X4YHAWP100WALL POWER OUTLET

Power Indicator light 1 ON/OFF Button 2 Specifications Type Model Power supply mode Rated Current Rated Voltage Load Power USB Output Wireless Frequency Wireless Standard Smart Wall Socket NHE-W100 Neutral+Live Wire 15A(Max) AC110-125V~50/60Hz Single 1500W Total 2500W Inductive Load<2000W 5V/2.1A 2.4GHZ IEEE802.11 b/g/n Safety Notice: Cut off the power before installation Please use it only when it’s installed with RCD or current leakage protector at home Green Green Green Indicator light meaning Step.8 Step D:Give a name to the switch and tap”Done”. you will find the device you’ve named is shown on the app homepage. Tap the device to enter the setting page. Note: The name you give to the device will be the name for voice control on Amazon Alexa or Google Home later. For example, the device is named”Socket” in this user guide. How to control the switch with Amazon Alexa? Please make sure that your Alexa APP is connected to Amazon Echo. and both work together successfully under your Wi-Fi home network. Step .A: Log in your Alexa APP, tap top left corner, and tap”Skills”. Step .B: Type”Smart Life”, find “Smart Life ” form the search result and tap it to enable the skill. Step .C: Enter your account and password of “Smart Life”app, tap “Link now”.then tap “Authorize” on the next page to bind Smart Life account to Alexa Step .D: Once your Smart Life account is successfully bound to Alexa, the following page will pop up. Tap “Done” on top left corner, the tap”DISCOVER DEVICES” on the next page. Step .E: Wait a few seconds for Alexa to detect the switch from Smart Life app. and you will find the device named” Socket” has been paired to Alexa APP from “Smart Life” APP. Tap to turn ON/OFF the socket After Step E is done, you can now control the switch with Alexa app on this setting page. Step .F: Now you are able to control the socket via Amazon Alexa. Try these commands and see what happens by asking Alexa: Alexa, turn on “device name” Alexa, turn off “device name” Note: The device name is the one you give to the socket on “Smart Life” App . In this user guide, the device is named”Socket 1". For example: “Alexa, turn on Socket 1”, ”Alexa, turn off Socket 1” etc. If you also want to control the socket with Google home, you can continue to read next page. How to control the switch with Google Home? Step .A: Open your Google Home APP,tap”Home Control” on the left side bar page. Step .B: Tap “+” button on the button right to enter next page. Step .C: Find “Smart Life” from the side bar list Step .D: Enter your account and password of “Smart Life”app, tap “Link now”.then tap “Authorize” on the next page to bind Smart Life account to Google Home. Step .E: You will find that Google Home has found the device named”Socket” on this page. Step .F: Now you are able to control the socket via Google Home. Try these commands and see what happens by asking Google ok,Google, turn on “device name” ok,Google,turn off “device name” Note: The device name is the one you give to the switch on “Smart Life” App . In this user guide, the device is named”Socket 1”. For example: “ok, Google, turn on Socket 1” “ok,Google, turn off Socket 1” etc. Done Share witch Family Socket Add Device 1 Step.7 SmartLife-506D Connected Back 2 Done Share witch Family Socket Step.6 WLAN How to control the switch with IFTTT? Step .A: Visit the IFTTT official website on your PC and sign in with your IFTTT account. Note: You can also use IFTTT app and follow similar steps to connect your device to the IFTTT. In this FAQ we take the website setting method for example. Step .B:”Search”for “Smart Life”,and then dick “Smart Life” service. Step .C: Click “Connect”, then login your Smart Life ID and then tap”Link Now”. Step .D: Successfully connect your IFTTT account to your Smart Life ID. You are ready to enjoy the IFTTT service of the product now. Instructions: 2 methods to use IFTTT with the product. Method 1: On Smart Life service page, choose an existing Applet you need, turn on it and then finish the configuration. We select “Sunset” as the Trigger. Step .B: Create an Action. Tap”this” to choose a Trigger. You can search for “ Smart Life” to choose a Smart Life Action. We select “Turn on” of Socket as the Action in this case. Step .C: New Applet”if sunset, then turn on light switch” is created as a result. Note: The Smart Life service can only works when create an action. You can’t use the “Smart Life” as a Trigger. Method 2: Create a new Applet on your own. Click My Applets" at the top and then click “New Applet" at the right top corner of the webpage to create a new Applet. Step .A: Create a Trigger. Tap”this” to choose a Trigger. You can search for ”Weather Underground” to choose a Trigger. 1 Install the “Smart Life”APP Step A .Find out “Smart Life”app in Apple app store, Google Play, or scan the QR code bellow and install it. The free app”Smart Life” is compatible with mobile devices the support IOS8.0 above, Android 4.4 above Step B .Enter the register interface, input the email address/phone number for getting the verification code to register an account. Please just login if you already have a Smart Life account. Step C:Add the switch to Smart Life APP Note: This smart socket can only support 2.4G network and cannot work with 5.0G network. please check if your home network is 2.4G and make sure that your phone has been connected to your WI-FI home network (1)Tap”+” button on top right corner to add device, the tap”Electrical Outlet” to enter next page. 2 3 10 12 11 13 14 15 16 Smart Home FCC NOTE： This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, (2) this device must accept any interference received, including interference that may cause undesired operation . The manufacturer is not responsible for any radio or tv interference caused by unauthorized modifications or change to this equipment. Such modifications or change could void…

