TEST REPORT IEC 62368-1 Audio/video, Information And .

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Test Report issued under the responsibility of:TEST REPORTIEC 62368-1Audio/video, information and communication technology equipmentPart 1: Safety requirementsReport Number . :171100201Date of issue . :2018-02-20Total number of pages . :52Applicant’s name . :eldoLED B.V.Address . :Science Park Eindhoven 51255692 ED SonThe NetherlandsTest specification:Standard. :IEC 62368-1:2014 (Second Edition)Test procedure . :CB SchemeNon-standard test method . :N/ATest Report Form No. . :IEC62368 1BTest Report Form(s) Originator . :UL(US)Master TRF . :2014-03Copyright 2014 Worldwide System for Conformity Testing and Certification of ElectrotechnicalEquipment and Components (IECEE), Geneva, Switzerland. All rights reserved.This publication may be reproduced in whole or in part for non-commercial purposes as long as the IECEE is acknowledged as copyrightowner and source of the material. IECEE takes no responsibility for and will not assume liability for damages resulting from the reader'sinterpretation of the reproduced material due to its placement and context.If this Test Report Form is used by non-IECEE members, the IECEE/IEC logo and the reference to the CB Schemeprocedure shall be removed.This report is not valid as a CB Test Report unless signed by an approved CB Testing Laboratory andappended to a CB Test Certificate issued by an NCB in accordance with IECEE 02.General disclaimer:The test results presented in this report relate only to the object tested.This report shall not be reproduced, except in full, without the written approval of the Issuing CB TestingLaboratory. The authenticity of this Test Report and its contents can be verified by contacting the NCB,responsible for this Test Report.

Page 3 of 52Report No.171100201List of Attachments (including a total number of pages in each attachment):ATTACHMENT I – European DeviationsSummary of testing:Tests performed (name of test and test clause):Full testing by Mr. S. Aghalaj on model: eldoLED BT-L2C1Testing location:KIWA Nederland B.V.Wilmersdorf 507327 AC ApeldoornThe NetherlandsSummary of compliance with National Differences:List of countries addressed – European CountriesThe product fulfils the requirements as mentioned inside this test report.Copy of marking plate:The artwork below may be only a draft. The use of certification marks on a product must be authorized by therespective NCBs that own these marks.IEC62368 1B

Page 4 of 52Pictures:Model eldoLED BT-L2C1 - With Remote Antenna, type LineareldoLED BT-L2C1 - With Remote Antenna, type LinearOverview eldoLED BT-L2C1IEC62368 1BReport No.171100201

Page 5 of 52AntennaPrinting Wiring Board front sideIEC62368 1BReport No.171100201

Page 6 of 52Printing Wiring Board back sideModel eldoLED BT-S1C1 - No Remote Antenna, type StandaloneeldoLED BT-S1C1 - No Remote Antenna, type StandaloneIEC62368 1BReport No.171100201

Page 7 of 52Overview eldoLED BT-S1C1Front / Back side enclosureIEC62368 1BReport No.171100201

Page 8 of 52Model eldoLED BT-L1C1 - No Remote Antenna, type LineareldoLED BT-L1C1 - No Remote Antenna, type LinearOverview eldoLED BT-L2C1IEC62368 1BReport No.171100201

Page 9 of 52Report No.171100201TEST ITEM PARTICULARS:Classification of use by . :Ordinary personInstructed personSkilled personChildren likely to be presentSupply Connection . :AC MainsDC MainsExternal Circuit - not Mains connectedES1ES2ES3Supply % Tolerance . : 10%/-10% 20%/-15% %/ - %N/ASupply Connection – Type . :pluggable equipment type A non-detachable supply cordappliance couplerdirect plug-inmating connectorpluggable equipment type B non-detachable supply cordappliance couplerpermanent connectionmating connectorother: powered by ES1Considered current rating of protective device as part A;of building or equipment installation . : Installation location:Equipment mobility . :Over voltage category (OVC) . ationaryfor building-indirect plug-inrack-mountingCeiling-mountedwall-mountedOVC IOVC IIOVC IIIOVC IVother: noneClass of equipment . :Class IClass IIAccess location . :restricted access locationN/APollution degree (PD) . :PD 1PD 3PD 2Class IIIManufacturer’s specified maxium operating ambient : 50 CIP protection class . :IPX0Power Systems . :TNAltitude during operation (m) . :2000 m or lessmAltitude of test laboratory (m) . :2000 m or lessmMass of equipment (kg) . :max. 14 kgIEC62368 1BIP20TTIT - V L-L

