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EN60598 Luminaires for Recessed Downlight Test Report

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1. 10 8 Nm applied on fixing scrxing screw of enclosure 2 6 Screws with diameter lt 3 mm screwed into metal N A 4 12 2 2 6 Locked connections 4 12 4 fixed arms torque Nm PNA lampholder torque Nm un N A push button switches torque 0 8 Nm ho l N A Screwed glands force N a AN N A 4 12 5 2 6 4 13 Mechanical strength AB 2 6 Impact tests 4 13 1 recessed parts providing protection against 0 35 Nm for recessed parts electric shock energy Nm other recessed parts energy Nm 0 35 Nm for non recessed parts P N A Die A ini N A n TIT BI A T VRheinland www tuv com page 9 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 6 Straight test finger 4 13 3 2 6 Rough service luminaires x son L E x ja SSS Kama U m E E d for temporary installations and suitable for ate ona stand 2 6 Tumbling barrel 4 13 6 m wa ce 2 6 4 14 Suspensions and adjusting devices 2 Mechanical load S m S GT JA E m mounted luminaires glass shelve Thickness as N A metal rod Diameter mm N A Fixed luminaire or independent control gear without N A fixing devices Load to flex
2. VN L3 yO 0017 05 834 S009 NLI 0892 Lida S zaL40r eshe VIN O dSeHL H 9029 OccNIN 033AN gEL0ESAL 00 5d 961 009 OLE d9 HLOOST AS 00 008 HLD Ag pax9ayy L abed ti31S31 21040 440 NO tH3L3NW ALIQINNH 3UNLVHFANIL 1S L SIM MOD U31SAL LOVANI wood Scueinpu 1949W euay 19189 1u uino yono L snyesedde ajnssald jeg 18AUG enbio JozAjeuy esuelyduooy jejes ou 19 58 10010 seyeM Jeqweyg Aypiuuny lqeuutue1Boid 0JNOS 18MOd OV 1 p109 liqoWN JOPIOD liqoN edoosojlioso 1oudsoud euq eqoid doosolllosO 1 dile9 jendiq Joa Jemod tenbia Jo6BBo eyeg Jeqweyg AjpitunH lqeuutuei6oiq Jequieyo elnyjejedua quodey LZIOLIOLOZ Pad SLLL 9910 96 70 S0L0 S6 r0 7900 76 70 Oy00 26 v0 YL90 0 03 r0 2190 0102 v0 090 0102 70 ZS0 600 70 95S50 8003 v0 89y0 S003 v0 931 0 S003 v0 S2v0 S002 70 ZOV0 5002 VO SOv0 S009 VO cov0 5002 VO LOVO 9002 v0 SZ 0 S009 VO 6S 0 7002 70 ve 0 4v005 v0 60 0 005 v0 uonduosaq 19WOJSNI
3. A T VRheinland www tuv com page 11 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 6 rust resistance 4 18 1 2 6 season cracking in copper 4 18 2 2 6 N A corrosion of aluminium 4 18 3 N A 2 6 4 19 Ignitors compatible with ballast 2 6 4 20 Rough service vibration PN 2 6 4 21 Protective shield 2 6 Shield fitted day n m N A Shield of glass if tungsten halogen lamps 2 6 Particles from a shattering lamp not impair safety N A 4 21 2 2 6 No direct path 2 6 Impact test on shield 2 6 4 22 Attachments to lamps No attachment to lamps 2 6 4 23 Semi luminaires comply class II PN 2 6 4 24 UV radiation for tungsten halogen lamps and metal Not tungsten halogen lamps N A halide lamps Annex P and metal halide lamps 2 6 4 25 No sharp point or edges ae ss es nj 2 6 4 26 Short circuit protection 2 6 Uninsulated accessible SELV parts 4 26 1 2 6 Short circuit test 4 26 2 2 6 Test chain according to Figure 29 4 26 3 N A N A N A N A N A 2 6 4 27 Terminal blocks with integrated screwless earthing contacts Mounted in accordance with requirements specified by the manufacturer A TUVRheinland www tuv com page 12 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 7 11 CREEPAGE DISTANCES AND CLEARANCES P Working voltage V u JAC100 240
4. mechanical test according to 1582 Be 2 6 4 7 4 A T VRheinland www tuv com page 7 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2548 NA adequate rating No switch N A as 2663 Raam O O y Method of fixing PNA 1 Jer amp e insulaion resistance and electric arer NA b Ageing test Temperature C Po N A 2 6 4 10 Insulation of Class II luminaires P 2 6 No contact mounting surface accessible metal 4 10 1 parts wiring of basic insulation Interference suppression capacitors according to IEC 60384 14 2 6 Assembly gaps 4 10 2 sasa E NIA no straight access vvith test probe 2 6 Retainment of insulation sleeves retained in position PN O fimon a 261411 Electrical comectons ir 2 6 Contact pressure 4 11 1 ho P TT Screws 4 11 2 WA self tapping screws Only machine type screw N A used in approved terminals A T VRheinland www tuv com page 8 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 6 Screw locking S ms ES 6 Material of current carrying parts 4 11 4 2 6 No contact to wood No wood part 4 11 5 Electro mechanical contact systems No such system E3 4 11 6 2 6 4 12 Mechanical connections and glands Screws not made of soft metal Torque test torque Nm part
5. signature Testing location address L Testing procedure RMT Tested by name signature Approved by signature i Supervised by signature Testing location address TRF No IEC61347 2 13B www tuv com A TUVRheinland page 4 of 16 Report No 11021810 001 Summary of testing Tests performed name of test and test clause The test conditions in this report are performed with max output load condition Specified maximum operating ambient temperature is 40 C This report is for acceptance test of built in LED power supply circuits used in recessed luminaire DL4 series DL5 series and DL6 series Only partial tests in following sub clauses were considered to be necessary Clause 8 Clause 11 Clause 12 Clause 14 Clause 16 Clause 17 Clause 18 Clause 20 Testing location TUV Rheinland Taiwan Ltd Taichung Laboratory No 9 Ln 36 Sec 3 Minsheng Rd Daya Township Taichung County 428 Taichung Taiwan Summary of compliance with National Differences N A TRF No IEC61347 2 13B www tuv com A TUVRheinland page 5 of 16 Report No 11021810 001 Copy of marking plate N A partial circuit of luminaire TRF No IEC61347 2 13B www tuv com A TUVRheinland page 6 of 16 Report No 11021810 001 Test item particulars Built
