Fortimo LED Strip 1150/1450mm 4400/5500lm 8XX HV/LV4F/B Preliminary Specification and Design-In Tips December 5, 2016

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1 Fortimo LED Strip 1150/1450mm 4400/5500lm 8XX HV/LV4F/B Preliminary Specification and Design-In Tips December 5, 2016 Subject of this document Fortimo LED Strip 1150mm 4400lm 8xx HV4F/B (engineering sample) Fortimo LED Strip 1150mm 4400lm 8xx LV4F/B (engineering sample) Fortimo LED Strip 1450mm 5500lm 8xx HV4F/B (engineering sample) Fortimo LED Strip 1450mm 5500lm 8xx LV4F/B (engineering sample) Reference documents General download website Design-In Guide LED Linear systems LV & HV Design-in guide (4.9 MB, PDF) Design-In Guide LED indoor linear drivers Design-in guide (2.4 MB, PDF) Introduction to the system Can the LED module and driver be used in outdoor luminaires? Neither the LED module nor the driver have an IP classification > IP20. If you decide to use these products in a luminaire for outdoor applications the OEM will be responsible for ensuring proper IP protection and approbation of the luminaire. Please consult Philips if you wish to deviate from the design rules described. Family overview 12NC LED module type Fortimo LED Strip 1150mm 4400lm 830 HV4F Fortimo LED Strip 1150mm 4400lm 840 HV4F Fortimo LED Strip 1150mm 4400lm 850 HV4F Fortimo LED Strip 1150mm 4400lm 830 LV4F Fortimo LED Strip 1150mm 4400lm 840 LV4F Fortimo LED Strip 1150mm 4400lm 850 LV4F Fortimo LED Strip 1450mm 5500lm 830 HV4F Fortimo LED Strip 1450mm 5500lm 840 HV4F Fortimo LED Strip 1450mm 5500lm 850 HV4F Fortimo LED Strip 1450mm 5500lm 830 LV4F Fortimo LED Strip 1450mm 5500lm 840 LV4F Fortimo LED Strip 1450mm 5500lm 850 LV4F Fortimo LED Strip 1150mm 4400lm 830 HV4B Fortimo LED Strip 1150mm 4400lm 840 HV4B Fortimo LED Strip 1150mm 4400lm 850 HV4B Fortimo LED Strip 1150mm 4400lm 830 LV4B Fortimo LED Strip 1150mm 4400lm 840 LV4B Fortimo LED Strip 1150mm 4400lm 850 LV4B 1

2 Fortimo LED Strip 1450mm 5500lm 830 HV4B Fortimo LED Strip 1450mm 5500lm 840 HV4B Fortimo LED Strip 1450mm 5500lm 850 HV4B Fortimo LED Strip 1450mm 5500lm 830 LV4B Fortimo LED Strip 1450mm 5500lm 840 LV4B Fortimo LED Strip 1450mm 5500lm 850 LV4B The B and F at the end of the product name refers to the connector position. The F indicates a front-side connector (top of the LED modules), a B indicates a back-side connector (bottom of the LED module). Target Product Ratings Parameter HV version Fortimo LED Strip 1150/1450mm 4400/55500lm 8XX HV4F/B Nominal* Life** Max*** Current [ma] Tc [ C] Time to Lumen Maintenance at Current and Tc [hours] 50,000 Parameter LV version Fortimo LED Strip 1150/1450mm 4400/55500lm 8XX LV4F/B Current [ma] Nominal* Life** Max*** 1150mm: mm: mm: mm: 1300 Tc [ C] Time to Lumen Maintenance at Current and Tc [hours] 50,000 * Nominal value at which typical performance is specified. ** Value at which lifetime is specified. *** Maximum value for safe operation; do not operate above this value. Tc point position see plot at end of document 1150mm: mm:

3 Key target specifications U Inom Power Flux Efficacy CCT CRI LED Module (V) (ma) (W) (lm) (lm/w) (K) (Ra) Fortimo LED Strip 1150mm 4400lm 830 HV4F >80 Fortimo LED Strip 1150mm 4400lm 840 HV4F >80 Fortimo LED Strip 1150mm 4400lm 850 HV4F >80 Fortimo LED Strip 1150mm 4400lm 830 LV4F >80 Fortimo LED Strip 1150mm 4400lm 840 LV4F >80 Fortimo LED Strip 1150mm 4400lm 850 LV4F >80 Fortimo LED Strip 1450mm 5500lm 830 HV4F >80 Fortimo LED Strip 1450mm 5500lm 840 HV4F >80 Fortimo LED Strip 1450mm 5500lm 850 HV4F >80 Fortimo LED Strip 1450mm 5500lm 830 LV4F >80 Fortimo LED Strip 1450mm 5500lm 840 LV4F >80 Fortimo LED Strip 1450mm 5500lm 850 LV4F >80 Fortimo LED Strip 1150mm 4400lm 830 HV4B >80 Fortimo LED Strip 1150mm 4400lm 840 HV4B >80 Fortimo LED Strip 1150mm 4400lm 850 HV4B >80 Fortimo LED Strip 1150mm 4400lm 830 LV4B >80 Fortimo LED Strip 1150mm 4400lm 840 LV4B >80 Fortimo LED Strip 1150mm 4400lm 850 LV4B >80 Fortimo LED Strip 1450mm 5500lm 830 HV4B >80 Fortimo LED Strip 1450mm 5500lm 840 HV4B >80 Fortimo LED Strip 1450mm 5500lm 850 HV4B >80 Fortimo LED Strip 1450mm 5500lm 830 LV4B >80 Fortimo LED Strip 1450mm 5500lm 840 LV4B >80 Fortimo LED Strip 1450mm 5500lm 850 LV4B >80 Color consistency of 3 SDCM, averaged over the module. Flux +/-7.5% tolerance Efficacy +/-10% tolerance 3

4 Actual measurements of engineering samples, averaged values U I P Flux Efficacy CCT CRI R9 x y Prad LED Module (V) (ma) (W) (lm) (lm/w) (K) (Ra) (typ.) (W) Fortimo LED Strip 1150mm 4400lm 840 HV4F Fortimo LED Strip 1450mm 5500lm 840 HV4F Fortimo LED Strip 1150mm 4400lm 840 LV4B Fortimo LED Strip 1450mm 5500lm 840 LV4B Flux and Efficacy of the engineering samples can deviate from the target specification but will be reached at commercial release System configuration of LED Strip Module with LED Linear driver System components of the sample box As these samples concern a generation update only, the sample box contains LED Strip modules only, no drivers. In order to operate the LED module samples, the amount of LED modules that can operate at nominal current per LED driver are stated as example in table below. LED module driver matrix at commercial release The anticipated LED module driver combinations are depicted in below two tables. Table below states systems with non-isolated drivers. # of LED modules in series Linear Xitanium (non-iso; fixed output) 12NC 4ft 4400lm HV 5ft 5500lm HV Xitanium 36W A 115V 230V Xitanium 75W A 220V 230V Xitanium 35W A 150V S 230V Xitanium 60W A 300V S 230V Xitanium 60W A 220V S 230V Linear Xitanium (non-iso; 1-10V) Xitanium 17W A 54V 1-10V 230V N/A N/A Xitanium 36W A 115V 1-10V 230V Xitanium 75W A 220V 1-10V 230V Linear Xitanium (non-iso; dimmable) Xitanium 17W A 54V TD 230V N/A N/A Xitanium 36W A 110V TD 230V N/A Xitanium 75W A 215V TD 230V Xitanium 35W A 150V TD 230V Xitanium 35W A 150V TD/16 230V Xitanium 60W A 300V TD 230V Xitanium 60W A 300V TD/16 230V Linear Xitanium (non-iso) for industry Xitanium 100W A 300V ixt 230V Xitanium 150W A 300V ixt 230V , 3, 4, 6 2, 4 Xitanium 110W A 215V TD 230V ixt , 4 2 Xitanium 150W A 300V TD 230V ixt , 3, 4, 6 2, 4 Xitanium 100W A 300V ixt TD 230V Xitanium 150W A 300V ixt TD 230V , 3, 4, 6 2, 4 Xitanium 100W A 220V S 230V , Peak design CertaDrive 40W 360mA 110V 230V N/A N/A CertaDrive 60W 360mA 170V 230V N/A N/A 4

5 Table below states systems with isolated drivers. # of LED modules in series Linear Xitanium (iso; fixed output) 12NC 4ft 4400lm LV 5ft 5500lm LV Xitanium 36W/0.3-1A 54V 230V Xitanium 75W/0.7-2A 54V 230V Linear Xitanium (iso; 1-10V) Xitanium 36W/0.3-1A 54V 1-10V 230V Xitanium 75W/0.7-2A 54V 1-10V 230V Linear Xitanium (iso; dimmable) Xitanium 36W 0.3-1A 54V TD 230V Xitanium 75W 0.7-2A 54V TD 230V Xitanium 36W 0.3-1A 54V TD 230V Xitanium 75W A 54V TD 230V Peak design CertaDrive 30W 0.7A 44V 230V N/A CertaDrive 40W 0.9A 44V 230V N/A 1 SR Xitanium 36W 0.3-1A 54V SR 230V Xitanium 75W 0.7-2A 54V SR 230V