Page 10 of 52Report No.171100201POSSIBLE TEST CASE VERDICTS:- test case does not apply to the test object . : N/A- test object does meet the requirement . : P (Pass)- test object does not meet the requirement . : F (Fail)TESTING:EUT Number . : 7380, 7381, 7382, 7383, 7384Date of receipt of test item . : 2018-01-16Date (s) of performance of tests . : 2018-01-18 to 2018-01-24GENERAL REMARKS:"(See Enclosure #)" refers to additional information appended to the report."(See appended table)" refers to a table appended to the report.Throughout this report acomma /point is used as the decimal separator.General disclaimer KIWA:This report may only be duplicated as a complete set without any modifications and with permission of the legitimate owner.The test results in this report are exclusively related to the samples offered and tested.Tests marked in this report with the IRN number are part of the accreditation scope (RvA L248) unless stated differently. Seeseparate Annex A.With regard to measurement uncertainty information please check our website.Conclusions for compliance with e.g. product standard requirements are not part of the lab scope (RvA L248).In case of dispute regarding this test report please contact Kiwa Nederland BV.Manufacturer’s Declaration per sub-clause 4.2.5 of IECEE 02:The application for obtaining a CB Test Certificateincludes more than one factory location and adeclaration from the Manufacturer stating that thesample(s) submitted for evaluation is (are)representative of the products from each factory hasbeen provided . :YesNot applicableWhen differences exist; they shall be identified in the General product information section.Name and address of factory (ies) . :eldoLED B.V.Science Park Eindhoven 51255692 ED SonThe NetherlandsGENERAL PRODUCT INFORMATION:Product Description – The Bluetooth radio module BT OEM series models BT-C1L1 (build-in antenna), L2C1 (external antenna) andS1C1 (build-in antenna) rated 5 Vdc and mac. 20 mA must be connected to an eldoLED driver via the two-wiredigital LEDcode connection an create a mesh network.The mesh network allows wireless control via a lighting control app on a mobile device.The Bluetooth radio module BT OEM series models BT-C1L1, L2C1 and S1C1 are capable of running withpower coming only from the LEDcode bus DC supply (Build-in the LED Driver) , only the Bluetooth radiomodule BT OEM series models BT-C1L1, L2C1 and S1C1 are part of this evaluation and must always beconnected to an eldoLED driver.IEC62368 1B