6. 12 3 2 A T VRheinland www tuv com page 20 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test marking legible P no cracks deformation etc 2 12 12 4 Thermal test normal operation see Annex 2 2 12 12 5 Thermal test abnormal operation Additional fault condition test is conducted for LED driver see report of EN 61347 2 13 2 12 12 6 Thermal test failed lamp control gear condition N A 2 12 Through wiring or looping in wiring loaded by a 12 6 1 currention A lu u u an ssa riana dad Rat i case of abnormal conditions Additional fault condition test is conducted for LED driver see report of EN 61347 2 13 electronic lamp control gear C fod measured mounting surface temperature C 1 1 Un Wai calculated mounting surface temperature C PN N A track mounted luminaires 2 12 Temperature sensing control 12 6 2 N A case of abnormal conditions ermal A ET A TT E put veset cout O ECT measured mounting sure temperature Cy ma aana minares JA Luminaire without temperature sensing control 12 7 1 Test method 12 7 1 1 or Annex V Test according to 12 7 1 1 2 12 Luminaire with fluorescent lamp lt 70W N A 12 7 1 1 A TUVRheinland www tuv com page 21 of 34 Report No 11021810 001 EN 60598
7. cl mm see eee eee eee Cr 6 7mm gt 5mm Cl 6 7mm gt 3mm between live parts on PCB and supporting surface For DL4 series Cr 5 9mm gt 5mm CI 5 9mm gt 3mm between live parts on PCB and supporting surface 2 8 7 PROVISION FOR EARTHING N A 7 2 3 eta pansi oon wn suppone f esas EE EV rosa sera used T Rae A ET OJ Thread forming screvv used in a grove 1 Jeonmmatesconseins IT N TA TA 7 2 3 N MN E E TN Wm a contacts tested according Annex V 28125 Earh terminal integral partot comecorsocket sa 28 726 Earn terminal adacentto rares Ina 28127 Eieroinecomosonoffnesarhtemma CNA 26 728 veri rea vene O i AA 7 2 10 Double orreierednsuatentofnionaieanh na 2 8 Earthing core coloured green yellow N A 7 2 11 A T VRheinland www tuv com page 14 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test SCREW TERMINALS Separately approved component list SCREWLESS TERMINALS Separately approved component list Part of the luminaire EXTERNAL AND INTERNAL WIRING P 2 10 5 2 Supply connection and external wiring P Terminal block provided SE NT Connecting leads EN vvithout a means for connection to the supply terminal block specified relevant information provided compliance with 4 6 4 7 1 4 7 2 4 10 1 11 2 12 N A and 13 2 of Part 1 N A N A Only terminal block provided for the connection to fixed wir
8. 5 2 15 N A 2 10 Appliance inlets IEC 60320 5 2 16 2 10 Non standardized interconnecting cables properly N A 5 2 17 assembled 2 10 Used plug in accordance with N A 5 2 18 N A 2 10 5 3 Internal wiring Input wires to PCB Min 20AWG 600V 105 C Wires to LED Min 24AWG Internal wiring connected directly to fixed wiring N A N A Cross sectional area mm 2 a A T VRheinland www tuv com page 17 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 10 Internal wiring connected to fixed wiring via internal current limiting device 5 3 1 2 Adequate cross sectional area and insulation thickness Double or reinforced insulation for class Il gt 10 Conductors without insulation 5 3 1 4 2 10 SELV current carrying parts 5 3 1 5 2 10 Insulation thickness other than PVC or rubber N A 5 3 1 6 2 10 Sharp edges etc 5 3 2 o moving pars or svtshes a A ins raisinglowering deves NA x Jrelescopi tes ete JONA o tig ae _ T 2 10 Insulating bushings EST A Y raton Raas O N TE material not ie to detemorate mx cables wih protective sheath NA 2 10 Joints and junctions effectively insulated N A 5 3 4 2 10 Strain on internal wiring Boe Wire carriers Oe ee cn Wire ends not tinned 5 3 7 2 11 8 PROTECTION AGAINST ELECTRIC SHOCK 2 11 Live parts not accessible 8 2 1 A T VRheinland www tuv
9. c ACT E Bo touch current are ee I PN no load TA i PN Reena W ME i nominal voltage ngi nen PN A T VRheinland www tuv com page 19 of 34 Report No 11021810 001 EN 60598 2 2 ci Requirement Test 2 11 Portable luminaire protection independent of supporting surface PN terminal block completely covered 2 11 Compliance with the standard test finger or 8 2 5 relevant probe 2 11 Covers reliably secured 8 2 6 Cover fixing is not dependent on screws and whose removal is by a force in an perpendicular direction to mounting surface shall comply with following test When the opening of the cover will give access to basic insulated parts force 20 N When the opening of the cover will give access to live parts force 80N Discharging of capacitors gt 0 5 uF Less than 0 5 uF BZ Portable plug connected luminaire with capacitor C K 3 Other plug connected luminaire with capacitor I O ee Discharge device on or within capacitor Discharge device mounted separately N A N A N A N A N A N A N A N A 2 12 12 ENDURANCE TEST AND THERMAL TEST P 2 12 12 3 Endurance test P hf mounting position eee ee anen eee Mounted according to manual test temperature C u u i oce Ez total duration hka L uu HEAT aa a anh x EEE A WISSSI SWAMP USEC u au datan 2 12 After endurance test
10. electronic control circuit incorporated in the lamps 240 CLASSIFICATION i P Type of protection Class Il Ka Degree of protection 2 4 2 4 Luminaire suitable for direct mounting on normally Yes pa No CI flammable surfaces nenne Luminaire not suitable for direct mounting on normally flammable surfaces s Luminaire for normal USE Luminaire for rough service OS De LIE 2 5 1 Warning notice if not suitable for insulating ceiling Statement is in user s manual ma S E sasx lt a Ga E 2569 Tarsai r S TT CT sn A Es EIEENIZEIE TTS i 25033 Speingiemowaies Jave JET AO AA EN 25635 wmon LE Prisa 2537 vera np r NR 2539 HH 25639 HH EA A T VRheinland www tuv com page 5 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 5 Suitability for use indoor Statement is in user s manual 3 3 10 2 5 Luminaires with remote control 3 3 11 Clip mounted luminaire warning gt 5 Specifications of protective shields 3 3 13 2 5 Symbol for nature of supply 3 3 14 2 5 Rated current of socket outlet N A 3 3 15 2 5 Rough service luminaire 3 3 16 Mounting instruction for type Y type Z and some Only terminal block provided type X attachments for the connect
