Technical Design-in Guide
Contents
1. STARK LLE24 1250 830 CLA EM Module TALEXXmodule STARK LLE24 EM colour temperature 25000816 3 000 K STARK LLE24 1250 840 CLA EM Module TALEXXmodule STARK LLE24 EM colour temperature 25000818 4 000 K LCI 080 0350 1010 TALEXXconverter IN BUILT constant current without dimming 86459366 function LCI 015 0350 E020 TALEXXconverter REMOTE constant current without 24166312 dimming function LCI 030 0700 E020 TALEXXconverter REMOTE constant current without 24166314 dimming function LCI 050 1050 R010 TALEXXconverter IN BUILT constant current without dimming 86459216 function LCI 055 1400 R010 TALEXXconverter IN BUILT constant current without dimming 86459217 function LCI 050 1050 T020 TALEXXconverter REMOTE constant current without 86459218 dimming function LCI 055 1400 T020 TALEXXconverter REMOTE constant current without 86459219 dimming function Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 45 53 Ordering information and sources LCI 055 1400 R010 TALEXXconverter IN BUILT constant current without dimming 86459217 function LCI 055 1400 T020 TALEXXconverter IN BUILT constant current without dimming 86459219 function LCCI 016 0350 Q010 TALEXXconverter IN BUILT adjustable output current 86459213 Suitable controllers Tridonic offers a comprehensive range of DALI compatible products All the devices specified here support DALI Device Type 6 and therefore guarantee effective2. Standards and directives for modules The following standards and directives were taken into consideration in designing and manufacturing the modules CE 2006 95 EG Low voltage directive Directive relating to electrical equipment for use within certain voltage limits PAUC se EMC directive Directive relating to electromagnetic compatibility RoHS YAU IYI e ROHS Directive Directive on the restriction of the use of certain hazardous substances in electrical and electronic equipment RoHS Restriction of the use of certain hazardous substances Safety DIN IEC 62031 2008 Safety requirements for LED modules EN 60598 1 2008 und A11 2009 General requirements and tests for luminaires EN 60598 2 2 1996 und A1 1997 Luminaires Part 2 Special requirements Main section 2 Recessed luminaires EN 62471 2008 Photo biological safety of lamps and lamp systems Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en oystem Overview Safety and performance EN 61347 1 2009 General and safety requirements EN 61347 2 13 2007 Special requirements for dc and ac powered electronic operating equipment for LED modules EN 62384 2007 IEC 62384 Operational requirements A1 2009 Energy labelling EU Regulation No 874 2012 Energy labelling of electrical lamps and luminaires Standards and directives for LED control gear The following standards and directives were taken into consideration in designin
3. the max temperature at the tc point must not be exceeded Unrestricted exit of light from the modules The module s push in terminals allow easy wiring They can be released via the trigger Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Mechanical Aspects Li NOTICE Detailed information on the thermal connection and the position of the tc point is given at Thermal aspects Protection measures against damage Mechanical stress TALEXX modules contain electronic components that are sensitive to mechanical stress Such stress should be kept to an absolute minimum In particular the following mechanical stresses should be avoided as these may cause irreversible damage Pressure Bending stress Drilling Milling Breaking Sawing gt and similar mechanical processing Compressive stresses The components of the TALEXX modules circuit boards glob top lenses electronic components etc are sensitive to compressive stresses The components must not be exposed to compressive stresses gt If glass or Plexiglas shields are used make sure that pressure is not exerted on the glob top gt Only touch the TALEXX modules at the edges correct left and incorrect right Bending stress Bending the circuit board of a TALEXX module by more than 3 along its length may damage the product and is therefore not permitted 3 9o corresponds for example to 6 mm for a 200 m
4. www mechatronix asia com Nuventix Vertrieb Osterreich EBV Distributor Schonbrunner Stra e 297 307 1120 Wien T 43 1 89152 0 F 43 1 89152 30 www ebv com SUNON European Headquarters Sales area manager Direct line 0033 1 46 15 44 98 Fax 0033 1 46 15 45 10 Mobile 0033 6 24 07 50 49 andreas rudel sunoneurope com Heat sinks with active cooling can be obtained from the following manufacturers Francois JAEGLE NUVENTIX EMEA Sales and Support Director 33 624 73 4646 PARIS fjaegle nuventix com Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Ordering information and sources Heat sinks with passive cooling can be obtained from the following manufacturers AVC Asia Vital Components Europa GmbH Willicher Damm 127 D 41066 M nchengladbach T 49 2161 5662792 F 49 2161 5662799 sales avc europa de FrigoDynamics GmbH Bahnhofstr 16 D 85570 Markt Schwaben Germany 49 8121 973730 49 8121 973731 www frigodynamics com Heat conducting foil and paste Heat conducting foil e g Transtherm T2022 4 or Transtherm Phase Change for thermal connection between the module and a heat sink is available from the following partner BALKHAUSEN Division of Brady GmbH Rudolf Diesel Strake 17 28857 Syke Postfach 1253 28846 Syke T 49 4242 692 0 F 49 4242 692 30 angebot balkhausen de Kunze Folien GmbH Raiffeisenallee 12a D 82041 Oberhaching Tel 49 89 66 66 82 0 Fax 49 89
5. 66 66 82 10 info heatmanagement com 3M Electro amp Communications Business 4C 3M House 28 Great Jackson St Manchester M15 4PA Office 44 161 237 6182 Fax 44 161 237 1105 www 3m co uk electronics Heat conducting paste e g Silicone Fluid Component for thermal connection between the module and a heat sink is available from the following partner Shin Etsu Chemical Co Ltd 6 1 Ohtemachi 2 chome Chiyoda ku Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 50 53 Ordering information and sources Tokyo 100 0004 Japan LED housing LED housing is available from the following partner A A G STUCCHI s r l u s Via IV Novembre 30 32 23854 Olginate LC Italy Tel 39 0341 653 204 Mob 39 335 611 44 85 www aagstucchi it Reflector solutions and reflector design Reflector solutions and support for reflector design are available from the following partners ALMECO S p A Via della Liberazione 15 Tel 39 02 988963 1 Fax 39 02 988963 99 info it almecogroup com Alux Luxar GmbH amp Co KG Schneiderstrasse 76 40764 Langenfeld Germany T 49 2173 279 0 sales alux luxar de Jordan Reflektoren GmbH amp Co KG Schwelmerstrasse 161 171 42389 Wuppertal Germany T 49 202 60720 info jordan reflektoren de KHATOD OPTOELECTRONIC Via Monfalcone 41 20092 Cinisello Balsamo Milan ITALY Tel 39 02 660 136 95 Fax 39 02 660 135 00 Christian Todaro Technical Design i