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NEXXTSOLUTIONS 3505NW107AVENUE,DORAL,FLORIDA,33178,US Tel:786-280-7600Fax:N/A SeriesModelsDescription FCCID: X4YHAWP100 Date:May.18,2021 FederalCommunicationsCommission AuthorizationandEvaluationDivision 7435OaklandMillsRoad Columbia,MD21046 Towhomitmayconcern: Thedevice(ProductName:LIGHTSWITCH)ModelsName:NHE-W100,EC-W200, EC-W300,EC-W400havesameelectrical,PCBandBOM,onlythecolourand model’snamesaredifferentformarketingrequirements. Sincerely, AlbertMizrachi/Vicepresidentofproductdevelopment

C5266091_X8_Ed.1 1/1 LetterofAuthorization Company:NEXXTSOLUTIONS Address:3505NW107AVENUE,DORAL,FLORIDA,33178,US ProductName:WALLPOWEROUTLET ModelNumber:NHE-W100,EC-W200,EC-W300,EC-W400 FCCIdentifier:X4YHAWP100 WeauthorizeLGAITechnologicalCenterS.A.,RondadelaFontdelCarme,s/n, 08193Bellaterra,Spain,toactonourbehalfonallmattersconcerningthe abovenamedequipment. AnyindividualwithinLGAITechnologicalCenterS.A.isauthorizedtoactonour behalfandtakeactionontheapplication. WedeclarethatauthorizeLGAITechnologicalCenterS.A.,RondadelaFontdel Carme,s/n,08193Bellaterra,Spain,isallowedtoforwardallinformation relatedtotheapprovalprojecttotheFederalCommunicationCommissionand todiscussanyissuesconcerningtheapprovalapplication.Anyandallacts carriedoutbyLGAITechnologicalCenterS.A.onourbehalfshallhavethe sameeffectasactsofourown. Name:AlbertMizrachiDate:2021.05.18 Title:Vicepresidentofproductdevelopment Signatureofapplicant:

C5266091_X10_Ed.1 1/1 NEXXTSOLUTIONS OfficeofEngineeringTechnology FederalCommunicationsCommission 7435OaklandMillsRoad Columbia,MD21046 Date: 2021.05.18 Subject:RequestforConfidentiality FCCID: X4YHAWP100 ToWhomItMayConcern, PursuanttotheprovisionsofSections0.457and0.459ofCommission'srules (47CFR0.457,0.459),wearerequestingtheCommissiontowithholdthefollowing attachment(s)asconfidentialdocumentfrompublicdisclosure. ExhibitsLong-Term Confidentiality Short-Term Confidentiality IDLabel/LocationNoNo AttestationStatementNoNo ExternalPhotosNo BlockDiagram Schematics TestReportNoNo TestSetupPhotosNo User’sManual InternalPhotos PartsList/TuneUp RFExposureInfo OperationalDescription CoverLetter(s)NoNo SDRSoftware/SecurityInfoNo Abovementioneddocumentcontainsdetailedsystemandequipmentdescriptionare consideredasproprietaryinformationinoperationoftheequipment.Thepublic disclosureofabovedocumentsmightbeharmfultoourcompanyandwouldgive competitoranunfairadvantageinthemarket. Itisourunderstandingthatallmeasurementtestreports,FCCIDlabelformatand correspondentduringcertificationreviewprocesscannotbegrantedasconfidential documentsandthoseinformationwillbeavailableforpublicreviewoncethegrantof equipmentauthorizationisissued. C5266091_X10_Ed.1 1/1 Sincerely, Signature: Name: AlbertMizrachi Title: Vicepresidentofproductdevelopment