11. 2 2 Requirement Test a ANNEX 3 screw terminals part of the luminaire Type of terminal I sesi Rated current A ee HA 1432 One or more ent 14 322 Special preparation T 14 323 Terminatsize y O Cross sectional area mm 2 i N A N A N A N A Conductor space mm i nun sens _ KT O SSS S SS SSS 1443 Special preparation SSS 1444 Nominal diameter ofthread netic 1S0 trea Termat vine _ ooo o sort metal _ _ 01345 conson _ L Nominal diameter of thread mm PNA 4 7 8 N A N A N A N A N A N A N A aa eee eee ep NA amma JON totem SN ae a eee ee l NA 642 5 win undue damage m A T VRheinland www tuv com page 33 of 34 Report No 11021810 001 EN 60598 2 2 an Requirement Test a ANNEX 4 screwless terminals part of the luminaire a 1532 1533 1534 Pressure on insulating material 1535 1837 Type ofconductor EM Insertion force not exceeding 50 N 1552 Permanent connections pulofftest oN nm L 3 Voltage drop mV after 1 h 4 samples E PNA aaas drop oftwo inseparable joints nm Number of cycles un To Voltage drop mV after 10th alt 25th cycle N A 4 samples T Voltage drop mV after 50th alt 1
12. 2 2 Requirement Test E Ballast failure at supply voltage V FA Componente reined in pac ater e est JU risa sandaratest gr ahere test TJ BR LT T mC r anrr a measured winding temperature C at 1 1 Un ee Cl measured temperature of fixing point exposed pa r Lo C ar H Un ETA O calculated temperature of fixing point exposed pa OC mamy Sa kan hukun md Ball pressure test part tested temperature C part tested temperature C Luminaire with discharge lamp fluorescent lamp gt 70W transformer gt 10 VA 12 7 1 2 case of abnormal conditions measured winding temperature C at 1 1 Un measured temperature of fixing point exposed part SCG ratcTarnusu uu ur u u su ta beta dd I calculated temperature of fixing point exposed pa RO Re een i Ball pressure test part tested temperature C part tested temperature C ae case of abnormal conditions Components retained in place after the test E Test with standard test finger after the test 7 1 2 2 12 Luminaire with short circuit proof transformers lt 12 7 1 3 10 VA 2 12 Luminaire with temperature sensing control 12 7 2 hod thermal link Yes CI No CI ke manual reset cut out Yes CI No A TUVRheinland www tu
13. No 9 Ln 36 Sec 3 Minsheng Rd Daya Township Taichung County 428 Taichung Taiwan SILQ Malaysia Sdn Bhd 870706 T 149 Jalan Sultan Azlan Shah Taman Perindustrian Bayan Lepas Fasa 1 FTZ Bayan Lepas 11900 Pulau Pianang Malaysia Test specification Standard EN 61347 2 13 2006 used in conjunction with EN 61347 1 2008 Test procedure T V Rheinland Acceptance test Non standard test method N A Test Report Form No 1EC61347_2 13B TRF Originator Intertek Semko AB Master TRF Dated 2007 11 Copyright 2007 IEC System for Conformity Testing and Certification of Electrical Equipment 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 copyright owner and source of the material IECEE takes no responsibility for and will not assume liability for damages resulting from the reader s interpretation 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 Scheme procedure shall be removed This report is not valid as a CB Test Report unless signed by an approved CB Testing Laboratory and appended to a CB Test Certificate issued by an NCB in accordance with IECEE 02 Test item description Built in LED power supply Trade Mark N A partial circuit of luminaire Manufacturer Same as applicant Mod
14. Sonstiges Other Aspects This report consists of this cover page and 34 page to EN 60598 1 2008 EN 60598 2 2 1996 A1 1997 and 16 page to EN 61347 1 2008 EN 61347 2 13 2006 for acceptance test of built in LED power supply circuits Abk rzungen Pass P ass Fail entspricht nicht Pr fgrundlage F ail N A nichtanwendbar N A NT nicht getestet NT Dieser Pr fbericht bezieht sich nur auf das o g Pr fmuster und darf ohne Genehmigung der Pr fstelle nicht auszugsweise vervielf ltigt werden Dieser Bericht berechtigt nicht zur Verwendung eines Pr fzeichens This test report relates to the a m test sample Without permission of the test center this test report is not permitted to be duplicated in extracts This test report does not entitle to carry any safety mark on this or similar products entspricht Pr fgrundlage Abbreviations passed failed notapplicable not tested tou H Hl T V Rheinland LGA Products GmbH Tillystra e 2 D 90431 N rnberg Tel 49 911 655 5225 Fax 49 911 655 5226 Mail service de tuv com Web www tuv com Rev 1 2 2009 12 29 approved M Jungnitsch www tuv com A TUVRheinland TEST REPORT EN 60598 2 2 Part 2 Particular requirements Section Two Recessed luminaires Report Reference No Tested by name signature Witnessed by nametsignature Supervised by name signature Approved by
15. distances and clearances NN b between live parts and accessible metal parts which are permanently fixed to the lamp control gear including screws or devices for fixing covers or fixing the lamp control gear to its support Specify the value measured c for ballasts declared not to rely on the luminaire enclosure for protection against electric shock between live parts and the outer accessible surface of insulating parts Specify the value measured required creepage distances mm creepage required creepage distances mm mm Basic insulation PTI gt 600 6 8 5 5 lt 5 w 2 1 ES Ea 5 _ a insulation PTI gt 600 lt E RAS a HE tr below table 18 e H J j j J Spesen os 45 3 a NO ERA T S E Swppementanrinsuaton os 5 fs a 55 AAA A rere sion O s sn TRF No IEC61347 2 13B www tuv com A TUVRheinland page 14 of 16 Report No 11021810 001 EN 61347 2 13 Requirement Test Result Remark 5 Minimum distances for non sinusoidal pulse voltages i rated pulse voltage peak kV required minimum distances 1 0 1 5 5 5 clearances mm Specify the value measured required minimum distances 11 14 18 clearances mm Specify the value measured soe a ppp required minimum distances 170 clearances mm Specify the value measured TRF No IEC61347 2 13B w
16. in LED power supply RR Terminal block provided for input connection Possible test case verdicts test case does not apply to the test object N A not applicable test object does meet the requirement P Pass test object does not meet the requirement F Fail General remarks 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 testing laboratory See Enclosure refers to additional information appended to the report See appended table refers to a table appended to the report Throughout this report a comma point is used as the decimal separator Clause numbers between brackets refer to clauses in IEC 61347 1 Factory ies IQ Group Sdn Bhd 149 Jalan Sultan Azlan Shah Taman Perindustrian Bayan Lepas Fasa 1 FTZ Bayan Lepas 11900 Pulau Pianang Malaysia TRF No IEC61347 2 13B www tuv com A TUVRheinland page 7 of 16 Report No 11021810 001 EN 61347 2 13 Clause Requirement Test Result Remark Verdict 8 10 PROTECTION AGAINST ACCIDENTAL CONTACT WITH LIVE PARTS 10 1 Controlgear protected against accidental contact with live parts A2 A2 The current flowing between the part concerned DL4 757 U011601 and earth is measured and does not exceed 0 7 Between output and MA peak or 2 MA d c see earth 0 45mA Between output and ea
