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Design-in guide

Philips Fortimo LED downlight module system (DLM) - July 2009

• Philips Fortimo LED DLM1100 & 2000 in 3000 (new) & 4000K • Philips Fortimo LED DLM1100 & 2000 I (with independent driver (new)) • Philips Fortimo LED DLM1100 & 2000 TD (dimmable via Touch & DALI (new) + 12V output (new)) • Philips Fortimo LED DLM2000 Food (new)

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Fortimo LED DLM1100 &2000/TD

Fortimo LED DLM1100 & 2000

Fortimo LED DLM1800 & 2000/Food

Fortimo LED DLM1100 & 2000/I

Contents
1. Introduction Features and benefits Applications 2. LEDs, the heart of the Fortimo downlight module What is a LED? LED packaging Binning LUXEON Rebel LEDs Fortimo LED DLM addresses the issue of binning Color consistency (SDCM) Miniaturization 3. Philips Fortimo LED DLM systemFortimo LED DLM range extensions Fortimo LED DLM “4000K” Fortimo LED DLM “3000K” Fortimo LED DLM “TD dimmable” Fortimo LED DLM “Independent” Fortimo LED DLM “Food” The basic principles of the Fortimo LED DLM system Starting characteristics Luminous flux during start period Lumen maintenance Dimming Future range extensions Nomenclature Dimensions of LED DLM module and driver About the Fortimo LEDdownlight module Mechanical fixation About the Fortimo LED driver About the Fortimo LED DLM cables Specification of the system after 100 hours UV and other hazards 4. Lighting performance characteristics Photobiological safety aspects Radiance-based Irradiance-based Measurements on the Fortimo LED DLM gave the following results: Dimming characteristics 5. Designing a luminaire IEC recommendationsElectrostatic device (ESD) measures Installation instructions Wiring Connecting to the mains supply Connecting to protective ground Connecting to DALI Connecting to 12V Connecting a Fortimo LED driver to a Fortimo LED module 4 5 5 6 6 7 7 7 8 8 8 9 9 9 9 9 9 9 10 10 10 10 10 10 11 12 13 13 13 14 15 15 15 16 16 16 16 17 18 18 18 18 18 18 18 19 19 19
Design-in guide Philips Fortimo LED downlight modulesystem 3

Cable Independent operation Note: Fortimo LED DLM independent cable Outdoor luminaires Secondary optics Alux Luxar contact details 6. Heat sink design and temperature measurements General Test requirements Maximum temperature Critical measurement points Operation under built-in conditions Case temperature and thermal circuit Case temperature and LED module performance Operation in freeair Heat sink design Size of heat sink Active and passive cooling Passive cooling Air flow Thermal design From the temperature test point Tc (point 1) to the side surfaces (point 2) From the heat sink to ambient (point 3) Thermal model Calculating your heat sink From the datasheet: Now the calculation takes place in three steps: Shape of heat sink The Fortimo LED DLM with the two connected heatsinks and three thermo couples installed: How to measure Tc SynJet cooling from Nuventix Nuventix contact information Electromagnetic compatibility Humidity Exposure to direct sunlight Vibration and shocks Standards and approvals IP codes, dust and moisture protection 7. Lighting installations and the environment Glow-wire test End-of-life behavior Fortimo LED DLM system disposal 8. AppendixSchematic luminaire with the Fortimo DLM system 9. Index of visuals

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1. Introduction
Thank you for choosing the Philips Fortimo LED DLM system. This guide tells you all about this system. If you require any further information or support please consult your localPhilips office or visit: www.philips.com/support or www.philips.com/fortimo
The advantages of LEDs have been known for 40 years: • Long life – low maintenance cost • Robustness – high reliability • Saturated colors – maximum visual effect • Cool beam – no heating of illuminated products • No UV or IR – wide application possibilities • Low-voltage operation – more safety, ease of use • Mercury-free –...