2AT9W-MT1000Robotic Vacuum Cleaner

Model:MT-1000 Robotic Vacuum Cleaner Use Instructions 08 19 23 24 -01- -02- Model:MT-1000 -03- 7. Water
Tank 8. 8 Laser Head -04- -05- -06- Water
Permeable Rag Assembly Water
Tank Water
Rag Dustbin Key Water Tank Sealing Plug -07- Use Instructions -08- -09- -10- -11- 4.2.3

-12- Download the Tuya Smart app, tap the plus (+) sign to add the home appliance, and select the 2.4 GHz Wi-Fi network. Enter the correct Wi-Fi name and password, and tap Next to connect the vacuum cleaner to the Wi-Fi network. You can configure the Wi-Fi network using either of the following methods: 1. Wi-Fi fast connection: Press and hold the Wi-Fi button on the machine for 3s. The machine beeps and enters the Wi-Fi mode, and the Wi-Fi indicator blinks quickly. Then, you can add the device and pair the device with the app. When the app prompts that the connection is set up successfully, you can operate the machine in the app. 4.3.APP 4.3.1 Installation -13- Icons and Descriptions Entire house cleaning: The vacuum cleaner generates a map of the entire house through sensor scanning, and automatically plans the optimal cleaning path. Configured zone cleaning: You can configure a zone in a certain place on the app map. Then, the vacuum cleaner will automatically move to the zone for cleaning. PIN N GO: You can specify a point on the app map. Then, the vacuum cleaner will automatically move to the point,and clean the 1.6mx1.6m zone centered on this point. You can click or drag on the map to set the target point. Selected zone cleaning: After the vacuum cleaner generates a map of the entire house, you can select one or more zones for cleaning through the app. Set a restricted zone for cleaning. Return to docking station: When this icon is steady on, the vacuum cleaner automatically returns to the docking station for charging. When this icon blinks, the vacuum cleaner stops returning to the docking station. Scheduled mode: You can make a reservation to carry out a scheduled cleaning task in 24 hours within 7 days through the app. Button Description Function Power button "Return to docking station" button Wi-Fi button Press this button to power on the machine. Press and hold this button to power off the machine. Press this button to plan the cleaning path. Press this button to pause. Press this button to return to the docking station. Press this button during the "return to docking station" process to pause this process. Wi-Fi fast connection 4.3.2 Description of App Icons and Buttons -14- 4.3.3 Use Instructions Tap and hold the button to power on the machine. Then, the power indicator is on, and the vacuum cleaner enters the standby state. When the vacuum cleaner is in a static state, press and hold the button to power off the machine and stop the current cleaning task. Tip: The vacuum cleaner in charging state cannot be powered off. Press the button to start cleaning. Then, the vacuum cleaner dynamically plans the cleaning route according to the map generated after scanning, and completes cleaning of different zones one by one. In each zone, the vacuum cleaner first sweeps the floor along the wall, and then moves in zigzag mode to clean the remaining part of the zone in an orderly and efficient manner. Start cleaning Power on and off the machine Zone 1: Cleaned Zone 2: Cleaned Zone 3: Cleaning Zone 4: To be cleaned Tips: * If the power is too low, the vacuum cleaner cannot start cleaning. Therefore, charge the vacuum cleaner before starting it. * Before cleaning, tidy up all kinds of wires on the ground (including the power cord of the docking station). Otherwise, the vacuum cleaner may drag the wires while cleaning, which may cause power failures of other electric appliance or damage to items or wires. * If the cleaning area is less than 2 square meters, the vacuum cleaner will clean the area twice by default. * If the power is insufficient in the cleaning process, the main unit will automatically return to the docking station for charging. After the power is sufficient, the main unit will automatically return to the interrupted point to continue cleaning (ensure that you have enabled the resumable cleaning function). Pause cleaning If you need to add water to the water tank or wash