led - · pdf filefor the push-wire connection you have to strip the insulation (5 – 6...

www.tridonic.com 1Subject to change without notice.

Data sheet 03/15-LED154-8

LED light engine / OLEDLED compact

Product description

•CombinedLEDmoduleforgeneralandemergencylighting

•Forspotlightsanddownlights

•Luminousfluxupto5,100lmattp=65°C

•Highefficacyupto136lm/WfortheLEDmoduleattp=25°C

•Highsystemefficacyupto113lm/Wattp=65°C

•Highcolourconsistency(MacAdams3)

•SmallLES(lightemittingsurface)diameterenablessmallbeam

angleforspotlights

•ExcellentthermalmanagementbyCOBtechnology

•UniformradiationwithDam&Filltechnology

•FixingholesforM3screws

• IntegratedLEDmodule

•Coolingrequired

•Flexibleoperatingmodes

•5-yearguarantee

ÈStandards,page3

Colour temperatures and tolerances,page8

Umodule STARK SLE GEN3 CLASSIC EMSTARKSLE

PHASED OUT




Specific technical dataType7 Photo-

metriccode

Forwardcurrent

Luminousfluxat

tp=25°C4

Luminousfluxat

tp=65°C4

Powerconsumption4 6

Forwardvoltage

Luminousefficacymoduleattp=25°C

Luminousefficacymoduleattp=65°C

Luminousefficacysystemattp=65°C5

ColourrenderingindexCRI

STARK-SLE-19-2000 – Operating mode HE at 350 mASTARK-SLE-G3-19-2000-830-CLA-EM 830/349 350mA 1,400lm 1,300lm 11.9W 34.1V 118lm/W 109lm/W 98lm/W 80

STARK-SLE-G3-19-2000-840-CLA-EM 840/349 350mA 1,600lm 1,500lm 11.9W 34.1V 134lm/W 126lm/W 113lm/W 80

STARK-SLE-19-2000 – Operating mode HO at 1,050 mASTARK-SLE-G3-19-2000-830-CLA-EM 830/349 1,050mA 3,700lm 3,250lm 40.9W 38.9V 90lm/W 79lm/W 71lm/W 80

STARK-SLE-G3-19-2000-840-CLA-EM 840/349 1,050mA 4,100lm 3,750lm 40.9W 38.9V 100lm/W 92lm/W 83lm/W 80

Emergency mode – 350 mA (EM powerLED 2 W)STARK-SLE-G3-19-2000-830-CLA-EM 830/349 350mA 225lm – – 5.9V – – – –

STARK-SLE-G3-19-2000-840-CLA-EM 840/349 350mA 240lm – – 5.9V – – – –

STARK-SLE-23-3000 – Operating mode HE at 500 mASTARK-SLE-G3-23-3000-830-CLA-EM 830/349 500mA 2,050lm 1,900lm 16.9W 33.8V 121lm/W 112lm/W 101lm/W 80

STARK-SLE-G3-23-3000-840-CLA-EM 840/349 500mA 2,300lm 2,100lm 16.9W 33.8V 136lm/W 124lm/W 112lm/W 80

STARK-SLE-23-3000 – Operating mode HO at 1,400 mASTARK-SLE-G3-23-3000-830-CLA-EM 830/349 1,400mA 4,900lm 4,450lm 52.8W 37.7V 94lm/W 84lm/W 76lm/W 80

STARK-SLE-G3-23-3000-840-CLA-EM 840/349 1,400mA 5,600lm 5,100lm 52.8W 37.7V 107lm/W 97lm/W 87lm/W 80

Emergency mode – 700 mA (EM powerLED 4 W)STARK-SLE-G3-23-3000-830-CLA-EM 830/349 700mA 420lm – – 6.4V – – – –

STARK-SLE-G3-23-3000-840-CLA-EM 840/349 700mA 440lm – – 6.4V – – – –1 SeeDeratingcurvesindatasheetsection2.3.

