2ASEU-ML6Camping Light

P6R Core/P7R Core ML6 Connect WL +1x+1x+1x+1x +1x OFF OFF WhiteRedWhite blinkRed blink ≤5sec≤5sec +1x >5sec>5sec OFF >1sec hold Factory Setting >1sec hold >2sec hold OR 18650 1. 2. 3. + － Power Low PowerMid Power 1x Click Click +1x PowerLow PowerMid Power 1x+1x White Red hold hold 2x Blink=100% Blink=10% Power 10%100% 100%10% Low Power Low Power Boost >1 min 2x ≤0.5sec ≤0.5sec White Red OFF RedYellowGreen ! Magnetic Charge System Blink ! 5V RedGreen OFF >1sec hold ML6 Connect WL Ledlenser GmbH & Co. KG Kronenstr . 5-7 • 42699 Solingen • Germany Phone +49 212/5948-0 Fax +49 212/5948-200 [email protected] ML6 Connect WL _V.01 15.06.20201J12A0360 ledlenser.com Remote Control Transportation Lock Battery Indic ator Battery Replacement 1x Ledlenser Connect App Remote Control Menu + = = = 1x Remote control >10% Green <10% Red 1. 2. 3. 4. OFF ON Ledlenser Connect + Ledlenser Connect App Boost Tactic al Strobe Select Special Function App >8sec hold 2x Red blink Factory Setting 2x ≤0.5sec OFF 4x Red blink 4x Red blink 2x ≤0.5sec >1sec hold >1sec hold + + + + － >1sec hold This device complies with Part 15 of the FCC Rules. Operation is subject to the followinng 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. 2. Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. Note:This equipment has been tested and found to comply with the limits for a class B digital device,pursuant to Part 15 of the FCC Rules. These limits are designed to providede reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequence energy and,if not installed and used in accordance with the instructions,may cause harmful interference to radio communications.However,there is no guarantee that interference will not accorr in a particular installation.if this equipmemt 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: - Reorient or relocate the receiving antenna. - Increase the separation between the equipment and receiver. - Connect the equipment into an autlet on a circuit different from that to which the receiver is connectec. - Consult the dealer or an experienced radio/TV technician for help. The device has been evaluated to meet general RF exposure requirement. The devicecan be used in portable exposure condition without restriction.

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 LedlenserCorporationLtd. (2020-07-25) To:BVCPS,INC. 775MontagueExpressway, Milpitas,CA95035 USA DearSir/Madam, Re:ProductCertificationRepresentativeAuthorizationLetter We,_____LedlenserCorporationLtd.___herebyauthorize BVCPS,Inc.toactasaCertificationBodyforcertifyingfor thefollowingproject(s): Product::CampingLight M/N:ML6ConnectWL FCCID:2ASEU-ML6 Sincerely, LiZhengXiang SCMEngineer LedlenserCorporationLtd. No.25,Yudong1Road,DongchengTown,YangdongDistrict,YangjiangCity, GD,529931,China

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 LedlenserCorporationLtd. (2020-07-25) To: FederalCommunicationsCommission AuthorizationandEvaluationDivision 7435OaklandMillsRoad Columbia,MD Subject:PermanentConfidentialityRequestforFCCID:2ASEU-ML6 Pursuanttosections0.457and0.459ofCFR47,werespectfullyrequestpermanent confidentialtreatmentofthefollowingExhibitsaccompanyingthisapplicationas: -BlockDiagram -Schematics -OperationalDescription Theabovematerialscontaintradesecretsandproprietaryinformationnotcustomarily releasedtothepublic.Thepublicdisclosureofthesematerialsmaybeharmfultothe applicantandprovideunjustifiedbenefitstoitscompetitors. Theapplicantunderstandsthatdisclosureofthisapplicationandallaccompanying documentationwillnotbemadebeforethedateoftheGrantforthisapplication. Sincerely, LiZhengXiang SCMEngineer LedlenserCorporationLtd. No.25,Yudong1Road,DongchengTown,YangdongDistrict,YangjiangCity,GD,529931, China