ExternalPhotosofEUT X4YHAWP100

FCCIDandICLabelInformation Labellocation: FCCID:X4YHAWP100

InternalPhotosofEUT X4YHAWP100 Antenna RF chipset

FCC-ID: X4YHAWP100 Page1of2ReportNo.:CTL2011302144-WF RFExposureevaluation FCCID:X4YHASW100 1.Reference Accordingto§1.1307(b)(1),systemsoperatingundertheprovisionsofthissectionshallbe operatedinamannerthatensuresthatthepublicisnotexposedtoradiofrequencyenergy levelinexcessoftheCommission’sguidelines. Accordingto§1.1310and§2.1091RFexposureiscalculated. KDB447498D01:MobileandPortableDevicesRFExposureProceduresandEquipment AuthorizationPolicies 2.Limit LimitsforMaximumPermissibleExposure(MPE)/ControlledExposure Frequency Range(MHz) ElectricField Strength(V/m) MagneticField Strength(A/m) PowerDensity (mW/cm²) AveragingTime (minute) LimitsforOccupational/ControlledExposure 0.3–3.0 3.0–30 30–300 300–1500 1500–100,000 614 1842/f 61.4 / / 1.63 4.89/f 0.163 / / (100)* (900/f 2 )* 1.0 f/300 5 6 6 6 6 6 LimitsforMaximumPermissibleExposure(MPE)/UncontrolledExposure Frequency Range(MHz) ElectricField Strength(V/m) MagneticField Strength(A/m) PowerDensity (mW/cm²) AveragingTime (minute) LimitsforOccupational/ControlledExposure 0.3–3.0 3.0–30 30–300 300–1500 1500–100,000 614 824/f 27.5 / / 1.63 2.19/f 0.073 / / (100)* (180/f 2 )* 0.2 f/1500 1.0 30 30 30 30 30 F=frequencyinMHz *=Plane-waveequivalentpowerdensity FCC-ID: X4YHAWP100 Page2of2ReportNo.:CTL2011302144-WF 3.MPECalculationMethod PredicationofMPElimitatagivendistance Equationfrompage18ofOETBulletin65,Edition97-01 S=PG/4πR² Where:S=powerdensity P=powerinputtoantenna G=powergainoftheantennainthedirectionofinterestrelativetoanisotropicradiator R=distancetothecenterofradiationoftheantenna 4.Result AsdeclaredbytheApplicant,theEUTisawirelessdeviceusedinafixapplication,atleast 20cmfromanybodypartoftheuserornearbypersons;fromthemaximumEUTRFoutput power,theminimumseparationdistance,r=20cm,aswellasthegainoftheusedantennais 0dBifor2.4GHz,theRFpowerdensitycanbeobtained. For2.4GHzwifi Mode Max. Output Power (dBm) Max.Output Power (mW) Antenna Gain (Numeric) Power Density At20cm (mW/cm 2 ) Power Density LimitFCC (mW/cm 2 ) Test Results 802.11b22.11162.554900.03231.0000PASS 802.11g22.92195.884500.03901.0000PASS 802.11n2022.69185.780400.03701.0000PASS 5.Conclusion TheSARevaluationisnotrequired.

