Technical Application Guide For UP-SHINE Surface Mounted LED Downlight

Size: px

Start display at page:

Download "Technical Application Guide For UP-SHINE Surface Mounted LED Downlight"

Roger Farmer
5 years ago
Views:

1 Technical Application Guide For UP-SHINE Surface Mounted LED Downlight UP-DL38-1W

Introduction DL38 surface mounted downlight adopts straightforward design with stylish appearance, easy to install.

AL663 Aluminum body with oxidation treatment provides corrosion resistance and excellent heat dissipation performance. LEDs are high lumen COB chip with CRI>8.

Besides, it possesses short-circuit protection and overvoltage protection function, showing high safety performance.

2 Introduction DL38 surface mounted downlight adopts straightforward design with stylish appearance, easy to install. The lamp adopts high quality reflector which has good reflective rate and light output > 86%. AL663 Aluminum body with oxidation treatment provides corrosion resistance and excellent heat dissipation performance. LEDs are high lumen COB chip with CRI>8. Built-in driver is independent and replaceable, which is friendly maintenance. PF>.9, THD<2%, passed EMC test with strong anti-jamming capability. Besides, it possesses short-circuit protection and overvoltage protection function, showing high safety performance. Up to 7% energy saving compared to standard CFL Long lifetime of 4, hours Dimmable when using triac dimmer 6 wide beam angle CCT: 27K 3K 4K 5K No UV/IR light Environment friendly, without Mercury or any other hazardous substances Application notes IP54 for indoor use only Professional electrician for installation only Switch off before installation Do not touch when in use Keep away from hot steam and corrosive gas Application Areas Up-shine 1W downlight 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

3 Product Information Technical Specifications Model Voltage Power Power Factor Lumen (±5%) Beam angle CCT Lifespan CRI Dimmable Dimension UP-DL38-1W AC1-24V 1W o 27K 4h 8 No Ø9*1mm UP-DL38-1W AC1-24V 1W o 3K 4h 8 No Ø9*1mm UP-DL38-1W AC1-24V 1W o 4K 4h 8 No Ø9*1mm UP-DL38-1W AC1-24V 1W o 5K 4h 8 No Ø9*1mm UP-DL38-1W-D AC23V 1W o 27K 4h 8 Yes Ø9*1mm UP-DL38-1W-D AC23V 1W o 3K 4h 8 Yes Ø9*1mm UP-DL38-1W-D AC23V 1W o 4K 4h 8 Yes Ø9*1mm UP-DL38-1W-D AC23V 1W o 5K 4h 8 Yes Ø9*1mm Driver data Sheet Fixture Compatibility Rated Wattage Driver data DIM Non-dim Input rated Voltage AC23V AC1-24V Frequency 5HZ 5/6Hz Input Voltage AC2-24V AC85-265V Efficiency 78% 85% Total load Wattage 1W±1W 1W±5% Power Factor.9.9 Rated input current.6a.12a Full load output Voltage 35-38V 35-38V Rated output current 215mA 24mA Output current range 215mA±5% 24mA±5% Power tolerance ±5% ±5% Current output tolerance ±5% ±5% Dimming range 8%-1% Dimmer Triac dimmers Short circuit protection PASS PASS Over voltage protection PASS PASS Over temperature protection PASS PASS Withstand voltage AC15V AC15V Electrical Classification Ingress Protection Operating Temp Operating Humidity Storage Temp 1W Ⅰ IP54-2 o C~45 o C ~9% -2 o C~65 o C

