2AU7DDUAL10WGGLDual 10 Watt Two Coil Wireless Charger

1 2 3 Dual Wireless Charging Pad User Manual 160354A845 Rev. A USB-C Input Power Port USB-A Output Power Port USB-C A/C Power Adapter FCC ID: 2AU7DDUAL10WGGL LED LightsStatus Powering onFlashing White StandbyO ChargingOn - Solid White Foreign object detected or misalignment Flashing Red Anti-Slip Rubber Grip Patterns Wireless Charging Areas LED Lights Verizon - Dual 10 Watt Wireless Charger - “Pill Rubber Metal” - Instructions - 160354A845 215.0mm x 115.0mm Printed in Black on white paper - Double Sided 100% Scale Fold lines shown as: K=100 English Side 03.January.2020 - ML Revision 2L Please check that the charger’s features, connectors and voltage will be compatible with your devices in accordance to your devices’ manuals. Please read this manual and its instructions carefully before use. We are not responsible for any damage caused by incorrect or reckless operation. Important Safety Information: These safety guidelines are to help operate the charger safely, to ensure your personal safety and to reduce the risk of re, electric shock or injury. - Do not store or use charger in high-temperature environments, including heat caused by direct sunlight or other intense forms of heat. - Do not disassemble the charger. (It may cause re or electric shock.) - Do not attempt to repair or replace any part of this charger. - Do not connect a bound cord to the power supply. - Do not place the cord or device near heating elements. - If there is any strange sound, smoke or odor, disconnect power cable immediately. - Do not put any sharp objects into the venting hole of the product. (It may cause re or electric shock.) - Ensure power cable is rmly plugged in. - Do not use a damaged charging cable. (It may cause re or electric shock.) - Do not place the product on a bed, bag or inside a closet that does not have good ventilation. - Always wipe o the product with a dry soft fabric. Do not use liquids. (Liquids may cause electric shock.) - Ensure the power plug and the power outlet are clean. (Dirt or dust may cause a short circuit and re.) - Keep the charger out of reach of children. - Do not unplug the power cord with a wet hand. (It may cause electric shock.) - Unplug the power cord if you don't use the product for a long time. (It may cause heat, re and electric shock.) FCC Statement 1.T h i s d e v i c e c o m p l i e s w i t h P a r t 1 8 o f t h e F C C R u l e s This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 20cm between the radiator & your body. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: - Increase the separation between the equipment and any other radio device. - Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

SCS-F18:ProjectandProductCertificationRepresentativeAuthorizationLetterPage1of2Rev6.0 775MontagueExpressway Milpitas,CA95035 Tel:408-526-1188 Fax:408-526-1088 Email: [email protected] ProjectandProduct Certification Representative AuthorizationLetter ReasonforAmendment(current/obsolete) RevisionHistory ApprovedDate FromTo InitialRelease(obsolete)1.01.0Nov-14-2006 Revisedwording(obsolete)1.02.0Sept–25-2007 Updatedcompanytemplate(obsolete)2.03.0Jan-31-2012 Updatedletterinformation(obsolete)3.04.0May-23-2014 AddedFCCIDfield(obsolete)4.05.0Sep-16-2014 Updatedcompanyname&logo(current)5.06.0Jun-27-2018 SCS-F18:ProjectandProductCertificationRepresentativeAuthorizationLetterPage2of2Rev6.0 ShenzhenPYSIndustrialCo.,LTD (2020-03-09) To:BVCPS,INC. 775MontagueExpressway, Milpitas,CA95035 USA DearSir/Madam, Re:ProductCertificationRepresentativeAuthorizationLetter We,_____ ShenzhenPYSIndustrialCo.,LTD ___herebyauthorizeBVCPS,Inc.toactasaCertificationBodyforcertifyingfor thefollowingproject(s): Product::Dual10WattTwoCoilWirelessCharger M/N:WCDUAL10WWGGL-AL,60-4643-05-XP,60-4642-05-XP FCCID:2AU7DDUAL10WGGL Sincerely, Jackzheng ElectricalEngineer ShenzhenPYSIndustrialCo.,LTD (1stto12thfloors)101-1201,Block9,LianhuaIndustryZone,LongHuaDistrict, Shenzhencity