the mopping cloth while the vacuum cleaner is working, press the button to pause. You can pressthe button to continue cleaning, or pressthe button to return to the docking station and stop the current cleaning task. Tip: In pause state, if the vacuum cleaner returns to the docking station for charging, the current cleaning task is stopped. If no operation is performed in 10 minutes, the vacuum cleaner automatically enters the sleep mode, and the power indicator blinks every several seconds. In sleep mode, you can press any button to wake up the vacuum cleaner. Tips: * When the vacuum cleaner is being charged at the docking station, it cannot enter the sleep mode. * If the sleep time exceeds 12 hours, the vacuum cleaner automatically powers off. Enter the sleep mode -15- Auto mode: After completing cleaning, the vacuum cleaner automatically returns to the docking station for charging. Manual mode: In pause state, you can press the button to activate the "Return to docking station" mode. When the vacuum cleaner is being charged, the power indicator blinks in breathing manner. Tip: If the vacuum cleaner fails to find the docking station, it automatically returns to the starting point. In this case, you need to manually put the vacuum cleaner back to the docking station. Charge the vacuum cleaner If the vacuum cleaner encounters a fault while working, the power indicator blinks quickly in red, and a voice prompt is generated. For details about troubleshooting method, see "Troubleshooting". Tips: * In faulty state, if no operation is performed in 10 minutes, the vacuum cleaner automatically enters the sleep mode. * In faulty state, if the vacuum cleaner returns to the docking station for charging, the current cleaning task is stopped. Faulty state If your mobile phone fails to connect to the vacuum cleaner due to reasons such as change of router settings and password forgotten, re-pair the vacuum cleaner with the mobile phone according to the Wi-Fi connection instructions. Tip: If the vacuum cleaner is in wait-to-c…

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version01 SHENZHENCLOBOTINTELLIGENTTECHNOLOGYCO.,LTD. DeclarationconcerningAntennaSpecification Itisherebydeclaredthattheproduct ModelNo.:MT-1000,MT-1100,MT-1200,MT-1300,MT-1400,MT-1500,MT-1600, MT-1700,MT-1800,MT-1900 FCCID:2AT9W-MT1000 fulfillstherequirementinFCCtestrelatingtotheantennatype. ThedevicespecifiedaboveconfirmstotheFCCrecommendationsforinternalantennatype(s) describedbelow: Antenna ModelNo.ofantenna:N/A Typeofantenna:FPCAntenna Gainoftheantenna:2.50dBi Frequencyrange:2412-2462MHz Themountingoftheantennaisfixedtotheradiomoduleandnootherantennashouldbeused. Sincerely, Signature [tonyLi] [salesmanager] [SHENZHENCLOBOTINTELLIGENTTECHNOLOGYCO.,LTD.]

KSIGN(Guangdong)TestingCo.,Ltd. WestSideof1/F.,BuildingC,ZoneA,FuyuanNewFactory,JiujiuIndustrialPark, Minzhu,Shatou,Shajing,Bao'anDistrict,Shenzhen,Guangdong,People’sRepublicofChina Tel.:+(86)755-29852678Fax:+(86)755-29852397E-mail:[email protected]: www.gdksign.com RFEXPOSUREEVALUATION 1.PRODUCTINFORMATION ProductDescriptionRoboticVacuumCleaner ModelName MT-1000,MT-1100,MT-1200,MT-1300,MT-1400,MT-1500, MT-1600,MT-1700,MT-1800,MT-1900 FCCID2AT9W-MT1000 2.EVALUATIONMETHODANDLIMIT HumanexposuretoRFemissionsfrommobiledevices(47CFR§2.1091)maybeevaluated basedontheMPElimitsadoptedbytheFCCforelectricandmagneticfieldstrengthand/or powerdensity,asappropriate,sinceexposuresareassumedtooccuratdistancesof20cmor morefrompersons. LIMITSFORGENERALPOPULATION/UNCONTROLLEDEXPOSURE Frequency Range (MHz) E-fieldStrength (E) (V/m) MagneticField Strength(H) (A/m) PowerDensity (S) (mW/cm 2 ) AveragingTime |E| 2 ,|H| 2 orS (Minutes) 0.3--1.346141.63(100)*30 1.34--30824/f2.19/f(180/f 2 )*30 30--30027.50.0730.230 300--1500----f/150030 1500--100,000----1.030 *Note: 1.f=FrequencyinMHz*Plane-waveEquivalentPowerDensity 2.TheaveragingtimeforGeneralPopulation/Uncontrolledexposuretofixedtransmittersis notapplicableformobileandportabletransmitters.See47CFR§§2.1091and2.1093on source-basedtime-averagingrequirementformobileandportabletransmitters. S=PG/4πR² Where: S=powerdensity P=powerinputtoantenna G=powergainoftheantennainthedirectionofinterestrelativetoanisotropicradiator R=distancetothecenterofradiationoftheantenna