6. LED control gear is given on the type plate of the LED control gear Li NOTICE Please note the system combinations with the matching components on the following pages Ordering information on the components can be found at the end of this document Versions TALEXXengine STARK LLE The TALEXXengine STARK LLE system is an attractive entrylevel solution for general LED illumination Depending on the application TALEXXconverters with and without a dimming function are available Characteristics gt Colour temperature 3 000 K 4 000 K or 5 000 K Colour rendering index CRI gt 80 Lumen values of approximately 1 250 Im Low colour tolerance of up to MacAdam 3 SDCM System efficiency of up to 112 Im W with high energy savings and short payback time Control functions gt ON OFF via network with LED control gear without dimming function gt DALI DSI corridorFUNCTION and switchDIM with LED control gear with dimming function Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 10 53 Converter matrix Possible combinations for serial wiring TALEXXconverter in built with dimming function 86459392 NON SELV 4 6 4 6 4 6 Number of modules min max TALEXXconverter in built without dimming function 86459366 86459213 NON SELV SELV 4 6 1 4 6 1 4 6 1 Number of modules min max Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en TALEXXco
7. heat conducting adhesive foil is essential Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Thermical Aspects Temperature measurement on the module There is a tc point on top of the module for checking the temperature of the latter The temperature at the t point can be measured with a simple temperature probe Since the underside of the modules is made from anodised aluminium any measurements taken with an infra red camera would lead to inaccurate results In practice thermocouples e g B amp B Thermotechnik K type thermocouple have proved successful Such thermocouples can be attached directly to the tc point with heat resistant adhesive tape or a suitable adhesive The measured values are recorded by an electronic thermometer e g FLUKE 51 VOLTCRAFT K202 data logger The maximum possible temperature must be determined under worst case conditions ambient temperature installation of the luminaire for the relevant application Before the measurement is taken the luminaire should be operated for at least 4 hours in a draught free room The measurement must be taken in a steady thermal state and in a draughtfree room Q vy fu peu ee mmi ee UA tc point LLE24 tc point LLE Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 43 53 Ordering information and sources Temperature management of the LED control gear Although the LED contr
8. power supply cabling If the room layout is changed only the control line needs to be rerouted the load line can be left unchanged Switching on and off is controlled via the digital interface The low voltage cable of the digital interface is polarity free and can therefore be connected with either polarity to the DSI connection of the LED control gear TALEXXconverters with integrated DSI function are able to specify a minimum dimming value maximum brightness and an emergency lighting value for all the connected operating devices in a control circuit Using a digital interface ensures a consistent lighting level from the first to the last luminaire However in contrast to DALI the individual luminaires cannot be addressed separately Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 8 53 oystem Overview switchDIM The integrated switchDIM function enables a standard switch for dimming and switching to be connected directly Pressing briefly on the switch 0 6 s switches the LED control gear on or off The last dimming value set will be recalled when the LED control gear is switched on Pressing the button for an extended period gt 0 6 s serves to dim the connected module The dimming direction up down is changed when the switch is operated again Hold down the switch for about 10 seconds to synchronise all the connected devices to a dimming value of 5096 This prevents the LED control gear from starting
9. use of TALEXXengine STARK LLE DALI M Sensor 86458265 DALI SC 24034263 DALI MC 86458507 DALI Touchpanel 24035465 x touchBOX 24138954 x touchPANEL 24138990 DALI PS 24033444 DALI USB 24138923 NOTICE Go to led tridonic com for further emergency lighting products Product application and partners Product application matrix Whether you are looking for wide area lighting or focused accent lighting our wide range of T products will help you create an individual atmosphere and highlight specific areas exactly as you want Our product portfolio includes individual light points round rectangular and strip versions Specially matched operating equipment such as LED control gear amplifiers and sequencers round off the components for a perfect system solution They guarantee ideal operation and maximum efficiency Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 46 53 Ordering information and sources TALEXXengine application TALEXXengine Linear Surface Recessed Floor Street Decorative lumi lumi floor and wall lumi lumi lumi naries naires luminaires naires naires naires TALEXXengine STARK DLE TALEXXengine STARK DLE TWIST TALEXXengine STARK SLE TALEXXengine STARK LLE TALEXXengine STARK QLE TALEXXengine RLE TALEXXengine INDI Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Ordering information and sources TALEXXmodule ap
10. 000 lux 0 5m 1 59 m 457 lux 480 lux 500 lux 0 75 m 2 38 m 203 lux 213 lux 220 lux 1 0 m 3 17 m 114 lux 120 lux 125 lux All the values refer to Beam angle 116 LOR 100 Forward current 350 mA Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Optical Aspects Average illuminance in relation to the lumen values of TALEXXmodule STARK LLE CLASSIC Installation height Diameter of the beam 1 190 Im 4 000 K 0 25 m 0 75 m 1 961 lux 0 5 m 1 49 m 490 lux 0 75 m 2 24 m 218 lux 1 0 m 2 99 m 123 lux All the values refer to Forward current 300 mA NOTICE To aid customised design and for optical simulation Tridonic is happy to provide the modules CAD data on request Sources of reflectors can be found at the end of this document Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Thermical Aspects Thermal aspects Cooling the modules Effect of cooling on the life of the modules The modules of the TALEXXengine STARK LLE system have been designed for operation with a passive heat sink and can be mounted directly on such a suitable heat sink The life of the module depends to a large extent on the operating temperature The more that the operating temperature can be reduced by cooling the longer the expected life of the module If the permitted operating temperature is exceeded however the life of the module will be significantly reduced Operating time for TALEXXengi