SCS-F19:ConfidentialityRequestLetterPage 1 of 2 Rev6.0 775MontagueExpressway Milpitas,CA95035 Tel:408-526-1188 Fax:408-526-1088 Email: [email protected] m Confidentiality RequestLetter ReasonforAmendment(current/obsolete) RevisionHistory ApprovedDate FromTo InitialRelease(obsolete)1.01.0Nov-14-2006 AddingCFR2.459(obsolete)1.02.0August–11-2008 Updatedcompanytemplate&Addedtext box(obsolete) 2.03.0Jan-31-2012 AddedICconfidentialityletterform (obsolete) 3.04.0March-26-2015 CorrectionstoSTCform.Addedreference toKDB(obsolete) 4.05.0Nov-19-2015 Updatedcompanylogo(current)5.06.0Jun-26-2019 SCS-F19:ConfidentialityRequestLetterPage 2 of 2 Rev6.0 ShenzhenPYSIndustrialCo.,LTD (2020-03-09) To: FederalCommunicationsCommission AuthorizationandEvaluationDivision 7435OaklandMillsRoad Columbia,MD Subject:PermanentConfidentialityRequestforFCCID::2AU7DDUAL10WGGL Pursuanttosections0.457and0.459ofCFR47,werespectfullyrequestpermanent confidentialtreatmentofthefollowingExhibitsaccompanyingthisapplicationas: -BlockDiagram -Schematics -OperationalDescription Theabovematerialscontaintradesecretsandproprietaryinformationnotcustomarily releasedtothepublic.Thepublicdisclosureofthesematerialsmaybeharmfultothe applicantandprovideunjustifiedbenefitstoitscompetitors. Theapplicantunderstandsthatdisclosureofthisapplicationandallaccompanying documentationwillnotbemadebeforethedateoftheGrantforthisapplication. Sincerely, Jackzheng ElectricalEngineer ShenzhenPYSIndustrialCo.,LTD (1stto12thfloors)101-1201,Block9,LianhuaIndustryZone,LongHuaDistrict,Shenzhencity

ShenzhenPYSIndustrialCo.,LTD 2020/03/09 To:FederalCommunicationsCommission 7435OaklandMillsRoad Columbia,MD FCCID:2AU7DDUAL10WGGL ToWhomItMayConcern: Thisletteristoascertainthat, Product:Dual10WattTwoCoilWirelessCharger M/N:WCDUAL10WWGGL-AL,60-4643-05-XP,60-4642-05-XP hasbeentheunitsusedforconductingFCCcompliancetesting,anditmeets 680106D01RFExposureWirelessChargingAppv03Clause5(b)all6 conditions. 1Powertransferfrequencyislessthat1MHz Reply ： Yes,Powertransferfrequencyislessthat1MHz;Ans:EUToperating frequencyrangeis0.11~0.205MHz. 2Outputpowerfromeachprimarycoilislessthanorequalto15watts. Reply： Yes,Outputpowerfromeachprimarycoilislessthan15watts.Themax outputpoweris10W. 3Thetransfersystemincludesonlysingleprimaryandsecondarycoils.This includeschargingsystemsthatmayhavemultipleprimarycoilsandclients thatareabletodetectandallowcouplingonlybetweenindividualpairsof coils. Reply： Yes,EUThastwopairsofcoilsandcanonlyworkonetoone 4Clientdeviceisplaceddirectlyincontactwiththetransmitter. Reply： Yes,Theclientdeviceneedstobeincontactwiththetransmitterbase,and thecontactdistanceislessthan10mm. 5 Mobileexposureconditionsonly(portableexposureconditionsarenot coveredbythisexclusion). Reply： Yes,Yes,EUTMeetsMobileexposureconditions. 6TheaggregateH-fieldstrengthsat15cmsurroundingthedeviceand20cm abovethetopsurfacefromallsimultaneoustransmittingcoilsare demonstratedtobelessthan50%oftheMPElimit. Reply： Yes,RFExposureEvaluationreporttestresultmeetsthisLimt.Pleaserefer totheRFexposureEvaluationreport. Ifyouhaveanyquestionorconcerns,pls.contactus. Sincerely, Jackzheng ElectricalEngineer ShenzhenPYSIndustrialCo.,LTD (1stto12thfloors)101-1201,Block9,LianhuaIndustryZone,LongHuaDistrict, Shenzhencity

