Linear LED system with matching light engines and drivers in one

Transcription

1 LLS EaseSelect 1150 mm 4500 lm HV2 Datasheet Linear LED system with matching light engines and drivers in one CertaFlux LLS EaseSelect is a linear driver-on-board solution, light engines and corresponding drivers in one. Having an integrated driver not only simplifies design-in and part exchange, but it also speeds up the overall assembly process. The net results for you as OEM are lower manufacturing costs. Key features of CertaFlux LLS EaseSelect: 1150 mm and 1450 mm lengths LED system efficiency of 142 lm/w Light output 4500 and 6750 lumen Life-time > 50,000 hours Color Rendering Index (CRI) >80 Color consistency 4 SDCM Neutral white color temperatures (4000 K) Operating temperature range -20 C to +75 C Push-in connectors enabling automated wiring Three-year system warranty May 2017

2 Ordering data Commercial product name 12NC EOC ox quantity CertaFlux LLS ES 1150mm 4500lm 840 HV (sets, master + slave) Case temperatures Parameter Nominal* Life** Max*** Unit Tc1 (case temperature at Tc1 point, reference for performance) **** C Tc2 (case temperature at Tc2 point, reference for lifetime) C * 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. **** When Tc2-max is reached, Tc1 will be lower, therefor Tc2 is leading Optical characteristics - table per color (CCT) CertaFlux LLS ES 1150 mm 4500 lm 840 Parameter Min Typ Max Unit Correlated color temperature (CCT) 4000 K Color coordinates (CIEx, CIEy)* (0.3828, ) - CRI** 80 - Radiation angle 120 deg Color consistency of 4 SDCM, averaged over the module. R9 of 5, typical value. Electrical operation point Tc1 lm lm/w Operated at 230VAC Tc1 25 C Tolerance for flux data is %. Tolerance for efficacy data is ±10%. Tc1-nom 55 C Tc1-life 75 C Measurement tolerance is ± 5% for the flux data and 6% for the efficacy data. * Measurement tolerance is ± ** Measurement tolerance is ± 1.5 Relative intensity (a.u) Wavelength (nm) eam shape The Philips LED module generates a Lambertian beam shape, which is a pragmatic starting point for OEMs wishing to design secondary optics γ (cd/1000 lm) 0 L.O.R.= Datasheet - CertaFlux LLS EaseSelect 1150 mm 4500 lm HV2 May 2017

3 Performance over life Lumen maintenance Operation point time x 1000 L70 L80 L90 hours Operated at 230 VAC Tc1 25 C >50 >50 >50 > Tc1-nom 55 C >50 >50 > Tc1-life 75 C >30 >30 > Values in the table are based on available LM80 LED data (9000 hours). Lumen maintenance will be updated once additional measurement data becomes available. Parameter Min Typ Max Unit Du'v' at 6000 hours Specifications stated while Tc1 < Tc1-life. Absolute maximum ratings Parameter Min Typ Max Unit Case temperature (Tc-max = Tc2-max) 95 C ESD (direct contact) 8 kv Working voltage (between input to metal mounting plate) 270 Vdc Electric strength (Input to metal mounting plate) 2000* Vac Ambient temperature -20 C * For optimal reliability of the LED module we advise not to apply an AC electric strength test to the luminaire as this might damage the LEDs. It is recommended instead to apply an insulation resistance measurement at 500 VDC (noted as alternative test in IEC/EN annex Q). Wiring Mains connector Value Unit Condition Input wire cross-section mm 2 Solid AWG mm 2 Stranded AWG Input wire strip length 8-9 mm oard to board connector Value Unit Condition Input wire cross-section mm 2 Solid AWG mm 2 Stranded AWG Input wire strip length mm Connector suited for robot wiring. Parameter Min Typ Max Unit Remarks Length mm 4 ft Width mm Height incl. connector + all driver components 31.3 mm Total height Height incl. connector only 6.3 mm LED side, including PC Warpage (IPC-TM-650) 4.4 mm ow & Twist of the PC after production tested and released according IPC-TM Datasheet - CertaFlux LLS EaseSelect 1150 mm 4500 lm HV2 May 2017