11. D control gear can be downloaded from the Tridonic homepage www tridonic com a nd the relevant product page Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Electrical Aspects Electrical aspects Electrical safety Basic classification of protection classes Depending on the design of the luminaire the requirements of different electrical protection classes are satisfied internal voltages that a shock current would be inconsequential AC voltages with an effective value of up to 50 V AC and direct currents up to 120 V DC are referred to as low voltage also extra low voltage and weak current lt i gt Luminaires in protection class III also SELV which stands for Safety Extra Low Voltage have such low between the mains circuit and the output voltage or metal casing Even if the luminaires have electrically im Protection class II non SELV applies for luminaires with double insulation with no protective earth conductive surfaces thanks to their insulation they are protected against contact with other live parts Protection class non SELV applies for luminaires with basic insulation and protective earth All the electrically conductive casing components are connected via a protective conductor system which is at earth potential Basic insulation of TALEXXmodule STARK LLE The TALEXXmodul STARK LLE features basic insulation against earth i e a clearance creepage distance greater or the same
12. E E E me E ee E E E E E ey E E E 49 Tridonic sales organisation 0 hs o3 jelene nisu ee 53 Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Introduction Description A new era has dawned with TALEXX LED Now high quality light and optimum efficiency are no longer mutually exclusive The versatile system solutions from Tridonic provide the basis for outstanding lighting designs that are future proof economical and eco friendly in a wide range of applications LEDs come into their own in offices and educational institutions in industry as well as technical working environments When designing LED lighting there are certain differences compared to designs with conventional light sources This design guide has been written to help you understand these differences It answers all the most important questions you may have such as on the right mechanical design thermal management and optical conditions Complete system solution LEDs offer major advantages in terms of general lighting They are versatile highly energy efficient and virtually maintenance free With TALEXXengine STARK LLE you get a complete system solution from a single source comprising perfectly harmonised components TALEXXmodule STARK LLE and TALEXXconverter The TALEXXengine STARK LLE offers impressive advantages gt LED system solution with outstanding system effici
13. LE CLASSIC with parallel wiring 220 240 V 0 50 60 Hz L N ii LEN F om I i i a b N jj m ii i i ii PM M I FE TALEXKconverter TALEX modules LCI R010 STARK LLE The wiring diagram shows parallel wiring between a LED control gear and 3 modules of type TALEXXmodule STARK LLE CLASSIC as well as connection of the LED control gear to the power supply Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 33 53 Electrical Aspects Li NOTICE With parallel wiring tolerance related differences in brightness are possible If one module fails the remaining modules may be overloaded Wiring diagram for TALEXXengine STARK LLE CLASSIC and STARK LLE CLASSIC EM 230 240 V AC L 0 50 60 Hz TALEXKconverter TALEX modules LCAI 80 W 350 mA STARK LLE 2 ji ji 3j ji 4j ji i E ji Permanentline 2 EM PowerLED 4W The wiring diagram shows connection between a LED control gear and 4 modules with serial wiring of which 3 modules are of type TALEXXmodule STARK LLE CLASSIC and 1 of type TALEXXmodule STARK LLE EM CLASSIC with emergency light function The emergency light module is additionally operated by an emergency light supply device Furthermore connection of the LED control gear to the power supply charger of the emergency light supply device is shown Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Optical Aspect
14. LEX modules LCAI 80 W 350 mA STARK LLE The wiring diagram shows serial wiring on a LED control gear with dimming function and 4 modules of type TALEXXmodule STARK LLE CLASSIC as well as connection of the LED control gear to the power supply and direct connection of a commercially available push to make switch Wiring diagram for TALEXXengine STARK LLE CLASSIC with serial wiring 230 240 V AC 0 50 60 Hz TALEX lt converter TALEX modules LCI Ax20 STARK LLE The wiring diagram shows serial wiring on a LED control gear with 4 modules of type TALEXXmodule STARK LLE CLASSIC as well as connection of the LED control gear to the power supply Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 39 53 Electrical Aspects Wiring diagram for TALEXXengine STARK LLE CLASSIC with parallel wiring and switchDIM 230 240 V AC L 0 50 60 Hz N E mM 2 EX a 4 m 6 DvD DA D1 TALEXKconverter TALEX modules LCI Ax20 STARK LLE The wiring diagram shows parallel wiring between a LED control gear with dimming function and 2 modules of type TALEXXmodule STARK LLE CLASSIC as well as connection of the LED control gear to the power supply and direction connection of a commercially available push to make switch With parallel wiring tolerance related differences in brightness are possible If one module fails the remaining modules may be overloaded Wiring diagram for TALEXXengine STARK L
15. TRIDONIC Technical Design in Guide v Table of Contents Table of contents IJOSCTIIDHOD S esc anees Gee eee oan cee EA E E RS 4 Complete system solution nananana aaa 4 Creative freedom 10 en ee ee eee eee eee ee eee eee eens 5 Warm and pleasant light 0 0 0 ce ee rh hrs o Outstanding cost effectiveness l l 5 Summary of the chapters 0 0 0 eee eee eee hh 6 SVSISI OVEL VIBW a sao darum oq Um E di ac risg Srinat 9 hm d es stone Cees aes hobo d ood RAP Bon LEE See eee 6 Mechanical aspects lllllleleeeeeee eee eee eee eens 6 EIGCHICAlAS0CCls 2 646 tad ous setae kerne a see ee eau eme ase hue dee ae beer eeee es Sees a eet see 6 Becks ocd ed beac iiri Ged Gon hue we Caen teve beet baes voor eSeed amp henuades ben denn 6 Thermal aspects 5 2 uror dre dor koe Ge ee dla ape Redon See Re ae RC PR ed Ux E Gare d oso E eared ae 6 System overvieW M eee Oo ae tog bee ee oes dou ee es bee Hee eed eee oe og ee een 7 SVs VEISIONS sis 00tenctersatenstacenteted eae qo sd cU E ERE M ROI eee rar RE cuu ERTE Koen ewe 7 OMY GIONS on Sec dw ore Beh Bea s be ee eos Se Pee ed a Pein ede Sk Pes we odin Se Se oe dig Sok ee oe dod ow oes 7 Operating TUNCUIONS 346045034045 40 603604 d 2b ore Base he wsd ee Ede UR E dE Yo d Ree Ron a3 VR e S rara d dmn 8 Type codes and versions 1 0 ehh hh hh rns 9 WEISIONG 24 TTREERELTETEITTSRITIQTTS TIT doh A een ee amp 2 oan E ea ho ec eee ee are 10 Conv