17. name rsignature Date Of issue 1 Test specification Standard Test procedure Procedure deviation Test item description Trade Mark 11021810 001 See cover page See cover page See cover page TUV Rheinland Taiwan Ltd Taichung Laboratory No 9 Ln 36 Sec 3 Minsheng Rd Daya Township Taichung County 428 Taichung Taiwan Same as above SILQ Malaysia Sdn Bhd 870706 T 149 Jalan Sultan Azlan Shah Taman Perindustrian Bayan Lepas Fasa 1 FTZ Bayan Lepas Pulau Pinang 11900 Malaysia EN 60598 2 2 1996 A1 1997 used in conjunction with EN 60598 1 2008 LVD report German Deviation LED Down Light SILQ MALAYSIA SDN BHD Same as applicant Same as applicant DL4 757 U011601 DL4 830 U011601 DL5 757 U014601 DL5 830 U014601 DL6 757 U021601 DL6 830 U021601 AC100 240V 50 60Hz DL4 757 U011601 DL4 830 U011601 11W DL5 757 U014601 DL5 830 U014601 14W DL6 757 U021601 DL6 830 U021601 21W A TUVRheinland www tuv com Page 2 of 34 Report No 11021810 001 Copy of marking plate representative model DL4 757 U011601 SILO MALAYSIA SON BHD DL4 757 0011601 TW Max OAC IP23 AC1D0 230V TEJ SOHZIEORZ W E C MADE IN MALAY SLA Summary of testing Specified maximum operating ambient temperature is 40 C The LED controlgears are additionally tested according to EN 61347 2 13 Additionally evaluated according to EN
18. 00th cycle N A 4 samples ee ee E After ageing voltage drop mV after 10th alt N A 25th cycle 4 samples After ageing voltage drop mV after 50th alt N A 100th cycle 4 samples j A TUVRheinland www tuv com page 34 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test Pull test spring type terminals or weded connections 4 samples pull N ooo UN Pull test pin or tab terminals 4 samples ES BUN aa dh nd E Voltage drop mV after 1 h N A EA ee voltage drop mV 7 Vohagedroporwmeinseparablejons Ina O Votage drop after 10th alt an aas Im Max allowed voltage drop mV ES ES oma 14 2 ICO CIO ICO CIO IA CI zal jvora e rep EEE Y E Max allowed a En COI 1 ernennen TA 1 Max allowed de drop mV si AAA Aa S C T ce D OE O CA E a NA Ml Max allowed solas drop mV e Ll ST ao votage aror page 1 of 16 Report No 11021810 001 A TUVRheinland Appendix 1 for report 11021810 001 TEST REPORT EN 61347 2 13 Part 2 Particular requirements Section Thirteen d c or a c supplied electronic controlgear for LED modules Report Reference No 11021810 001 Date of issue See cover sheet Total number of pages See cover sheet TUV Rheinland Taiwan Ltd Taichung Laboratory
19. 15 Min 20AWG UL manufacturer 600V 105 C Power supply Various UL1007 Min 24AWG UL output wire to manufacturer 300V 80 C Cheng Tung Ind CTX AC300V 0 1uF EN 60384 VDE S S 7 100 C 14 2005 I TDK Corp AC400V EN 60384 VDE Y1 capacitor A 14 2005 2200pF 125 C Current fuse Conquer MSF AC250V 3 15A EN 60127 1 2006 VDE Electronics Co EN 60127 Centra Science CNR10D471K Max AC680V 25A IEC 61051 1 VDE Corp IEC 61051 2 IEC 61051 2 2 Photo coupler Sharp Corp PC817 dti gt 0 4mm DIN EN 60747 5 U2 ext cr 8mm 2 IEC EN 60950 int cr 4 8mm Various Flame Class V 0 Material for Teijin PC L 1225Z Flame Class V 2 front cover 115 C Lens Insulating Teijin PC LN 1250G Flame Class V 0 material for 115 C bottom enclosure A TUVRheinland www tuv com page 27 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test Transformer T1 Comax Tech Ltd FEFO2001002 Class B 130 C for DL4 series 5H Transformer T1 Comax Tech Ltd FEF02501004 Class B 130 C for DL5 amp DL6 series Bobbin Material Chang Chun T375J T Phenolic min V 0 UL 94 UL for Transformer Plastics Co Ltd 355J T 373J 150 C T1 Triple Insulated Furukawa TEX B 130 C ore 60950 VDE Wire used for Electric Co Ltd transformer secondary winding Dah Jin Tech TLW B 130 C nn 60950 VDE Co Ltd an asterisk indicates a mark which assures the agreed lev
20. 1A Short circuited Power shutdown input current 20mA output 22 8 23 7V OA Normal operation after removal of fault G amp D of Q3 Short circuited No operation F1 opened immediately R11 12 R14 R15 16 C8 and Pad damaged input current 8mA Pin1 amp pin2 Short circuited Power shutdown input current 17mA output 0 15V OA of IC U1 Normal operation after removal of fault Pin6 amp pin7 Short circuited Power shutdown input current 17mA output 0 47V OA of IC U1 Normal operation after removal of fault Short circuited Normal operation Input current form 0 26A to 0 23A output Pin1 amp pin2 form 55V to 54V 0 83A to 0 79A for forty minutes Highest temperature at of IC U2 T1 winding about 90 C ambient 26 C Normal operation after removal of fault Pin3 amp pin4 Short circuited Power shutdown input current 18mA NO of IC U2 NO Unit shutdown output 60 7V 63V Output short Unit oscillating to no operation for 4 minutes F1 opened immediately R11 12 EE R14 R16 C8 and Pad damaged Input current form 0 13A to 0 01A Highest temperature at T1 winding about 126 3 C ambient 40 C TRF No IEC61347 2 13B www tuv com A TUVRheinland page 13 of 16 Report No 11021810 001 EN 61347 2 13 Requirement Test Result Remark Minimum distances for a c 50 60 Hz sinusoidal voltages BE a between live parts of different polarity Specify the value measured 18 16 TABLE creepage
