegaragedooropenerlightsareflashing5timesduringthestepsforProgramtheTravel,the programminghastimedout.Ifthegaragedooropenerlightsareflashing10timesduringthesteps forProgramtheTravel,thesafetyreversingsensorsaremisalignedorobstructed(refertopage27). Whenthesensorsarealignedandunobstructed,cyclethedoorthroughacompleteupanddown cycleusingtheremotecontrolortheUPandDOWNbuttons.Programmingiscomplete.Ifyouare unabletooperatethedoorupanddown,repeatthestepsforProgrammingtheTravel. UP Button Adjustment Button DOWN Button PROGRAMMING BUTTONS 12 3 45 67 30 Adjustments 2TesttheSafetyReversalSystem Withoutaproperlyinstalledsafetyreversalsystem,persons(particularlysmallchildren)couldbe SERIOUSLYINJUREDorKILLEDbyaclosinggaragedoor. •SafetyreversalsystemMUSTbetestedeverymonth. •AfterANYadjustmentsaremade,thesafetyreversalsystemMUSTbetested.DoorMUST reverseoncontactwith1-1/2"(3.8cm)highobject(or2x4laidflat)onthefloor. 1.Withthedoorfullyopen,placea1-1/2"(3.8cm)board(ora2x4laidflat)onthefloor, centeredunder…

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50 RepairParts Models86502and86502-267 GARAGEDOOROPENERPARTS 3 2 1 4 3 7 8 9 6 5 10 DescriptionPartNumber 1 SprocketandSprocketCoverwithScrews 041C0589-2 2 FrontEndPanelwithLEDLightConnector/DriverBoard 041D9202 3 LEDLightPod 041D2052 4 Transformer 041D0277-1 5 Cover 041-0132-000 6 Motorwithtravelmodule 041D8006-1 7 EndPanelforReceiverLogicBoardwithLED Light Connector 041D9276 8 LogicBoard 050DCTB 9 TravelModule 041D8071-4 10 BackupBattery 485LM NotShown Linecord 041B4245-1 Terminalblock 041A3150 WireHarness 041D9204 51 RepairParts Models85802and8587W RAILASSEMBLYPARTS DescriptionPartNumber 1 Chain-for7footdoor 041D3484 Chain-for8footdoor 041D3483 Chain-for10footdoor 041D3485 Chain-for12footdoor 19-5812 Chain-for14footdoor 19-5814 2 ChainPulleyBracket 041A2780 3 Masterlink 004A1008 4 One-PieceRail7 feet(2.1 m) 3707CH One-PieceRail8 feet(2.4 m) 3708CH One-PieceRail10 feet(3 m) 3710CH One-PieceRail12 feet(3 m) 3712CH One-PieceRail14feet(3 m) 3714CH 5 TrolleyAssemblyIncludes: Threaded Shaft (1),Nuts (2),Washer (1), Clevis Pin(1),Ring(1),Master Link(1), Chain Extension 041A3489 6 TrolleyThreadedShaft 041A6689 NotShown RailGrease K083A0011-1 1 3 4 5 6 2 ACCESSORIES DescriptionPartNumber 1 SmartControlPanel ® 880LMW 2 3-buttonremotecontrol 893LM 1 2 INSTALLATIONPARTS DescriptionPartNumber 1 Curveddoorarm 041B0035B 2 Doorbracketwithclevispinandfastener 041A5047 3 Emergencyreleaseropeandhandle 041A2828 4 Headerbracketwithclevispinandfastener 041A4353 5 Remotecontrolvisorclip K029B0137 6 Safetysensorbracket 041A5266-3 7 Safetysensorkitwithreceivingand sendingsensorswith3feet(.9m)2- conductorwire 041A5034 8 Straightdoorarm 4178B0034B 9 Whiteandred/whitewire 041B4494-1 10 3VCR2032lithiumbattery K010A0020 11 Extensionbracket(optional) 041A5281-1 NotShown Installationhardwarebag 041A2770-6 User’sGuide 114-5423 1 2 3 4 6 7 8 10 5 9 11 52 RepairParts Model85802 GARAGEDOOROPENERPARTS 2 1 5 11 10 6 12 4 3 8 9 5 4 7 DescriptionPartNumber 1 ChassisSupportBracket 041C5069 2 Chainspreaderandsprocket 041-0035 3 Endpanelwithbatterycoverandlightsocket 041A7618 4 LightLens 041A7562 5 Lightsocket 041C0279 6 Transformer 041D0277-1 7 Cover 041-0132 8 Motorwithtravelmodule 041D8006-1 9 TravelModule 041D8071-4 10 EndPanelandlightsocket 041D0216-2 11 ReceiverLogicBoard 050DCTB 12 BatteryBackup 485LM NotShown WireHarness 041D9204 Linecord 041B4245-1 Terminalblock 041A3150 114-5424 Wi-Fi ® isaregisteredtrademarkofWi-FiAlliance. ©2020,LiftMaster AllRightsReserved RepairParts Model8587W GARAGEDOOROPENERPARTS 5 1 4 10 9 2 11 12 13 6 6 7 8 7 3 DescriptionPartNumber 1 ChassisSupportBracket 041C5069 2 Chainspreader 041A4208-2 3 GearandSprocket 041A5658-1 4 GearCase 041A5532 5 FrontEndPanel 041A7756-1 6 Lightsocket 041C0279 7 LightLens 041A7562 8 Capacitor 030B0652 9 MotorwithTravelModule 041A7767 10 TravelModule 041D7742-5 11 Cover 041D8258 12 ReceiverLogicBoard 050ACTWF 13 LogicBoardEndPanel 041D8198 NotShown WireHarness 041A7814 Transformer 041A0308 CONTACTINFORMATION: Useyourpartnumber,partnameormodelnumbertofindtheinformationyou need. Forparts,goto: LiftMaster.com/parts Forhelpandtroubleshooting,goto: support.chamberlaingroup.com

