2BVLD-C201TAutomatic Cleaning Robot

PSA24317-NTPIF4-MuwayhPV2.35GW项目清扫机 器人安装说明 版本Versions:1.0 日期Date:2025/7/22 Page 1 /of 12 内容仅经许可后才能传递、使用或透露。蓝旭科技保留所有权利。 Thecontentsmayonlybepassedon,usedormadeknownwithourexpresspermission.©Solar-LIT-Allrightsreserved. 修订履历Documentmodificationrecord 修订日期 Revisiondate 版本 Versions 修订内容 Revisioncontent 修订人 Revisedby 2025/7/221.0 新增项目陈嘉圣 部门 Established Dept. 制订 Preparedby 审核 Checkedby 批准 Approvedby 发布部门 ReleaseDept. 实施日期 Implemented Date 技术中心研发中心 会签栏 接收部门 ReceivedDept ☐销售部 □ 运维部 □ 工程部 □ 技术部 □ 产品部 □ 制造部 PSA24317-NTPIF4-MuwayhPV2.35GW项目清扫机 器人安装说明 版本Versions:1.0 日期Date:2025/7/22 Page 2 /of 12 内容仅经许可后才能传递、使用或透露。蓝旭科技保留所有权利。 Thecontentsmayonlybepassedon,usedormadeknownwithourexpresspermission.©Solar-LIT-Allrightsreserved. □质量部□采购部□综合管理部□智能研发部 本说明是太阳能清洁机器人的一般指南。、 Thismanualservesasageneralguideforthesolar-poweredcleaningrobot. 安装前，请根据我们在相关包装中提供的零件清单检查所有组件是否准备就绪。 Beforeinstallation,pleaseverifyallcomponentsarereadybycheckingagainsttheparts listprovidedintherelevantpackaging. 第1部分：机器人装配 1.机器人整机基本安装完成，出货运送到现场需要安装挂轮和挂钩； Theprimaryphaseoftherobot'sassemblyhasbeencompleted.Installationofthe suspensionwheelsandhooksshallbeconductedfollowingshipmenttothefacility. 2.拆除包装，上端部件安装挂轮和上挂钩： De-packthesystemandaffixthehangingwheelsalongwiththeuppersuspensionhook tothedesignateduppermodule. Step1:安装行走轮和尼龙挂轮，使用内六角圆柱头螺钉（M6×30）和防松螺母（M6）锁紧挂轮； Step1:InstalltheWalkingWheelandHungingWheel.Securethehangingwheelsusingsocket headcapscrews(M6×30)andlocknuts(M6). PSA24317-NTPIF4-MuwayhPV2.35GW项目清扫机 器人安装说明 版本Versions:1.0 日期Date:2025/7/22 Page 3 /of 12 内容仅经许可后才能传递、使用或透露。蓝旭科技保留所有权利。 Thecontentsmayonlybepassedon,usedormadeknownwithourexpresspermission.©Solar-LIT-Allrightsreserved. Step2:确认挂钩状态，安装上防脱挂钩，使用内六角圆柱头组合螺钉（M6×16）锁紧，安装过程 注意挂钩朝向； Step2:Inspectthehookassemblystatus,thenproceedwiththeinstallationofthe anti-disengagementhookunit.Securetheassemblyusinghexsocketheadcombinationscrews (M6×16),ensuringproperorientationofthehookduringtheinstallationprocess. Step3:接近开关延长线由端板内侧经过线防尘密封圈引出，在外侧和风载接近开关对接，对接后 使用扎带将线固定在挂钩绑线孔上； Step3:Routetheproximityswitchextensioncablethroughthedust-proofsealingring ontheendplate'sinteriorside.Connectittothewind-loadproximityswitchonthe exteriorside,thensecurethecabletothehook'swire-bindingorificeusingcableties afterconnection. 行走轮 WalkingWheel 挂轮 HungingWheel PSA24317-NTPIF4-MuwayhPV2.35GW项目清扫机 器人安装说明 版本Versions:1.0 日期Date:2025/7/22 Page 4 /of 12 内容仅经许可后才能传递、使用或透露。蓝旭科技保留所有权利。 Thecontentsmayonlybepassedon,usedormadeknownwithourexpresspermission.©Solar-LIT-Allrightsreserved. 3.拆除包装，下端部件安装挂钩，使用内六角圆柱头组合螺钉（M6×16）锁紧； Step3:Removethepackaging,installthehookonthelowerassembly,andsecureitwith hexsocketheadcombinationscrews(M6×16). 4.拧上天线，螺纹拧紧。 Rotatetheantennaclockwiseuntilfullthreadengagementisachieved. 第2部分：将清洁机器人放在面板上 1.现场需要两个人来帮忙搬运，下端外罩无法受力（红色方框），注意避让，人员分布受力点如 过线防尘密封圈 Cablepassdustseal 绑线孔 Cabletiemount PSA24317-NTPIF4-MuwayhPV2.35GW项目清扫机 器人安装说明 版本Versions:1.0 日期Date:2025/7/22 Page 5 /of 12 内容仅经许可后才能传递、使用或透露。蓝旭科技保留所有权利。 Thecontentsmayonlybepassedon,usedormadeknownwithourexpresspermission.©Solar-LIT-Allrightsreserved. 下： 1.On-siteassistancefromtwopersonnelisrequiredfortransportation.Thelowercover isnon-load-bearing(asindicatedbytheredbox)andmustbeavoided.Personnelshould distributeforceexclusivelyatthedesignatedload-bearingpointsillustratedbelow. 2.小心抬起机器人，将上端挂轮扣在面板侧边缘上，确保挂轮和上端行走轮紧密接触面板金属边 框，防脱挂钩位于面板下方。 2.Carefullylifttherobotandengagetheupperhangingwheelsontothesideedgeof thepanel.Ensureboththehangingwheelsandtheuppertravelwheelsmaintainfullcontact withthemetalframeofthepanel,withtheanti-disengagementhookpositionedbeneath thepanel. 3.小心地缓慢下降机器人的下部，直到下行走轮接触到下端面板边缘金属边框。 3.Carefullyandslowlylowerthelowersectionoftherobotuntilthelowertravelwheels makefullcontactwiththemetalframeonthebottompaneledge. Support Support （侧视图） 行走轮 WalkingWheel 防脱挂钩 Anti-drophook 挂轮 HungingWheel PSA24317-NTPIF4-MuwayhPV2.35GW项目清扫机 器人安装说明 版本Versions:1.0 日期Date:2025/7/22 Page 6 /of 12 内容仅经许可后才能传递、使用或透露。