16. The following table lists possible contaminants for LED modules the classes of compounds and examples of possible sources The list shows the most commonly used materials but does not claim to be complete Class of compounds Chemical names ro hydrochloric acid cleaner sulfuric acid cutting oils nitric acid phosphoric acid acetic acid RTV silicones cutting oils degreaser adhesives Organic acids Y ammonia detergents amines Cleaner sodium hydroxide Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 20 53 Mechanical Aspects Organic solvents ethers e g glycol Cleaner ketones e g Methylethylketon benzine aldehydes e g formaldehyde petroleum aromatic hydrocarbons e g xylene and paints and toluene varnishes VOC volatile organic acetate super glue compounds acrylates all purpose glue aldehydes screw locking serve varnish coatings paints and varnishes Mineral oils hydrocarbons machine oil lubricants LAER RE 4T E UGA C gt gt Siloxanes silicone oils fatty acids linseed oil fats Harder sulfur compounds seals vulcanizer sealants colors Protection measures for the glob top material The following guidelines must be observed to avoid damage to the glob top gt Make sure that the chemicals used in LED applications are not solvent based conden
17. as 3 mm and can be directly assembled on an earthed metal part of the luminaire also in operation with the TALEXXconverter LCAI 80W 350mA Design measures for satisfying protection class requirements Not all the components of the TALEXX STARK LLE system comply with the SELV standard The voltages can thus be greater than 120 V DC Luminaire with SELV level When using the LED module STARK LLE CLASSIC in combination with a TALEXXconverter in protection class SELV the SELV level for the luminaire is achieved Thanks to SELV voltage the luminaire can be replaced by an expert without risk Protection class II luminaires When using a TALEXXconverter with NON SELV level the following measures are essential in order to achieve protection class Il Reinforced insulation between TALEXXmodule STARK LLE and the luminaire casing e g by means of plastic casing or an additional insulating foil between the luminaire casing and the module Reinforced insulation between the LED control gear and luminaire casing e g by means of plastic casing Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 28 53 Electrical Aspects Use of double insulated lines Protect all electrical contacts against mechanical contact this can typically be achieved with optics which cannot be removed Protection class luminaires When using a TALEXXconverter with NON SELV level the following measures are essential in order to a
18. asings contact with the pc board not possible just normal installation practice Please note the requirements set out in the document EOS ESD guidelines Guideline EOS ESD pdf at www tridonic com com en technical docs asp Installation example with TALEXXconverter and serial wiring Installation version IN BUILT serial wiring with Surface mounting version REMOTE with serial wiring TALEXXconverter LCAI 80 W 350 mA one4all with TALEXXconverter LCI 15 W 350 mA Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Mechanical Aspects Installation example with TALEXXconverter and parallel wiring Installation version IN BUILT parallel wiring with Surface mounting version REMOTE with parallel wiring with TALEXXconverter LCI 50 W 1050 mA TALEXXconverter LCI 55 W 1400 mA Installation details Depending on the particular situation the LED control gear can be installed in the luminaire casing in built or outside the casing remote Terminals with push button for Perfectly uniform light even if several LED Beveled Edges for discreet wiring quick and easy wiring modules are used together and easy installation Notes on installation Depending on the installation situation for the LED control gear and modules the following requirements must be met Sufficient distance to active conducting materials Sufficient strain relief when the LED control gear cover is closed Sufficient cooling of the modules
19. at different dimming values or operating in the opposite dimming direction e g with retrofit installations Switches with glow lamps affect the switchDIM function and should therefore not be used for this purpose corridorFUNCTION TALEXXconverters one4all together with commercially available motion detectors enable the corridorFUNCTION Presence controlled lighting systems can be programmed without an additional controller so that the light is not switched off when no one is present and instead dimmed to a minimal level and possibly only switched off completely after a preset period of time Type codes and versions Type code for modules The following type code is used to unambiguously identify the modules Type code for modules using STARK LLE 24 1250 830 CLA as an example wae ue ee cla Product Form Width Luminous flux Ra gt 80 Colour temperature Version in Im 3 000 K Type code for LED control gear The following type code is used to unambiguously identify the LED control gear Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en oystem Overview Type code for LED control gear using LCI 080 0350 as an example LED LED control gear Power in W Current in mA constant current non dimmable Type code for LED control gear using LCAI 080 0350 as an example LED LED control gear Power in W Current in mA constant current dimmable The precise type designation for the
20. at room temperature Duration optimum adhesive strengths Maximum adhesion is achieved within 48 hours at room temperature the process is accelerated by heat In actual practice this means that at the maximum tc temperature approx 75 85 C product specific maximum adhesion is reached after about 12 hours During the curing period make sure that there is no tensile load on the adhesive connection of the TALEXX module Additional information TALEXX modules must not be stuck and restuck time and again without replacing the adhesive tape Damaged adhesive tapes must be completely removed and replaced by new tapes Packaging and transport TALEXX products from Tridonic are delivered in appropriate packaging The packaging provides special protection against mechanical damage and ESD electrostatic discharge If you need to transport TALEXX products you should use this packaging Installation of the modules on the heat sink The LED modules are mounted onto a heat sink with 2 screws per module For optimal thermical connection it is recommended to use all fastening holes e g 5 screws for the LLE24 In order not to damage the modules only rounded head screws and an additional plastic flat washer should be used Suitable screws should be selected on the basis of the following dimensions Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Mechanical Aspects Dimensions of the fastening screws a Max dia