KSIGN(Guangdong)TestingCo.,Ltd. WestSideof1/F.,BuildingC,ZoneA,FuyuanNewFactory,JiujiuIndustrialPark, Minzhu,Shatou,Shajing,Bao'anDistrict,Shenzhen,Guangdong,People’sRepublicofChina Tel.:+(86)755-29852678Fax:+(86)755-29852397E-mail:[email protected]: www.gdksign.com 3.CALCULATION Aminimumtestseparationdistance≥20cmisrequiredbetweentheantennaandradiating structuresofthedeviceandnearbypersonstoapplymobiledeviceexposurelimits.The distancemustbeatleast20cmandfullysupportedbytheoperatingandinstallation configurationsofthetransmitteranditsantenna(s),accordingtothesource-based time-averagedmaximumpowerrequirementsof§2.1091(d)(2).Incaseswherecablelosses orotherattenuationsareappliedtodeterminecompliance,themostconservativeoperating configurationsandexposureconditionsmustbeevaluated. WIFIPART(Cannottransmitatdifferentbandsimultaneously) AntennaGain=2.50dBi(Numeric1.78),π=3.14 802.11bSinglemode(Worstcase)For2.4GHzWIFI Note: 1.Onlytheworstcaserecorded. FrequencyOutputPowerOutputPowerPowerDensityPowerDensityLimit MHzdBmmWmW/cm2mW/cm2 243718.2967.450.02391

Page2of85ReportNo.:KS2103S0521E TABLEOFCONTENTSPage TESTSUMMARY ........................................................................................................................................................................... 3 1.1.TESTSTANDARDS ................................................................................................................................................................... 3 1.2. REPORTVERSION ................................................................................................................................................................... 3 1.3. TESTDESCRIPTION ................................................................................................................................................................. 4 1.4.TESTFACILITY ........................................................................................................................................................................ 5 1.5. MEASUREMENTUNCERTAINTY ................................................................................................................................................. 6 1.6. ENVIRONMENTALCONDITIONS ................................................................................................................................................. 6 2.GENERALINFORMATION ......................................................................................................................................................... 7 2.1.GENERALDESCRIPTIONOFEUT ............................................................................................................................................... 7 2.2.OPERATIONSTATE .................................................................................................................................................................. 8 2.3. MEASUREMENTINSTRUMENTSLIST .......................................................................................................................................... 9 2.5.TESTSOFTWARE ................................................................................................................................................................... 10 3.TESTITEMANDRESULTS ........................................................................................................................................................ 11 3.1. ANTENNAREQUIREMENT ...................................................................................................................................................... 11 3.2.PEAKOUTPUTPOWER ......................................................................................................................................................... 12 3.3.POWERSPECTRALDENSITY ................................................................................................................................................... 14 3.4.BANDWIDTH ....................................................................................................................................................................... 