6 Wiring the system The LED module combinations and wiring options are alike to LED Strip gen3. Both the drivers and LED modules are equipped with push-in connectors. No specific cabling other than standard installation wire is required. Advice is to use 0.75mm 2. Note: the LED boards are polarity-sensitive. Wiring schematic of Strip G4 LED modules in LV configuration, not needing a Return-End wire, requiring a higher drive current for each extra LED module connected. It depicts a single chain (1C) configuration. Wiring schematic of Strip G4 LED modules in HV configuration, needing a Return-End wire, requiring a higher forward voltage for each extra LED module connected. It depicts a single chain (1C) configuration. 6

7 Design-in Mounting the boards To allow performance achieving the specification, it is advised to use all mounting holes (see drawings below). Optionally you can omit some screws and evaluate the board s performance on mechanical flatness and thermal contact. Make sure the boards are thermally in good contact with the mounting surface. This can be verified by measuring the Tc temperature. When in good thermal contact, it is likely no additional thermal paste or cooling bodies are required. The fixation holes accept M4 (maximum 8.0 mm head diameter) screws. When using washers we recommend using insulating washers and not metal washers, as with metal washers the creepage distance of earthed screw connection with respect to PCB tracks is more difficult to be guaranteed. To ensure the electrical isolation when using metal screws, the diameter of the screw head (and optional metal washer) must not exceed 8.0 mm. Screw torque min max Steel or aluminum, threaded/tektite 0.6 Nm 1.0 Nm Tc point on the board Please make sure in the design-in phase both the temperature at Tc point and T- ambient is measured, in order the enable determination of the specifications of the luminaire in its intended application. Note: Tc point is indicated on each type of board. Middle of the module 7

8 Mechanical drawings (mm) 1150mm HV F 1150mm LV F 1150mm HV B 1150mm LV B 8

9 1450mm HV F 1450mm LV F 1450mm HV B 1450mm LV B 9

10 Disclaimer The information in this guide is accurate at the time of writing. All data and specification is subject to change. This guide is provided as is without express or implied warranty of any kind. Neither Philips nor its agents assume any liability for inaccuracies in this guide or losses incurred by use or misuse of the information in this guide. Philips will not be liable for any indirect, special, incidental or consequential damages (including damages for loss of business, loss of profits or the like), whether based on breach of contract, tort (including negligence), product liability or otherwise, even if Philips or its representatives have been advised of the possibility of such damages. Philips Lighting Corporation ( Philips ) desires to provide, and the customer identified below ( Customer ) desires to receive, the product samples listed in this document ( Products ) at no charge and free-of-cost. In consideration of receiving the Products at no charge and free-of-cost, Customer agrees to assume, and does assume, all risk and liability for the use of the Products and its employees and agents use of the Products, and that Philips shall have no liability to Customer with respect to Customer s use, or the performance of, of the Products. Philips and Customer agree that the Products are provided AS IS, with all faults and with the following conditions: 1) PHILIPS SHALL NOT BE LIABLE FOR ANY DAMAGES, INCLUDING LOSS OF DATA, LOST PROFITS OR OTHER SPECIAL, INCIDENTAL, CONSEQUENTIAL, DIRECT OR INDIRECT DAMAGES ARISING FROM THE USE OF THE PRODUCTS OR ACCOMPANYING MATERIALS, HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, OR FOR THE BREACH OF ANY WARRANTY, WHETHER EXPRESS OR IMPLIED, INCLUDING THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT, WHICH WARRANTIES ARE HEREBY DISCLAIMED. THE FOREGOING LIMITATIONS AND DISCLAIMERS SHALL APPLY NOTWITHSTANDING ANY WARRANTY THAT MAY BE PRINTED ON THE PRODUCT PACKAGING OR OTHERWISE INCLUDED WITH THE PRODUCTS, AND SHALL APPLY EVEN IF CUSTOMER HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. THE PARTIES ACKNOWLEDGE THAT THIS IS A REASONABLE ALLOCATION OF RISK. 2) IN NO EVENT WILL PHILPS BE LIABLE, WHETHER IN CONTRACT, TORT, OR OTHERWISE, FOR ANY INCIDENTAL, SPECIAL, INDIRECT, CONSEQUENTIAL OR PUNITIVE DAMAGES, INCLUDING, BUT NOT LIMITED TO, DAMAGES FOR ANY LOSS OF USE, LOSS OF TIME, INCONVENIENCE, COMMERCIAL LOSS, OR LOST PROFITS, SAVINGS, OR REVENUES TO THE FULL EXTENT SUCH MAY BE DISCLAIMED BY LAW. 3) Philips is not obligated to provide any support. If you wish, you may contact Philips and report problems and provide suggestions regarding the Products. Philips has no obligation whatsoever to respond in any way to such a problem report or suggestion. 4) Customer shall not sell or otherwise provide the Products (including any part of the Products) to any third party. 10