2 Max.DCforwardcurrentvariesoverthetemperatureoftheLEDmodule.Seederatingcurvesindatasheetsection2.3.

3 Thedetailedexplanation,seedatasheetsection3.1.

4 Tolerancerangeforopticalandelectricaldata:±10%.

5 AssumedefficiencyfortheLEDDriveris0.9.

6 Allvaluesattp=65°C.

7 HE...highefficiency,HO...highoutput.

Technical dataBeamcharacteristic 115°

Ambienttemperaturerange -25...+50°C

tprated 65°C

tc1 upto90°C

Max.DCforwardcurrentforLES192 1,050mA

Max.DCforwardcurrentforLES232 1,600mA

Max.permissibleLFcurrentrippleforLES19 1,200mA

Max.permissibleLFcurrentrippleforLES23 1,920mA

Max.permissiblepeakcurrentforLES19 3,000mA/max.10µs

Max.permissiblepeakcurrentforLES23 3,000mA/max.10µs

Max.permissibleoutputvoltageofLEDDriverforLES193 110V

Max.permissibleoutputvoltageofLEDDriverforLES233 110V

InsulationtestvoltageforLES19 1.22kV

InsulationtestvoltageforLES23 1.22kV

ESDclassification severitylevel4

Riskgroup(EN62471:2008) 1

Typeofprotection IP00

Umodule STARK SLE GEN3 CLASSIC EMSTARKSLE

LES 19 LES 23

Ø1935

Ø50

Ø3,2

7,2

7,2

Ø2335

Ø50

Ø3,2

tc/tp tc/tp

Withhousing–Dimensionsinmm

Ordering data

Type Article number

Colourtemperature

HousingConnec-tioncable

PackagingWeightperpc.

STARK-SLE-G3-19-2000-830-CLA-EM 89601868 3,000K yes no 50pc(s). 0.010kg




PHASED OUT




2.4 Thermal design and heat sink

Theratedlifeofuproductsdependstoalargeextentonthetemperature.Ifthepermissibletemperaturelimitsareexceeded,thelifeoftheumoduleSTARKSLEG3willbegreatlyreducedortheumoduleSTARKSLEG3maybedestroyed.

1. Standards

EN62031EN62471IEC62717IEC61000-4-2

1.2 Photometric code

Keyforphotometriccode,e.g.830/349

1.1 Glow wire test

accordingtoEN62031withincreasedtemperatureof960°Cpassed.

1st digit 2nd + 3rd digit 4th digit 5th digit 6th digit

Code CRIColourtemperaturein

Kelvinx100McAdaminitial

McAdamafter25%ofthelife-time

(max.6000h)

Luminousfluxafter25%ofthelife-time(max.6000h)

Code Luminousflux7 70–79 7 ≥70%8 80–89 8 ≥80%9 ≥90 9 ≥90%

1.3 Energy classification

Type Forward current Energy classification

SLE-G3-19-2000-830-CLA-EM350mA A+1,050mA A

SLE-G3-19-2000-830-CLA-EM350mA A+1,050mA A+

SLE-G3-23-3000-830-CLA-EM500mA A+1,400mA A

SLE-G3-23-3000-840-CLA-EM500mA A+1,400mA A+

2. Thermical details

2.1 tp point, ambient temperature and life-time

Thetemperatureattpreferencepointiscrucialforthelightoutputandlife-timeofauproduct.

ForumoduleSTARKSLEG3atptemperatureof65°Chastobecompliedinordertoachieveanoptimumbetweenheatsinkrequirements,lightoutputandlife-time.

Compliancewiththemaximumpermissiblereferencetemperatureatthetppointmustbecheckedunderoperatingconditionsinathermallystablestate.Themaximumvaluemustbedeterminedunderworst-caseconditionsfortherelevantapplication.

2.2 Storage and humidity

storagetemperature -30...+80°C

Operationonlyinnoncondensingenvironment.Humidityduringprocessingofthemoduleshouldbebetween30to70%.