21. chieve protection class Use of metal casing for the luminaire gt Assembly of the TALEXXmodule STARK LLE directly on the casing gt Grounding of the LED control gear TALEXXmodule STARK LLE and the luminaire itself Protect all electrical contacts against mechanical contact this can typically be achieved with optics which cannot be removed Ay DANGER The following measures must be followed in order to avoid lifethreatening situations gt Electrical work on a luminaire with protection class or Il non SELV must only be carried out by an electrically skilled person gt The luminaire must be disconnected from the mains before starting work on it gt Check the luminaire for damage if there are any signs of damage the luminaire must be replaced Electrical safety and connection Electrostatic safety and EMC protection The LED modules are tested up to a voltage of 8 KV static discharging Depending on the ambient conditions appropriate precautionary measures must be taken in order to avoid higher voltages for example during production or installation For good EMC conduct the lines should be run separately from the mains connections and lines The maximum secondary line length on the terminals is 2 metres Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Electrical Aspects Electrical supply and selection of the LED control gear TALEXXmodules STARK LLE are
22. ency of up to 112 Im W consisting of a linear LED module and LED control gear gt Small colour tolerances of up to MacAdam 3 gt Luminous flux of approximately 1 250 lumen per LED module hot lumen measurement at 65 C for technical specification under real conditions High colour rendering CRI gt 80 Colour temperatures of 3 000 K 4 000 K and 5 000 K Option of combining multiple products also with TALEXXengine STARK QLE gt Emergency lighting compatible LED control gear in dimmable and non dimmable versions Long lamp life of up to 50 000 hours Compliance with the mechanical and electrical standards of the luminaire industry Li NOTICE All information in this guide has been produced with the utmost care However the guide is subject to change without notice Errors and omission excepted Tridonic does not accept liability for possible damage resulting from the use of this guide The latest version of this guide can be found at led tridonic com or from your sales partner Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Introduction Creative freedom This linear LED module is virtually predestined for combination When lined up lengthwise narrow strip lighting is created and in combination with the square sister product TALEXXengine STARK QLE any number of customised luminaire designs can be realised Up to six LED modules can be operated with just one LED control gear The LED
23. ener MAX 6 xiduc ded a isau ia aa a ade peewee dn ae ete alee Maes oes Maes o beet gas 3455 11 Standards and directives 0 hh has 14 Mechanical ASDCCIS 225 2 een bee gebae dee se reeba tate beegebegdpeececebade sue Seabed speeds 17 INStQNAUON M L EPLT 17 Dimensional drawings se adc see 8e dcrioon bed 9 99 qe Xe 9090 Be Do bes Seed each Cp Sox acb Roe aiU marbri A a we 24 Electiical aS DOCIS c aces dana e RSPIMGTESREM RECS sade ease ere WESS REESE eR ARI ENeORES Km 20 zisteieEI 5MTERERETTRTRLETTCORTTTITTT OTT detnr eiia deae aa a E a 28 Electrical safety and connection 0 saana aaae rr 29 Elecmical COnNECIONS 30 Connections on the LED control gear 0 2 0 hh 31 Winnog dag aS ETE EET ETT TIO LO OE LO OT ROLLE ROD TIT DT UTILIA 32 Op cCal ASPECIS s acne d dace he FAEERE E FAAR ERARE PETERR ERECTA NERES bode sae eee cee e ues 35 Colour spectu sesia ea eia dc ica e ses E ee ce A Bg eros A wrk Ra a ane E ore E O ed 35 Beam ecnaracterisli6S 2a udo soda xd depp Eo dio egi ER f Jie EES d o d ER t cia dea eee a 38 ThermalasDecIS 2 esuaewscexke pau Ge Xx 9 EX PROPERE LRSUAOEMGARXS EXGeRRsE Ed UG REGE 44 41 Cooling MEMOS PP 41 Ordering information and sources llle hh hrs 45 Ie Ans MPEEEETELURTTAITUIRIUOTSITISITOT EN RAE PE E GAEE NOESEN EEE E as 45 Product application and partners 2 1 ess 46 SEE EEE E E E
24. g and manufacturing the LED control gear EN 55015 2008 Limit values measurement methods for radio interference properties of electrical lighting equipment and similar electrical devices EN 61000 3 2 2005 A1 Limit values for harmonic currents equipment input current 16 A per conductor 2008 und A2 2009 EN 61000 3 3 2005 Limit values for voltage fluctuations and flicker in low voltage systems for equipment with an input current lt 16 A per conductor that are not subject to any special connection conditions EN 61547 2001 EMC requirements EMC Electromagnetic compatibility Safety EN 50172 2005 Safety lighting systems Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en oystem Overview DALI IEC 62386 101 2009 General requirements system IEC 62386 102 2009 General requirements controller IEC 62386 207 2009 Special requirements controller LED modules Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Mechanical Aspects Mechanical aspects Installation Installation details NOTICE EOS ESD safety guidelines The device module contains components that are sensitive to electrostatic discharge and may only be installed in the factory and on site if appropriate EOS ESD protection measures have been taken No special measures need be taken for devices modules with enclosed c
25. ing terminal for stranded wire with end splice or solid conductor Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Electrical Aspects Spring terminal for stranded wire with end splice or solid conductor Permissible line cross sections and stripped insulation lengths of LED control gear with screw terminals can be found in the respective LED control gear data sheets mmm 04 075 m0 1 Sm L 6 mm 8 5 9 5 mm LED module wire preparation Converter wire preparation Spring terminal on the LED control gear Connections on the LED control gear Connections on the LED control gear for TALEXXmodules STARK LLE CLASSIC Pin Connection Connection on the TALEXXconverter Design Protective earth or functional earth Spring terminal a Power input Spring terminal Power input opring terminal DA Control input DALI DSI switchDIM corridor FUNCTION Spring terminal DA Control input DALI DSI switchDIM corridor FUNCTION Spring terminal LED TALEXXmodule STARK LLE CLASSIC Spring terminal LED TALEXXmodule STARK LLE CLASSIC Spring terminal only with LED control gear with the corresponding functionality Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Electrical Aspects Wiring diagrams Wiring diagram for TALEXXengine STARK LLE CLASSIC with serial wiring and switchDIM 230 240 V AC L 0 50 60 Hz N a S 2 EJ pa 4 e Wi 6 DADI DAD1 TALEXKconverter TA