ShenzhenPYSIndustrialCo.,LTD Declarationonmodeldifference Wetheundersignedherebyconfirmthatthesemodelsareidentical,andallmodelshavethe sameRFmoduleandantenna,PCBlayout,schematicsandcomponent.Exceptforthedifference inappearanceandcolor. ProductionnameTrademarkFCCIDModelno. Dual10WattTwo CoilWireless Charger Verizon, Elixage 2AU7DDUAL10WGGLWCDUAL10WWGGL-AL, 60-4643-05-XP,60-4642-05-XP Sincerely, Jackzheng ElectricalEngineer ShenzhenPYSIndustrialCo.,LTD (1stto12thfloors)101-1201,Block9,LianhuaIndustryZone,LongHuaDistrict,Shenzhencity

For logo match approved single pad sample Labels revised Pantone ® 485 C Verizon Logo Pad Printed Gloss Finish GLOSS 5.0 mm Verizon - Dual 10 Watt Two Coil Wireless Charger - “Pill Rubber Metal” - One Piece RubberTop with Raised Lines Logo is located on the center of the front housing. Equal distance from the top and bottom edge. Pad printed bottom labels are located on the center of the bottom housing. Date code is laser etched Pantone ® Cool Gray 10 C Bottom Labels Pad Printed Gloss Finish GLOSS 2.75 mm 2.75 mm 43.8 mm 3D Reference Files: “Verizon_WC_Dual_10W_2Coil_PillRubberMetal_ R14T.step” or “Verizon_WC_Dual_10W_2Coil_PillRubberMetal_ R14T_print.stl” 14.February.2020 - ML Revision 19P