4 Mechanical Characteristics 25 max. 25 max. 25 max ± 34 1 ± 1 34 ± ± ± ± ± ± ± max. 4.5 max. 4.5 max. 40 ± 1 40 ± 40 1 ± 1 40 ± 40 1 ± 1 40 ± A A Mounting hole (15x) max. M3 screw head size Mounting hole (15x) Mounting max. M3 screw hole (15x) head size max. M3 screw head size Mounting hole (15x) max. M3 screw head size Connectors for board-to-board wiring Connectors for board-to-board wiring Connectors for board-to-board wiring Connectors for board-to-board wiring Optics alignment hole (22x) Optics alignment hole (22x) Optics alignment hole (22x) Optics alignment hole (22x) Connector for mains connection Connector for mains connection Connector for mains connection Connector for mains connection As a starting point, consider using 5 fixation holes per board, alternating in position. If required for thermal-mechanical contact it is advised to use more fixation holes. 61 R 1.63 R 1.63 R 1.63 A A ± 1 62 ± 1 62 ± R R R Datasheet - CertaFlux LLS EaseSelect 1150 mm 4500 lm HV2 May 2017

5 Mechanical Characteristics Tc 1 Tc C mm only 1450 mm only C max. R14.5 (2x) max. R5 (9x) Drawing shows, after mounting the module onto the gear tray, the obtained creepage distances between the driver components and the cut-out area in the gear tray. 2.5 Required cut-out area in the gear tray (mounting plate), to allow the driver components on the back of the master module to go through. 5 Datasheet - CertaFlux LLS EaseSelect 1150 mm 4500 lm HV2 May 2017

6 Application information Compliance and approval CE, ENEC Safety IEC 62031, IEC , IEC , IEC Performance IEC Photobiological safety Risk group: 1 Environmental RoHS / REACH / EU regulation 1194/2012 of implementing Ecodesign Directive 2009/125/EC Application information IP rating No IP rating Overheating protection No protection Luminaire class IEC Class I and II Warranted number of full thermal product cycles at which the survival rate of the population 90%, at 25 C ambient temperature Case temperature Tc2 [ C] Amount of cycles 35 62, , , , , , , , , , , , ,000 6 Datasheet - CertaFlux LLS EaseSelect 1150 mm 4500 lm HV2 May 2017

7 Temperature information Flux and efficacy versus temperature Tc1 [ C] Flux [%] Efficacy [%] 75 97% 97% 70 98% 98% 65 99% 98% % 99% % 100% % 101% % 102% % 103% % 103% % 104% % 105% Relative value (%) Flux vs Tc Efficacy vs Tc % 105% Tc1 ( C) 15 % 106% % 107% 5 112% 108% 0 113% 109% 7 Datasheet - CertaFlux LLS EaseSelect 1150 mm 4500 lm HV2 May 2017

8 Wiring schematic Examples Push-in connector Master (LED + driver) mains 2 2 Slave (LED-only) Push-in connector for mains on back oard-to-board connections wires oard end Note: use as a two-module system only. Mains connector Neutral Line Electrical input data Specification item Value Unit Condition Nominal input voltage 230 Vac Nominal input frequency 50 Hz Nominal input current A Input voltage range Vac Maximum input power 33 W Within mains performance range Power factor 0.9 Total Harmonic Distortion 30 % Max, within mains performance range Input frequency range AC Hz Energy efficiency label* A++ Percent flicker MD <30 % Flicker index <0.1 (0..1) *Specifications stated at Tc2-nom and Vmains-nom = 230 VAC. Storage temperature and humidity Specification item Value Unit Condition Ambient temperature C Relative humidity 5-95 % 8 Datasheet - CertaFlux LLS EaseSelect 1150 mm 4500 lm HV2 May 2017

9 Inrush current Specification item Value Unit Condition Inrush current Ipeak 12 Apeak Inrush current Twidth 30 µs Half peak time ES LED systems per MC 16 A type 40 pcs Ipeak T (@50% of Ipeak) MC Rating Number of ES LED systems 10 A A A A A 62 C 10 A 42 C 13 A 54 C 16 A 68 C 20 A 83 C 25 A 104 Driver touch current Specification item Value Unit Condition Typical touch current 0.07 ma peak Surge immunity Specification item Value Unit Condition Mains surge immunity (diff. mode) 1 kv IEC Mains surge immunity (comm. mode) 2 kv IEC Datasheet - CertaFlux LLS EaseSelect 1150 mm 4500 lm HV2 May 2017

10 Philips Lighting Holding.V All rights reserved. Philips reserves the right to make changes in specifications and/or to discontinue any product at any time without notice or obligation and will not be liable for any consequences resulting from the use of this publication 05/2017 Data subject to change.