蓝旭科技保留所有权利。 Thecontentsmayonlybepassedon,usedormadeknownwithourexpresspermission.©Solar-LIT-Allrightsreserved. 注意：请记住，操作时必须非常小心，以防光伏组件或机器人受损。 Important:Exerciseextremecautionduringoperationtopreventdamagetophotovoltaic modulesortherobotsystem. 3.停机位接近开关对位：确保停机位接近开关与停机位感应片基本对中，且两者竖向间距保持在 5~15mm。 4.ParkingPositionProximitySwitchAlignment:Ensuretheparkingpositionproximity switchisroughlycenteredwiththeinductionplate,maintainingaverticalclearance of5-15mmbetweenthem. 4. PSA24317-NTPIF4-MuwayhPV2.35GW项目清扫机 器人安装说明 版本Versions:1.0 日期Date:2025/7/22 Page 7 /of 12 内容仅经许可后才能传递、使用或透露。蓝旭科技保留所有权利。 Thecontentsmayonlybepassedon,usedormadeknownwithourexpresspermission.©Solar-LIT-Allrightsreserved. 5.停机位上轮挡杆、防风支架、感应片三者对位：确保机器人轮子顶住挡杆的时候，推杆可以顺 畅的推入防风支架，同时接近开关处于感应片上方不能脱离。 5.AlignmentofParkingPositionComponents(WheelStopper,WindproofBracket&Sensor Plate),Ensurewhentherobotwheelscontactthestopperbar: Thepushrodcansmoothlyengagethewindproofbracket Theproximityswitchremainspositionedabovethesensorplatewithoutdisengagement 6.返机位接近开关对位：确保停机位接近开关与停机位感应片基本对中，且两者竖向间距保持在 5~15mm。与第4步骤一致。 6.ReturnPositionProximitySwitchAlignment Ensurethereturnpositionproximityswitchisconcentricallyalignedwiththeinduction plate,maintainingaverticalclearanceof5-15mmbetweencomponents.（Note:Same technicalrequirementsasStep4） 停机位接近开关 停机位感应片 PSA24317-NTPIF4-MuwayhPV2.35GW项目清扫机 器人安装说明 版本Versions:1.0 日期Date:2025/7/22 Page 8 /of 12 内容仅经许可后才能传递、使用或透露。蓝旭科技保留所有权利。 Thecontentsmayonlybepassedon,usedormadeknownwithourexpresspermission.©Solar-LIT-Allrightsreserved. 第3部分：试跑前的检查 Part3:Pre-RunInspection(RobotinParkingPosition) 1.按下电源开关，机器人指示灯亮红灯自检，自检通过后机器人绿灯常亮，此时机器人状态正常 可运行。 1.Power-OnSelf-Test Pressthepowerbuttontoactivatetherobot Self-testsequence: RedLED=Systeminitializing(duration:≤30sec) GreenLED(steady)=Self-testpassed/Operationalready 2.检查接近开关与感应片相对位置是否正确。 2.ProximitySwitchAlignmentVerification Requiredalignment: •Sensor-to-targetgap:5-15mm(optimal:10mm) 3.在正确位置接近开关指示灯常亮。 3.SensorStatusConfirmation PSA24317-NTPIF4-MuwayhPV2.35GW项目清扫机 器人安装说明 版本Versions:1.0 日期Date:2025/7/22 Page 9 /of 12 内容仅经许可后才能传递、使用或透…

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ReportNo.:MTEB26030064-RPage1of29 ShenzhenMostTechnologyServiceCo.,Ltd. No.5,2ndLangshanRoad,NorthDistrict,Hi-techIndustrialPark,Nanshan, Shenzhen,Guangdong,China. TESTREPORT FCCRulesPart15.247 ReportReferenceNo........................: FCCID................................................: MTEB26040213-R 2BVLD-C201T Compiledby (position+printedname+signature)..:Fileadministrators EkaterinaZhang Supervisedby (position+printedname+signature)..:TestEngineerSunnyDeng Approvedby (position+printedname+signature)..: ManagerYvetteZhou Dateofissue.........................................:Apr.22,2026 RepresentativeLaboratoryName.:ShenzhenMostTechnologyServiceCo.,Ltd. Address ................................................. : EastA,1/F.,NewAolinFactoryBuiding,LangshanErlu,North Area,Hi-TechIndustrialPark,NanshanDistrict,Shenzhen, Guangdong,China Applicant’sname ............................... : XiamenLanxuIntelligentTechnologyCo.,Ltd. Address.................................................: Room101,No.65HongxiSouthRoad,Torch(Xiang'an)Industrial Zone.Xiamen,Fujian,China Testspecification/Standard ............ : FCCRulesPart15.247 TRFOriginator......................................:ShenzhenMostTechnologyServiceCo.,Ltd. ShenzhenMostTechnologyServiceCo.,Ltd.Allrightsreserved. Thispublicationmaybereproducedinwholeorinpartfornon-commercialpurposesaslongasthe ShenzhenMostTechnologyServiceCo.,Ltd.isacknowledgedascopyrightownerandsourceofthe material.ShenzhenMostTechnologyServiceCo.,Ltd.takesnoresponsibilityforandwillnotassume liabilityfordamagesresultingfromthereader'sinterpretationofthereproducedmaterialduetoits placementandcontext. Testitemdescription........................: AutomaticCleaningRobot TradeMark...........................: N/A Model/Typereference ......................... :SLW-C201T ListedModels ..................................... :SLW-XXXXX,LIT-C-T4M-P1-N,LIT-X-XXX-XX-X ModulationType..................................:GFSK OperationFrequency..........................:920.3–924.8MHz HardwareVersion....................................V2.0 SoftwareVersion.....................................V1.33 Rating ..................................................... :DC24V Result.....................................................:PASS ReportNo.:MTEB26040213-RPage 2 of 29 TESTREPORT EquipmentunderTest:AutomaticCleaningRobot Model/Type:SLW-C201T ListedModels:SLW-XXXXX,LIT-C-T4M-P1-N,LIT-X-XXX-XX-X Remark Thedifferencesamongthemareasfollows:theseriesmodelsonly varyinmodeldesignationandcolor;allotherspecificationsare identical. Applicant:XiamenLanxuIntelligentTechnologyCo.,Ltd. Address: Room101,No.65HongxiSouthRoad,Torch(Xiang'an)Industrial Zone.Xiamen,Fujian,China Manufacturer:XiamenLanxuIntelligentTechnologyCo.,Ltd. Address: Room101,No.65HongxiSouthRoad,Torch(Xiang'an)Industrial Zone.Xiamen,Fujian,China TestResult : PASS Thetestreportmerelycorrespondstothetestsample. Itisnotpermittedtocopyextractsofthesetestresultwithoutthewrittenpermissionofthetest laboratory. ReportNo.:MTEB26040213-RPage 3 of 29 Contents 1.REVISIONHISTORY.........................................................................................................................4 2.TESTSTANDARDS............................................................................................................................5 3.SUMMARY...............................................................................................................................................6 3.1.GeneralRemarks.........................................................................................................................................6 3.2.ProductDescription....................................................................................................................................6 3.3.EquipmentUnderTest................................................................................................................................6 3.4.ShortdescriptionoftheEquipmentunderTest(EUT)............................................................................6 3.5.EUToperationmode....................................................................................................................................7 3.6.BlockDiagramofTestSetup......................................................................................................................7 3.7.TestItem(EquipmentUnderTest)Description*.......................................................................................7 3.8.AuxiliaryEquipment(AE)Description.......................................................................................................7 3.9.AntennaInformation*..................................................................................................................................7 3.10.EUTconfiguration......................................................................................................................................8 3.11.Modifications..............................................................................................................................................8 4.TESTENVIRONMENT.......................................................................................................................9 