26. le in the versions LLE Classic LLE24 Classic and LLE24 The relevant components can be clearly assigned by their type codes Mechanical aspects Depending on the particular situation the LED control gear can be installed in the luminaire casing inbuilt or outside the casing remote Dimensional drawings and installation instructions will help you to take account of the requirements of the particular situation Electrical aspects The TALEXXmodule STARK LLE can be combined with a variety of LED control gear Electrical safety aspects connection options the connection between the LED control gear and the power supply and the connections are described and shown in the relevant wiring diagrams Optical aspects The overall efficiency of the system is improved by choosing a reflector with suitable optical properties e g beam angle and dimensions This chapter provides information on beam characteristics and illumination strength Thermal aspects The system modules are designed for operation with a passive heat sink and to this end can be mounted directly on a suitable heat sink Information on heat sinks and temperature measurement is summarised in this section Ordering information and sources Information on ordering heat sinks as well as where heat sinks reflectors and accessories can be sourced can be found at the end of this document Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 6 53 oystem Ove
27. m long module Max bending stress for LED strip modules Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 19 53 Mechanical Aspects Chemical compatibility LED modules can be damaged by other materials if these materials have certain chemical properties The cause for these damages are different gaseous compounds which penetrate into the encapsulant of the LED and thereby attack the encapsulant the color conversion phosphor or the LED chips and can affect the electrical contacts or the substrate Application areas for chemical substances The following are known areas in which chemical substances are used use of protective coating in applications with high relative humidity outdoor applications encapsulation of LED modules cementing of LED modules sealing of luminaires The following materials must be checked for their safety gt All components and auxiliaries used in the assembly of the luminaire Solvents of adhesives and coatings Other so called VOC volatile organic compounds gt All other additional substances present in the atmosphere Outgassing of adhesives sealants and coatings Cleaning agents and processing aids e g cutting oils and drilling coolants i NOTICE Contact your LED manufacturer for questions about the materials used and possible interactions and risks Putting together a safe list is not possible due to the complexity of the topic
28. meter D mm Min length L o mm Max length L depending on the design of the luminaire Dimensional drawings Dimensional drawings of the TALEXXmodule STARK LLE CLASSIC LO e Dimensional drawings of the TALEXXmodule STARK LLE24 CLASSIC 280 125 9 T T T zh i Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Mechanical Aspects Dimensional drawings of the TALEXXmodule STARK LLE24 CLASSIC EM 280 Dimensional drawing of the TALEXXconverter LCAI 080 0350 1010 one4all IN BUILT Va m Va im H CXXCCACOCCO LS SEL E Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Mechanical Aspects Dimensional drawing of the TALEXXconverter LCI 055 1400 R010 IN BUILT 99 t TTT i JUUUUUL i Ho H ON Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Mechanical Aspects Dimensions of further TALEXXconverters LCAI 015 0350 A020 one4all 167 x 42x 31 mm LCAI 016 0350 Q010 one4all 103 x 67 x 31 mm LCAI 030 0700 A120 one4all 207 x 42 x 31 mm LCI 015 0350 E020 165 x 43 x 30 mm LCI 080 0350 1010 280 x 30 x 21 mm LCI 030 0700 E020 141 x 43 x 30 mm LCI 050 1050 RO10 123 x 79 x 31 mm LCI 055 1400 TO20 160 x 82 x 34 mm LCCI 016 0350 Q010 103 x 67 x 31 mm EM powerLED 2W 127 x 30 x 21 mm EM powerLED 2W 127 x 30 x 21 mm i NOTICE CAD data on these and other LE
29. modules can be quickly wired up thanks to the push in terminals This makes it extremely easy to both integrate efficient LED technology into existing luminaire designs and also realise new design ideas irrespective of the optics as the TALEXXengine STARK LLE is suitable for all systems from louvre to diffuser lights Warm and pleasant light With excellent colour rendering and a choice of warm and neutral white colour temperatures the LED system solution is a high quality replacement for T5 and T8 fluorescent lamps the result is pleasant and feel good lighting Outstanding cost effectiveness Compared to light installations with conventional lamps TALEXX LED reduces energy consumption by up to 40 percent Its long service life means significantly lower maintenance and repair costs Experience a new world of lighting with TALEXX LED Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Summary of the chapters summary of the chapters To make it easier to find your way around the Design in Guide we have grouped the information on the TALEXXengine STARK LLE system into chapters The guide begins with a system overview in which the different versions of the system are presented The mechanical electronic optical and thermal aspects of the components are then described At the end of the Design in Guide you will find ordering information and sources System overview The TALEXXengine STARK LLE system is availab
30. n Guide TALEXXengine STARK LLE 11 2013 2 2 en Ordering information and sources Mobile 39 342 8593226 Skype todaro khatod c todaro khatod com www Khatod com LEDIL OY Tehdaskatu 13 24100 Salo Finland F 35 8 2 7338001 Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Ordering information and sources Tridonic sales organisation The complete list of the global Tridonic sales organisation can be found on the Tridonic homepage at address list Additional information Go to www tridonic com to find your personal contact at Tridonic Further information and ordering data gt TALEXX catalogue at www tridonic com menue Services gt Literature gt Catalogue gt Data sheets at www tridonic com menue Technical data gt Data sheets gt Certificates at www tridonic com menue Technical data gt Certificates Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en
31. ne STARK LLE and TALEXXengine STARK LLE24 The table shows the operating time for different luminous flux at t 65 C 350 mA 80 96 32 000 h TO 96 50 000 h 50 96 92 000 h 80 96 30 000 h TO 96 60 000 h 50 96 100 000 h NOTICE Please check the information on the operating temperature and the requirements for cooling in the module data sheets Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Thermical Aspects Requirements for the heat sink The modules must not be operated without a heat sink The heat sinks must be dimensioned to provide adequate cooling capacity The necessary Rm value is decisive when selecting a suitable heat sink This value depends on the thermal power loss of the module and the ambient temperature at which the module is to be operated The Rin value of the heat sink must always be smaller than the required Rth value Ambient temperature ta Rin hs a LLE Cooling surface LLE Rth hs a LLE24 Cooling surface LLE24 25 C 3 4 K W 100 cm 5 1 K W 131 cm 35 C 3 0 K W 120 cm 3 8 K W 176 cm 45 C 2 3 K W 250 cm 2 5 KIW 268 cm 55 C 1 5 K W 680 cm n a n a All the values refer to a maximum surface temperature te 65 C and 350 mA The actual cooling surface can deviate depending on the material design external influences and the installation situation A thermal connection between TALEXXmodule STARK LLE and the heat sink using heat conducting paste or