ANTENNA

1 / 9 EUTSpecification FCCID:2AU7DDUAL10WGGL CharacteristicsDescription ProductNameDual10WattTwoCoilWirelessCharger ModelnumberWCDUAL10WWGGL-AL,60-4643-05-XP,60-4642-05-XP PowerSupplyAC120V/60Hzforadapter OperatingFrequency Range 110-205KHz Modulation Technique ASK AntennaTypeInductioncoil DevicecategoryPortable(<20cmseparation) Mobile(>20cmseparation) Others___ Exposure classification Occupational/Controlledexposure(S=5mW/cm2) GeneralPopulation/Uncontrolledexposure (S=1mW/cm2) AntennadiversitySingleantenna Multipleantennas ： twoantennascannottransmitatthe sametime. Txdiversity Rxdiversity Tx/Rxdiversity EvaluationappliedMPEEvaluation SAREvaluation ApplicableStandard: FCCPart1(1.1310),Part2(2.1091)andKDB680106D01RFExposure WirelessChargingAppsv03 ApplicableRequirement: ThreedifferentcategoriesoftransmittersaredefinedbytheFCCinOET Bulletin65. 2 / 9 Thesecategoriesarefixedinstallation,mobile,andportableandare definedasfollows: FixedInstallations:fixedlocationmeansthatthedevice,includingits antenna,isphysicallysecuredatapermanentlocationandisnotabletobe easilymovedtoanotherlocation.Additionally,distancetohumansfromthe antennaismaintainedtoatleast2meters. MobileDevices:amobiledeviceisdefinedasatransmittingdevice designedtobeusedinotherthanfixedlocationsandtobegenerallyusedin suchawaythataseparationdistanceofatleast20centimetersisnormally maintainedbetweenthetransmitter'sradiatingstructuresandthebodyofthe userornearbypersons.Transmittersdesignedtobeusedbyconsumersor workersthatcanbeeasilyre-located,suchasawirelessmodemoperatingina laptopcomputer,areconsideredmobiledevicesiftheymeetthe20centimeter separationrequirement.TheFCCrulesforevaluatingmobiledevicesforRF compliancearefoundin47CFR§2.1091. PortableDevices:aportabledeviceisdefinedasatransmittingdevice designedtobeusedsothattheradiatingstructure(s)ofthedeviceis/arewithin 20centimetersofthebodyoftheuser.Portabledevicerequirementsarefound inSection2.1093oftheFCC'sRules(47CFR§2.1093). TheFCCalsocategorizestheuseofthedeviceasbasedupontheuser’s awarenessandabilitytoexercisecontroloverhisorherexposure.Thetwo categoriesdefinedareOccupational/ControlledExposureandGeneral Population/UncontrolledExposure. Thesetwocategoriesaredefinedasfollows: Occupational/controlledexposurelimitsapplyinsituationsinwhich personsareexposedasaconsequenceoftheiremploymentprovidedthose personsarefullyawareofthepotentialforexposureandcanexercisecontrol overtheirexposure.Limitsforoccupational/controlledexposurealsoapplyin situationswhenapersonistransientthroughalocationwhere occupational/controlledlimitsapplyprovidedheorsheismadeawareofthe potentialforexposure.Thephrasefullyawareinthecontextofapplyingthese exposurelimitsmeansthatanexposedpersonhasreceivedwrittenand/or verbalinformationfullyexplainingthepotentialforRFexposureresultingfrom hisorheremployment.Withtheexceptionoftransientpersons,thisphrase alsomeansthatanexposedpersonhasreceivedappropriatetraining regardingworkpracticesrelatingtocontrollingormitigatinghisorher exposure.Suchtrainingisnotrequiredfortransientpersons,buttheymust receivewrittenand/orverbalinformationandnotification(forexample,using signs)concerningtheirexposurepotentialandappropriatemeansavailableto mitigatetheirexposure.Thephraseexercisecontrolmeansthatanexposed personisallowedtoandknowshowtoreduceoravoidexposureby administrativeorengineeringcontrolsandworkpractices,suchasuseof personalprotectiveequipmentortimeaveragingofexposure. Generalpopulation/uncontrolledexposurelimitsapplyinsituationsin 3 / 9 whichthegeneralpublicmaybeexposed,orinwhichpersonswhoare exposedasaconsequenceoftheiremploymentmaynotbefullyawareofthe potentialforexposureorcannotexercisecontrolovertheirexposure. Licenseesandapplicantsareresponsibleforcompliancewithboththe occupational/controlledexposurelimitsandthegeneral population/uncontrolledexposurelimitsastheyapplytotransmittersunder theirjurisdiction.Licenseesandapplicantsshouldbeawarethatthe occupational/controlledexposurelimitsapplyespeciallyinsituationswhere workersmayhaveaccesstoareasinverycloseproximitytoantennasand accesstothegeneralpublicmayberestricted. Inlieuofevaluationwiththegeneralpopulation/uncontrolledexposure limits,amateurlicenseesauthorizedunderpart97ofthischapterand membersofhisorherimmediatehouseholdmaybeevaluatedwithrespectto theoccupational/controlledexposurelimitsinthissection,provided appropriatetrainingandinformationhasbeenprovidedtotheamateur licenseeandmembersofhis/herhousehold.Othernearbypersonswhoare notmembersoftheamateurlicensee'shouseholdmustbeevaluatedwith respecttothegeneralpopulation/uncontrolledexposurelimits. TestSetupBlock 4 / 9 TestProcedure 1.ConnecttheEUTandequipmentasabovediagramoftestconfiguration. 2.EUTwasplacedonatable,andthemeasureprobewasplacedata measurementdistanceof15cmfromtheEUTtothecenteroftheprobe. 3.Poweronthemeasuringprobe,theEUTwassetatthemaximumfield strengthemissionstate. 4.TheEUTwasputindifferentdirections(Left,Right,Front,Rear,Topand Bottom)towardtothemeasureprobe.ThedistancefromthetopoftheEUTto theprobeis20CM,andthedistancefromotherdirectionsis15cm.Measure thevalueoffieldstrength. 5.Recordtheworstdataofthedifferentdirections. MeasuringDeviceAndTestEquipment UsedEquipmentManufacturerModelNo.SerialNo.LastCal.Cal.Interval  E-Field Probe(100kHz-3 GHz) NardaEP601611WX70311 November16, 2019 1Year  H-Field Probe(300KHz-3 0MHz) NardaELT-400M-0174August04,20191Year  BroadbandField Meter NardaELT-400M-0173August04,20191Year DescriptionofSupportDevice iPhone ： Manufacturer:AppleInc. M/N:A1524 S/N:N/A WirelessChargerReceiver Module ： Manufacturer:Universal M/N:N/A S/N:N/A Adapter ： Modelnumber:580245A087 Input:AC100-240V,50/60Hz SAMSUNGS9: Manufacturer:SAMSUNG M/N:SamsungGalaxyS9 S/N:N/A 5 / 9 LimitsforMaximumPermissibleExposure(MPE) MeasurementResult MagneticField(H-Field)strengthat15cmfromtheboundariesofEUT,and 20cmfromthetop. TestMode:LeftCoilWirelessCharging5Wuseiphone Measuring Distance(cm) H- Field( A/m) 50%H- Field(A /m) Limit(A/m) 50% Limit(A/m) MeasurementPoint1Front15…