23 3.5. BANDEDGEANDSPURIOUSEMISSION(CONDUCTED) ................................................................................................................ 40 3.6.BANDEDGEEMISSIONS(RADIATED) ........................................................................................................................................ 47 3.7.SPURIOUSEMISSION(RADIATED) ........................................................................................................................................... 52 3.8. CONDUCTEDEMISSION ......................................................................................................................................................... 63 4.EUTTESTPHOTOS .................................................................................................................................................................. 66 5.PHOTOGRAPHSOFEUTCONSTRUCTIONAL .......................................................................................................................... 68 Page3of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TESTSUMMARY 1.1.TestStandards Thetestswereperformedaccordingtofollowingstandards: FCCRulesPart15.247:Operationwithinthebandsof902-928MHz,2400-2483.5MHz,and 5725-5850MHz. ANSIC63.10-2013:AmericanNationalStandardforTestingUnlicensedWirelessDevices. KDB558074D01：ThemeasurementguidanceprovidedhereinisapplicableonlytoDigital TransmissionSystem(DTS)devicesoperatinginthe902-928MHz.2400-2483.5MHzand/or 5725-5850MHzbandsunder§15.247oftheFCCrules(Title47oftheCodeofFederal Regulations). 1.2.Reportversion RevisedNo.DateofissueDescription 01May.21,2021Original Page4of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 1.3.TestDescription FCCPart15SubpartC(15.247) TestItem StandardSection Result Test Engineer FCC AntennaRequirement15.203 PassRoryHuang ConductedEmission15.207 Pass RoryHuang 6dB&99%Bandwidth15.247(a)(2) PassRoryHuang PeakOutputPower15.247(b) PassRoryHuang PowerSpectralDensity15.247(e) Pass RoryHuang RestrictedBand15.247(d)/15.205 PassRoryHuang BandEdgeandSpuriousEmission(Conducted)15.247(d) Pass RoryHuang SpuriousEmission(Radiated)15.247(d)&15.209 PassRoryHuang Note:Themeasurementuncertaintyisnotincludedinthetestresult. Page5of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 1.4.TestFacility Addressofthereportlaboratory KSIGN(Guangdong)TestingCo.,Ltd. WestSideof1/F.,BuildingC,ZoneA,FuyuanNewFactory,JiujiuIndustrialPark,Minzhu,Shatou,Shajing, Bao'anDistrict,Shenzhen,Guangdong,People’sRepublicofChina Laboratoryaccreditation Thetestfacilityisrecognized,certified,oraccreditedbythefollowingorganizations: CNAS-LabCode:L13261 KSIGN(Guangdong)TestingCo.,Ltd.hasbeenassessedandprovedtobeinCompliancewithCNAS-CL01 AccreditationCriteriaforTestingandCalibrationLaboratories(identicaltoISO/IEC17025:2017General Requirements)fortheCompetenceofTestingandCalibrationL…

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Page31of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 2437MHz 2452MHz Page32of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:802.11bMode Channelfrequency(MHz) 99%Bandwidth (MHz) Limit (MHz) 241213.307 >=0.5243713.227 246213.307 2412MHz Page33of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 2437MHz 2462MHz Page34of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:802.11gMode Channelfrequency(MHz) 99%Bandwidth (MHz) Limit (MHz) 241216.983 >=0.5 243717.023 246217.063 2412MHz Page35of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 2437MHz 2462MHz Page36of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:802.11n(HT20)Mode Channelfrequency(MHz) 99%Bandwidth (MHz) Limit (MHz) 241217.982 >=0.5243718.062 246217.982 2412MHz Page37of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 2437MHz 2462MHz Page38of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:802.11n(HT40)Mode Channelfrequency(MHz) 99%Bandwidth (MHz) Limit (MHz) 242236.444 >=0.5243736.523 245236.444 2422MHz Page39of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 2437MHz 2452MHz Page40of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 3.5.BandedgeandSpuriousEmission(conducted) Limit FCCCFRTitle47Part15SubpartCSection15.247(d): Inany100kHzbandwidthoutsidethefrequencybandinwhichthespreadspectrumintentionalradiatoris operating,theradiofrequencypowerthatisproducedbytheintentionalradiatorshallbeatleast20dBbelow thatinthe100kHzbandwidthwithinthebandthatcontainsthehighestlevelofthedesiredpower,basedon eitheranRFconductedoraradiatedmeasurement. TestConfiguration TestProcedure 1.ConnectEUTRFOutputporttotheSpectrumAnalyzerthroughanRFattenuator. 