LED - Home - Tridonic€¦ · •Optimized light spectrum for perfect fashion presentation...

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

Data sheet 04/15-LED234-7

LED light engine / OLEDLED compact

Product description

• Optimizedlightspectrumforperfectfashionpresentation

• HousingwithSnap-Onfeatureforeasyreflectormounting

• LED-solutionwithuniquelybrilliantcolourimpression

• Warm,thrillingcolourswithahighsaturationcombinedwithapure

andshinywhite

• Luminousfluxupto4,650lmattp=65°C

• Forspotlightsanddownlights

• BLOoperationmode:BestLEDOperationforoptimumoperationand

constantluminousfluxatallcolourtemperaturesincombination

withTridonicLEDDriverofTOPandECOseries

• Highcolourconsistency(MacAdam3)

• SmallLES(lightemittingsurface)diameterenablessmallbeam

angleforspotlights

• ExcellentthermalmanagementbyCOBtechnology

• UniformradiationwithDam&Filltechnology

• FixingholesforM3screws

• IntegratedLEDmodule

• Coolingrequired

• Flexibleoperatingmodes

• 5-yearguarantee

ÈStandards,page4

Colour temperatures and tolerances,page9

Umodule SLE G4 FASHION EXCumoduleSLE

wPHASED OUT




Technical dataBeamcharacteristic 115°

Ambienttemperaturerange -25...+50°C

tprated 65°C

tc1 upto100°C

Max.DCforwardcurrentforLES192 1,400mA

Max.DCforwardcurrentforLES232 1,750mA

Max.permissibleLFcurrentrippleforLES19 1,680mA

Max.permissibleLFcurrentrippleforLES23 2,400mA

Max.permissiblepeakcurrentforLES19 3,360mA/max.10ms

Max.permissiblepeakcurrentforLES23 4,800mA/max.10ms

Max.permissibleoutputvoltageofLEDDriverforLES193 75V

Max.permissibleoutputvoltageofLEDDriverforLES233 75V

InsulationtestvoltageforLES19 1.15kV

InsulationtestvoltageforLES23 1.15kV

ESDclassification severitylevel4

Riskgroup(EN62471:2008) 1

Typeofprotection IP00

Umodule SLE G4 FASHION EXCumoduleSLE

Ø50

LES 19

Ø19

Ø50

Ø233535

LES 23

max

. 7,2

max

. 7,2

Withhousing(tc/tppositionsameaswithouthousing)–Dimensionsinmm

LES 19

0,9 ±

0,15

max

. 1Ø19

LES 23

0,9 ±

0,15

max

. 1

Ø23

□31

8,50

1,75

8,50

1,75

3,13

3,13

3,13□31

3,13

tc/tp tc/tp

ø3,3 (2x) ø3,3 (2x)

Dimensionsinmm

Ordering data

Type Article number

Colourtemperature

HousingConnectioncable

PackagingWeightperpc.

SLE G4 19mm 3000lm FASHION C EXC 89602052 3,250K no yes 20pc(s). 0.009kg

SLE G4 23mm 5000lm FASHION C EXC 89602053 3,250K no yes 20pc(s). 0.009kg

SLE G4 19mm 3000lm FASHION H EXC 89602050 3,250K yes no 50pc(s). 0.009kg

SLE G4 23mm 5000lm FASHION H EXC 89602051 3,250K yes no 50pc(s). 0.009kg

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Specific technical dataType6 Photometric

codeForwardcurrent

Luminousfluxattp=25°C4

Luminousfluxattp=65°C4

Powerconsumption4 5

Min.forwardvoltageattp=65°C

Max.forwardvoltageattp=25°C

ColourrenderingindexCRI

Energyclassification

SLE G4 19mm 3000lm – Operating mode HE at 500 mASLE G4 19mm 3000lm FASHION EXC 932/3x9 500mA 1,740lm 1,590lm 16.4W 29.8V 34.6V 90 A+

SLE G4 19mm 3000lm – Operating mode NM at 1,050 mASLE G4 19mm 3000lm FASHION EXC 932/3x9 1,050mA 3,390lm 2,940lm 37.6W 33.4V 38.8V 90 A

SLE G4 19mm 3000lm – Operating mode HO at 1,400 mASLE G4 19mm 3000lm FASHION EXC 932/3x9 1,400mA 4,330lm 3,600lm 52.6W 35.1V 40.7V 90 A

SLE G4 23mm 5000lm – Operating mode HE at 700 mASLE G4 23mm 5000lm FASHION EXC 932/3x9 700mA 2,430lm 2,240lm 22.9W 30.5V 35.4V 90 A+

SLE G4 23mm 5000lm – Operating mode NM at 1,400 mASLE G4 23mm 5000lm FASHION EXC 932/3x9 1,400mA 4,550lm 3,980lm 49.3W 32.9V 38.2V 90 A

SLE G4 23mm 5000lm – Operating mode HO at 1,750 mASLE G4 23mm 5000lm FASHION EXC 932/3x9 1,750mA 5,510lm 4,650lm 63.8W 34.0V 39.4V 90 A1 SeeDeratingcurvesindatasheetsection2.3.