4.1.Addressofthetestlaboratory...................................................................................................................9 4.2.Environmentalconditions...........................................................................................................................9 4.3.TestDescription.........................................................................................................................................10 4.4.Statementofthemeasurementuncertainty...........................................................................................10 4.5.EquipmentsUsedduringtheTest...........................................................................................................11 5.…

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ModelNo.:SLW-C201T RETESTSETUP RETESTSETUP

Prepared by: Xu Ying Approved by: Xu Kai TA Technology (Shanghai) Co., Ltd. Building 3, No.145, Jintang Rd, Pudong Shanghai, P.R.China TEL: +86-021-50791141/2/3 FAX: +86-021-50791141/2/3-8000 OTA TEST REPORT TA Technology (Shanghai) Co., Ltd. tested the above equipment in accordance with the requirements in ANSI/IEEE Std 149-2021. The test results show that the equipment tested is capable of demonstrating compliance with the requirements as documented in this report. Applicant Espressif Systems Product ESP ANT B Model ESP ANT B Report No. Y2302A0204-T1 Issue Date March 22, 2023 仅供 厦门蓝旭科技有限公司 OTA Test Report Report No: Y2302A0204-T1 TA Technology (Shanghai) Co., Ltd. TA-MB-04-008O P age 2 of 19 This report shall not be reproduced except in full, without the written approval of TA Technology (Shanghai) Co., Ltd. TABLE OF CONTENTS 1. Test Laboratory .............................................................................................................................. 3 1.1. Notes of the Test Report ................................................................................................... 3 1.2. Test Facility ....................................................................................................................... 3 1.3. Testing Location ................................................................................................................ 3 1.4. Laboratory Environment .................................................................................................... 3 2. General Description of Equipment Under Test .............................................................................. 4 2.1. Applicant and Manufacturer Information ............................................................................ 4 2.2. General Information ........................................................................................................... 4 2.3. Test Date ........................................................................................................................... 4 2.4. Received Date ................................................................................................................... 4 2.5. Applied Standards ............................................................................................................. 5 3. Test Conditions .............................................................................................................................. 6 3.1. Test Configuration ............................................................................................................. 6 3.2. Test Measurement ............................................................................................................. 6 4. Test Results ................................................................................................................................... 7 4.1. Gain and Efficiency ............................................................................................................ 