Technical Application Guide for UP-SHINE LED Downlight

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Asher Stevenson
6 years ago
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1 Technical Application Guide for UP-SHINE LED Downlight UP-DL W

Introduction Up-shine Mini downlight is specially designed for European market with standard cutout size of 7mm.

Smart optical design with combination of COB LED and PC reflector creates the most comfortable lighting environment.

Up to 7% energy saving compared to standard CFL Long lifetime of 4, hours Triac dim 24 /36 /6 wide beam angle 68-74mm cutout

for indoor use only Professional electrician for installation only Switch off before installation Do not touch when in use Keep

2 Introduction Up-shine Mini downlight is specially designed for European market with standard cutout size of 7mm. 24 /36 /6 beam angle provided, applicable for various lighting effect. Smart optical design with combination of COB LED and PC reflector creates the most comfortable lighting environment. Waterproof structural design, IP54 protection grade, ideally for damp locations. Up to 7% energy saving compared to standard CFL Long lifetime of 4, hours Triac dim 24 /36 /6 wide beam angle 68-74mm cutout 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 It is designed for general lighting applications in office, supermarket, shop, school, hotel, etc. It is also widely used for public areas, such as stairway, lobby, reception, corridors etc. Certificate SAA

3 Product Information 5 78 Ø66 Ø8 Ø66 Technical Specifications Model Driver data Sheet Driver data DIM Non dim Input rated Voltage AC23V AC23V Frequency 5Hz 5Hz Input Voltage AC2-24V AC2-24V Efficiency 78% 78% Total load Wattage 5W±.5W 5W±.5W Power Factor.9.9 Rated input current.3a.3a Full load output Voltage DC33-38V DC25-41V Rated output current 13mA 13mA Output current range 13mA±5% 13mA±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 AC375V AC375V Fixture Compatibility Rated Wattage Voltage Power Power Factor Electrical Classification Lumen (±5%) Beam angle Ingress Protection CCT Lifespan CRI Dimmable Dimension UP-DL W 23V 5W /36 /6 27K 4h 8 No UP-DL W 23V 5W /36 /6 3K 4h 8 No UP-DL W 23V 5W /36 /6 4K 4h 8 No UP-DL W 23V 5W /36 /6 5K 4h 8 No UP-DL W-D 23V 5W /36 /6 27K 4h 8 Yes UP-DL W-D 23V 5W /36 /6 3K 4h 8 Yes UP-DL W-D 23V 5W /36 /6 4K 4h 8 Yes UP-DL W-D 23V 5W /36 /6 5K 4h 8 Yes 78 Operating Temp Operating Humidity 78*78*5mm / Ø8*55mm 78*78*5mm / Ø8*55mm 78*78*5mm / Ø8*55mm 78*78*5mm / Ø8*55mm 78*78*5mm / Ø8*55mm 78*78*5mm / Ø8*55mm 78*78*5mm / Ø8*55mm 78*78*5mm / Ø8*55mm Storage Temp 5W Ⅱ IP54-2 o C~45 o C ~9% -2 o C~65 o C 5 55

4 Spectral Distribution 27K 3K.8 Max=7464 [1.=2] 5.98 SDCM F27K.8 Max=6328 [1.=2] 4.15 SDCM F3K x=.4624 y= x=.4332 y= K 5K Max=6179 [1.=2].86 SDCM F4K.8 Max=8787 [1.=2] SDCM F5K x=.3818 y= x=.3464 y= Photometric Diagram 27K 3K / MH=1m C/18 C9/27 Flux out: lm / MH=1m C/18 C9/27 Flux out: 27. lm AVERAGE BEAM ANGLE(5%): 39.2 DEG Height Eavg, Emax Angle: 38.9deg Diameter AVERAGE BEAM ANGLE(5%): 39.2 DEG Height Eavg, Emax Angle: 38.67deg Diameter 4K 5K / MH=1m C/18 C9/27 Flux out: lm / MH=1m C/18 C9/27 Flux out: lm AVERAGE BEAM ANGLE(5%): 39.4 DEG Height Eavg, Emax Angle: 38.79deg Diameter AVERAGE BEAM ANGLE(5%): 39.1 DEG Height Eavg, Emax Angle: 38.94deg Diameter

Polar Diagram Comparison -15 O -/+18 O 15 O -12 O 12 O -9 O 9 O -6 O 3 6 9 12 15 6 O -3 O 3 O O AVERAGE BEAM ANGLE (5%): 39.1 DEG C/18, 38.9 deg C3/21, 38.9 deg C6/24, 39.

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.1.5 U'V' 7%.

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 8 7 IC Temperature ( o C) 6 5

5 Polar Diagram Comparison -15 O -/+18 O 15 O -12 O 12 O -9 O 9 O -6 O O -3 O 3 O O AVERAGE BEAM ANGLE (5%): 39.1 DEG C/18, 38.9 deg C3/21, 38.9 deg C6/24, 39.2 deg C9/27, 39.3 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 8 7 IC Temperature ( o C) :34:57 14:46:53 14:58:53 15:1:53 15:22:53 15:34:53 15:46:53 15:58:53 16:1:53 Time 16:22:53 16:34:53 16:46:53 16:58:53 17:1:53 17:22:53 17:34:53 17:46:53 Capacitor MOS LED Fitting Transformer Environmental temperature The driver lifespan is based on capacitor working temperature.

6 Installation Building material above fitting A-gap above the fitting Install requirements 25mm Building material or thermal insulation Building material B-gap to the building material 25mm C-gap to the thermal insulation 25mm Ceiling Opening Connect Power supply Spring Clips 1 2 Finish A. Hold back spring clips Spring Clips Ceiling B. Push downlight into position 3 4 Packaging Information SIZE(CM) N.W/pc (KGS) G.W.(KGS) Q'TY(PCS) Carton 46*46* '' 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