ML6 CONNECT_502201RMA0 US 专用 区域 ZONE 版本 REV. 变更描述 日期 DESCRIPTION DATE 修改者 EDITED
BY ① 1:1 重量WEIGHT(g) LL-QP-013 02 B- 10321 B B 12310 V0 mm / ② ③ / 本激光图还适用如下品号 半成品品号 Product NO. 序号NO. ① ② ③ This drawing is applicable to following product NO. 技术要求 Technical requirements: 1、激光内容清晰易读，不得有重影、色差、倾斜； The laser content should be clear and easy to read, no ghosting, color difference, tilt; 2、二维码系列流水号字体为 DIN Next W1G Regular；5pt The QR serial number typeface: DIN Next W1G Regular;5pt 3、产品二维码及对应系列流水号（YYMMXXXXXX）在生产时由产线直接替换，规则如下：YY代表年份（年份的最后两位数字）， MM代表月份（2位数），XXXXXX代表此年此月的生产随机流水号(由6位数的数字随机组成)。 例：一个产品在2017年05月生产并需激光二维码，则其二维码的系列流水号可以为1705000001； Product QR code and serial number (YYMMXXXXXX) are replaced in production, the rules are as following: YY is year (last two digits), MM is month of production and XXXXXX is a random number (It's a random six-digit number). Example: a product is produced in May 2017 and requires a laser QR code, the random serial number of the QR code can be 1705000001; 4、未注公差:±0.3mm；Unmarked tolerance:±0.3mm; 5、合理包装，保护零件；Require reasonable package to protect components; 6、检验标准依照:SIP文件，零件必须符合有害物质管理指引要求； Inspection standard according to :SIP document,the part must meet the HSF Control Guidline requirements; 7、★表示重要尺寸,★★表示关键尺寸,①-⑨为修改区域； ★represents importance dimensions,★★ represents critical dimensions,①-⑨ are modify areas. H502201RMA0_LA_02 装配半成品激光1:2示意图 H502201RMA0 H502201RMA0 YYMMXXXXXX 激光内容2:1 ML6 Connect WL ★★18.7 44.96 1 . 8 5 1 9 1 . 5 7 5 13.13 +0.3 ★14.1 4 5 44.96 +0.3 9 -0 4 -0 15.43 ML6 Connect
WL YYMMXXXXXX YYMMXXXXXX ML6 Connect WL FCC ID:2ASEU-ML6 22 12 7.5pt 7.5pt

ANTENNA

RFEXPOSUREEVALUATION EUTSpecification EUTCampingLight ModelNumberML6ConnectWL FCCID2ASEU-ML6 Antennagain(Max)2.7dBi OperationFrequency2402-2480MHz InputRatingDC3.63VBattery ClassificationPer StipulatedTestStandard §15.247(i),§2.1093 KindofDevice:BluetoothVer.5.0 ModulationGFSK Max.outputpower-1.45dBm(0.0007W) TestRequirement: Accordingto§15.247(i)and§1.1307(b)(1),systemsoperatingunderthe provisionsofthissectionshallbeoperatedinamannerthatensuresthatthe publicisnotexposedtoradiofrequencyenergylevelinexcessofthe Commission’sguidelines. RoutineSARevaluationreferstothatspecificallyrequiredby§2.1093,using measurementsorcomputersimulation.WhenroutineSARevaluationisnot required,portabletransmitterswithoutputpowergreaterthantheapplicable lowthresholdrequireSARevaluationtoqualityforTCBapproval. OneantennaisavailablefortheEUT.Theminimumseparationdistanceis 5mm. BTDTS: AccordingtoKDB447498,nostand-alonerequiredforBTantenna,andno simultaneousSARmeasurementisrequired. Signature: AlanHe Date:2020-07-25 Transmit Frequency (MHz) Mode Measured Power (dBm) Tuneup Power (dBm) Maxtuneup power(dBm) Calculation Result 1-g SAR 2402GFSK-1.45-1±100.3099683 2440GFSK-1.57-1±100.3124743 2480GFSK-1.65-2±1-10.2501733