7 4.2. Voltage Standing Wave Ratio (VSWR) .............................................................................. 8 4.3. Antenna S11 ...................................................................................................................... 9 5. Equipment List ............................................................................................................................. 10 ANNEX A: 2-D Pattern Plots .................................................................................................................... 11 ANNEX B: The EUT Appearance and Test Configuration........................................................................ 17 B.1 EUT Appearance ................................................................................................................... 17 B.2 Test Configuration ................................................................................................................. 19 仅供 厦门蓝旭科技有限公司 OTA Test Report Report No: Y2302A0204-T1 TA Technology (Shanghai) Co., Ltd. TA-MB-04-008O P age 3 of 19 This report shall not be reproduced except in full, without the written approval of TA Technology (Shanghai) Co., Ltd. 1. Test Laboratory 1.1. Notes of the Test Report This report shall not be reproduced in full or partial, without the written approval of TA Technology (Shanghai) Co., Ltd. The results documented in this report apply only to the tested sample, under the conditions and modes of operation as described herein .Measurement Uncertainties were not taken into account and are published for informational purposes only. This report is written to support regulatory compliance of the applicable standards stated above. 1.2. Test Facility A2LA (Certificate Number: 3857.01) TA Technology (Shanghai) Co., Ltd. has been listed by American Association for Laboratory Accreditation to perform measurement. 1.3. Testing Location Company: TA Technology (Shanghai) Co., Ltd. Address: Building 3, No.145, Jintang Rd, Pudong Shanghai, P.R.China City: Shanghai Post code: 201201 Country: P. R. China Contact: Xu Kai Telephone: +86-021-50791141/2/3 Fax: +86-021-50791141/2/3-8000 Website: http://www.ta-shanghai.com E-mail: [email protected] 1.4. Laboratory Environment Temperature Min. =19°C，Max. = 25°C Relative humidity Min. =40%，Max. =72% Shield effect 0.7-6GHz > 100dB Ground resistance <0.5Ω 仅供 厦门蓝旭科技有限公司 OTA Test Report Report No: Y2302A0204-T1 TA Technology (Shanghai) Co., Ltd. TA-MB-04-008O P age 4 of 19 This report shall not be reproduced except in full, without the written approval of TA Technology (Shanghai) Co., Ltd. 2. General Description of Equipment Under Test 2.1. Applicant and Manufacturer Information Applicant Name Espressif Systems Applicant address #101, Block 2, 690 Bibo Road, Zhang Jiang High-Tech Park, Shanghai, China Manufacturer Name Espressif Systems Manufacturer address #101, Block 2, 690 Bibo Road, Zhang Jiang High-Tech Park, Shanghai, China 2.2. Gen…

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Product specification P/N: 31575097 Rev.: X1 Page: 1 / 6 记录管制编号：FM-QE-E-02-00 1. Antenna specification Antenna specification Electrical specification ItemSpecificationComment Freq. range Impedanc 868-915(MHz) e50 (Ω) VSWR≤2.5 DirectionalOmni directional PolarizationVertical Peak gain 8.69DBI Test conditionpassive test Total efficiency915(MHz)＞35% Antenna typ Mechanical Specification eGLASS-ANTENNA Connector typeN-J RF cable typeRG316 Connector torque testN/A Connector pull test≥3Kgf Salt spray48 (H) Operating tem Environmental specification p-40°C～+80°C Storage temp-40°C～+85°C Product specifi cati on P/N : 31575097 Rev.: X1 Page: 2 / 6 记录管制编号：FM-QE-E-02-00 2. Antenna picture 此处插入天线图片 A 321 A B C D E 321 B C D E 1:1 A4 mm GENERAL TOLERANCE SCALE: UNIT: SIZE: DRAWN: CHECK:APPROVE: DATE:DATE:DATE: DWG.NO: PARTS NO.