32. not protected against overvoltages overcurrents overloads and short circuit currents Safe and reliable operation of the LED modules can only be guaranteed in conjunction with a LED control gear which complies with the relevant standards When using a TALEXXconverter the following protection is offered gt Short circuit recognition gt Overload recognition gt Overtemperature switch off TALEXXmodules STARK LLE must be supplied by a constant current LED control gear Operation with a constant voltage LED control gear leads to irreversible damage to the modules Wrong polarity can damage the TALEXXmodules STARK LLE If a wire breaks or a complete module fails in the case of parallel wiring the current passing through the other modules increases This may reduce the service life considerably Electrical connections TALEXXmodule STARK LLE CLASSIC connections The LED control gear is connected to the power supply and the connections of the control lines and the LED module via push in and spring terminals Line cross section and stripped length of the insulation on the LED module Permissible line cross section 0 4 0 75 mm gt Stripped length of the insulation 6 7 mm Push in terminal for solid conductors Push in terminal for solid conductors Line cross section on the LED control gear with spring terminal gt Permissible line cross section 0 5 1 5 mm Stripped length of the insulation 8 5 9 5 mm Spr
33. nverter independent with dimming function 86458899 SELV 1 1 Number of modules min max TALEXXconverter independent without dimming function 24166312 SELV 1 1 Number of modules min max Advantages and disadvantages of serial wiring Advantage Very efficient operation with a non SELV LED control gear Disadvantage Additional protection measure is required in the luminaire Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Possible combinations for parallel wiring TALEXXconverter in built without dimming function 86459216 86459217 SELV SELV 3 4 3 4 3 4 Number of modules TALEXXconverter independent with dimming function 86458900 SELV 2 2 Number of modules TALEXXconverter independent without dimming function LCI 050 1050 T020 LCI 055 1400 T020 LCI 030 0700 E020 86459218 86459219 24166314 SELV SELV SELV 3 4 2 3 4 2 3 4 2 Number of modules Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en oystem Overview Advantages and disadvantages of parallel wiring gt Advantages SELV level protection class Several modules can be operated in parallel with just one LED control gear Disadvantage Possible reduction in service life if a module fails or a cable breaks the current of the other modules increases tolerance related differences in brightness as well as larger amount of cabling Standards and directives
34. ol gear have an integrated temperature management system the requirements relating to cooling of the LED control gear must also be taken into account Unintentional automatic dimming at overtemperature for example indicates inadequate cooling of the LED control gear The LED control gear temperature can be measured with a simple temperature probe at the tc point The tc point of the LED control gear is indicated by a sticker on the casing NOTICE Measurement conditions sensors and handling are described in detail in standard EN 60598 1 General requirements and tests for luminaires Sources for suitable heat conducting foil and pastes for thermal connection to a temperature probe are given at the end of this documents Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Ordering information and sources Ordering information and sources Article numbers TALEXXengine STARK LLE CLASSIC Product name Description Article number STARK LLE 1250 830 CLA Module TALEXXmodule STARK LLE CLASSIC colour 25000717 temperature 3 000 K STARK LLE 1250 840 CLA Module TALEXXmodule STARK LLE CLASSIC colour 25000718 temperature 4 000 K STARK LLE24 1250 830 CLA Module TALEXXmodule STARK LLE24 colour temperature 28000094 3 000 K STARK LLE24 1250 840 CLA Module TALEXXmodule STARK LLE24 colour temperature 28000095 4 000 K STARK LLE24 1250 850 CLA Module TALEXXmodule STARK LLE24 colour temperature 25000820 5 000 K
35. oup 0 IR radiation eye Eig 780 3 000 nm Risk group 0 The evaluation of eye safety is based on EN 62471 2008 photo biological safety of lamps and lamp systems Risk free risk group 0 The LEDs do not pose any photo biological risk Low risk risk group 1 The LEDs pose a small risk because of normal limitations Medium risk risk group 2 The LEDs pose a small risk because of reactions to bright light sources or thermal discomfort High risk risk group 3 The LEDs pose a risk even with just momentary or temporary exposure Beam characteristics Reflector and diffusers With STARK LLE CLASSIC modules the luminaire can be produced with either a diffuser or reflectors There must be a minimum distance of 3 mm between the active parts and the conductive optical parts e g reflector to the LED module CAUTION When using reflectors in combination with a non SELV LED control gear protection against contact must be ensured This is typically achieved with optics which cannot be removed over the module Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Optical Aspects Beam characteristics of the TALEXXmodule STARK LLE Maximum relative light intensity Iv v Average illuminance in relation to the lumen values of TALEXXmodule STARK LLE CLASSIC Installation height Diameter of the beam 1 190 Im 1 250 Im 1 300 Im 3 000 K 4 000 K 5 000 K 0 25m 0 79 m 1 828 lux 1 920 lux 2
36. plication TALEXXengine Linear Surface Recessed Floor Street Decorative lumi lumi floor and wall lumi lumi lumi naries naires luminaires naires naires naires TALEXXmodule SPOT TALEXXmodule RECTANGULAR TALEXXmodule FULMEN TALEXXmodule STRIP TALEXXmodule EOS TALEXXmodule XED DECO TALEXXconverter application TALEXXengine Linear Surface Recessed Floor Street Decorative lumi lumi floor and wall lumi lumi lumi naries naires luminaires naires naires naires TALEXXconverter REMOTE dimmbar LCA TALEXXconverter IN BUILT dimmbar LCA TALEXXconverter REMOTE LCI TALEXXconverter REMOTE LCI You will find further information on the technical data and the entire TALEXX product portfolio at led tridonic com Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 48 53 Ordering information and sources Partners Heat sinks Heat sinks with active and passive cooling to match the module can be obtained from the following manufacturers BRYTEC AG Brytec GmbH Vierthalerstrasse 5 AT 5020 Salzburg T 43 662 87 66 93 F 43 662 87 66 97 info brytec at Cooliance GmbH Im Ferning 54 76275 Ettlingen Germany Tel 49 7243 33 29 734 Fax 49 7243 33 29 735 info cooliance eu MechaTronix 4 to 6F No 308 Ba De 1st Rd Sinsin district Kaohsiung City 80050 Taiwan Tel 886 7 2382185 Fax 886 7 2382187 sales mechatronix asia com