ShenzhenCTLTestingTechnologyCo.,Ltd. Tel:+86-755-89486194E-mail:[email protected] TESTREPORT FCCPART15SUBPARTC15.247 ReportReferenceNo. .................... :CTL2011302144-WF Compiledby: (position+printedname+signature) HappyGuo (Fileadministrators) Testedby: (position+printedname+signature) CaryGao (TestEngineer) Approvedby: (position+printedname+signature) IvanXie (Manager) ProductName.................................: WALLPOWEROUTLET Model/Typereference....................:NHE-W100 ListModel(s) .................................... : EC-W200,EC-W300,EC-W400 TradeMark.......................................: NEXXTSOLUTIONS FCCID...............................................: X4YHAWP100 Applicant’sname ........................... : NEXXTSOLUTIONS Addressofapplicant.....................: 3505NW107AVENUE,DORAL,FLORIDA,33178,US TestFirm ........................................... : ShenzhenCTLTestingTechnologyCo.,Ltd. AddressofTestFirm ..................... : Floor1-A,BaishaTechnologyPark,No.3011,ShahexiRoad, NanshanDistrict,Shenzhen,China518055 Testspecification ........................... : Standard............................................:47CFRFCCPart15SubpartC15.247 TRFOriginator..................................: ShenzhenCTLTestingTechnologyCo.,Ltd. MasterTRF ....................................... :Dated2011-01 Dateofreceiptoftestitem..........: Mar.29,2021 Dateofsampling ............................ : Mar.29,2021 DateofTestDate............................: Mar.29,2021–May.07,2021 DateofIssue....................................: May.08,2021 Result ................................................ :Pass ShenzhenCTLTestingTechnologyCo.,Ltd.Allrightsreserved. Thispublicationmaybereproducedinwholeorinpartfornon-commercialpurposesaslongasthe ShenzhenCTLTestingTechnologyCo.,Ltd.isacknowledgedascopyrightownerandsourceofthe material.ShenzhenCTLTestingTechnologyCo.,Ltd.takesnoresponsibilityforandwillnotassume liabilityfordamagesresultingfromthereader'sinterpretationofthereproducedmaterialduetoits placementandcontext. V1.0Page2of35ReportNo.CTL2011302144-WF TESTREPORT TestReportNo.:CTL2011302144-WF May.08,2021 Dateofissue EquipmentunderTest:WALLPOWEROUTLET SampleNo:CTL201130214-4-S003 Model/Type: NHE-W100 ListedModels: EC-W200,EC-W300,EC-W400 Applicant:NEXXTSOLUTIONS Address:3505NW107AVENUE,DORAL,FLORIDA,33178,US Manufacturer:SUNGALEELECTRONICS(SHENZHEN)CO.,LTD Address: No.1302,DaHongHigh-TechPark,No.6-18,XinHeRoad, Xinqiao,Shajing,BaoAn,Shenzhen,518105,China TestresultPass* *Intheconfigurationtested,theEUTcompliedwiththestandardsspecifiedpage5. Thetestreportmerelycorrespondstothetestsample. Itisnotpermittedtocopyextractsofthesetestresultwithoutthewrittenpermissionofthetestlaboratory. V1.0Page3of35ReportNo.CTL2011302144-WF **ModifiedHistory** RevisionsDescriptionIssuedDataReportNo.Remark Version1.0InitialTestReportRelease2021-05-08CTL2011302144-WFTracyQi V1.0Page4of35ReportNo.CTL2011302144-WF TableofContentsPage 1.SUMMARY .............................................................................................................................................................................. 5 1.1.TESTSTANDARDS ............................................................................................................................................................ 5 1.2.TESTDESCRIPTION ............................................................................................................................................................... 5 1.3.TESTFACILITY ...................................................................................................................................................................... 6 1.4.STATEMENTOFTHEMEASUREMENTUNCERTAINTY ...................................................................................................................... 6 2.GENERALINFORMATION ....................................................................................................................................................... 8 2.1.ENVIRONMENTALCONDITIONS ................................................................................................................................................ 8 2.2.GENERALDESCRIPTIONOFEUT ............................................................................................................................................. 8 2.3.DESCRIPTIONOFTESTMODESANDTESTFREQUENCY ................................................................................................................ 9 2.4.EQUIPMENTSUSEDDURINGTHETEST ................................................................................................................................... 10 2.5.RELATEDSUBMITTAL(S)/GRANT(S) ..................................................................................................................................... 10 2.6.MODIFICATIONS ................................................................................................................................................................. 10 3.TESTCONDITIONSANDRESULTS ......................................................................................................................................... 11 3.1.CONDUCTEDEMISSIONSTEST .............................................................................................................................................. 11 3.2.RADIATEDEMISSIONSANDBANDEDGE ................................................................................................................................. 14 3.3.MAXIMUMCONDUCTEDOUTPUTPOWER .............................................................................................................................. 22 3.4.POWERSPECTRALDENSITY .................................................................................................................................................. 23 3.5.6DBBANDWIDTH .......................................................................................…