Page 11 of 52Report No.171100201Model Differences –SeriesBT dVoltageRatedCurrentTrademark5 VdcMax. 20 mAEldoLEDChipExternal pifaChipEnclosureTypeLinearLinearStandaloneModels BT-L1C1 and BT-S2C1 were used for testing,Additional application considerations – (Considerations used to test a component or sub-assembly) –ENERGY SOURCE IDENTIFICATION AND CLASSIFICATION TABLE:(Note 1: Identify the following six (6) energy source forms based on the origin of the energy.)(Note 2: The identified classification e.g., ES2, TS1, should be with respect to its ability to cause pain or injuryon the body or its ability to ignite a combustible material. Any energy source can be declared Class 3 as aworse case classification e.g. PS3, ES3.Electrically-caused injury (Clause 5):(Note: Identify type of source, list sub-assembly or circuit designation and corresponding energy sourceclassification)Example: 5 V dc inputES1Source of electrical energyCorresponding classification (ES)BT OEM Series eldoLED BT-L1C1, 5 Vdc max. 20 mA,BT OEM Series eldoLED BT-L2C1, 5 Vdc max. 20 mA,BT OEM Series eldoLED BT-S1C1, 5 Vdc max. 20 mA,Electrically-caused fire (Clause 6):ES1ES1ES1(Note: List sub-assembly or circuit designation and corresponding energy source classification)Example: Battery pack (maximum 85 watts):PS2Source of power or PISCorresponding classification (PS)BT OEM Series eldoLED BT-L1C1BT OEM Series eldoLED BT-L2C1BT OEM Series eldoLED BT-S1C1Injury caused by hazardous substances (Clause 7)PS1PS1PS1(Note: Specify hazardous chemicals, whether produces ozone or other chemical construction not addressed aspart of the component evaluation.)Example: Liquid in filled componentGlycolSource of hazardous substancesCorresponding chemicalBT OEM Series eldoLED BT-L1C1BT OEM Series eldoLED BT-L2C1BT OEM Series eldoLED BT-S1C1Mechanically-caused injury (Clause 8)N/AN/AN/A(Note: List moving part(s), fan, special installations, etc. & corresponding MS classification based on Table 35.)Example: Wall mount unitMS2Source of kinetic/mechanical energyCorresponding classification (MS)Ceiling MountedMS1IEC62368 1B

Page 12 of 52Report No.171100201ENERGY SOURCE IDENTIFICATION AND CLASSIFICATION TABLE:Thermal burn injury (Clause 9)(Note: Identify the surface or support, and corresponding energy source classification based on type of part,location, operating temperature and contact time in Table 38.)Example: Hand-held scanner – thermoplastic enclosureTS1Source of thermal energyCorresponding classification (TS)Accessible surfacesTS1EnclosuresTS1Radiation (Clause 10)(Note: List the types of radiation present in the product and the corresponding energy source classification.)Example: DVD – Class 1 Laser ProductRS1Type of radiationCorresponding classification (RS)N/AN/AENERGY SOURCE DIAGRAMIndicate which energy sources are included in the energy source diagram. Insert diagram belowES1eldoLED BT-L1C1eldoLED BT-L2C1eldoLED BT-S1C1IEC62368 1BPS1MS1TS1RS1ES1, PS1, MS1, TS1ES1, PS1, MS1, TS1ES1, PS1, MS1, TS1

Page 13 of 52Report No.171100201OVERVIEW OF EMPLOYED SAFEGUARDSClausePossible Hazard5.1Electrically-caused injuryBody Part(e.g. Ordinary)Energy Source(ES3: Primary Filter circuit)HandES16.1Electrically-caused fireMaterial part(e.g. mouse enclosure)Energy Source(PS2: 100 Watt circuit)EnclosuresPS17.1Injury caused by hazardous substancesBody Part(e.g., skilled)Energy Source(hazardous material)HandPS18.1Mechanically-caused injuryBody Part(e.g. Ordinary)Energy Source(MS3:High PressureLamp)HandMS19.1Thermal BurnBody Part(e.g., Ordinary)Energy Source(TS2)HandTS110.1RadiationBody Part(e.g., Ordinary)Energy Source(Output from audio port)N/AN/ASupplementary Information:(1) See attached energy source diagram for additional details.(2) “N” – Normal Condition; “A” – Abnormal Condition; “S” Single FaultIEC62368 )N, A, SSafeguardsBasicSupplementaryReinforcedN, A, SSafeguardsBasicSupplementaryReinforcedN, A, N, A, SSafeguardsBasicSupplementaryReinforcedN, A, SSafeguardsBasicN/ASupplementaryReinforced