37. rview System overview System versions The TALEXXengine STARK LLE system is available in the following versions Properties and TALEXXengine STARK TALEXXengine STARK TALEXXengine STARK functions LLE CLASSIC LLE24 CLASSIC LLE24 CLASSIC EM 3 000 K and 4 000 K 3 000 K 4 000 K and 5 000 3 000 K und 4 000 K Colour temperature Luminous flux Colour rendering colour tolerance System efficiency DALI DS switchDIM corridorFUNCTION Emergency light function 1 250 Im or 1 190 Im CRI gt 80 MacAdam 4 SDCM 98 Im W Device Type 6 for LED control gear with dimming function yes yes yes no with a forward current of 350 mA in combination with TALEXXconverter LCAI 080 0350 with a colour temperature of 4 000 K hot lumen measurement at 65 C in combination with TALEXXconverter LCAI Converters Components K 1 300 Im 1 360 Im 1 370 Im Ra 80 MacAdam 3 SDCM 108 Im W Device Type 6 for LED control gear with dimming function yes yes yes no 1 300 Im 1 360 Im 240 Im 250 Im Ra 80 MacAdam 3 SDCM 107 Im W Device Type 6 for LED control gear with dimming function yes yes yes yes A uniform naming concept has been adopted for the components The TALEXXengine STARK LLE system linear LED Engine comprises the following components TALEXXmodule STARK LLE CLASSIC TALEXXconverter Suitable LED control gear with various function
38. s Optical aspects Colour spectrum Light colours The TALEXXengine STARK LLE CLASSIC is available in the colours 3 000 K 4 000 K and 5 000 K TALEXXengine STARK LLE CLASSIC MacAdam Ellipse 4SDCM 3 000 K 0 4250 0 4200 0 4150 0 4100 0 4050 0 3950 0 3900 0 3850 0 4150 0 4200 0 4250 0 4400 0 4450 0 4500 0 4550 MacAdam Ellipse 45DCM a ee Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Optical Aspects MacAdam Ellipse 4SDCM 4 000 K 0 4000 0 3950 0 3900 0 3850 0 3800 0 3 50 0 3700 0 3650 0 3600 S m S B e s E B S amp 8 5 S 8 S g S E o E o E o a MacAdam Ellipse 45DCM eee NN Centre TALEXXengine STARK LLE24 MacAdam Ellipse 3SDCM 3 000 K 0 4250 0 4200 0 4150 0 4100 Centre Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Optical Aspects MacAdam Ellipse 3SDCM 4 000 K 0 4000 0 3950 0 3900 0 3850 0 3800 0 3750 0 3700 0 3650 0 3600 O e MacAdam Ellipse 3SDCM 5 000 K TAT TNS a LLLI AVIL 0 3650 0 3700 0 3750 0 3800 0 3850 0 3950 0 4000 Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Optical Aspects Eye safety Actinic UV Es 200 400 nm Risk group 0 Near UV Euva 315 400 nm Risk group 0 Blue light Lg 300 700 nm Risk group 0 Retina thermal Lg 380 1 400 nm Risk gr
39. s are available for operation of the modules Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en 33 oystem Overview The EM Power LED 2 4 W can be used for operation of a decentralised emergency light function A TALEXXmodule is then operated with minimal luminious flux NOTICE Information on components for emergency light functions can be found on the Tridonic homepage led tridonic com a nd the respective product pages Efficiency of the modules The high efficiency of the TALEXXmodule STARK LLE results not only in energy savings but also in a reduction in the thermal load This means that more compact luminaires can be designed Area of application gt The components of the TALEXXengine STARK LLE system are suitable for indoor applications gt TALEXXengine STARK LLE is mostly used in protection class luminaires Operating functions DALI DALI functionality enables the modules to be digitally controlled via the DALI signal 16 bit Manchester Code The possible functions depend on the controller used The minimum and maximum dimming levels can be programmed The control input is protected against polarity reversal and accidental connection to mains voltage up to 264 V AC The control line must be installed in accordance with the relevant directives on low voltage DSI The DSI interface Digital Serial Interface allows luminaires to be controlled via a separate line irrespective of the
40. sation crosslinked or acetate crosslinked acetic acid These give rise to reagents e g solvent vapors acetic acid that may damage LED modules or the encapsulant This applies to chemicals that are used not in the immediate vicinity of the modules e g seals and also to chemicals that come into direct contact with the modules e g insulating coatings adhesives gt To ascertain the chemicals used and the type of cross linking a technical data sheet containing a list of substances must be requested from the manufacturer Example of damaged encapsulant material recognizable by the change of the chromaticity coordinates powerLED P211 original powerLED P211 damaged by dissolver waste gas Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Mechanical Aspects Protection measures in regards to sealing The points above also apply to chemicals used for sealing luminaire casings If however the LED module is not installed in the luminaire until after the sealing compound has been completely cured see relevant material information the above points can be ignored If the LED modules have already been installed in the luminaire possible damage to the encapsulant can be reduced to a minimum by ensuring adequate spacing gt 10 cm and ventilation open casing and air circulation extraction fan during the curing process Protection measures in regards to cementing To avoid damaging the LED modules you mu
41. st not use any tools or exert any pressure on the electronic components or the encapsulant gt If glass or Plexiglas shields are used make sure that pressure is not exerted on the encapsulant Only touch the LED modules at the edges Instructions for cementing TALEXX modules Preparation Clean and durable bonding of two materials requires special attention The following cleaning agents are recommended gt sopropanol Water 50 50 gt Acetone Heptane Technical Design in Guide TALEXXengine STARK LLE 11 2013 2 2 en Mechanical Aspects Important aspects Carrier material The carrier material must have adequate thermal conductivity e g aluminium The size of the cooling surface depends on the power of the LEDs among other things For information on the cooling surface required see the appropriate product data sheet Adhesive material The carrier material itself plays an important role in selecting the adhesive material The crucial factors are the coefficient of expansion and compatibility with the base material of the TALEXX module board plastic or aluminium This must be checked in the application in terms of long term stability surface contamination and mechanical properties Surface quality The carrier material must be uncoated thermal transport adhesion and level at the connection points gt Installation temperature To achieve optimum adhesion we recommend you carry out this work
Download Pdf Manuals
Related Search