Technical Application Guide for UP-SHINE LED Linear

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1 Technical Application Guide for UP-SHINE LED Linear UP-DB9-6-12W-S UP-DB9-6-12W-E

Introduction DB9 LED Linear is mainly designed for Oceania and European market, 2835 high lumen SMD LED chip been used to achieve 15lm/W efficiency.

Elegant design with 3 types of installation: suspended, surface mounted and recessed, suitable for meeting room, office, school, hospital etc commercial lighting applications.

This is our most practical item with extremely high performance.

2 Introduction DB9 LED Linear is mainly designed for Oceania and European market, 2835 high lumen SMD LED chip been used to achieve 15lm/W efficiency. IP54 waterproof structural design, ideal replacement for damp location. Elegant design with 3 types of installation: suspended, surface mounted and recessed, suitable for meeting room, office, school, hospital etc commercial lighting applications. Microwave sensor provided, adjustable holdon time and sensitivity, maximally promote communications between human and environment. Emergency version available with more than 3 hours duration. This is our most practical item with extremely high performance. Aluminum components generate a rust-free product for less maintenance PC Diffuser Up to 7% energy saving compared to standard CFL Environment friendly, without Mercury or any other hazardous substances Application notes IP54 for indoor use only 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 Widely used in office, meeting room, hotel, school etc. Certificate

3 Product Information Emergency Specifications Model Voltage Power Power Factor Lumen (±5%) Beam angle CCT Lifespan CRI Dimmable Dimension UP-DB9-6-12W-E AC23V 12W o 3K 4h 8 No L62*W7.5*H83mm UP-DB9-6-12W-E AC23V 12W o 4K 4h 8 No L62*W7.5*H83mm UP-DB9-6-12W-E AC23V 12W o 5K 4h 8 No L62*W7.5*H83mm UP-DB9-6-12W-E AC23V 12W o 57K 4h 8 No L62*W7.5*H83mm Sensor Specifications Model Voltage Power Power Factor Driver data Sheet Fixture Compatibility Rated Wattage Electrical Classification Lumen (±5%) Ingress Protection Beam angle CCT Lifespan CRI Dimmable Dimension UP-DB9-6-12W-S AC23V 12W o 3K 4h 8 No L62*W7.5*H83mm UP-DB9-6-12W-S AC23V 12W o 4K 4h 8 No L62*W7.5*H83mm UP-DB9-6-12W-S AC23V 12W o 5K 4h 8 No L62*W7.5*H83mm UP-DB9-6-12W-S AC23V 12W o 57K 4h 8 No L62*W7.5*H83mm Driver data Emergency Main Power Sensor Input rated Voltage AC23V AC23V AC23V Frequency 5Hz 5Hz 5Hz Input Voltage AC2-24V AC2-24V AC2-24V Efficiency 8% 85% Total load Wattage 4W 12W±1W.5W(standby) Power Factor.9 Rated input current.4a.16a Full load output Voltage DC15-8V 6-75V Rated output current 1-17mA 15mA Output current range 15mA±5% Power tolerance 4W±.5W ±5% Current output tolerance ±5% Battery 7.2V 26mAh Lifetime 3hrs(battery changeable) Battery duration 3hrs Charge time 24hrs Emergency switching time 1S Short circuit protection PASS Over voltage protection PASS Over temperature protection PASS PASS THD <25% AC23V Withstand voltage AC15V AC15V Operating Temp Operating Humidity Storage Temp 12W Ⅰ IP54-2 o C~45 o C ~9% -2 o C~65 o C

4 Sensor Setting Antenna Module Detection range setting Hold time setting Daylight sensor setting Daylight sensor probe L N N L Installation hole UC1 Operating voltage 22~24Vac, 5Hz Rated load 4W(inductive), 8W(resistive) HF system 5.8GHz±75MHz, ISM wave band Transmitting power <.2mW Power consumption.5w(standby) Detection zone Max.(D H): 1m 6m Detection sensitivity 1% / 5% / 75% / 1% Hold time 5s / 9s / 5min / 15min Daylight sensor 2lux / 1lux / 5lux / Disable Mounting height 6m Max. Motion detedtion.5~3m/s Detection angle 3-15 Operating temperature -2 ~6 IP rating IP2 By selecting the combination on the DIP switch, sensor data can be precisely set for each specific application % 75% 5% 1% Detection area Detection area can be set by selecting the combination on the switches to fit precisely each application s 9s 5min 15min Disable 5Lux 1Lux 2Lux Hold time Refers to the time period the lamp remains at 1% illumination after no motion detected. 5S for testing purpose only please do not choose 5S for daily use. Daylight sensor The sensor can be set to only allow the lamp to illuminate below a defined ambient brightness threshold. When set to Disable mode, the daylight sensor will switch on the lamp when motion is detected regardless of ambient light level. 5lux: twilight operation, 1lux, 2lux: darkness operation only. Detection Pattern Ceiling Mounting pattern (Unit: m) Wall Mounting pattern (Unit: m) ceiling mounting height(m) wall mounting height(m) High detection area Low detection area High detection area Low detection area