(INTENDED USE): TITLE: REV. A SHEET: 1/1 ECN191926 ECN NUMBER APPROVED REV. CHECKED DRAWN DATE DESCRIPTION A 600-V700-01 81800V700 ELECTRICCONNECTORTECHNOLOGY XX.° ± 2° X.° ± 1° .X° ± 0.5° XX .± 1.00 X. ± 0.50 .X ± 0.30 .XX ± 0.15 zhang 08/29'24 08/29'24 zhang DING YINGJIE NOTES: 1. Tin wire: Purun SA305, diameter 0.6mm 2. Material: brass, surface gold plating greater than 1u ". 3. Cable and SMA must pass a 1.00KG tensile test after assembly. 4. Dimensions marked with" "are QC key inspection dimensions. 5. The product must comply with our company's ROHS and other related testing requirements. 6. Full inspection: open circuit, short circuit tester: conductivity tester 1 NO Q'TY MATERIAL / FINISH 1 ABS 2 1 3 1 ITEM CAP Bushing 915Mhz-antenna L=1000MM ∅ 22mm *68mm AL Nickel plating 4 1 Main body ∅ 20mm*L1000 GLASS GREY Connector N-J Gu nickel plating 20±0.5 868-915 characters are 868-915 laser glue 5/8-24UNEF-2B N-J 1 3 4 glue 2 1000±10 Product specifi cati on P/N : 31575097 Rev.: X1 Page: 4 / 6 记录管制编号：FM-QE-E-02-00 4. Antenna test result 4.1 The matching circuits 4.2 Return loss/Smith chart/VSWR ElementValue E1( 0201)NC E2( 0201)0Ω E3( 0201)NC E4( 0201) 0 Ω Product specifi cati on P/N : 31575097 Rev.: X1 Page: 5 / 6 记录管制编号：FM-QE-E-02-00 4.3 The gain and total efficiency test 4.3.1 The definition of coordinate sy st em/-Satimo SG24 The coordinate system of Chamber The production test position 4.3.2 The test resu lt of total efficiency and total gain Product specifi cati on P/N : 31575097 Rev.: X1 Page: 6 / 6 记录管制编号：FM-QE-E-02-00 840MHz-920MHz XOYYOZXOZ 4.3.4 The antenna radiation pattern(3D View)（3 D View） Frequency868MHz Fr equ en cyEfficien cy(%)Gain (dBi ) 840MH z43%8.38 850MH z49%8.65 860MH z48%8.02 870MH z55%7.69 880MH z52%7.98 890MH z40%8.15 900MH z43%8.23 910MH z45%8.23 920MH z42%8.65 930MH z43%8.69 AVG47%8.45

ReportNo.:MTEB26040213-R1Page 39 of 41 IEEE802.11n_20MHz_Channel1IEEE802.11n_20MHz_Channel6 IEEE802.11n_20MHz_Channel11IEEE802.11n_40MHz_Channel3 IEEE802.11n_40MHz_Channel6IEEE802.11n_40MHz_Channel9 ReportNo.:MTEB26040213-R1Page 40 of 41 APPENDIXVI.PowerSpectralDensity TestResult ModeChannel PSD (dBm/3kHz) Ant.0 DutyCycle Factor(dB) PSD (dBm/3kHz) Limit (dBm/3kHz) Result IEEE802.11b 13.9900.13274.1227 ≤8 PASS 6-3.1100.1332-2.9768PASS 11-8.8300.1327-8.6973PASS IEEE802.11g 1-12.9202.1882-10.7318PASS 6-4.0502.321-1.729PASS 11-12.4202.3158-10.1042PASS IEEE 802.11n_20 1-12.4602.5814-9.8786PASS 6-7.3802.579-4.801PASS 11-11.4602.579-8.881PASS IEEE 802.11n_40 3-19.5504.6942-14.8558PASS 6-10.4404.6801-5.7599PASS 9-18.4504.8241-13.6259PASS TestGraphs IEEE802.11b_Channel1_20MHz_Antenna0IEEE802.11b_Channel6_20MHz_Antenna0 IEEE802.11b_Channel11_20MHz_Antenna0IEEE802.11g_Channel1_20MHz_Antenna0 IEEE802.11g_Channel6_20MHz_Antenna0IEEE802.11g_Channel11_20MHz_Antenna0 ReportNo.:MTEB26040213-R1Page 41 of 41 IEEE802.11n_Channel1_20MHz_Antenna0IEEE802.11n_Channel6_20MHz_Antenna0 IEEE802.11n_Channel11_20MHz_Antenna0IEEE802.11n_Channel3_40MHz_Antenna0 IEEE802.11n_Channel6_40MHz_Antenna0IEEE802.11n_Channel9_40MHz_Antenna0 **********************EndofReport**********************

ReportNo.:MTEB26040213-R1Page 34 of 41 TestGraphs In-BandReferenceLevel IEEE802.11b_Channel1_20MHz_Antenna0 OutOfBandEmission IEEE802.11b_Channel1_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11b_Channel1_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11b_Channel6_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11b_Channel6_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11b_Channel11_20MHz_Antenna0 OutOfBandEmission IEEE802.11b_Channel11_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11b_Channel11_20MHz_Antenna0 ReportNo.:MTEB26040213-R1Page 35 of 41 In-BandReferenceLevel IEEE802.11g_Channel1_20MHz_Antenna0 