4 Spectral Distribution 3K 4K.8 Max=5164 [1.=2] 3.5SDCM F3K.8 Max=9821 [1.=2] 2.12SDCM F4K x=.4464 y= x=.3841 y= K 57K.8 Max=555 [1.=2] 2.5SDCM F5K.6 3.4SDCM F57K x=.3473 y= x=.3435 y= Photometric Diagram 3K 4K Polar intensity diagram Cartesian intensity diagram Beam diagram Polar intensity diagram Flux out: 517. lm -/+18 Planar Illuminance Curve -/+18 MH=1m C/ ft 58.89,12.4fc 3.251ft C9/27 1m 633.9,112lx 99.9cm ft 14.72,25.59fc 6.52ft 2m 158.5,275.4lx cm Cartesian intensity diagram Planar Illuminance Curve MH=1m 15. C/18 C9/ Beam diagram Flux out: 556. lm 3.281ft 69.12,117.7fc 3.168ft 1m 744.,1267lx 96.56cm 6.562ft 17.28,29.42fc 6.336ft 2m 186.,316.7lx cm ft 6.543,11.37fc 9.753ft m 7.43,122.4lx cm ft 3m 7.68,13.8fc 82.66,14.7lx 9.54ft cm ft 3.68,6.397fc 13ft 13.12ft 4.32,7.355fc 12.67ft m 39.62,68.86lx cm 12 4m 46.5,79.17lx cm ft 2.356,4.94fc 16.25ft ft 2.765,4.77fc 15.84ft 5m 25.35,44.7lx cm 5m 29.76,5.67lx cm Height Eavg, Emax Angle: 52.71deg Diameter Height Eavg, Emax Angle: 51.54deg Diameter AVERAGE BEAM ANGLE(5%): 52.6 DEG AVERAGE BEAM ANGLE(5%): 52.3 DEG 5K 57K Polar intensity diagram Cartesian intensity diagram Beam diagram Polar intensity diagram Cartesian intensity diagram Beam diagram -/ AVERAGE BEAM ANGLE(5%): 52.3 DEG Planar Illuminance Curve MH=1m 15. C/18 C9/ Flux out: lm 3.281ft 68.56,116.7fc 3.161ft 1m 738.,1256lx 96.34cm 6.562ft 17.14,29.18fc 6.322ft 2m 184.5,314.lx cm 9.843ft 7.618,12.97fc 9.482ft 3m 82.,139.6lx 289.3cm 13.12ft 4.285,7.294fc 12.64ft 4m 46.12,78.51lx cm 16.4ft 2.742,4.668fc 15.8ft 5m 29.52,5.25lx cm Height Eavg, Emax Angle: 51.44deg Diameter -/ AVERAGE BEAM ANGLE(5%): 5. DEG Planar Illuminance Curve MH=1m 2 C/18 C9/ Flux out: 71.2 lm 3.281ft 87.17, 141.fc 3.193ft 1m 938.2, 1518lx 97.33cm 6.562ft 21.79, 35.25fc 6.386ft 2m 234.6, 379.4lx cm 9.843ft 9.685, 15.67fc 9.58ft 3m 14.2, lx cm 13.12ft 5.448, 8.813fc 12.77ft 4m 58.64, 94.86lx cm 16.4ft 3.487, 5.64fc 15.97ft 5m 37.53, 6.71lx cm Height Eavg, Emax Angle: 51.9deg Diameter

Polar Diagram Comparison -15 O 18 O 15 O -12 O 12 O -9 O 9 O 3 6-6 O 9 6 O 12-3 O 15 3 O O AVERAGE BEAM ANGLE (5%): 52.3DEG C/18, 53.

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% 1% 95% 9% 85%.35.3.25.2.15 8% 75% FLUX.

1 2 3 4 5 6 7 8 9 1 LifeTime (hours) Temperature The testing is operated at 25 C The lifetime of capacitor, minimum of 5, hours if operated at 15

of LED junction temperature is 15 C Temperature ( o C) 9 8 7 6 5 4 3 2 1 11:13:16 11:25:15 11:37:15 11:49:15 12:1:15 12:13:15 12:25:15 12:37:15

5 Polar Diagram Comparison -15 O 18 O 15 O -12 O 12 O -9 O 9 O O 9 6 O 12-3 O 15 3 O O AVERAGE BEAM ANGLE (5%): 52.3DEG C/18, 53. deg C3/21, 52.7 deg C6/24, 51.9 deg C9/27, 51.4 deg Driver lifetime & LED light decay rate Driver Lifetime LED Light Decay Rate 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% 1% 95% 9% 85% % 75% FLUX.1.5 U'V' 7% LifeTime (hours) Temperature The testing is operated at 25 C The lifetime of capacitor, minimum of 5, hours if operated at 15 C, will be doubled whenever the temperature drops 1 C The highest withstand temperature of IC, MOS could be 12 C The highest withstand temperature of LED junction temperature is 15 C Temperature ( o C) :13:16 11:25:15 11:37:15 11:49:15 12:1:15 12:13:15 12:25:15 12:37:15 12:49:15 13:1:15 13:13:15 13:25:15 13:37:15 13:49:15 14:1:15 14:13:15 14:25:15 14:37:15 14:49:15 15:1:15 15:13:15 15:25:15 15:37:15 15:49:15 16:1:15 16:13:15 16:25:15 16:37:15 Time IC MOS PCB LED Fitting Transformer Environmental temperature The driver lifespan is based on capacitor working temperature.

6 Installation Step1 Step2 Step3 OFF Step4 Step5 ON DIM Packaging Information SIZE(CM) N.W/pc (KGS) G.W.(KGS) Q'TY(PCS) Carton 5*38* '' standard container 4'' standard container CTNS Q'TY(PCS) VOLUME(CBM) Phone: Add: 2nd building Dingfeng High-Tech Zone, Fuyuan 1st road, Fu Yong Sub-district, Bao'an, Shenzhen China

Technical Application Guide for UP-SHINE LED Downlight UP-DL W.

Technical Application Guide for UP-SHINE LED Downlight UP-DL44-3-1W Introduction DL44 downlight is structural designed with integration of heatsink and surface cover, aims at increasing the heat dissipation