2.3 Derating curves

0

200

400

600

800

1000

1200

50 55 60 65 70 75 80 85 90 95 100Tc [°C]

If [m

A]

1400

Umodule STARK SLE G3 19-2000 CLASSIC EM

0

200

400

600

800

1000

1200

1400

1600

50 55 60 65 70 75 80 85 90 95 100Tc [°C]

If [m

A]

1800


PHASED OUT




2.5 Heat sink values

NotesTheactualcoolingcandifferbecauseofthematerial,thestructuralshape,outsideinfluencesandtheinstallationsituation.AthermalconnectionbetweenumoduleSTARKSLEG3andheatsinkwithheat-conductingpasteorheatconductingadhesivefilmisabsolutelynecessary.AdditionallytheumoduleSTARKSLEG3hastobefixedontheheatsinkwithM3screwstooptimisethethermalconnection.Useofthermalinterfacematerialwiththermalconductivityofl>1W/mKandlayerthicknessofinterfacematerialwithmax.50µmorasimilarinterfacematerialwherethequotientoflayerthicknessandthermalconductivityb<50µmmK/W.

Umodule STARK-SLE-G3-19-2000 CLASSIC EMta tp Operation mode Colour temperature Rth,hs-a25°C 65°C HE 3,000/4,000K 6.25K/W30°C 65°C HE 3,000/4,000K 5.46K/W40°C 65°C HE 3,000/4,000K 3.89K/W50°C 65°C HE 3,000/4,000K 2.31K/W25°C 65°C HO 3,000/4,000K 0.88K/W30°C 65°C HO 3,000/4,000K 0.76K/W40°C 65°C HO 3,000/4,000K 0.53K/W50°C 65°C HO 3,000/4,000K 0.29K/W

Umodule STARK-SLE-G3-23-3000 CLASSIC EMta tp Operation mode Colour temperature Rth,hs-a25°C 65°C HE 3,000/4,000K 3.66K/W30°C 65°C HE 3,000/4,000K 3.19K/W40°C 65°C HE 3,000/4,000K 2.26K/W50°C 65°C HE 3,000/4,000K 1.34K/W25°C 65°C HO 3,000/4,000K 0.52K/W30°C 65°C HO 3,000/4,000K 0.44K/W40°C 65°C HO 3,000/4,000K 0.30K/W50°C 65°C HO 3,000/4,000K 0.16K/W

3. Installation / wiring

3.1 Electrical supply/choice of LED Driver

umoduleSLEG3fromTridonicarenotprotectedagainstovervoltages,overcurrents,overloadsorshort-circuitcurrents.SafeandreliableoperationcanonlybeguaranteedinconjunctionwithaLEDDriverwhichcomplieswiththerelevantstandards.TheuseofuLEDDriversfromTridonicincombinationwithumoduleSLEG3guaranteesthenecessaryprotectionforsafeandreliableoperation.

IfaLEDDriverotherthanTridonicuconverterisused,itmustprovidethefol-lowingprotection:•Short-circuitprotection•Overloadprotection•Overtemperatureprotection

umoduleSLEG3mustbesuppliedbyaconstantcurrentLEDDriver.OperationwithaconstantvoltageLEDDriverwillleadtoanirreversibledamageofthemodule.WrongpolaritycandamagetheumoduleSLEG3.

umoduleSLEG3arebasicisolatedupto110Vagainstgroundandcanbemounteddirectlyonearthedmetalpartsoftheluminaire.Ifthemax.outputvoltageoftheLEDDriver(alsoagainstearth)isabove110V,anadditionalisolationbetweenLEDmoduleandheatsinkisrequired(forexamplebyisolatedthermalpads)orbyasuitableluminaireconstruction.Atvoltages>60Vanadditionalprotectionagainstdirecttouch(testfinger)tothelightemittingsideofthemodulehastobeguaranteed.Thisistypicallyachievedbymeansofanonremovablelightdistributoroverthemodule.

3.2 Wiring

+

–

+

–EM (Emergency operation)

Wiring example

–+

Uconverter LC...

LN –

+

–

+

EM PowerLED 4W

Permanentline

+–

Akku

PHASED OUT




5–6mm

wirepreparation:

3.3 Wiring type and cross section

Thewiringhastobesolidcablewithacrosssectionof0.5to0.75mm²orwithstrandedwirewithsolderedendswithacrosssectionof0.5mm².Forthepush-wireconnectionyouhavetostriptheinsulation(5–6mm).