ReportNo.:EA2006511F090011of55 TRFNo.FCCPart15.247/AVer.1.0 ELECTROMAGNETICEMISSIONSCOMPLIANCEREPORT FCCPART15SUBPARTCREQUIREMENT OF CampingLight ModelNo.:ML6ConnectWL Trademark: FCCID:2ASEU-ML6 ReportNo.:EA2006511F09001 IssueDate:July21,2020 Preparedfor LedlenserCorporationLtd. No.25,Yudong1Road,DongchengTown,YangdongDistrict,Yangjiang City,GD,529931,China Preparedby DongGuanAnciElectronicTechnologyCo.,Ltd. 1-2Floor,BuildingA,No.11,Headquarters2Road,Songshan,LakeHi-tech IndustrialDevelopmentZone,DongguanCity,GuangdongPr.,China.. Thisreportshallnotbereproduced,exceptinfull,withoutthewrittenapprovalof DongGuanAnciElectronicTechnologyCo.,Ltd. ReportNo.:EA2006511F090012of55 TRFNo.FCCPart15.247/AVer.1.0 VERIFICATIONOFCOMPLIANCE Applicant:LedlenserCorporationLtd. No.25,Yudong1Road,DongchengTown,YangdongDistrict, YangjiangCity,GD,529931,China Manufacturer:LedlenserCorporationLtd. No.25,Yudong1Road,DongchengTown,YangdongDistrict, YangjiangCity,GD,529931,China ProductDescription:CampingLight TradeMark: ModelNumber:ML6ConnectWL Weherebycertifythat: TheaboveequipmentwastestedbyDongGuanAnciElectronicTechnologyCo.,Ltd. Thetestdata,dataevaluation,testprocedures,andequipmentconfigurationsshown inthisreportweremadeinaccordancewiththeproceduresgiveninANSI C63.10-2013andtheenergyemittedbythesampleEUTtestedasdescribedinthis reportisincompliancewithconductedandradiatedemissionlimitsofFCCRulesPart 15.247(2019). DateofTest:July04,2020toJuly20,2020 Preparedby: TomasYang/Editor Approved&AuthorizedSigner: AlanHe/Manager ReportNo.:EA2006511F090013of55 TRFNo.FCCPart15.247/AVer.1.0 ModifiedInformation VersionSummaryRevisionDateReportNo. Ver.1.0OriginalReport/EA2006511F09001 ReportNo.:EA2006511F090014of55 TRFNo.FCCPart15.247/AVer.1.0 TableofContents 1.GENERALINFORMATION.............................................................................................................6 1.1PRODUCTDESCRIPTION..............................................................................................................................6 1.2TESTMETHODOLOGY .................................................................................................................................. 6 2.TESTFACILITY................................................................................................................................7 3.DESCRIPTIONOFTESTMODES.................................................................................................8 4.SUMMARYOFTESTRESULTS.................................................................................................10 6DBBANDWIDTHMEASUREMENT..............................................................................................10 5.TESTSYSTEMUNCERTAINTY..................................................................................................11 6.CONDUCTEDEMISSIONSTEST................................................................................................12 6.1MEASUREMENTPROCEDURE:....................................................................................................................12 6.2TESTSET-UP(BLOCKDIAGRAMOFCONFIGURATION)...........................................................................12 6.3MEASUREMENTEQUIPMENTUSED: ........................................................................................................... 12 6.4CONDUCTEDEMISSIONLIMIT....................................................................................................................12 6.5MEASUREMENTRESULT:...........................................................................................................................13 7.RADIATEDEMISSIONTEST.......................................................................................................16 7.1MEASUREMENTPROCEDURE ..................................................................................................................... 16 7.2TESTSET-UP(BLOCKDIAGRAMOFCONFIGURATION)...........................................................................18 7.3MEASUREMENTEQUIPMENTUSED:...........................................................................................................19 7.4RADIATEDEMISSIONLIMIT ......................................................................................................................... 20 7.5MEASUREMENTRESULT..........................................................................................................................21 7.6RADIATEDMEASUREMENTPHOTOS:........................................................................................................27 8.6DBBANDWIDTHMEASUREMENT..........................................................................................28 8.1MEASUREMENTPROCEDURE ..................................................................................................................... 28 8.2TESTSET-UP(BLOCKDIAGRAMOFCONFIGURATION)...........................................................................28 8.3MEASUREMENTEQUIPMENTUSED:..........................................................................................................28 8.4LIMIT ........................................................................................................................................................... 28 8.5MEASUREMENTRESULTS:..........................................................................................................................28 9.MAXIMUMPEAKOUTPUTPOWERTEST...............................................................................31 9.1MEASUREMENTPROCEDURE.....................................................................................................................31 9.2TESTSET-UP(BLOCKDIAGRAMOFCONFIGURATION) ........................................................................... 31 9.3MEASUREMENTEQUIPMENTUSED:..........................................................................................................31 9.4PEAKPOWEROUTPUTLIMIT..................................…

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