Page 14 of 52Report No. 171100201IEC 62368-1ClauseRequirement TestResult - RemarkVerdict4GENERAL REQUIREMENTS4.1.1Acceptance of materials, components andsubassembliesP4.1.2Use of componentsP4.1.3Equipment design and constructionP4.1.15Markings and instructions . :4.4.4Safeguard robustness4.4.4.2Steady force tests . :N/A4.4.4.3Drop tests . :N/A4.4.4.4Impact tests . :N/A4.4.4.5Internal accessible safeguard enclosure andbarrier tests . :N/A4.4.4.6Glass Impact tests . :N/A4.4.4.74Thermoplastic material tests . :N/A4.4.4.8Air comprising a safeguard . :N/A4.4.4.9Accessibility and safeguard effectivenessN/A4.5ExplosionN/A4.6Fixing of conductorsN/A4.6.1Fix conductors not to defeat a safeguardN/A4.6.210 N force test applied to . :N/A4.7Equipment for direct insertion into mains socket outletsN/A4.7.2Mains plug part complies with the relevantstandard . :N/A4.7.3Torque (Nm) . :N/A4.8Products containing coin/button cell batteriesN/A4.8.2Instructional safeguardN/A4.8.3Battery Compartment ConstructionN/A(See Annex F)PPMeans to reduce the possibility of childrenremoving the battery . : 4.8.4Battery Compartment Mechanical Tests . :N/A4.8.5Battery AccessibilityN/A4.9Likelihood of fire or shock due to entry ofconductive object . :IEC62368 1BTerminals not accessibleN/A

Page 15 of 52Report No. 171100201IEC 62368-1ClauseRequirement TestResult - RemarkVerdict5ELECTRICALLY-CAUSED INJURY5.2.1Electrical energy source classifications . :(See appended table 5.2)P5.2.2ES1, ES2 and ES3 limitsES1P5.2.2.2Steady-state voltage and current . :See appended table 5.2)P5.2.2.3Capacitance limits . :N/A5.2.2.4Single pulse limits . :N/A5.2.2.5Limits for repetitive pulses . :N/A5.2.2.6Ringing signals . :N/A5.2.2.7Audio signals . :N/A5.3Protection against electrical energy sourcesN/A5.3.1General Requirements for accessible parts toordinary, instructed and skilled personsN/A5.3.2.1Accessibility to electrical energy sources andsafeguardsN/A5.3.2.2Contact requirementsN/Aa) Test with test probe from Annex V . :N/Ab) Electric strength test potential (V) . :N/Ac) Air gap (mm) . :N/A5.3.2.4Terminals for connecting stripped wireN/A5.4Insulation materials and requirements5.4.1.2Properties of insulating materialN/A5.4.1.3Humidity conditioning . :N/A5.4.1.4Maximum operating temperature for insulatingmaterials . :N/A5.4.1.5Pollution degree . : 5.4.1.5.2Test for pollution degree 1 environment and for aninsulating compoundN/A5.4.1.5.3Thermal cyclingN/A5.4.1.6Insulation in transformers with varying dimensionsN/A5.4.1.7Insulation in circuits generating starting pulsesN/A5.4.1.8Determination of working voltageN/A5.4.1.9Insulating surfacesN/A5.4.1.10Thermoplastic parts on which conductive metallicparts are directly mountedN/A5.4.1.10.2Vicat softening temperature . :N/A5.4.1.10.3Ball pressure . :N/A5.4.2ClearancesN/A5.4.2.2Determining clearance using peak working voltageN/AIEC62368 1B

Page 16 of 52Report No. 171100201IEC 62368-1Clause5.4.2.3Requirement TestResult - RemarkVerdictDetermining clearance using required withstandvoltage . :N/Aa) a.c. mains transient voltage . : b) d.c. mains transient voltage . : c) external circuit transient voltage . : d) transient voltage determined by measurement .: 5.4.2.4Determining the adequacy of a clearance using anelectric strength testN/A5.4.2.5Multiplication factors for clearances and testvoltages . :N/A5.4.3Creepage distances . :5.4.3.1GeneralP5.4.3.3Material Group . : 5.4.4Solid insulationN/A5.4.4.2Minimum distance through insulation . :N/A5.4.4.3Insulation compound forming solid insulationN/A5.4.4.4Solid insulation in semiconductor devicesN/A5.4.4.5Cemented jointsN/A5.4.4.6Thin sheet materialN/A5.4.4.6.1General requirementsN/A5.4.4.6.2Separable thin sheet materialN/ANumber of layers (pcs) . :N/A5.4.4.6.3Non-separable thin sheet materialN/A5.4.4.6.4Standard test procedure for non-separable thinsheet material . :N/A5.4.4.6.5Mandrel testN/A5.4.4.7Solid insulation in wound componentsN/A5.4.4.9Solid insulation at frequencies 30 kHz . :N/A5.4.5Antenna terminal insulationN/A5.4.5.1GeneralN/A5.4.5.2Voltage surge testN/ASee appended table 5.4.3PInsulation resistance (M ). : 5.4.6Insulation of internal wire as part ofsupplementary safeguard . :N/A5.4.7Tests for semiconductor components and forcemented jointsN/A5.4.8Humidity conditioningN/ARelative humidity (%). :IEC62368 1B