February 18, 2020 To: Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD Subject: Permanent Confidentiality Request for FCC ID: HBW9612 Pursuant to sections 0.457 and 0.459 of CFR 47, we respectfully request permanent confidential treatment of the following Exhibits accompanying this application as: - e.g. Block Diagram - e.g. Schematics - e.g. Operational Description The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. Sincerely, Barbara Kelkhoff, Regulatory Engineering Manager The Chamberlain Group, Inc. Email: [email protected]

February 18, 2020 To: Federal Communications Commission Office of Engineering and Technology Equipment Authorization Division 7345 Oakland Mills Road Columbia, Maryland 21046 Subject: Short Term Confidentiality Request for FCC ID: HBW9612 To Whom It May Concern: Pursuant to sections 0.457 and 0.459 of CFR 47, and to avoid premature release of sensitive information prior to marketing or release of the product to the public, the applicant requests the following documents contained in this certification application be temporarily withheld from public disclosure for an initial period of 45 or 180 days; or for a specified date of / / not to exceed 180 days from the Grant Date. See KDB 726920. - e.g. User Manual - e.g. Internal Photos - e.g. Test Setup photos - e.g. External Photos The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. Sincerely, Barbara Kelkhoff, Regulatory Engineering Manager The Chamberlain Group, Inc. Email: [email protected]

WARNING • AVERTISSEMENT • ADVERTENCIA PART NO. / NUM. DE PIÈCE / NOM. DE PART: NÚMERO DE SERIE DATE / FECHA: Artwork: 132LA2759-130-A 6.2" x 1.85" x 0.12" (W x H x R) Shown at 100% ECN: 48965 1 May 2018 132B2759-13 IC: 2666A - FCC ID: For help connecting to a Wi-Fi Network, see the user manual. Pour obtenir de l’aide sur la façon de vous connecter à un réseau Wi-Fi, consulter le manuel de l’utilisateur. Si necesita ayuda para conectarse a una red de Wi-Fi, consulte el manual del usuario. THE CHAMBERLAIN GROUP INC., OAK BROOK, IL, 60523, USA Country of Origin: Mexico / Pays d’origine: Mexique / País de Origen: México Strip wires to: NEC CL2 12V ACTUAL SIZE May be patent protected. Peut être protégé par brevet. Podría estar protegido por derechos de patente. See / Voir / Vea www.chamberlain.com/patents WARNING: To avoid SERIOUS PERSONAL INJURY or DEATH from electrocution, disconnect ALL electric and battery power BEFORE performing ANY maintenance. AVERTISSEMENT: Pour éviter des BLESSURES GRAVES ou la MORT par électrocution, débrancher l’alimentation électrique et de batterie AVANT TOUTE intervention de maintenance. ADVERTENCIA: Para evitar LESIONES PERSONALES GRAVES o la MUERTE por electrocución, desconectar TOTALMENTE la energía eléctrica ANTES de hacer CUALQUIER trabajo de mantenimiento. NUMÉRO DE SÉRIE SERIAL NUMBER MAC ADDRESS / ADRESSE MAC / DIRECCIÓN MAC CONTAINS: FCC ID: IC: 9612 HBW9612 HBW9586 2666A-9586 XXXXXXXXXXXXXXXX XXXXXXXXXXXXXX XXXXXX XX/XXXX

