Technical Application Guide for Phaeton LED Floodlight

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Nigel Kennedy
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1 PHAETON LED Technical Application Guide for Phaeton LED Floodlight PH8FL8 All can be equipped with sensor.

Introduction PHAETON 8W LED floodlight integrates bridgelux 45mil chip and a compact high efficient driver into a traditional CFL replacement.

2 Introduction PHAETON 8W LED floodlight integrates bridgelux 45mil chip and a compact high efficient driver into a traditional CFL replacement. It employs a high-tech IC solution to ensure the good stability and dimming system control.this floodlight has beautiful look and can be adjusted to big angle.the high power LED source has very powerful heat dissipation capacity. Up to 7% energy saving compared to standard CFL Long lifetime of 4, hours 12 wide beam angle CCT: 27K-3K 55K-6K No UV/IR light Environment friendly, without Mercury or any other hazardous substances Application notes IP65 for indoor or outdoor use The lamp must be installed by professional electrician Ensure the power supply is switched off before fitting this product Do not touch the lamp when in use Keep away from hot steam and corrosive gas Application Areas PHAETON; LED 8W flood is designed for general lighting applications in hotel, home, office, shop etc. It is also widely used for public areas such as stairway, lobby, reception, corridors etc. Certificate SAA

3 Product Information Technical Specifications Model Voltage Power Power Factor Lumen (±5%) Beam angle CCT Lifespan CRI Dimmable Dimension PH8FL8-WW PH8FL8-CW AC1-24V 8W o 3K 4hs 8 No L288*W192*H358mm AC1-24V 8W o 6K 4hs 8 No L288*W192*H358mm Driver data Sheet Driver data Non-dim Input Voltage Frequency Input rated Voltage AC1-24V 5-6Hz AC23V Efficiency 88% No load wattage Total load Wattage 2W 1W±5% Power Factor.9 Rated input current No load output Voltage No load output Voltage range Full load output Voltage Rated output current Output current range 1.2A DC4V DC35-5V DC29-33V 28mA 28mA±5% Tolerance ±5% Current output tolerance ±5% Withstand voltage AC15V Fixture Compatibility Rated Wattage Electrical Classification Ingress Protection (IP) Operating Temp Operating Humidity Storage Temp 8W II 65-1 o C-45 o C -9% -2 o C-65 o C

4 Spectral Distribution PH8FL8-WW PH8FL8-CW.8 Max=5338 [1.=2] 3.5SDCM F3K.8 Max=7432 [1.=2] 4.91SDCM F65K Spectrum x=.4464 y=.449 Spectrum x=.3473 y= Wavelength(nm) Wavelength(nm) Photometric Diagram PH8FL8-WW PH8FL8-CW Polar intensity diagram Cartesian intensity diagram Beam diagram Polar intensity diagram Cartesian intensity diagram Beam diagram / E(LX) Planar Illuminance Curve MH=1m C/18 C9/27 Flux out: 4855 lm 3.281ft 97.63, 275.1fc 1m 145, 2876lx 6.562ft 24.98, 67.8fc 2m 27.4, 723.5lx 7.666ft 24.5cm 15.64ft 48.32cm / E(LX) Planar Illuminance Curve MH=1m C/18 C9/27 Flux out: 482 lm 3.281ft 99.98, 272.1fc 1m 176, 2929lx 6.562ft 25., 68.3fc 2m 269.1, 732.3lx 7.736ft 235.8cm 15.47ft cm ft 1.99, 31.54fc 3m 118.7, 315.1lx 23.4ft 78.15cm ft 11.11, 3.24fc 3m 119.6, 325.5lx 23.21ft 77.39cm ft 6.538, 16.87fc 4m 67.5, lx 31.2ft cm ft 6.249, 17.1fc 4m 67.26, 183.1lx 3.94ft cm AVERAGE BEAM ANGLE(5%): 13.2 DEG Distance(m) 16.4ft 3.975, 1.56fc 38.98ft 5m 42.63, 117.4lx cm Height Eavg, Emax Angle: 99.39deg Diameter Note: The Curves indicate the illuminated area and the average illumination when the Luminaire is at different distance AVERAGE BEAM ANGLE(5%): 16.9 DEG Distance(m) 16.4ft 3.999, 1.89fc 38.68ft 5m 43.5, 117.2lx cm Height Eavg, Emax Angle: 99.39deg Diameter Note: The Curves indicate the illuminated area and the average illumination when the Luminaire is at different distance. Polar Diagram Comparison -15 O 18 O 15 O -12 O 12 O -9 O 9 O -6 O O -3 O 35 O 3 O AVERAGE BEAM ANGLE (5%): 13.2DEG C/18, 14.7 deg C3/21, 12.4 deg C6/24, 12.1 deg C9/27, 13.7 deg

Driver lifetime & LED lifetime Driver Lifetime LED Lifetime 9 11%.4 Lifetime (hours) 8 7 6 5 4 3 2 1 65 o C 75 o C 85 o C 95 o C 15 o C Capacitor Tc ( o C) % Luminous Flux 15%.35 1%.3 95%.25 9%.2 85%.

The minimum lifetime for capacitor is 5hours at 15 C, the lifetime will be double when the temperature drop each 1 C Under 75 C working TEMP, max 4hrs life time is achievable.

5 Driver lifetime & LED lifetime Driver Lifetime LED Lifetime 9 11%.4 Lifetime (hours) o C 75 o C 85 o C 95 o C 15 o C Capacitor Tc ( o C) % Luminous Flux 15%.35 1%.3 95%.25 9%.2 85%.15 8% 75% FLUX.1.5 U'V' 7% LifeTime (hours) Temperature The testing is operated at 35 C environment temperature. The minimum lifetime for capacitor is 5hours at 15 C, the lifetime will be double when the temperature drop each 1 C Under 75 C working TEMP, max 4hrs life time is achievable. The highest withstand temperature of IC is 12 C The highest withstand temperature of MOS is 12 C The highest withstand LED junction temperature is 12 C Temperature ( o C) :13:13 11:25:1 11:37:1 11:49:1 12:1:1 12:13:1 12:25:1 12:37:1 12:49:1 13:1:1 13:13:1 13:25:1 13:37:1 13:49:1 14:1:1 14:13:1 14:25:1 14:37:1 14:49:1 15:1:1 15:13:1 15:25:1 15:37:1 15:49:1 16:1:1 16:13:1 16:25:1 16:37:1 Time The driver lifespan is based on capacitor working temperature. IC Capacitor MOS PCB LED Fitting Environmental temperature Packaging Information SIZE(CM) N.W/pc (KGS) G.W.(KGS) Q'TY(PCS) Carton 42*4* '' standard container 4'' standard container CTNS Q'TY(PCS) VOLUME (CBM)

Technical Application Guide for OMEGA LED Ceiling light

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