Page 17 of 52Report No. 171100201IEC 62368-1ClauseRequirement TestResult - RemarkVerdictTemperature ( C) . : Duration (h) . : 5.4.9Electric strength test . :N/A5.4.9.1Test procedure for a solid insulation type testN/A5.4.9.2Test procedure for routine testsN/A5.4.10Protection against transient voltages betweenexternal circuitN/A5.4.10.1Parts and circuits separated from external circuitsN/A5.4.10.2Test methodsN/A5.4.10.2.1GeneralN/A5.4.10.2.2Impulse test . :N/A5.4.10.2.3Steady-state test . :N/A5.4.11Insulation between external circuits and earthedcircuitry . :N/A5.4.11.1Exceptions to separation between externalcircuits and earthN/A5.4.11.2RequirementsN/ARated operating voltage Uop (V). : Nominal voltage Upeak (V). : Max increase due to variation Usp . : Max increase due to ageing Usa . : Uop Upeak Usp Usa . : 5.5Components as safeguards5.5.1General5.5.2Capacitors and RC unitsN/A5.5.2.1General requirementN/A5.5.2.2Safeguards against capacitor discharge afterdisconnection of a connector . elaysN/A5.5.6ResistorsN/A5.5.7SPD’sN/A5.5.7.1Use of an SPD connected to reliable earthingN/A5.5.7.2Use of an SPD between mains and protectiveearthN/A5.5.8Insulation between the mains and external circuitconsisting of a coaxial cable . :N/A5.6Protective conductorN/AIEC62368 1BES1N/A

Page 18 of 52Report No. 171100201IEC 62368-1ClauseRequirement TestResult - RemarkVerdict5.6.2Requirement for protective conductorsN/A5.6.2.1General requirementsN/A5.6.2.2Colour of insulationN/A5.6.3Requirement for protective earthing conductorsN/AProtective earthing conductor size (mm2) .: 5.6.4Requirement for protective bonding conductorsN/A5.6.4.1Protective bonding conductorsN/A(mm2). .: Protective current rating (A) . : Protective bonding conductor size5.6.4.3Current limiting and overcurrent protectivedevicesN/A5.6.5Terminals for protective conductorsN/A5.6.5.1RequirementN/AConductor size (mm2), nominal thread diameter(mm). .:N/A5.6.5.2CorrosionN/A5.6.6Resistance of the protective systemN/A5.6.6.1RequirementsN/A5.6.6.2Test Method Resistance ( ) .:N/A5.6.7Reliable earthingN/A5.7Prospective touch voltage, touch current and protective conductor current5.7.2Measuring devices and networksN/A5.7.2.1Measurement of touch current .:N/A5.7.2.2Measurement of prospective touch voltageN/A5.7.3Equipment set-up, supply connections and earthconnectionsN/ASystem of interconnected equipment (separateconnections/single connection) .: Multiple connections to mains (one connection ata time/simultaneous connections) .: 5.7.4Earthed conductive accessible parts .:N/A5.7.5Protective conductor currentN/ASupply Voltage (V) .: Measured current (mA).: Instructional Safeguard.:N/A5.7.6Prospective touch voltage and touch current dueto external circuitsN/A5.7.6.1Touch current from coaxial cablesN/AIEC62368 1B