21. 4 14 is equivalent output and primary circuits connected between primary Capacitor complying with IEC 60384 14 arcuitand Secondary u at Other components bridging the separating transformer complying with IEC 60065 clause 14 11 11 MOISTURE RESISTANCE AND INSULATION After storage 48 h at 91 95 relative humidity and 20 30 C measuring of insulation resistance with d c 500 V MQ gt 2 MO for basic insulation Humidity treatment performed after storage 48 h at 93 and 25 C Different polarity L N 9999MQ Fuse opened 11 gt 4 MQ for double or reinforced insulation L N together and body 9999MQ SELV and body 4345MQ Adequate insulation between input and output Between input and output terminals not bounded together in SELV equivalent 9999MQ controlgear l Double or reinforced insulation 4U 2750 V Primary SELV AC 3710V Primary body AC 3710V No flashover or breakdown Windings in separating transformers in SELV equivalent control gear according to 14 3 2 of EN 60065 TRF No IEC61347 2 13B www tuv com A TUVRheinland page 9 of 16 Report No 11021810 001 EN 61347 2 13 Requirement Test Result Remark AO IN When operated under fu cenon e conrogear r Frases not mimos ormoten matar ves nt rouce farma gases r Thermally protected controlgear does not exceed the marked temperature value Fault conditions cap
22. 61347 2 13 2006 for LED electronic control circuit incorporated in the lamps Refer to Appendix 1 report for the evaluation Models DL4 757 U011601 and DL6 757 U021601 are selected as main tested models All models are additionally evaluated according to EN 62471 2008 photobiological safety of lamps and lamp systems these LED luminaires are classified as exempt group TUV Report no 10030062 001 A TUVRheinland www tuv com Page 3 of 34 Report No 11021810 001 Possible test case verdicts test case does not apply to the test object N A not applicable test object does meet the requirement P Pass test object does not meet the requirement F Fail General remarks 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 testing laboratory see Enclosure refers to additional information appended to the report see appended table refers to a table appended to the report List of test equipment must be kept on file and available for review Throughout this report a comma point is used as the decimal separator In this report requirements valid for EN only are marked with EN Factory ies IQ Group Sdn Bhd 149 Jalan Sultan Azlan Shah Taman Perindustrian Bayan Lepas Fasa 1 FTZ Bayan Lepas 11900 Pulau Pianang Malaysia General product information Tested appliance is re
23. A TUVRheinland Produkte Products Pr fbericht Nr 11021810 001 Seite 1 von 1 Test Report No E 1 of 1 Auftraggeber SILQ Malaysia Sdn Bhd 870706 T Client 149 Jalan Sultan Azlan Shah Taman Perindustrian Bayan Lepas Fasa 1 FTZ Bayan Lepas Pulau Pinang 11900 Malaysia Gegenstand der Pr fung Test item LED Down Light Bezeichnung See page 1 of report Serien Nr Engineering sample Identification Serial No Wareneingangs Nr TCH28131 Eingangsdatum 18 08 2010 Receipt No Date of receipt Pr fort T V Rheinland Taiwan Ltd Taichung Laboratory Testing location No 9 Ln 36 Sec 3 Minsheng Rd Daya Township Taichung County 428 Taichung Taiwan EN 60598 1 2008 EN 60598 2 2 1996 A1 1997 EN 61347 1 2008 EN 61347 2 13 2006 Pr fgrundlage Test specification Pr fergebnis Der Pr fgegenstand entspricht oben genannter Pr fgrundlage n Test Result The test item passed the test specification s Pr flaboratorium T V Rheinland Taiwan Ltd Taichung Laboratory Testing Laboratory No 9 Ln 36 Sec 3 Minsheng Rd Daya Township Taichung County 428 Taichung Taiwan gepr ft tested by kontrolliert reviewed by Julia Lai Project Manager gt gt Ock 2010 TUV Rheinland Taiwan Ltd Datum Name Stellung Unterschrift Date Name Position Signature Unterschrift Signature Name Position
24. N RESISTANCE AND ELECTRIC STRENGTH p A T VRheinland www tuv com page 23 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 14 Insulation resistance test 10 2 1 Cable or cord covered by metal foil or replaced by a Cable covered by metal foil metal rod Of mm sse Z __ insulation resistance mo OSP SEL us Was between current carrying parts of different polarity gt 100 MQ NA to between current carrying parts and mounting gt 100 MQ KN between current carrying parts and metal parts ol gt 100 MO the lumin lre 2 22 ae a EI between live parts of different polarity 11000 MO P PJ between live parts and mounting surface 11000 MQ P between live parts and metal parts 11000 MQ P between live parts of different polarity through action of a switch 2 14 Electric strength test 10 2 2 Dunya OOo S o o Luminares ih nios ater 26 res O OO A between current carrying parts of different polarity 500V Pp between current carrying parts and mounting Pee ee surface Other than SELV between live parts of different polarity between live parts and mounting surface between live parts and metal parts between live parts of different polarity through action of a switch E E sus pH between current carrying parts and metal parts of the luminaire A T VRheinland www tuv com page 24 of 34 Report
25. No 11021810 001 EN 60598 2 2 Requirement Test Worse cases selected for test DL4 757 U011601 18 8uA DL6 757 U021601 28 8uA 2 15 13 RESISTANCE TO HEAT FIRE AND TRACKING 2 15 Ball pressure test 13 2 1 part tested temperature C For plastic bottom enclosure 82 C diameter of impression is 0 4mm lt 2 mm ANNEX ZB SPECIAL NATIONAL CONDITIONS EN 26 2 2 ir waming label on Cass oumae JT 5 2 1 CY DK FI SE GB type of plug Not applied for FR CY DK FI SE GB ANNEX ZC NATIONAL DEVIATIONS EN P 13 3 DK Needle flame test during 30 s Not applied for DK N A 13 3 GB Requirements according to United Kingdom Not applied for GB p N A Building Regulation A TUVRheinland www tuv com page 25 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test FR Glow wire test 850 C alt 750 C for luminaires Not applied for FR in premises open to public or 960 C for luminaires in emergency exits A TUVRheinland www tuv com page 26 of 34 Report No 11021810 001 EN 60598 2 2 cl Requirement Test a ANNEX 1 components P object part No Manufac type model technical data standard mark s of turer trademark conformity LED bulb Luxeon Rebel LXML PWC1 Cool white 1W Ee 0100 LuxeonRebel LXM3 PW71 Warm white 1W Terminal Wago 293 553 AC450V 24A VDE Block 0 5 2 5 mm Input wire to Various UL10