OutOfBandEmission IEEE802.11g_Channel1_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11g_Channel1_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11g_Channel6_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11g_Channel6_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11g_Channel11_20MHz_Antenna0 OutOfBandEmission IEEE802.11g_Channel11_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11g_Channel11_20MHz_Antenna0 ReportNo.:MTEB26040213-R1Page 36 of 41 In-BandReferenceLevel IEEE802.11n_Channel1_20MHz_Antenna0 OutOfBandEmission IEEE802.11n_Channel1_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11n_Channel1_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11n_Channel6_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11n_Channel6_20MHz_Antenna0 In-BandReferenceLevel IEEE802.11n_Channel11_20MHz_Antenna0 OutOfBandEmission IEEE802.11n_Channel11_20MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11n_Channel11_20MHz_Antenna0 ReportNo.:MTEB26040213-R1Page 37 of 41 In-BandReferenceLevel IEEE802.11n_Channel3_40MHz_Antenna0 OutOfBandEmission IEEE802.11n_Channel3_40MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11n_Channel3_40MHz_Antenna0 In-BandReferenceLevel IEEE802.11n_Channel6_40MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11n_Channel6_40MHz_Antenna0 In-BandReferenceLevel IEEE802.11n_Channel9_40MHz_Antenna0 OutOfBandEmission IEEE802.11n_Channel9_40MHz_Antenna0 30.0MHz-25000.0MHz IEEE802.11n_Channel9_40MHz_Antenna0 ReportNo.:MTEB26040213-R1Page 38 of 41 APPENDIXV.DutyCycle TestResult Mode Data rates ChannelAntenna OnTime (ms) Period (ms) Duty Cycle (%) Duty Cycle (linear) Duty Cycle Factor (dB) 1/T IEEE 802.11b 11 1 1 0.9370.96696.990.96990.13271.0672 60.9370.96696.980.96980.13321.0672 110.9370.96696.990.96990.13271.0672 IEEE 802.11g 54 10.1770.29360.420.60422.18825.6497 60.1770.30258.600.58602.3215.6497 110.1770.30258.670.58672.31585.6497 IEEE 802.11n_20 MCS7 10.1650.29955.190.55192.58146.0606 60.1650.29955.220.55222.5796.0606 110.1650.29955.220.55222.5796.0606 IEEE 802.11n_40 30.1010.29833.930.33934.69429.9010 60.1010.29834.040.34044.68019.9010 90.1010.30732.930.32934.82419.9010 TestGraphs IEEE802.11b_20MHz_Channel1IEEE802.11b_20MHz_Channel6 IEEE802.11b_20MHz_Channel11IEEE802.11g_20MHz_Channel1 IEEE802.11g_20MHz_Channel6IEEE802.11g_20MHz_Channel11

ShenzhenMostTechnologyServiceCo.,Ltd. No.5,2ndLangshanRoad,NorthDistrict,Hi-techIndustrialPark,Nanshan, Shenzhen,Guangdong,China. FCCPART15SUBPARTCTESTREPORT FCCPART15.247 ReportReferenceNo........................: FCCID.................................................: MTEB26040213-R1 2BVLD-C201T Compiledby (position+printedname+signature) .. :FileadministratorsAlisaLuo Supervisedby (position+printedname+signature)..:TestEngineerSunnyDeng Approvedby (position+printedname+signature) .. : ManagerYvetteZhou Dateofissue ......................................... :Apr.22,2026 RepresentativeLaboratoryName . :ShenzhenMostTechnologyServiceCo.,Ltd. Address.................................................: No.5,2ndLangshanRoad,NorthDistrict,Hi-techIndustrialPark, Nanshan,Shenzhen,Guangdong,China. Applicant’sname...............................: XiamenLanxuIntelligentTechnologyCo.,Ltd. Address ................................................. : Room101,No.65HongxiSouthRoad,Torch(Xiang'an)Industrial Zone.Xiamen,Fujian,China Testspecification..............................: Standard................................................:FCCPart15.247 TRFOriginator......................................:ShenzhenMostTechnologyServiceCo.,Ltd. ShenzhenMostTechnologyServiceCo.,Ltd.Allrightsreserved. Thispublicationmaybereproducedinwholeorinpartfornon-commercialpurposesaslongastheShenzhen MostTechnologyServiceCo.,Ltd.isacknowledgedascopyrightownerandsourceofthematerial.Shenzhen