1. C4/10-3 Luminaires equipped with LEDS Family Concept

2. 1.Need of the family concept 2.Example of a family 3.Accreditation process 4.Checklist excel file 5.Driver: 1.Declaration of document of the manufacturer 2.Testing report from a laboratory accepted by Synergrid 3.Testing report from a ISO 17025 laboratory 6.Luminaire: 1.Declaration of document of the manufacturer 2.Testing report from a laboratory accepted by Synergrid 3.Testing report from a ISO 17025 laboratory Table of content

3. Each type of LED, driver or lens is different from each other. Changing one element has an impact on the performance of the complete system. The goal of the technical prescriptions of Synergrid is to assure that the material meets the quality requirements Therefore, all combinations of materials have to be tested Sometime it asks more tests than usual Sometimes, if the material is already tested for another luminaire, there is no need to test it again Need of the family concept  Concept of family

4. In this document, the example of a luminaire “Lumeo” is given, with its 3 models “small”, “medium” and “maxi”. For a certification, you should carefully analyze how to determine the number of tests you have to carry out for your luminaire. It can be very different from the example Example of a family

5. Luminaire type “Lumeo” Example of a family Size: Small, Medium and Maxi Power: [20W…200W] Driving current: (350mA, 700 mA) Color temperature: (3000K,4000K) Photometry: (street wide, street narrow, places)

6. Luminaire characteristics: type, size, power, driving current, color temperature, photometry Example of a family Other characteristics of interests: Fixation Materials of the body and of the bowl Form of the body and of the bowl Weight Painting procedure Waterproofing method Electrical components

7. Goal: get the “lumeo” family on the Synergrid list  Sometimes, you will have to make several tests for the same family: Example, for the vibration test: you will have to test 3 luminaires of the Lumeo family: small, medium and maxi  Sometimes, you can use documents from other luminaires: Example, for the colorimetry: if the module installed in the luminaire is already accredited, there is no need to do the colorimetry again. Accreditation process

8. Goal: get the “lumeo” family on the Synergrid list  If you decide to carry out the accelerated test only on the “lumeo” small, you won’t get the all family on the list.  Only the “Lumeo” small will be present on the list. Accreditation process

9. Checklist

10. Checklist excel file After doing all the tests… Complete the excel file. There are 4 sheets to complete: Manuf info: for the basic information Driver Techn file: for all the tests and reports for drivers Lum Techn file: for all the tests and reports for luminaire Lumin Check: for all the things that have to be checked and that not concern the dossier (marking, …)

11. Checklist excel file After doing all the tests… Complete the excel sheet with: In the “Check” column: OK or not OK if you have done the test or written the statement In the “Document nr” column: write the name of the document you will send to us. The goal is to find it easily, so try to not pack all the document together. They should follow the order of the excel file In the “remark column”: write your remarks if any.

12. For the identification number of the test mentioned in this presentation  Column A For information about the family for every tests  columns j and k Accreditation process – the checklist file

13. Driver

14. 3 kinds of documents Driver dossier 1.Declaration or document of the manufacturer 2.Testing report from a laboratory accepted by Synergrid 3.Testing report from a ISO 17025 laboratory

15. Driver: 1)Declaration of document of the manufacturer 1.1 general description of the driver The manufacturer will furnish a document where the type of driver used in the “Lumeo” family is mentioned, and where a general description is given. Idem for all the points from 1.1 to 1.14. Example for the thermal protection. The manufacturer will furnish a document where it is clearly stated how the thermal protection, if any, works in the driver(s) used in the “Lumeo” family. For the “Lumeo”, the thermal protection occurs when the tc point of the driver exceeds 75°C. The power goes immediately to 0W.

16. Driver: 2)Testing report from a laboratory accepted by Synergrid If several types of driver can be used in the “Lumeo” (example driver 1 [20W-50W] and driver 2 [50W-150W] ), all the tests have to be carried out separately for these drivers. Tests will be carried out with the LED module used in the “Lumeo” luminaire. Example: for the “Lumeo”, each module consumes 20W. If minimal and maximal power is asked, the following test shall be done: Driver 1 [20W…50W] : one test with 1 LED module 20W and 1 test with 2 LED modules (40W) Driver 2 [50W…150W]: one test with 3 LED modules (60W) and one test with 7 LED modules (140W)

17. Driver: 2)Testing report from a laboratory accepted by Synergrid 2.1 to 2.6 For every type of driver used in the “Lumeo”, carry out the test with: The maximal output power Tests will be carried out with the LED module used in the “Lumeo” luminaire. For the “Lumeo”, each module consumes 20W. The following test shall be done: Driver 1 [20W,50W] : test with 2 LED modules (40W) Driver 2 [50W,150W]: test with 7 LED modules (140W)

18. Driver: 3)Testing report from a ISO 17025 laboratory 3.1 to 3.6 For every type of driver used in the “Lumeo”, carry out the test with: The minimal and maximal output power Tests will be carried out with the LED module used in the “Lumeo” luminaire. For the “Lumeo”, each module consumes 20W. The following test shall be done: Driver 1 [20W,50W] : one test with 1 LED module 20W and 1 test with 2 LED modules (40W) Driver 2 [50W,150W]: one test with 3 LED modules (60W) and one test with 7 LED modules (140W)

19. Luminaire

20. 3 kinds of documents Luminaire dossier 1.Declaration or document of the manufacturer 2.Testing report from a laboratory accepted by Synergrid 3.Testing report from a ISO 17025 laboratory

21. Luminaire: 1)Declaration of document of the manufacturer 1.1 general description of the luminaire The manufacturer will furnish one or several document swhere the “Lumeo” family is mentioned, and where a general description is given for all the luminaires in the family (small, medium and maxi). Idem for all the points under, apart from the LM80 results Example for the lifetime The manufacturer will furnish a document where it is clearly stated that all the luminaires of the “Lumeo” family have minimum L 70 B 10 of 60 000 hours.