For The Chamberlain Group, Inc. 300 Windsor Dr. Oak Brook, IL 60523 P.O. Number 4900067517 Date Received February 10, 2020 Date Tested February 10 – 14 & 18, 2020 Test Personnel Tylar Jozefczyk Specification FCC "Code of Federal Regulations" Title 47, Part 15, Subpart C, Sections 15.207 and 15.247 for Frequency Hopping Spread Spectrum Intentional Radiators within the band 902-928MHz FCC “Code of Federal Regulations” Title 47, Part15, Subpart 15B, Section 15.107 and 15.109 for Receivers Industry Canada RSS-247 Industry Canada RSS-GEN Test Report By: Tylar Jozefczyk EMC Engineer Requested By: Adrian Perry The Chamberlain Group, Inc. Approved By: Raymond J. Klouda Registered Professional Engineer of Illinois - 44894 Engineering Test Report No. 2000515-01 Measurement of RF Interference from a Model No. 85802 MyQ Garage Door Opener Transceiver Engineering Test Report No. 2000515-01 THIS REPORT SHALL NOT BE REPRODUCED, EXCEPT IN FULL, WITHOUT THE WRITTEN APPROVAL OF ELITE ELECTRONIC ENGINEERING INCORPORATED. Page 2 of 100 TABLE OF CONTENTS PARAGRAPH DESCRIPTION OF CONTENTS PAGE NO. 1. INTRODUCTION ............................................................................................................................................... 5 1.1 Scope of Tests .......................................................................................................................................... 5 1.2 Purpose ..................................................................................................................................................... 5 1.3 Deviations, Additions and Exclusions ....................................................................................................... 5 1.4 EMC Laboratory Identification .................................................................................................................. 5 1.5 Laboratory Conditions ............................................................................................................................... 5 2. APPLICABLE DOCUMENTS ............................................................................................................................ 5 3. EUT SET-UP AND OPERATION ...................................................................................................................... 6 3.1 General Description .................................................................................................................................. 6 3.1.1 Power Input .......................................................................................................................................... 6 3.1.2 Peripheral Equipment ........................................................................................................................... 6 3.1.3 Interconnect Cables ............................................................................................................................. 6 3.1.4 Grounding ............................................................................................................................................. 6 3.2 Software .................................................................................................................................................... 6 3.3 Operational Mode ..................................................................................................................................... 6 3.4 EUT Modifications ..................................................................................................................................... 7 4. TEST FACILITY AND TEST INSTRUMENTATION .......................................................................................... 7 4.1 Shielded Enclosure ................................................................................................................................... 7 4.2 Test Instrumentation ................................................................................................................................. 7 4.3 Calibration Traceability ............................................................................................................................. 7 4.4 Measurement Uncertainty ......................................................................................................................... 7 5. TEST PROCEDURES ....................................................................................................................................... 7 5.1 Receiver .................................................................................................................................................... 7 5.1.1 Powerline Conducted Emissions .......................................................................................................... 7 5.1.1.1 Requirements .............................................................................................................................. 7 5.1.1.2 Procedures .................................................................................................................................. 8 5.1.1.3 Results ......................................................................................................................................... 8 5.1.2 Radiated Measurements ...................................................................................................................... 9 5.1.2.1 Requirements .............................................................................................................................. 9 5.1.2.2 Procedures .................................................................................................................................. 9 5.1.2.1 Results ....................................................................................................................................... 10 5.2 Transmitter .....................................................................................................…

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