5 Spectral Distribution 3K 4K Max=9882 [1.=2] 3.51 SDCM F3K.8 Max=995 [1.=2] SDCM F4K Spectrum x=.447 y=.48 Spectrum x=.3892 y= Wavelength(nm) Wavelength(nm) 5K 57K.8 Max=646 [1.=2] 4.5 SDCM F5K.8 Max=9271 [1.=2] 5.54 SDCM F57K Spectrum x=.35 y=.375 Spectrum x=.3258 y= Wavelength(nm) Wavelength(nm) Photometric Diagram 3K 4K 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: lm / E(LX) Planar Illuminance Curve MH=1m C/18 C9/27 Flux out: lm AVERAGE BEAM ANGLE(5%): DEG Distance(m) Height Eavg, Emax Angle: 119.6deg Diameter Note: The Curves indicate the illuminated area and the average illumination when the Luminaire is at different distance. AVERAGE BEAM ANGLE(5%): DEG Distance(m) Height Eavg, Emax Angle: deg Diameter Note: The Curves indicate the illuminated area and the average illumination when the Luminaire is at different distance. 5K 57K 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: lm / E(LX) Planar Illuminance Curve MH=1m C/18 C9/27 Flux out: 735 lm AVERAGE BEAM ANGLE(5%): DEG Distance(m) Height Eavg, Emax Angle: deg Diameter Note: The Curves indicate the illuminated area and the average illumination when the Luminaire is at different distance. AVERAGE BEAM ANGLE(5%): DEG Distance(m) Height Eavg, Emax Angle: deg 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 8 16-6 O 24 6 O 32-3 O 4 3 O

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)

1 2 3 4 5 6 7 8 9 1 LifeTime (hours).35.3.25.2.15 Temperature The testing is operated at

whenever the temperature drops 1 C The highest withstand temperature of IC, MOS could be

( o C) 8 7 6 5 4 3 2 1 11:13:13 11:31:1 11:49:1 12:7:1 12:25:1 12:43:1 13:1:1 13:19:1

6 Polar Diagram Comparison -15 O 18 O 15 O -12 O 12 O -9 O 9 O O 24 6 O 32-3 O 4 3 O O AVERAGE BEAM ANGLE (5%): 122.5DEG C/18, deg C3/21, deg C6/24, deg C9/27, 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% 8% 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 9 Temperature ( o C) :13:13 11:31:1 11:49:1 12:7:1 12:25:1 12:43:1 13:1:1 13:19:1 13:37:1 Time 13:55:1 14:13:1 14:31:1 14:49:1 15:7:1 15:43:1 16:1:1 16:19:1 16:37:1 IC Capacitor MOS PCB LED Fitting Environmental temperature The driver lifespan is based on capacitor working temperature.

7 Surface mount STEP 1 STEP 2 Emergency L = UNSWITCHED 1.Remove the diffuser and cover as show in figure 1. = N = EARTH NEUTRAL 2.Determine the mounting location and cable entry direction, put the batten against the ceiling and mark the position of the mounting screw holes. Fix lamp base into ceiling with plastic anchor and screw as shown in figure 2.Route the mains cable through the cable entry hole, connect and terminate wires to the terminal block. STEP 3 STEP 4 3.Refit the cover and diffuser to base. 4.Restore power and check for correct operation. wall mount STEP 1 STEP 2 Emergency L = UNSWITCHED 1.Remove the diffuser and cover as show in figure 1. 2.Determine the mounting location and cable entry direction, put the batten against the ceiling and mark the position of the mounting screw holes. Secure the batten to the ceiling with screw. Route the mains cable through the cable entry hole, connect and terminate wires to the terminal block. STEP 3 STEP 4 3.Refit the cover and diffuser to base. 4.Restore power and check for correct operation.

8 Suspend install 1.Determine the mounting location and cable entry direction, put the batten against the ceiling and mark the position of the mounting screw holes. 2.Fix hanging wire locking device into ceiling with plastic anchor and screw. Unscrew lamp housing and take diffuser apart from base. Insert steel wire through lamp housing and fix it into locking device. Emergency L = UNSWITCHED 3.Route the mains cable through the cable entry hole, connect and terminate wires to the terminal block, refit cover and diffuser to base. 4.Adjust the hanging wire, restore power and check for correct operation. Packaging Information SIZE(CM) N.W/pc (KGS) G.W.(KGS) Q'TY(PCS) CTNS Q'TY(PCS) VOLUME(CBM) 2'' standard container Carton 65*36.5* '' standard container 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 T8 Batten UP-AL06-9W-BO-M

Technical Application Guide for UP SHINE LED T8 Batten UP-AL6-9W-BO-M Introduction T8 diffused batten suitable for ceiling, wall or pendant mounting. Prismatic diffuser for visual comfort. Cover plate