22. Luminaire: 1)Declaration of document of the manufacturer 1.11 LM80, Tj and TM21 The manufacturer will furnish: The LM80 results of all kind of LEDs used in the “Lumeo” luminaire E.g.: 2 documents: 1 for the 3000K LEDs and 1 for the 4000K LEDs The maximal junction temperature of the LED for every size of the “Lumeo” E.g.: 3 values: Small: 72°C, medium: 76°C and maxi: 76°C A TM21 extrapolation result for all combinations: E.g.: 6 combinations: Small 3000K: 100kh, small 4000K: 105 kh, Medium 3000K: …

23. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.1 windtest proef For every size of the “Lumeo”, choose: The most problematic fixation for loosing pieces (decision in consulation with the lab) By experience with the “Lumeo”, it is the fixation on a pole The shape creating the maximum CxS coefficient By experience with the “Lumeo”, the version with curved bowl is the most problematic  Carry out the tests on the 3 luminaires (mini, medium and maxi) with fixation on the pole and curved bowl

24. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.2 IP protection test For every size of the “Lumeo”, check: How many waterproofing systems exists? For example, metal pressure of membranes? For the Lumeo, there exist only 1  3 tests in total (mini, medium and maxi)

25. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.3 IK test For every size of the “Lumeo”, check: How many combination of material exists? For the Lumeo, the luminaire is always aluminum and the bowl is glass How many type of bowl exists? For the Lumeo, there is the possibility to get curved glass or plate glass  6 tests in total (mini curved, mini plate, medium curved….)

26. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.4 vibration test For every size of the “Lumeo”: choose the heaviest For the Lumeo, it is the luminaire equipped with glass bowl  3 tests to be carried out (mini, medium and maxi)

27. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.5 Corrosion test For all the luminaires of your company Identify how many combinations "process --- material of the luminaire --- material of the painting“ you have for painting For the Lumeo, there is only 1 method of painting, and it’s always on aluminum  1 test to be carried out every 5 years  Valid for all the other luminaires using this painting combination

28. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.6 UV radiation test For all the luminaires of your company Identify how many types of plastic your are using for your bowl For the Lumeo, there is only glass bowl, no plastic  No test to be carried out  Test would have been valid for all the other luminaires using the same shape of plastic bowl, and must be done every 5 years

29. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.7 and 2.8 Surge test For every size of the “Lumeo”: Identify which features could make a difference for the surge test (possibility of adding an external component, possibility of installing 1 or 2 drivers,…) For the Lumeo mini and midi, there is always only 1 driver installed. But for the Maxi, there can be 1 or 2 drivers installed  4 tests to be carried out: 1 for the mini, 1 for the midi and 2 for the maxi

30. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.9 harmonics tests For every size of the “Lumeo”: Identify which features could make a difference for the surge test (possibility of adding an external component, possibility of installing 1 or 2 drivers,…) For the Lumeo mini and midi, there is always only 1 driver installed. But for the Maxi, there can be 1 or 2 drivers installed For every type or number of drivers, tests have to be carried out on minimal and maximal power  8 tests to be carried out: 2 for the mini (min and max power), 2 for the midi (min and max power) and 4 for the maxi (min and max power, for 1 or 2 drivers)

31. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.10 accelerated ageing For every size of the “Lumeo”: Carry out the tests on the maximal power version  3 tests to carry out (mini, medium and maxi)  Be careful, this test takes the longest time to be done!

32. Luminaire: 2)Testing report from a laboratory accepted by Synergrid 2.11 commutation test For every size of the “Lumeo”: Carry out the tests on the maximal power version, for every type of driver For the Lumeo, there is only one type of driver used  3 tests to be carried out (mini, medium and maxi)

33. Luminaire: 3)Testing report from a ISO 17025 laboratory 3.1 Photometry (1) For a luminaire using a LED module not already accepted for photometry: 3 samples with different colors, power, current and photometry will be tested (ISO 17025 lab), different from each other: For the module of the “Lumeo”, I can test 3 luminaires equipped with: Sample 1: 20W, 350mA, 3000K and photometry “street wide” Sample 2: 100W, 350mA, 4000K and photometry “street narrow” Sample 3: 200W, 700mA, 3000K and photometry “places”

34. Luminaire: 3)Testing report from a ISO 17025 laboratory 3.1 Photometry (2) For a luminaire using a LED module already accepted for photometry: The ISO 17025 measurement of 1 luminaire is sufficient, to check the efficacy

35. Luminaire: 3)Testing report from a ISO 17025 laboratory 3.2 colorimetry For a luminaire using a LED module not already accepted for colorimetry: 1 test for every value of color temperature. For the Lumeo, I will carry out ISO17025 measurement for 3000K and 4000K model For a luminaire using a LED module accepted for colorimetry: no test needed

36. Luminaire: 3)Testing report from a ISO 17025 laboratory 3.3 Photobiological safety For a luminaire using a LED module not already accepted for photobiological safety: 1 ISO 17025 test with LEDs of maximal current, maximal power, maximal color temperature and photometry with maximal intensity direction For the Lumeo, I will carry out the test on the 200W version, 700mA current, 4000K color and photometry “street wide” For a luminaire using a LED module accepted for photobiological safety: no test needed if no other more problematic configuration exists (current, power, color and photometry)

37. -Diam veliquatum dolorem iliquipit atue eu faccum ip eum duis niam. -Velex ero esto consequam ent pratuer aesenit ad tie duis erosto utpat tie faccum vel elisseq. Thank you