26. V Voltage form Sinusoidal X Non sinusoidal fen e Rated pulse voltage kV 1 Current carrying parts of different polarity cr For DL5 and DL6 series mm el MIM nee Cr 4 6mm gt 2 5mm CI 4 6mm gt 1 5mm between input L N wires Cr 2 7mm gt 2 5mm CI 2 7mm gt 1 5mm between fuse traces of different polarity For DL4 series Cr 5 9mm gt 2 5mm Cl 5 9mm gt 1 5mm between input L N wires Cr 2 7mm gt 2 5mm Cl 2 7mm gt 1 5mm between fuse traces of different polarity 2 Current carrying parts and accessible parts cr For DL5 and DL6 series mm CM UN src ici duh t dinin cr6 7mm gt 5mm CI 6 7mm gt 3mm between live parts on PCB and external enclosure For DL4 series Cr 5 9mm gt 5mm Cl 5 9mm gt 3mm between live parts on PCB and external enclosure 3 Parts becoming live due to breakdown of basic For DL5 and DL6 series insulation and metal parts Cr 4 7mm gt 3 6mm Cl 4 7mm er mm Ch MM gt 3 6mm between basic insulated L N wires and external enclosure For DL4 series Cr 3 8mm gt 3 6mm CI 3 8mm gt 3 6mm between basic insulated L N wires and external enclosure 4 Outer surface of cable where it is clamped and metal parts cr mm cl mm eee eee i A TUVRheinland www tuv com page 13 of 34 Report No 11021810 001 EN 60598 2 2 ss 6 Current carrying parts and supporting surface For DL5 and DL6 series cr mm
27. acitors resistors or inductors see appended table without proof of compliance with relevant specifications have been short circuited or disconnected Short circuit of creepage distances and clearances if less than specified in clause 16 in Part 1 except between live parts and accessible metal parts Distances on printed boards provided with coating according to IEC 60664 3 14 2 Short circuit or interruption of semiconductor see appended table devices P 14 3 Short circuit across insulation consisting of lacquer see appended table enamel or textile Short circuit across electrolytic capacitors see appended table P gt ZI gt S 14 4 14 5 After the tests the insulation resistance with d c More than 1 MQ 500 V MQ are gt 1 MQ After the tests the accessible parts has not become live During the tests a five layer tissue paper where the test specimen is wrapped does not ignite Temperature declared thermally protected controlgear fulfil the requirements in Annex C 16 ABNORMAL CONDITIONS Safety not impaired when the controlgear is operated at any voltage between 90 and 110 of rated voltage Control gear which are of the constant voltage output type TRF No IEC61347 2 13B 16 1 www tuv com s pe TUV Rheinland page 10 of 16 Report No 11021810 001 EN 61347 2 13 Requirement Test Result Remark b Double LED modules or equiv
28. alent load connected to the output terminals N A c Output terminal short circuited 20 cm and N A 200 cm or declared length During and at the end of the tests no defect w impairing safety nor any smoke or flammable gases produced Control gear which are of the constant current output type b Double the LED modules or equivalent load see appended table connected in series to the output terminals c Output terminal short circuited 20 cm and see appended table 200 cm or declared length Maximum output voltage not exceeded During and at the end of the tests no defect Compliance checked impairing safety nor any smoke or flammable gases produced fo a No LED module connected see appended table 17 15 CONSTRUCTION 15 1 Wood cotton silk paper and similar fibrous No such materials material not used as insulation 15 2 Printed boards used as internal connections complies with clause 14 of IEC 61347 1 Socket outlet in the output circuit does not accept No socket outlet used plugs complying with IEC 60083 and IEC 60906 Not possible to engage plugs accepted by socket N A outlet in the output circuit with socket outlets complying with IEC 60083 and IEC 60906 18 16 CREEPAGE DISTANCES AND CLEARANCES Creepage distances and clearances according to see appended table Table 3 and 4 as appropriate Printedboards see clause 14 of IEC 61347 1 a j E ES Insulating lining of metallic enclosures Wi
29. cessed LED down light for installation to the ceiling Detail means and steps for installation and wire connection are listed in the usre s manual Tested appliances are recessed LED lamps with built in LED controlgear which is additional tested according to EN61347 2 13 as in appendix 1 report Differences between all models are as follows 1 Rated wattage is different listed in page 1 2 Color temperature of LED is different models DL4 757 U011601 DL5 757 U014601 and DL6 757 U021601 are cool white 5700K while models DL4 830 U011601 DL5 830 U014601 and DL6 830 U021601 are warm white 3000K 3 Number of used LED is different DL4 757 U011601 and DL4 830 U011601 use 9 pcs of LED DL5 757 U014601 and DL5 830 U014601 use 12 pcs of LED DL6 757 U021601 and DL6 830 U021601 use 18 pcs of LED 4 Circuits of built in LED power supply is different DL4 757 U011601 and DL4 830 U011601 use same circuit and PCB layout while DL5 757 U014601 DL5 830 U014601 DL6 757 U021601 and DL6 830 U021601 use same circuit and PCB layout only few components with different values 5 Dimension of construction A TUVRheinland www tuv com page 4 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 1 0 SCOPE P 2 2 0 1 Intormation for luminaire disigend concerned Standard Yes No AX More sections applicable Yes X No L EN 61347 2 13 2006 for LED
30. cket outlet 1 06 times Not applicable A TUVRheinland www tuv com page 29 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 85 Varistor Z1 near transformer en 48 7 i Power supply output wire near PCB d 56 7 Power supply output wire near Internal surface of front cover of LED 80 4 a Tao ae E 0 sa ee 4 Mounting surface Input L wire near fuse 40 p e X1 capacitor C2 Lo 623 Capacitor C13 o 632 Y1 Capacitor C10 L 8er 1 PCB under Q3 ers raas In Versor i var vensomer sl ay el Power supply output wire near BETZ a 200 ee insido enclosure rer raen _ ssa ns ee I er m Internal surface of front cover of LED 79 8 w t A TUVRheinland www tuv com page 30 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test ae eT a lo rouveerertensomer oo r supply output wire near sido enclosure near heat sink of Q3 Power supply output wire near LED Internal surface of front cover of pa mamam tsn OS A TUVRheinland www tuv com page 31 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test Bern enclosure near heat sink le Power output wire near LED Internal surface of front cover of LED Mounting surface H AAA A T VRheinland www tuv com page 32 of 34 Report No 11021810 001 EN 60598