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Appendixfor15.247 1.DutyCycle 1.1TestResult TestMode Channel Frequency(M Hz) TXTypeANTNo.T_on(ms)Period(ms) DutyCycle (%) DutyCycle Correction Factor(dB) 802.11b 2412SISO10.5856.5848.8910.51 2437SISO10.5856.5758.9010.51 2462SISO10.5856.5838.8910.51 802.11g 2412SISO10.1481.8018.2210.85 2437SISO10.1491.8008.2810.82 2462SISO10.1481.8018.2210.85 802.11n(HT2 0) 2412SISO10.1521.8058.4210.75 2437SISO10.1521.7998.4510.73 2462SISO10.1521.8058.4210.75 1.2TestGraph 2.Bandwidth 2.1TestResult TestModeFrequency(MHz)TXTypeANTNo. 6dBBandwidth Verdict TestResult (MHz) Limits(MHz) 802.11b 2412SISO17.266≥0.5PASS 2437SISO18.047≥0.5PASS 2462SISO17.960≥0.5PASS 802.11g 2412SISO116.378≥0.5PASS 2437SISO116.363≥0.5PASS 2462SISO116.356≥0.5PASS 802.11n(HT20) 2412SISO116.631≥0.5PASS 2437SISO117.555≥0.5PASS 2462SISO117.068≥0.5PASS TestModeFrequency(MHz)TXTypeANTNo. 99%OccupiedBandwidth TestResult(MHz) 802.11b 2412SISO111.302OnlyforReportUse 2437SISO111.463OnlyforReportUse 2462SISO111.396OnlyforReportUse 802.11g 2412SISO117.111OnlyforReportUse 2437SISO117.189OnlyforReportUse 2462SISO117.157OnlyforReportUse 802.11n(HT20) 2412SISO118.361OnlyforReportUse 2437SISO118.328OnlyforReportUse 2462SISO118.323OnlyforReportUse 2.2TestGraph-6dBBandwidth 2.3TestGraph-99%OccupiedBandwidth 3.MaximumConductedOutputPower 3.1TestResult TestModeFrequency(MHz)TxType MeasuredPeak OutputPower(dBm) Limits(dBm)Verdict Ant1 802.11b 2412SISO20.9530PASS 2437SISO21.5630PASS 2462SISO22.1130PASS 802.11g 2412SISO21.5030PASS 2437SISO22.8630PASS 2462SISO22.9230PASS 802.11n(HT20) 2412SISO21.1730PASS 2437SISO22.6930PASS 2462SISO22.4730PASS 3.2TestGraph 4.MaximumPowerSpectralDensity(PSD) 4.1TestResult TestModeFrequency(MHz)TxType MaximumPower SpectralDensity (dBm/3KHz) Limits(dBm/3kHz)Verdict Ant1 802.11b 2412SISO-8.28≤8PASS 2437SISO-7.04≤8PASS 2462SISO-6.99≤8PASS 802.11g 2412SISO-12.39≤8PASS 2437SISO-11.64≤8PASS 2462SISO-11.63≤8PASS 802.11n(HT20) 2412SISO-13.00≤8PASS 2437SISO-11.21≤8PASS 2462SISO-12.05≤8PASS 4.2TestGraph 5.UnwantedEmissionsinNon-restrictedFrequencyBands 5.1TestResult TestModeFrequency(MHz)TXTypeANTNo. Spurious Conducted Emission(dBm) Limits(dBm)Verdict 802.11b 2412SISO1 Refertotest graph -11.60PASS 2437SISO1 Refertotest graph -11.60PASS 2462SISO1 Refertotest graph -11.60PASS 802.11g 2412SISO1 Refertotest graph -14.28PASS 2437SISO1 Refertotest graph -14.28PASS 2462SISO1 Refertotest graph -14.28PASS 802.11n(HT20) 2412SISO1 Refertotest graph -14.43PASS 2437SISO1 Refertotest graph -14.43PASS 2462SISO1 Refertotest graph -14.43PASS 5.2TestGraph

TestSetupPhotosoftheEUT FCCID:X4YHAWP100