2.SpectrumSetting: RBW=100KHz VBW=300KHz. Detectorfunction:Peak. Trace:Maxhold. Sweep=Autocouple. Allowthetracetostabilize. TestMode Pleaserefertotheclause2.2. TestResults Page41of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 802.11b CH01-BandedgeCH11-Bandedge 802.11b CH01-SE CH06-SE Page42of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. CH11-SE 802.11g CH01-BandedgeCH11-Bandedge 802.11g CH01-SE Page43of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. CH06-SE CH11-SE 802.11n(HT20) CH01-BandedgeCH11-Bandedge Page44of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 802.11n(HT20) CH01-SE CH06-SE CH11-SE Page45of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 802.11n(HT40) CH03-BandedgeCH09-Bandedge 802.11n(HT40) CH03-SE Page46of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. CH06-SE CH09-SE Page47of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 3.6.BandEdgeEmissions (Radiated) Limit RestrictedFrequencyBand (MHz) (dBuV/m)(at3m) PeakAverage 2310~23907454 2483.5~25007454 Note:Allrestrictionbandshavebeentested,onlytheworstcaseisreported. TestConfiguration TestProcedure 1.TheEUTwassetupandtestedaccordingtoANSIC63.10:2013requirements. 2.TheEUTisplacedonaturntablewhichis1.5meteraboveground.Theturntableisrotated360degreesto determinethepositionofthemaximumemissionlevel. 3.TheEUTwaspositionedsuchthatthedistancefromantennatotheEUTwas3meters. 4.Theantennaisscannedfrom1meterto4meterstofindoutthemaximumemissionlevel.Thisis repeated forbothhorizontalandverticalpolarizationoftheantenna.Inordertofindthemaximumemission,allofthe interfacecablesweremanipulatedaccordingtoANSIC63.10:2013onradiatedmeasurement. 5.Thereceiversetasfollow: RBW=1MHz,VBW=3MHzPEAKdetectorforPeakvalue. RBW=1MHz,VBW=10HzwithPEAKdetectorforAverageValue. TestMode Pleaserefertotheclause2.2. TestResults Note: 1.Measurement=Readinglevel+CorrectFactor CorrectFactor=AntennaFactor+CableLoss-PreamplifierFactor 2.Pre-scan802.11b,802.11g,802.11n(HT20)and802.11n(HT40)mode,andfoundthe802.11bmodewhich itisworsecase,soonlyshowthetestdataforworsecase. Page48of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestVoltage:DC19V Ant.Pol.Horizontal TestMode:TX802.11bMode2412MHz Measurement=Readinglevel+CorrectFactor Page49of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestVoltage:DC19V Ant.Pol.Vertical TestMode:TX802.11gMode2412MHz Measurement=Readinglevel+CorrectFactor Page50of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestVoltage:DC19V Ant.Pol.Horizontal TestMode:TX802.11gMode2462MHz Measurement=Readinglevel+CorrectFactor Page51of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestVoltage:DC19V Ant.Pol.Vertical TestMode:TX802.11gMode2462MHz Measurement=Readinglevel+CorrectFactor Page52of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 3.7.SpuriousEmission(Radiated) Limit RadiatedEmissionLimits(9kHz~1000MHz) Frequency (MHz) FieldStrength (microvolt/meter) MeasurementDistance (meters) 0.009~0.4902400/F(KHz)300 0.490~1.70524000/F(KHz)30 1.705~30.03030 30~881003 88~2161503 216~9602003 Above9605003 RadiatedEmissionLimit(Above1000MHz) Frequency (MHz) DistanceMeters(at3m) PeakAverage Above10007454 Note: (1)Thetighterlimitappliesatthebandedges. (2)EmissionLevel(dBuV/m)=20logEmissionLevel(uV/m). TestConfiguration Below30MHzTestSetup Page53of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Below1000MHzTestSetup Above1GHzTestSetup TestProcedure 1.TheEUTwassetupandtestedaccordingtoANSIC63.10:2013 2.TheEUTisplacedonaturntablewhichis0.8meterabovegroundforbelow1GHz,and1.5mforabove1 GHz.Theturntableisrotated360degreestodeterminethepositionofthemaximumemissionlevel. 3.TheEUTwasset3metersfromthereceivingantenna,whichwasmountedonthetopofavariableheight antennatower. 4.Foreachsuspectedemission,theEUTwasarrangedtoitsworstcaseandthentunetheAntennatower (from1mto4m)andturntable(from0degreeto360degrees)tofindthemaximumreading.Apre-amp andahighpassfilterareusedforthetestinordertogetbettersignalleveltocomplywiththeguidelines. 5.SettothemaximumpowersettingandenabletheEUTtransmitcontinuously. 6.Usethefollowingspectrumanalyzersettings (1)Spanshallwideenoughtofullycapturetheemissionbeingmeasured; (2)Below1GHz: RBW=120kHz,VBW=300kHz,Sweep=auto,Detectorfunction=peak,…