2 Max.DCforwardcurrentvariesoverthetemperatureoftheLEDmodule.Seederatingcurvesindatasheetsection2.3.

3 Thedetailedexplanation,seedatasheetsection3.1.

4 Tolerancerangeforopticalandelectricaldata:±10%.

5 Allvaluesattp=65°C.

6 HE...highefficiency,NM...nominalmode,HO...highoutput.

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2. Thermal details

2.1 tp point, ambient temperature and life-timeThetemperatureattpreferencepointiscrucialforthelightoutputandlife-timeofauproduct.

ForumoduleSLEG4atptemperatureof65°Chastobecompliedinordertoachieveanoptimumbetweenheatsinkrequirements,lightoutputandlife-time.

Compliancewiththemaximumpermissiblereferencetemperatureatthetppointmustbecheckedunderoperatingconditionsinathermallystablestate.Themaximumvaluemustbedeterminedunderworst-caseconditionsfortherelevantapplication.

1. Standards

EN62031EN62471IEC62717IEC61000-4-2

1.2 Photometric code

Keyforphotometriccode,e.g.930/369

1.1 Glow wire test

accordingtoEN62031withincreasedtemperatureof960°Cpassed. 2.3 Derating curves

SLE G4 19mm 3000lm FASHION EXCITE


0

200

400

600

800

1000

1200

1400

50 60 70 80 90 100 110Tc [°C]

If [m

A]

1600

0

200

400

600

800

1200

1000

1400

1600

1800

50 60 70 80 90 100 110Tc [°C]

If [m

A]

2000

8,50

1,75

8,50

1,75

tc/tp tc/tp

Tocheckthetc/tptemperature,thetemperaturesensorhastobemountedonthePCBatthemarkedpositionasstatedinthedrawing.

2.4 Thermal design and heat sink

Theratedlifeofuproductsdependstoalargeextentonthetemperature.Ifthepermissibletemperaturelimitsareexceeded,thelifeoftheumoduleSLEG4willbegreatlyreducedortheumoduleSLEG4maybedestroyed.

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

SLEG419mm3000lmFASHIONEXC500mA A+1.050mA A1.400mA A

SLEG423mm5000lmFASHIONEXC700mA A+1.400mA A1.750mA A

2.2 Storage and humidity

storagetemperature -30...+80°C

Operationonlyinnoncondensingenvironment.Humidityduringprocessingofthemoduleshouldbebetween30to70%.

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2.5 Heat sink values

NotesTheactualcoolingcandifferbecauseofthematerial,thestructuralshape,outsideinfluencesandtheinstallationsituation.AthermalconnectionbetweenumoduleSLEG4andheatsinkwithheat-conductingpasteorheatconductingadhesivefilmisabsolutelynecessary.AdditionallytheumoduleSLEG4hastobefixedontheheatsinkwithM3screwstooptimisethethermalconnection.Useofthermalinterfacematerialwiththermalconductivityofl>1W/mKandlayerthicknessofinterfacematerialwithmax.50µmorasimilarinterfacematerialwherethequotientoflayerthicknessandthermalconductivityb<50µmmK/W.

SLE G4 19mm 3000lm FASHION EXCITE ta tp Operating current Rth,hs-a25°C 65°C 500mA 3.15K/W30°C 65°C 500mA 2.74K/W40°C 65°C 500mA 1.92K/W50°C 65°C 500mA 1.09K/W25°C 65°C 1,050mA 1.19K/W30°C 65°C 1,050mA 1.02K/W40°C 65°C 1,050mA 0.69K/W50°C 65°C 1,050mA 0.36K/W25°C 65°C 1,400mA 0.77K/W30°C 65°C 1,400mA 0.66K/W40°C 65°C 1,400mA 0.43K/W50°C 65°C 1,400mA 0.20K/W

SLE G4 23mm 5000lm FASHION EXCITE ta tp Operating current Rth,hs-a25°C 65°C 700mA 2.23K/W30°C 65°C 700mA 1.94K/W40°C 65°C 700mA 1.34K/W50°C 65°C 700mA 0.75K/W25°C 65°C 1,400mA 0.88K/W30°C 65°C 1,400mA 0.75K/W40°C 65°C 1,400mA 0.50K/W50°C 65°C 1,400mA 0.24K/W25°C 65°C 1,750mA 0.63K/W30°C 65°C 1,750mA 0.53K/W40°C 65°C 1,750mA 0.34K/W50°C 65°C 1,750mA 0.15K/W

3. Installation / wiring

3.1 Electrical supply/choice of LED Driver

umoduleSLEG4fromTridonicarenotprotectedagainstovervoltages,overcurrents,overloadsorshort-circuitcurrents.SafeandreliableoperationcanonlybeguaranteedinconjunctionwithaLEDDriverwhichcomplieswiththerelevantstandards.TheuseofuLEDDriversfromTridonicincombinationwithumoduleSLEG4guaranteesthenecessaryprotectionforsafeandreliableoperation.