Page 19 of 52Report No. 171100201IEC 62368-1ClauseRequirement TestResult - RemarkVerdict5.7.6.2Prospective touch voltage and touch current fromexternal circuitsN/A5.7.7Summation of touch currents from externalcircuitsN/Aa) Equipment with earthed external circuitsMeasured current (mA).:N/Ab) Equipment whose external circuits are notreferenced to earth. Measured current (mA) .:N/A6ELECTRICALLY- CAUSED FIRE6.2Classification of power sources (PS) and potential ignition sources (PIS)P6.2.2Power source circuit classificationsP6.2.2.1General6.2.2.2Power measurement for worst-case load fault . :N/A6.2.2.3Power measurement for worst-case power sourcefault . :N/A6.2.2.4PS1 . :6.2.2.5PS2 . :N/A6.2.2.6PS3 . :N/A6.2.3Classification of potential ignition sourcesN/A6.2.3.1Arcing PIS . :N/A6.2.3.2Resistive PIS . :N/A6.3Safeguards against fire under normal operating and abnormal operating conditions6.3.1 (a)No ignition and attainable temperature value lessthan 90 % defined by ISO 871 or less than 300 Cfor unknown materials . :PS1P(See appended table 6.2.2)(See appended table 5.4.1.5,6.3.2, 9.0, B.2.6)PP6.3.1 (b)Combustible materials outside fire enclosure6.4Safeguards against fire under single fault conditions6.4.1Safeguard MethodN/A6.4.2Reduction of the likelihood of ignition under singlefault conditions in PS1 circuitsN/A6.4.3Reduction of the likelihood of ignition under singlefault conditions in PS2 and PS3 circuitsN/A6.4.3.1GeneralN/A6.4.3.2Supplementary SafeguardsN/ASpecial conditions if conductors on printed boardsare opened or peeledN/ASingle Fault Conditions . :N/ASpecial conditions for temperature limited by fuseN/A6.4.3.3N/A6.4.4Control of fire spread in PS1 circuitsP6.4.5Control of fire spread in PS2 circuitsN/AIEC62368 1B

Page 20 of 52Report No. 171100201IEC 62368-1ClauseRequirement TestResult - Remark6.4.5.2Supplementary safeguards . :6.4.6Control of fire spread in PS3 circuitN/A6.4.7Separation of combustible materials from a PISN/A6.4.7.1General . :N/A6.4.7.2Separation by distanceN/A6.4.7.3Separation by a fire barrierN/A6.4.8Fire enclosures and fire barriersN/A6.4.8.1Fire enclosure and fire barrier material propertiesN/A6.4.8.2.1Requirements for a fire barrierN/A6.4.8.2.2Requirements for a fire enclosureN/A6.4.8.3Constructional requirements for a fire enclosureand a fire barrierN/A6.4.8.3.1Fire enclosure and fire barrier openingsN/A6.4.8.3.2Fire barrier dimensionsN/A6.4.8.3.3Top Openings in Fire Enclosure: dimensions(mm) . :N/ANeedle Flame testN/ABottom Openings in Fire Enclosure, condition meta), b) and/or c) dimensions (mm) . :N/AFlammability tests for the bottom of a fireenclosure . :N/A6.4.8.3.5Integrity of the fire enclosure, condition met: a),b) or c) . :N/A6.4.8.4Separation of PIS from fire enclosure and firebarrier distance (mm) or flammability rating .:N/A6.5Internal and external m2)Cross-sectional area6.5.3Requirements for interconnection to buildingwiring . :N/A6.6Safeguards against fire due to connection toadditional equipmentN/AExternal port limited to PS2 or complies withClause Q.1N/AIEC62368 1B. : 6.5.2