Removingwiresbylightlypressingonthepushbutton.

3.5 EOS/ESD safety guidelines

Thedevice/modulecontainscomponentsthataresensitivetoelectro-staticdischargeandmayonlybeinstalledinthefactoryandonsiteifappropriateEOS/ESDprotectionmeasureshavebeentaken.Nospecialmeasuresneedbetakenfordevices/moduleswithenclosedcasings(contactwiththepcboardnotpossible),justnormalinstallationprac-tice.ForfurtherinformationforEOS/ESDsafetyguidlinesandtheESDclassificationpleaserefertothebrochureentitledhttp://www.tridonic.com/esd-protection.

3.4 Mounting instruction

umoduleSLEG4fromTridonicwhichhavetobeinstalledonaheatsinkhavetobeconnectedwithheat-conductingpasteorheatconductingadhesivefilmandfixedwithM3screws.Thefixing/coolingsurfacemustbecleanedbyremovingalldirt,dustandgreasebeforeinstallingtheumodules.

NoneofthecomponentsoftheumoduleSLEG4(substrate,LED,electroniccomponentsetc.)maybeexposedtotensileorcompressivestresses.

Max.torqueforfixing:0.5Nm.

TheLEDmodulesaremountedwith2screwspermodule.InordernottodamagethemodulesonlyroundedheadscrewsandanadditionalplasticflatwashershouldbeusedforLEDmoduleswithouthousing.

Forfurtherinformationpleaserefertotothebrochureentitled“TechnicalDesign-In-GuideSLEGEN4”.

ChemicalsubstancemayharmtheLEDmodule.Chemicalreactionscouldleadtocolourshift,reducedluminousfluxoratotalfailureofthemodulecausedbycorrosionofelectricalconnections.

MaterialswhichareusedinLEDapplications(e.g.sealings,adhesives)mustnotproducedissolvergas.Theymustnotbecondensationcuringbased,acetatecuringbasedorcontainsulfur,chlorineorphthalate.Avoidcorrosiveatmosphereduringusageandstorage.

PHASED OUT




Operating mode tp temperature in °C L90 / F10 in h L90 / F50 in h L80 / F10 in h L80 / F50 in h L70 / F10 in h L70 / F50 in h

HE65°C 55,000h 60,000h 60,000h 60,000h 60,000h 60,000h75°C 41,000h 60,000h 60,000h 60,000h 60,000h 60,000h85°C 31,000h 47,000h 60,000h 60,000h 60,000h 60,000h

HO65°C 24,000h 36,000h 51,000h 60,000h 60,000h 60,000h75°C 18,000h 27,000h 38,000h 57,000h 60,000h 60,000h85°C 14,000h 20,000h 29,000h 43,000h 46,000h 60,000h

Operating mode tp temperature in °C L90 / F10 in h L90 / F50 in h L80 / F10 in h L80 / F50 in h L70 / F10 in h L70 / F50 in h

HE65°C 57,000h 60,000h 60,000h 60,000h 60,000h 60,000h75°C 42,000h 60,000h 60,000h 60,000h 60,000h 60,000h85°C 32,000h 48,000h 60,000h 60,000h 60,000h 60,000h

HO65°C 32,000h 48,000h 60,000h 60,000h 60,000h 60,000h75°C 24,000h 36,000h 50,000h 60,000h 60,000h 60,000h85°C 18,000h 27,000h 38,000h 57,000h 60,000h 60,000h



4.1 Life-time, lumen maintenance and failure rate

ThelightoutputofanLEDModuledecreasesoverthelife-time,thisischaracterizedwiththeLvalue.L70meansthattheLEDmodulewillgive70%ofitsinitialluminousflux.Thisvalueisalwaysrelatedtothenumberofoperationhoursandthereforedefinesthelife-timeofanLEDmodule.

AstheLvalueisastatisticalvalueandthelumenmaintenacemayvaryoverthedeliveredLEDmodules.TheBvaluedefinestheamountofmoduleswhicharebelowthespecificLvalue,e.g.L70B10means10%oftheLEDmodulesarebelow70%oftheinitalluminousflux,respectivly90%willbeabove70%oftheinitialvalue.Inadditionthepercentageoffailedmodules(fatalfailure)ischaracterizedbytheCvalue.