31. com page 18 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test Basic insulated parts not used on the outer surface without appropriate protection Basic insulated parts not accessible with standard Not portable and adjustable N A test finger on portable and adjustable luminaires luminaires A Basic insulated parts not accessible with 50 mm N probe from outside within arms reach on wall mounted luminaires a Ed ag luminaires comply with double or reinforced luminaires insulation requirements Wa X sasa starter replacement used P Protection in any position Double ended tungsten filament lamp Not double ended tungsten N A filament lamp Double ended high pressure discharge lamp Not double ended high N A pressure discharge lamp Relevant warning according to 3 2 18 fitted to the Luminaire without ignitor luminaire 2 11 Portable luminaire adjusted in most unfavourable Fixed luminaires 8 2 2 position 2 11 8 2 3 Class Il luminaire a N A N A basic insulated metal parts not accessible during Non replaceable LED bulb IA IA N A ic i i i N ws starter or lamp replacement s C basic insulation not accessible other than during Non replaceable LED bulb N starter or lamp replacement glass protective shields not used as supplementary insulation 2 11 8 2 3 BC lampholder of metal in class luminaires shall N A b be earthed 2 11 8 2 3 Class III luminaires with exposed SELV parts
32. el Type reference N A partial circuit of luminaire page 2 of 16 Report No 11021810 001 Ratings 1 Pri AC100 240V 50 60Hz Sec For circuit of luminaire DL4 757 U011601 amp DL4 830 U011601 9W max 29 7Vdc 350mA For circuit of luminaire DL5 757 U014601 DL5 830 U014601 12W max 39 6Vdc 350mA For circuit of luminaire DL6 757 U021601 DL6 830 U021601 18W max 59 4Vdc 350mA www tuv com A T VRheinland page 3 of 16 Report No 11021810 001 Testing procedure and testing location P CB Testing Laboratory Testing location address 3 Associated CB Laboratory Testing location address Tested by name signature Approved by signature T V Rheinland Taiwan Ltd Taichung Laboratory No 9 Ln 36 Sec 3 Minsheng Rd Daya Township Taichung County 428 Taichung Taiwan See cover page See cover page Ll Testing procedure TMP Tested by name signature Approved by signature Testing location address Testing procedure WMT Tested by name signature Witnessed by signature Approved by signature i Testing location address I L Testing procedure SMT Tested by name signature Approved by signature i Supervised by
33. el of surveillance A TUVRheinland www tuv com page 28 of 34 Report No 11021810 001 EN 60598 2 2 c Requirement Test a ANNEX 2 temperature measurements thermal tests of Section 12 P Type reference u un tato 11 DL4 757 U011601 2 DL6 757 U021601 w j Lamp used aussen asien Lamp control gear used Electronic control gear Mounting position of luminaire Recessed to ceiling mounted according to manual Supply wattage W 11 11W 2 21W Supply current A aaa aaa nenen eseve j Calculated power factor j Table measured temperatures corrected for ta 40 C abnormal operating mode Not applicable test 1 rated voltage Not applicable test 2 1 06 times rated voltage or 1 05 times a 100V x 1 06 rated Vata Qe aaa u uY A u eee Jb 240V x 1 06 voltage or 1 05 times wattage test 4 1 1 times rated voltage or 1 05 times rated Not applicable Wattage ria a dt I Through wiring or looping in wiring loaded by a Not applicable current of A during the test j clause 12 4 normal clause 12 5 abnor test 3 Load on wiring to so
34. ible cables S en 2 Stress in conductors N mm X r N A Pe Semi luminaires mass kg E Y Semi luminaires bending moment Nm Adjusting devices a 4 3 i flexing test number of Cycles No adjusting device electric strength test afterwards N A Telescopic tubes cords not fixed to tube no strain No telescopic tube N A a in 4 on conductors A T VRheinland www tuv com page 10 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 6 Guide pulleys No guide pulley N A 4 14 5 2 6 Strain on socket outlets No socket outlet N A 4 14 6 2 6 4 15 Flammable materials P alowwiretest650 C SS ortontiens P aan _ N eieaa OO NA screen dimensions OA aaa burning material e thermal pateo NA electronics exempied TNA 1 6 Luminaires made of thermoplastic material with lamp control gear 4 15 2 NA 25 15 Luminaies for mounting on normally arabe surfaces TE No lamp control gear Electronic lamp control gear N A used AAA AA N A N A N A N A N A N A N A A 2 6 Lamp control gear spacing 4 16 1 spacing 35 mm Electronic lamp control gear used 2 6 Thermal protection 4 16 2 F curve measured 4 16 3 26 4 17 Clearance at least 5 mm 26 4418 E EA ESE LE R L EA ESA En E LE ae EA O
35. ing N A Type of attachment X Y or Z 2 10 Cable entries 5 2 6 2 10 Cable entries through rigid material have rounded No sharp edges exist in cable 5 2 7 edges entries A T VRheinland www tuv com page 15 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 10 Insulating bushings 5 2 nd EE ON Se E EE aaae to detenerte mx tubes or guards made ofinsulatng maria Na 2 10 Locking of screwed bushings N A 5 2 9 2 10 Cord anchorage 5 2 10 covering protected from abrasion insulating material or lining 2 10 Cord anchorage for type X attachment N A 5 2 10 1 m ate cable can be mounted NA emo touting of amping servis a v meta screw not ircty on cable NA Jan replacement witout speca too NA feist se T aww ye S 2 10 Adequate cord anchorage for type Y and type Z 5 2 10 2 attachment pull test 25 times pull INR NA torque test torque NM E PN Fdisplacements2mm O OOO O Im no movement ofcondusiors a no damage abs reaa nm A T VRheinland www tuv com page 16 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test 2 10 External wiring passing into luminaire N A 5 2 11 2 10 Looping in terminals 5 2 12 Wire ends not tinned 5 2 13 N A 2 10 Mains plug same protection Plug not provided N A 5 2 14 2 10 Colour code low voltage EN N A
