Technical Application Guide for UP-SHINE LED Tube Light

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Alexandra Rogers
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1 Technical Application Guide for UP-SHINE LED Tube Light UP-TW-D

Introduction Up-shine LED tube T is designed with integrated structure, using 8SMD LED as light source, CRI>8.

With Built-in driver in light fixture, our T tubes achieve high lighting performance and good heat dissipation.

friendly, without Mercury or any other hazardous substances Application notes IP for indoor use only Professional electrician for installation

2 Introduction Up-shine LED tube T is designed with integrated structure, using 8SMD LED as light source, CRI>8. V fire-rated full PC cover ensures high light transmittance and safe installation. With Built-in driver in light fixture, our T tubes achieve high lighting performance and good heat dissipation. Up to 7% energy saving compared to traditional tube Long lifetime of, hours wide beam angle mm length CCT: K K K 7K No UV/IR light Environment friendly, without Mercury or any other hazardous substances Application notes IP 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 Suitable for commercial and residential applications like office, supermarket, shop, school, hotel, restaurant, workshop, warehouse, home etc. Certificates

3 Product Information 78. Technical Specifications Model Voltage Power Power Factor Lumen (±%) Beam angle CCT Lifespan CRI Dimmable Dimension UP-TW-D AC-V W.9 87 o K h 8 No L78*W.*Hmm UP-TW-D AC-V W.9 9 o K h 8 No L78*W.*Hmm UP-TW-D AC-V W.9 97 o K h 8 No L78*W.*Hmm UP-TW-D AC-V W.9 o 7K h 8 No L78*W.*Hmm Driver data Sheet Driver data Non-dim Input rated Voltage Frequency Input Voltage AC-V /6Hz AC8-6V Efficiency 87% Total load Wattage W±% Power Factor.9 Rated input current Full load output Voltage Rated output current Output current range.8a DC7-8V ma ma±% Power tolerance ±% Current output tolerance ±% Short circuit protection Over voltage protection Over temperature protection Withstand voltage PASS PASS PASS ACV Fixture Compatibility Rated Wattage Electrical Classification Ingress Protection Operating Temp Operating Humidity Storage Temp W Ⅰ IP - o C~ o C ~9% - o C~6 o C

4 Spectral Distribution K K.8 Max=8 [.=] SDCM FK.8 Max=6 [.=].6SDCM FK x=.6 y=.9... x=.798 y= K 7K.8 Max=869 [.=].SDCM FK.8 Max=99 [.=].9SDCM F7K x=.7 y=.6... x=.67 y= Photometric Diagram K K /+8 9 MH=m C/8 C9/7 Flux out: 97. lm.8ft.9,.98fc m 6.9, 6.7lx 6.6ft.76,.7fc m.,.7lx 8.76ft 66.87cm 7.ft.7cm /+8 9 MH=m C/8 C9/7 Flux out: 8 lm.8ft.,.fc m 6., 88.9lx 6.6ft.76,.6fc m,.lx 9.6ft 76.cm 8.ft.cm. 9.8ft.66,.776fc m 7.87,.lx 6.7ft 8.6cm. 9.8ft.67,.7fc m 8.,.lx 7.9ft 88.6cm.ft.9,.686fc m, 8.9lx.ft 67.9cm.ft.98,.89fc m., 6lx 6.ft.8cm - AVERAGE BEAM ANGLE(%):.8 DEG ft.978,.79fc.78ft m 6., 8.lx.6cm Height Eavg, Emax Angle: 6.deg Diameter - AVERAGE BEAM ANGLE(%):. DEG ft.6,.87fc.ft m 6.8, 9.6lx 8.cm Height Eavg, Emax Angle: 8.8deg Diameter K 7K /+8 9 MH=m C/8 C9/7 Flux out: lm.8ft.8,.6fc m 9., 8.lx 6.6ft.7,.fc m 9.88,.lx 9.ft 77.cm 8.ft.8cm /+8 9 MH=m C/8 C9/7 Flux out: 9.9 lm.8ft.89,.97fc m 6., 6.lx 6.6ft.7,.7fc m.7,.6lx 8.9ft 7.88cm 7.9ft.76cm. 9.8ft.67,.97fc m 7.7,.lx 7.ft 8.7cm. 9.8ft.6,.77fc m 7.8,.9lx 6.86ft 88.6cm - AVERAGE BEAM ANGLE(%):. DEG ft.96,.788fc 6.ft.ft.97,.686fc.8ft m 9.97,.lx 9.7cm m., 8.9lx 9cm 6.ft.98,.78fc.ft -. 6.ft.96,.79fc.76ft m 6.8, 9.lx 87.cm m 6., 8.lx 6.cm Height Eavg, Emax Angle: 8.deg Diameter Height Eavg, Emax Angle: 7.deg Diameter AVERAGE BEAM ANGLE(%):. DEG

Polar Diagram Comparison - O +/-8 O O - O O -9 O 9 O -6 O 6 O - O O O AVERAGE BEAM ANGLE

deg Driver lifetime & LED light decay rate Driver Lifetime LED Light Decay Rate 9 %.

capacitor, minimum of, hours if operated at C, will be doubled whenever the temperature

temperature of LED junction temperature is C Temperature ( o C) 9 8 7 6 9:9:7 :: :: :8:

5 Polar Diagram Comparison - O +/-8 O O - O O -9 O 9 O -6 O 6 O - O O O AVERAGE BEAM ANGLE (%):.DEG C/8, 6. deg C/, 6.9 deg C6/, 8.7 deg C9/7, 7. deg Driver lifetime & LED light decay rate Driver Lifetime LED Light Decay Rate 9 %. Lifetime (hours) o C 7 o C 8 o C 9 o C o C Capacitor Tc ( o C) % Luminous Flux % % 9% 9% 8% % 7% FLUX.. U'V' 7% LifeTime (hours) Temperature The testing is operated at C The lifetime of capacitor, minimum of, hours if operated at C, will be doubled whenever the temperature drops C The highest withstand temperature of IC, MOS could be C The highest withstand temperature of LED junction temperature is C Temperature ( o C) :9:7 :: :: :8: :: :: :7: :: :6: :9: :: :: :8: :: :: :: 6:6: 7:: 8:: 8:8: Time IC Capacitor MOS PCB Voltage transformer Environmental temperature The driver lifespan is based on capacitor working temperature.

6 Installation Step Screw the mounting fastener to the ceiling. Step Install the tubes in mounting fastener. Step Insert the AC input wire in the tubes. Step Installation finished, connect the power and it can be lighted. Packaging Information SIZE(CM) N.W/pc (KGS) G.W.(KGS) Q'TY(PCS) Carton 8**6.. '' standard container '' standard container CTNS Q'TY(PCS) VOLUME(CBM) Phone: Add: nd building Dingfeng High-Tech Zone, Fuyuan st road, Fu Yong Sub-district, Bao'an, Shenzhen China

Technical Application Guide for UP-SHINE LED Track Light

Technical Application Guide for UP-SHINE LED Track Light UP-TL26A-2W Introduction Up-shine track light adopts Citizen LEDs with excellent color rendering index to increase the color fidelity of the target