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Page61of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestVoltage:DC19V Ant.Pol.Horizontal TestMode:TX802.11bMode2462MHz Measurement=Readinglevel+CorrectFactor Page62of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestVoltage:DC19V Ant.Pol.Vertical TestMode:TX802.11bMode2462MHz Measurement=Readinglevel+CorrectFactor Page63of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 3.8.ConductedEmission Limit ConductedEmissionTestLimit Frequency MaximumRFLineVoltage(dB  V) Quasi-peakLevelAverageLevel 150kHz~500kHz66~56*56~46* 500kHz~5MHz5646 5MHz~30MHz6050 Notes: (1)*Decreasinglinearlywithlogarithmofthefrequency. (2)Thelowerlimitshallapplyatthetransitionfrequencies. (3)Thelimitdecreaseinlinewiththelogarithmofthefrequencyintherangeof0.15to0.50MHz. TestConfiguration TestProcedure 1.TheEUTwassetupaccordingtoANSIC63.10:2013requirements. 2.TheEUTwasplacedonaplatformofnominalsize,1mby1.5m,raised0.1mabovetheconducting groundplane.Theverticalconductingplanewaslocated80cmtotherearoftheEUT.Allothersurfacesof EUTwereatleast0.8mfromanyothergroundedconductingsurface. 3.TheEUTandsimulatorsareconnectedtothemainpowerthroughalineimpedancesstabilizationnetwork (LISN).TheLISNprovidesa50ohm/50uHcouplingimpedanceforthemeasuringequipment. TheperipheraldevicesarealsoconnectedtothemainpowerthroughaLISN.(Pleaserefertotheblock diagramofthetestsetupandphotographs) 4.Eachcurrent-carryingconductoroftheEUTpowercord,excepttheground(safety)conductor,was individuallyconnectedthroughaLISNtotheinputpowersource. 5.TheexcesslengthofthepowercordbetweentheEUTandtheLISNreceptaclewerefoldedbackandforth atthecenteroftheleadtoformabundlenotexceeding40cminlength. 6.ConductedEmissionswereinvestigatedoverthefrequencyrangefrom0.15MHzto30MHzusingareceiver bandwidthof9kHz. 7.Duringtheabovescans,theemissionsweremaximizedbycablemanipulation. TestMode: Pleaserefertotheclause2.2. TestResults Pre-scan802.11b/g/n(HT20/HT40)modulation,andfoundthe802.11gmodulation2412MHzwhichitisworse case,soonlyshowthetestdataforworsecase. Page64of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestVoltage:AC120V/60Hz Terminal:Line TestMode:Charging+2.4GWIFI Remarks: 1.Measurement=ReadingLevel+CorrectFactor 2.Over=Measurement-Limit Page65of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. TestVoltage:AC120V/60Hz Terminal:Neutral TestMode:Charging+WIFI Remarks: 1.Measurement=ReadingLevel+CorrectFactor 2.Over=Measurement-Limit Page66of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 4.EUTTESTPHOTOS RadiatedEmissions(30MHz~1000MHz) RadiatedEmissions(Above1GHz) Page67of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. RFConducted ConductedEmission Page68of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. 5.PHOTOGRAPHSOFEUTCONSTRUCTIONAL ExternalPhotographs Page69of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page70of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page71of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page72of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page73of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. InternalPhotographs Page74of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. ANT Page75of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page76of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page77of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page78of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page79of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page80of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page81of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page82of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page83of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page84of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. Page85of85ReportNo.:KS2103S0521E KSIGN(Guangdong)TestingCo.,Ltd. **********************THEEND**********************

Model:MT-1000 RadiatedEmissions(30MHz~1000MHz) RadiatedEmissions(Above1GHz) RFConducted ConductedEmission