TheFvalueisthecombinationoftheBandCvalue.ThatmeansforFdegradationandcompletefailuresareconsidered,e.g.L70F10means10%oftheLEDmodulesmayfailorbebelow70%oftheinitialluminousflux.

4. Life-time

4.2 Lumen maintenance

PHASED OUT




5. Electrical values

5.1 Typ. forward voltage vs. forward current at tp = 65 °C

5.2 Forward voltage vs. tp temperature

LES19-2000

LES23-3000

30,0

32,5

35,0

37,5

40,0

0 200 400 600 800 1000 1200 1400 1600 1800IF [mA]

VF [V

]

Thediagramsbasedonstatisticvalues.Therealvaluescanbedifferent.

0,92

0,94

0,96

0,98

1,00

1,02

1,04

1,06

10 20 30 40tp [°C]

00,90

10050 60 70 80 90

VF [1

]

PHASED OUT




MacAdamellipse:3SDCM

0,3550

0,3600

0,3650

0,3700

0,3750

0,3800

0,3850

0,3900

0,3950

0,36

00

0,36

50

0,37

00

0,37

50

0,38

00

0,38

50

0,39

00

0,39

50

0,40

00

4,000 Kx0 y0

Centre 0.3804 0.3767

380 420 460 500 540 580 620 660 700 740 7800

0,01

0,015

0,025

0,03

0,04

0,005

0,02

0,035

wave length [nm]

norm

. int

ensi

ty [W

/nm

]

MacAdamellipse:3SDCM

0,3850

0,3900

0,3950

0,4000

0,4050

0,4100

0,4150

0,4200

0,4250

0,42

00

0,42

50

0,43

00

0,43

50

0,44

00

0,44

50

0,45

00

0,45

50

0,46

00

3,000 Kx0 y0

Centre 0.4369 0.4041

380 420 460 500 540 580 620 660 700 740 7800

0,01

0,015

0,025

0,03

0,04

0,005

0,02

0,035

wave length [nm]

norm

. int

ensi

ty [W

/nm

]

6.1 Coordinates and tolerances according to CIE 1931

Thespecifiedcolourcoordinatesaremeasuredintegralafterasettlingtimeof200ms.Thecurrentimpulsdependsonthemoduletype.

Theambienttemperatureofthemeasurementista=25°C.Themeasurementtoleranceofthecolourcoordinatesare±0.01.

Module type Current impulseumoduleSTARK-SLE-G3-19-2000CLASSICEM 700mAumoduleSTARK-SLE-G3-23-3000CLASSICEM 1,050mA

6. Photometric charcteristics

PHASED OUT




0°

20

20

20 40

40

60

60

80

100

80 100 40 6080100

10°-10° 20°-20°-30°

-40°

-50°

-60°

30°40°

50°

60°

70°

80°

90°-90°0

rela

tive

inet

nsity

[%]

6.2 Light distribution

TheopticaldesignoftheumoduleSLEproductlineensuresoptimumhomogenityforthelightdistribution.

ForfurtherinformationseeDesign-inGuide,3Ddataandphotometricdataonwww.tridonic.comoronrequest.

6.3 Relative luminous flux vs. tp temperature

0,92

0,94

0,96

0,98

1,00

1,02

1,04

1,06

1,08

1,10

1,14

10 20 30 40tp [°C]

00,90

10050 60 70 80 90

rel.

lum

inou

s flu

x

PHASED OUT




3000 K

4000 K

0

500

1000

1500

2000

2500

3000

3500

4000

4500

200 300 400 500 600 700 800 900 1000 1100mA

lm

Umodule STARK SLE G3 19-2000 CLASSIC EM at tp = 65 °C

Umodule STARK SLE G3 23-3000 CLASSIC EM at tp = 65 °C

3000 K

4000 K

500

1000

1500

2000

2500

3000

3500

4000

4500

5000

5500

6000

200 600400 1000800 1200 1400 1600 1800mA

lm

6.4 Relative luminous flux vs. operating current

PHASED OUT

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