Page 21 of 52Report No. 171100201IEC 62368-1ClauseRequirement TestResult - RemarkVerdict7INJURY CAUSED BY HAZARDOUS SUBSTANCES7.2Reduction of exposure to hazardous substancesN/A7.3Ozone exposureN/A7.4Use of personal safeguards (PPE)N/A7.5Personal safeguards and instructions . : Use of instructional safeguards and instructionsN/AInstructional safeguard (ISO 7010) .: 7.6Batteries . :8MECHANICALLY-CAUSED INJURY8.1General8.2Mechanical energy source classifications8.3Safeguards against mechanical energy sourcesN/A8.4Safeguards against parts with sharp edges andcornersN/A8.4.1SafeguardsN/A8.5Safeguards against moving partsN/A8.5.1MS2 or MS3 part required to be accessible for thefunction of the equipmentN/A8.5.2Instructional Safeguard . : 8.5.4Special categories of equipment comprisingmoving partsN/A8.5.4.1Large data storage equipmentN/A8.5.4.2Equipment having electromechanical device fordestruction of mediaN/A8.5.4.2.1Safeguards and Safety Interlocks .:N/A8.5.4.2.2Instructional safeguards against moving partsN/AInstructional Safeguard .:PMS1P 8.5.4.2.3Disconnection from the supplyN/A8.5.4.2.4Probe type and force (N) .:N/A8.5.5High Pressure LampsN/A8.5.5.1Energy Source ClassificationN/A8.5.5.2High Pressure Lamp Explosion Test .:N/A8.6StabilityN/A8.6.1Product classificationN/AInstructional Safeguard .: 8.6.2Static stabilityN/A8.6.2.2Static stability testN/AIEC62368 1B

Page 22 of 52Report No. 171100201IEC 62368-1ClauseRequirement TestResult - RemarkVerdict Applied Force . :8.6.2.3Downward Force TestN/A8.6.3Relocation stability testN/A Unit configuration during 10 tilt. :8.6.4Glass slide testN/A8.6.5Horizontal force test (Applied Force) . :N/APosition of feet or movable parts . : 8.7Equipment mounted to wall or ceilingN/A8.7.1Mounting Means (Length of screws (mm) andmounting surface) . :N/A8.7.2Direction and applied force . :N/A8.8Handles strengthN/A8.8.1ClassificationN/A8.8.2Applied Force . :N/A8.9Wheels or casters attachment requirementsN/A8.9.1ClassificationN/A8.9.2Applied force . :8.10Carts, stands and similar carriersN/A8.10.1GeneralN/A8.10.2Marking and instructionsN/A8.10.3 Instructional Safeguard . : Cart, stand or carrier loading test and complianceN/AApplied force . : 8.10.4Cart, stand or carrier impact testN/A8.10.5Mechanical stabilityN/AApplied horizontal force (N) . : 8.10.6Thermoplastic temperature stability ( C) . :N/A8.11Mounting means for rack mounted equipmentN/A8.11.1GeneralN/A8.11.2Product ClassificationN/A8.11.3Mechanical strength test, variable N .:N/A8.11.4Mechanical strength test 250N, including end stopsN/A8.12Telescoping or rod antennas .N/AButton/Ball diameter (mm) .: 9THERMAL BURN INJURY9.2Thermal energy source classificationsIEC62368 1BTS1P

Page 23 of 52Report No. 171100201IEC 62368-1ClauseRequirement TestResult - RemarkVerdict9.3Safeguard against thermal energy sourcesN/A9.4Requirements for safeguardsN/A9.4.1Equipment safeguardN/A

IEC 62368-1 Audio/video, information and communication technology equipment Part 1: Safety requirements . 2018-01-18 to 2018-01-24 GENERAL REMARKS: "(See Enclosure #)" refers to additional information appended to the report. "(See a

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IEC 62368-1:2014: Audio/video, information and communication technology equipment - Part 1: Safety requirements - Technology neutral approach to hazards by defining a three-block model. 1.1 IEC 62368-1 three block model Ene

GOST IEC 60335-1-2015 (IEC 60335-1:2013); HOUS GOST IEC 62368-1-2014 (IEC 62368-1:2010) - Safety of IT & AV equipment. New List of standards also cover Photobiological Safety of Lamps and Lamps Systems according to IEC 62471, mandatory requirements in end-product standards will be introduced with adop