High / Low Bay Datasheet

Transcription

1 Solid-State Lighting Series High / Low Bay Datasheet High / Low Bay lighting is typically used in industrial applications. They have the same features as high LED4 solution of light in low/high ceiling applications. The appearance of LED4 High / Low Bay is as similar as traditional High / Low Bay lighting but it saves more energy and has lower light depreciation rates to decrease both energy and maintenance cost. Without complicated installation and too much limited condition, LED4 High / Low Bay provides a great lighting solution for industrial applications. Features : Solid State Lighting Technology Superior Quality Light Energy Saving(5W/1W/12W) Ecologically Friendly Long Life-Time IP65 version : 5

2 Table of Contents Nomenclature... 2 Dimensions... 3 Absolute Maximum Ratings Light Pattern... 8 Applications... 9 Environmentally Friendly Package Information Nomenclature The following table describes the available colors, and wattage. E B 1 W X1 X2 X3 X4 X5 X6 X7 X1 LED Item X2 Module X4 Emitting Color X5 Watt X6 Filed Angle X7 Serial No. Code Type Code Type Code Type Code Type Code Type Code Type Code Type E Edison B Bay W Cool White 5 5W 9º Driver external 1 H Neutral White 1 1W 1 4º 1 Driver internal 2 X Warm White 12 12W 2 6º 3 Heat-sink lengthen version 3 12º (Driver external) 4 Heat-sink lengthen version (Driver internal) Figure 1 : High / Low Bay nomenclature. version : 5 2

3 Dimensions EB1x - 5xx (5W) Ø Ø36 EB1x - 1xx (1W) Ø153 Ø Ø36 EB1x - 12xx (12W) Ø36 Figure 2 : High / Low Bay dimensions. Notes: 1. Unit : mm. 2. Tolerance : ± 5. mm. version : 5 3

4 Absolute Maximum Ratings The following table shows electrical characteristics and operating temperature of Low/High Bay. Part No. Symbol Rating Units Plastic Housing Temperature T C 8 C Operating Temperature T opr -3~5 C Storage Temperature T stg -4~6 C AC Input Voltage(5W) V 9~264 V AC Input Voltage(1/12W) V 9~277 V LED Life Time 25, hrs EDIS Temperature T EDIS 8 C Table 1 : High / Low Bay absolute maximum ratings. The following describes the choices of color temperature, angles, and CRI of Low/High Bay for Part No. Rating Units Power Consumption 5 / 1 / 12 *1, 2 W Field Angle 4 / 6 / 9 / 12 Degree Color Temperature 53~63 / 38~45 / 28~32 K CRI 7 / 75 / 8 / Weight (EB1x - 5xx) 3.3±.2 kg Weight (EB1x - 1xx) 4.8±.2 kg Weight (EB1x - 12xx) 5.6±.2 kg Notes: 1. Power consumption has 5% tolerance. 2. Thermal equilibrium at 5 degree C ambient. version : 5 4

5 Power Consumption 5W Part No. CCT Field Angle Flux (min.) Flux EB1W-51x 53~63K 4 21 lm 23 lm EB1H-51x 38~45K lm 195 lm EB1X-51x 28~32K lm 185 lm EB1W-52x 53~63K lm 26 lm EB1H-52x 38~45K 6 2 lm 22 lm EB1X-52x 28~32K 6 19 lm 21 lm EB1W-5x 53~63K 9 24 lm 27 lm EB1H-5x 38~45K 9 21 lm 23 lm EB1X-5x 28~32K 9 2 lm 22 lm EB1W-53x 53~63K lm 26 lm EB1H-53x 38~45K 12 2 lm 22 lm EB1X-53x 28~32K lm 21 lm Power Consumption 1W Part No. CCT Field Angle Flux (min.) Flux EB1W-11x 53~63K lm 425 lm EB1H-11x 38~45K lm 35 lm EB1X-11x 28~32K lm 35 lm EB1W-12x 53~63K 6 43 lm 48 lm EB1H-12x 38~45K 6 36 lm 4 lm EB1X-12x 28~32K 6 31 lm 345 lm EB1W-1x 53~63K 9 45 lm 5 lm EB1H-1x 38~45K 9 37 lm 41 lm EB1X-1x 28~32K 9 33 lm 36 lm EB1W-13x 53~63K lm 48 lm EB1H-13x 38~45K lm 4 lm EB1X-13x 28~32K lm 345 lm version : 5 5

6 Power Consumption 12W Part No. CCT Field Angle Flux (min.) Flux EB1W-121x 53~63K 4 54 lm 6 lm EB1H-121x 38~45K lm 485 lm EB1X-121x 28~32K 4 38 lm 425 lm EB1W-122x 53~63K 6 65 lm 67 lm EB1H-122x 38~45K 6 5 lm 55 lm EB1X-122x 28~32K 6 43 lm 48 lm EB1W-12x 53~63K 9 63 lm 7 lm EB1H-12x 38~45K 9 51 lm 57 lm EB1X-12x 28~32K 9 45 lm 5 lm EB1W-123x 53~63K lm 67 lm EB1H-123x 38~45K 12 5 lm 55 lm EB1X-123x 28~32K lm 48 lm version : 5 6