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

umoduleSLEG4mustbesuppliedbyaconstantcurrentLEDDriver.OperationwithaconstantvoltageLEDDriverwillleadtoanirreversibledamageofthemodule.WrongpolaritycandamagetheumoduleSLEG4.

umoduleSLEG4arebasicisolatedupto75Vagainstgroundandcanbemounteddirectlyonearthedmetalpartsoftheluminaire.Ifthemax.outputvoltageoftheLEDDriver(alsoagainstearth)isabove75V,anadditionalisolationbetweenLEDmoduleandheatsinkisrequired(forexamplebyisolatedthermalpads)orbyasuitableluminaireconstruction.Atvoltages>60Vanadditionalprotectionagainstdirecttouch(testfinger)tothelightemittingsideofthemodulehastobeguaranteed.Thisistypicallyachievedbymeansofanonremovablelightdistributoroverthemodule.

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3.5 EOS/ESD safety guidelines

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

Wiring with housing

Wiring without housing

7–8mm

wirepreparation:

600 mm8

AWG 24

white-red+

–white-black

AWG 24 UL1015,wire diameter 2.00 – 2.50 mm

3.3 Wiring type and cross section

Thewiringhastobesolidcablewithacrosssectionof0.5to0.75mm²orwithstrandedwirewithsolderedendswithacrosssectionof0.5mm².Forthepush-wireconnectionyouhavetostriptheinsulation(7–8mm).

Removingwiresbylightlypressingonthepushbutton.

Wiring example

+

–

–+

Udriver LC...

LN

–

+

3.2 Wiring

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.

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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



Operating current tp temperature L90 / F10 L90 / F50 L80 / F10 L80 / F50 L70 / F10 L70 / F50

500mA65°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

1,050mA65°C 42,000h >60,000h >60,000h >60,000h >60,000h >60,000h75°C 31,000h 46,000h >60,000h >60,000h >60,000h >60,000h85°C 23,000h 35,000h 50,000h >60,000h >60,000h >60,000h

1,400mA65°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

Operating current tp temperature L90 / F10 L90 / F50 L80 / F10 L80 / F50 L70 / F10 L70 / F50

700mA65°C 58,000h >60,000h >60,000h >60,000h >60,000h >60,000h75°C 43,000h >60,000h >60,000h >60,000h >60,000h >60,000h85°C 32,000h 49,000h >60,000h >60,000h >60,000h >60,000h

1,400mA65°C 45,000h >60,000h >60,000h >60,000h >60,000h >60,000h75°C 33,000h 50,000h >60,000h >60,000h >60,000h >60,000h85°C 25,000h 38,000h 53,000h >60,000h >60,000h >60,000h

1,750mA65°C 38,000h 58,000h >60,000h >60,000h >60,000h >60,000h75°C 29,000h 43,000h >60,000h >60,000h >60,000h >60,000h85°C 22,000h 32,000h 46,000h >60,000h >60,000h >60,000h

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Thediagramsbasedonstatisticvalues.Therealvaluescanbedifferent.

0,96

0,97

0,98

0,99

1,00

1,03

1,041,05

10 20 30 40tp [°C]

00,95

1,01

1,02

9050 60 70 80

VF [1

]

30,2 31,2 32,2 33,2 34,229,2 35,2 36,2 37,2 38,2 39,20

1500

1100120013001400

1000900

700800

600500

100200300400

Forward voltage [V]

Forw

ard

curr

ent [

mA]


30,2 31,2 32,2 33,2 34,229,2 35,2 36,2 37,20

1800

1200

1400

1600

1000

800

600

200

400

Forward voltage [V]

Forw

ard

curr

ent [

mA]


5. Electrical values

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

5.2 Forward voltage vs. tp temperature

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6.1 Coordinates and tolerances according to CIE 1931

Thespecifiedcolourcoordinatesaremeasuredintegralafterasettlingtimeof100ms.Thecurrentimpulsdependsonthemoduletype.

Theambienttemperatureofthemeasurementista=25°C.Themeasurementtoleranceofthecolourcoordinatesare±0.01.

Module type Current impulseumoduleSLEG419mm3000lmFASHIONEXC 1,050mAumoduleSLEG423mm5000lmFASHIONEXC 1,400mA

6. Photometric charcteristics

MacAdamellipse:3SDCM

3,250 Kx0 y0

Centre 0.4177 0.3918

0,3700

0,3750

0,3800

0,3850

0,3900

0,3950

0,4000

0,4050

0,4100

0,40

00

0,40

50

0,41

00

0,41

50

0,42

00

0,42

50

0,43

00

0,43

50

0,44

00

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6.2 Light distribution

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

[%]

6.3 Relative luminous flux vs. tp temperature

0,90

0,95

1,00

1,05

1,10

1,20

10 20 30 4000,85

1,15

50 11060 70 80 90 100tp [°C]

rel.

lum

inou

s flu

x

TheopticaldesignoftheumoduleSLEproductlineensuresoptimumhomogenityforthelightdistribution.

ForfurtherinformationseeDesign-inGuide,3Ddataandphotometricdataonwww.tridonic.comoronrequest.

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