36. ion to fixed wiring 2 5 Non ordinary luminaires with PVC cable 3 3 18 Protective conductor current in instruction if applicable 5 Provided with information if not intended to be 3 3 20 mounted within arms reach 2 5 Adequate warning on the package EN 3 3 101 eii tios i kaqa i Beta CONSTRUCTION Components replaceable without difficulty No replaceable components G exist st 2 777 2 64 42 Wiring connection NT A T VRheinland www tuv com page 6 of 34 Report No 11021810 001 EN 60598 2 2 an Requirement Test 2 6 4 4 3 Lampholder for end to end mounting PNA 6 A 3 4 Positioning N pressure test N 2 PN 2 6 4 4 4 bending test Nm 3 2 6 4 4 5 Peak pulse voltage 2 6 4 4 6 Centre contact 2 6 4 4 7 Parts in rough service luminaires resistant to tracking 2 6 4 4 8 i 9 Lamp connectors 6 6 No lamp connector 6 4 4 8 2 6 4 5 Starter holders Ster holders n luminaires other than dass II 1 Starter holder cass construci n 26 6 Terminal lok OSS S ESA 2 6 4 7 N A N A No starter holder Unsecured blocks lt 2 6 4 6 2547 est mm earth conductor 2 6 4 7 3 1 2 6 4 7 4 2 6 4 7 5 6 4 7 6 Welded connections 4 7 3 1 Z N A N A N A N A N A N A O peas EA FE S
37. rth 0 43mA DL6 757 U021601 Between output and earth 0 42mA Between output and earth 0 42mA For frequencies above 1 kHz the current does not exceed 0 7 mA peak multiplied by the value of the frequency in kilohertz or 70 mA peak j The voltage between the part concerned and any N A accessible part is measured and does not exceed 34V peak nannte lee ha S Lacquer or enamel not used for protection or Not used insulation Adequate mechanical strength on parts providing protection Capacitors gt 0 5 uF voltage after 1 min V lt 50 V Less than 0 5 uF SELV equivalent controlgear accessible parts are The accessible parts are insulated from live parts by double or reinforced insulated from live parts by insulation according 8 6 and 13 1 in IEC 60065 double or reinforced insulation Exposed terminals of SELV or SELV equivalent No exposed terminals controlgear are allowed if the rated or maximum output voltage does not exceeding 25 V r m s the no load output voltage does not exceed 30 V r m s or 33 V2 V peak Insulated terminals if rated output voltage gt 25 V No exposed terminals N A TRF No IEC61347 2 13B www tuv com A TUVRheinland page 8 of 16 Report No 11021810 001 EN 61347 2 13 Requirement Test Result Remark Verdict One capacitor Y1 or two capacitors Y2 of the same One Y1 capacitor complying values used in series between SELV or SELV with IEC 6038
38. th insulating enclosure 18 16 TRF No IEC61347 2 13B www tuv com A TUVRheinland page 11 of 16 Report No 11021810 001 EN 61347 2 13 Requirement Test Result Remark 20 18 RESISTANCE TO HEAT FIRE AND TRACKING UN 20 18 1 Parts of insulating material retaining live parts in position ball pressure test OP part test temperature C For plastic enclosure 82 C diameter of impression is 0 4 mm lt 2mm 20 18 2 Printed boards in accordance with IEC 60249 1 4 3 20 18 3 External parts of insulating material preventing For plastic enclosure electric shock glow wire test 650 C 20 18 4 Parts of insulating material retaining live parts in position needle flame test 10 s N A an flame extinguished within 30 s foal no flaming drops igniting tissue paper TRF No IEC61347 2 13B www tuv com A TUVRheinland page 12 of 16 Report No 11021810 001 EN 61347 2 13 Requirement Test Result Remark TABLE tests of fault conditions P Model DL6 757 U021601 at 264V 50Hz 23 3W 91mA output 52 1V 345mA Simulated fault Short circuited Power shutdown input current 57 61mA output 45V 0A Unable to recover after removal of fault Short circuited Normal operation to output oscillating for 12 minutes Input current form 0 27A to 0 13A 1 minute after no operation R11 R12 R14 R16 and Pad damaged Input current decreased to 0 0
39. v com page 22 of 34 Report No 11021810 001 EN 60598 2 2 Requirement Test Br auto reset cut out Yes CI No CI highest measured temperature of fixing point exposed part C i Ball pressure test ET part tested temperature C PN nR part tested temperature C j 2130 RESISTANCE TO DUST SOLID OBJECTS AND MOISTURE P 2 1302 Tests for ingress of dust solid objects and moisture P classification according to IP pa N mounting position during test Within recessed box fixing screws tightened torque Nm No fixing screw tests according to clauses 092080924 electric strength test afterwards See 10 2 2 P a no depositin dustproo lumiare A 1 no taloum in dustightiuminaie mm c no trace of water on current carrying parts or where it could become a hazard d i For luminaires without drain holes no water entry d ii For luminaires with drain holes no N A hazardous water entry f no contact with live parts IP 3X and N A IP 4X g no trace of water on part of lamp requiring protection from splashing water h no damage of protective shield or glass N A envelope 2 13 9 3 Humidity test 48 h po AE 2 14 10 INSULATIO
40. ww tuv com A TUVRheinland page 15 of 16 Report No 11021810 001 EN 61347 2 13 Requirement Test Result Remark 18 1816 6 TABLE creepage distances and clearances measurements Clearance cl and creepage Ur m s required cl cl mm required cr mm distance cr at of mm mm For circuit of luminaire DL4 757 U011601 amp DL4 830 U011601 Primary traces to secondary 240 3 0 6 4 5 0 6 7 traces primary photocoupler to secondary photocoupler Primary winding and secondary 240 3 0 9 1 5 0 9 1 winding of transformer For circuit of luminaire DL5 757 U014601 DL5 830 U014601 DL6 757 U021601 and DL6 830 U021601 Primary traces to secondary 3 0 5 0 5 0 6 7 traces pads for primary input wire to capacitor C14 in secondary Primary winding and secondary winding of transformer TRF No IEC61347 2 13B www tuv com A TUVRheinland page 16 of 16 Report No 11021810 001 EN 61347 2 13 Clause Requirement Test Result Remark Verdict ANNEX A NORMATIVE TEST TO ESTABLISH WHETHER A CONDUCTIVE PART IS A LIVE PART WHICH MAY CAUSE AN ELECTRIC SHOCK P See clause 8 A 2 in this Test Report See clause 8 A 3 in this Test Report IT N A O N TRF No IEC61347 2 13B LLOZ 0 Z LLOG v0 31 OLOZ LL 6S 1103 01 93 1102 20 22 LL0Z r0 S0 LLOGJEOJVL 1103 60 65 1103 0 85 1103 S0 6L LL06 r0 66 LLOG LO ZO 1103 20 61 ZLOZ L 6L LL0Z S0 r0 1102 60 50 LLOZ OL LZ LLOCIEO LE

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