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ReportNo.:EA2002072F010011of49 DongGuanAnciElectronicTechnologyCo.,Ltd 1-2Floor,BuildingA,No.11,Headquarters2Road,SongshanLakeHi-techIndustrialDevelopmentZone, DongguanCity,GuangdongPr.,China. Phone:86-769-85075888;Fax:86-769-85075898E-mail:[email protected] ELECTROMAGNETICEMISSIONSCOMPLIANCEREPORT CONSUMERISMEQUIPMNETCERTIFICATIONTO FCCPART18SUBPARTCREQUIREMENT OF Dual10WattTwoCoilWirelessCharger ModelNo.:WCDUAL10WWGGL-AL,60-4643-05-XP,60-4642-05-XP Trademark:Verizon,Elixage FCCID:2AU7DDUAL10WGGL ReportNo.:EA2002072F01001 IssueDate:Mar.06,2020 Preparedfor ShenzhenPYSIndustrialCo.,LTD (1stto12thfloors)101-1201,Block9,LianhuaIndustryZone,LongHua District,Shenzhencity Preparedby DongGuanAnciElectronicTechnologyCo.,Ltd. 1-2Floor,BuildingA,No.11,Headquarters2Road,Songshan,LakeHi-tech IndustrialDevelopmentZone,DongguanCity,evelopmentZone,Dongguan City,GuangdongPr.,China. Thisreportshallnotbereproduced,exceptinfull,withoutthewrittenapprovalof DongGuanAnciElectronicTechnologyCo.,Ltd. ReportNo.:EA2002072F010012of49 TRFNO.FCC18/AReportNo.:EA2002072F01001Ver.1.0 TABLEOFCONTENT TestReportDescriptionPage 1.SUMMARYOFTESTRESULTS................................................................................................................................5 2.GENERALINFORMATION..........................................................................................................................................6 2.1.DescriptionofDevice(EUT) ......................................................................................................................................... 6 2.2.Input/OutputPorts ........................................................................................................................................................ 7 2.3.IndependentOperationModes....................................................................................................................................7 2.4.TestManner....................................................................................................................................................................7 2.5.DescriptionofTestFacility............................................................................................................................................7 2.6.TestSoftware..................................................................................................................................................................7 2.7.DescriptionofSupportDevice ..................................................................................................................................... 8 2.8.MeasurementUncertainty ............................................................................................................................................. 8 3.MEASURINGDEVICEANDTESTEQUIPMENT....................................................................................................9 3.1.ForPowerLineConductedEmissionMeasurement................................................................................................9 3.2.ForRadiatedEmissionMeasurement........................................................................................................................9 4.POWERLINECONDUCTEDEMISSIONMEASUREMENT...............................................................................10 4.1.BlockDiagramofTestSetup ...................................................................................................................................... 10 4.2.MeasuringStandard .................................................................................................................................................... 10 4.3.PowerLineConductedEmissionLimits...................................................................................................................10 4.4.EUTConfigurationonMeasurement.........................................................................................................................11 4.5.OperatingConditionofEUT.......................................................................................................................................11 4.6.TestProcedure.............................................................................................................................................................12 4.7.MeasuringResults ....................................................................................................................................................... 12 5.RADIATEDEMISSIONMEASUREMENT .............................................................................................................. 21 5.1.BlockDiagramofTestSetup......................................................................................................................................21 5.2.Measuringfrequencyrange.......................................................................................................................................22 5.3.RadiatedEmissionLimits...........................................................................................................................................22 5.4.EUTConfigurationonMeasurement........................................................................................................................23 5.5.OperatingConditionofEUT ....................................................................................................................................... 23 5.6.TestProcedure ............................................................................................................................................................. 23 5.7.MeasuringResults.......................................................................................................................................................24 6.PHOTOGRAPHS................................................................................................................................................…

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