7 Power Consumption 5W Part No. 4m 6m 8m 1m EB1W-51x EB1H-51x EB1X-51x EB1W-52x EB1H-52x EB1X-52x EB1W-5x EB1H-5x EB1X-5x EB1W-53x EB1H-53x EB1X-53x Power Consumption 1W Part No. Lux@ 4m Lux@ 6m Lux@ 8m Lux@ 1m Lux@12m EB1W-11x EB1H-11x EB1X-11x EB1W-12x EB1H-12x EB1X-12x EB1W-1x EB1H-1x EB1X-1x EB1W-13x EB1H-13x EB1X-13x version : 5 7

8 Power Consumption 12W Part No. 4m 6m 8m 1m EB1W-121x EB1H-121x EB1X-121x EB1W-122x EB1H-122x EB1X-122x EB1W-12x EB1H-12x EB1X-12x EB1W-123x EB1H-123x EB1X-123x Light Patterns cd/klm C-C18 C9-C27 cd/klm C-C18 C9-C27 cd/klm C-C18 C9-C27 cd/klm C-C18 C9-C27 EB1x - xx1x EB1x - xx2x EB1x - xxx EB1x - xx3x Figure 3 : High / Low Bay light patterns. version : 5 8

9 A New Experience in Light Applications LED4 High / Low Bay can produce an intense light in a certain area. It can be easily installed or replaced a traditional High / Low Bay lighting in warehouse, factory, gymnasium, large outlet, and etc. Figure 4 : High / Low Bay application. version : 5 9

10 Application 1W High Bay Application. 24.m Module Cabinet lux m No.of module: 2 Flux per module: 5,lm Total Power: 2,W Area: 528m 2 / 5,683ft 2 LPD: 1.89 W/m 2 /.18 W/ft 2 Workplan height:.85m Height of Room: 8. m, Mounting Height: 6.4 m, Light loss factor:.8, Values in Lux, Scale 1:39 Surface Workplane / Floor 2 Ceiling 7 Walls (4) 5 E av [lux] E min [lux] E max [lux] Figure 5 : High / Low Bay light plan example : warehouse application. Figure 6 : High / Low Bay light plan example : warehouse simulation picture. version : 5 1

11 Environmentally Friendly LED4 in preserving the forest by reducing energy consumption, and CO2 emission one step at a time. Replacing traditional mercury vapor lamp with LED4 Module lighting application, one can help in reducing golbal warming by lots of CO2 annually. 5W Low Bay VS 1W Mercury Vapor Lamp Power Reduction by 5% Reduction of CO = 2 emission by 168 kg = Saves 12 trees a year Mercury Vapor Lamp (1W) Edison Low Bay (5W) KWh % Year dollars 5 4 Mercury Vapor Lamp (1W) Edison Low Bay (5W) Saves:USD57.4 Saves:USD Balance Year Figure 7 : 5W Low Bay VS 1W Mercury Vapor Lamp. Note : Calculation based on 24 hours of daily operation. version : 5 11

12 Environmentally Friendly 1W High Bay VS 25W Mercury Vapor Lamp Power Reduction by 6% Reduction of CO = 2 emission by 55 kg = Saves 36 trees a year Mercury Vapor Lamp (25W) LED4 Low Bay (1W) KWh % Year dollars 1 Mercury Vapor Lamp (25W) LED4 Low Bay (1W) Saves:USD336.7 Saves:USD Saves:USD87.9 Balance Year Figure 8 : 1W High Bay VS 25W Mercury Vapor Lamp. Note : Calculation based on 24 hours of daily operation. version : 5 12

13 Environmentally Friendly 12W High Bay VS 4W Mercury Vapor Lamp Power Reduction by 7% Reduction of CO = 2 emission by 1286 kg = Saves 92 trees a year Mercury Vapor Lamp (4W) LED4 Low Bay (12W) KWh % Year 1dollars Mercury Vapor Lamp (4W) LED4 Low Bay (12W) Saves:USD436.5 Saves:USD649 Saves:USD224 5 Saves:USD Year r Figure 9 : 12W High Bay VS 4W Mercury Vapor Lamp. Note : Calculation based on 24 hours of daily operation. version : 5 13

14 Package Information 1.5W Packge 2.1W Packge 3.1W Packge (driver external) 4.12W Packge 5.12W Packge (driver external) Notes : 1. 5W Package : 17mm(width)*17mm(length)*315mm(height) 2. 1W heatsink length version : 17mm(width)*17mm(length)*45mm(height) 3. 1W heatsink length version (driver external) : 17mm(width)*22mm(length)*45mm(height) 4. 12W heatsink length version : 17mm(width)*17mm(length)*46mm(height) 5. 12W heatsink length version (driver external) : 17mm(width)*22mm(length)*46mm(height) Figure 1 : High / Low Bay package. version : 5 14

15 Versions Date 1 1. Establish a Datasheet Update the Flux and Lux of the Illuminance and Field Angles. 1. Update the Flux and Lux of the Illuminance. 2. Update the Revised the size of heatsink Revised the AC Input Voltage of Absolute Maximum Ratings version : 5 15