MostTechnologyServiceCo.,Ltd.takesnoresponsibilityforandwillnotassumeliabilityfordamages resultingfromthereader'sinterpretationofthereproducedmaterialduetoitsplacementandcontext. Testitemdescription........................: AutomaticCleaningRobot TradeMark............................................: N/A Model/Typereference.........................:SLW-C201T ListedModels......................................:SLW-XXXXX,LIT-C-T4M-P1-N,LIT-X-XXX-XX-X ModulationType .................................. :b:DSSS g/n:OFDM OperationFrequency..........................:From2412MHz~2462MHz HardwareVersion....................................V2.0 SoftwareVersion ..................................... V1.33 Rating ..................................................... :DC24V Result ..................................................... :PASS ReportNo.:MTEB26040213-R1Page 2 of 41 TESTREPORT EquipmentunderTest:AutomaticCleaningRobot Model/Type:SLW-C201T ListedModels:SLW-XXXXX,LIT-C-T4M-P1-N,LIT-X-XXX-XX-X Remark Thedifferencesamongthemareasfollows:theseriesmodelsonly varyinmodeldesignationandcolor;allotherspecificationsare identical. Applicant:XiamenLanxuIntelligentTechnologyCo.,Ltd. Address: Room101,No.65HongxiSouthRoad,Torch(Xiang'an)Industrial Zone.Xiamen,Fujian,China Manufacturer:XiamenLanxuIntelligentTechnologyCo.,Ltd. Address: Room101,No.65HongxiSouthRoad,Torch(Xiang'an)Industrial Zone.Xiamen,Fujian,China TestResult:PASS Thetestreportmerelycorrespondstothetestsample. Itisnotpermittedtocopyextractsofthesetestresultwithoutthewrittenpermissionofthetest laboratory. ReportNo.:MTEB26040213-R1Page 3 of 41 Contents 1REVISIONHISTORY...........................................................................................................................4 2TESTSTANDARDS..............................................................................................................................5 3SUMMARY.................................................................................................................................................6 3.1GeneralRemarks..........................................................................................................................................6 3.2ProductDescription.....................................................................................................................................6 3.3EquipmentUnderTest.................................................................................................................................6 3.4ShortdescriptionoftheEquipmentunderTest(EUT).............................................................................6 3.5EUToperationmode.....................................................................................................................................6 3.6BlockDiagramofTestSetup.......................................................................................................................7 3.7TestItem(EquipmentUnderTest)Description*........................................................................................7 3.8AuxiliaryEquipment(AE)Description........................................................................................................7 3.9AntennaInformation*...................................................................................................................................7 3.10RelatedSubmittal(s)/Grant(s).................................................................................................................7 3.11Modifications...............................................................................................................................................8 3.12EUTconfiguration...................…

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