High / Low Bay PC Reflector Datasheet

Transcription

1 Solid-State Lighting Series High / Low Bay PC Reflector Datasheet High / Low bay PC Reflector lighting is typically used in industrial applications. They have the same features as high bay lighting but with a different sized enclosed reflector. Edison Opto provides a better lighting solution of light in High / Low PC Reflector ceiling applications. The appearance of Edison High / Low Bay PC Reflector is as similar as traditional High / Low bay PC Reflector 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, Edison High / Low Bay provides a great lighting solution for industrial applications. Features : Solid State Lighting Technology Indoor Lighting Superior Quality Light Reduce CO₂ Emission Energy Saving (50W/100W/120W) Ecologically Friendly Long Life-Time Copyright 2011 Edison Opto Corporation. All right reserved. The information in this document is subject to change without notice. version : 2

2 Table of Contents Nomenclature... 2 Dimensions... 3 Absolute Maximum Ratings... 4 Specifications... 4 Illuminance Specifications... 4 Package Information... 6 Applications... 7 List of the Modifications... 9 Nomenclature The following table describes the available colors, and wattage. E B 2 W X1 X2 X3 X4 X5 X6 X7 X1 LED Item X2 Module X4 Emitting Color X5 Watt X6 Filed Angle X7 Serial No. E Edison B Bay 0 W Cool White 05 50W 0 90º 0 Driver external 1 H Neutral White W 1 40º 1 Driver internal 2 X Warm White W 2 60º 3 Heat-sink lengthen version 3 120º (Driver external) 4 140º 4 Heat-sink lengthen version (Driver internal) Figure 1. High / Low Bay PC Reflector nomenclature. Copyright 2011 Edison Opto Corporation. All right reserved. The information in this document is subject to change without notice. version : 2 2

3 Dimensions EB2x - 054x (50W) EB2x - 104x (100W) EB2x - 124x (120W) Figure 2. High / Low Bay PC Reflector dimensions. Notes: 1. Unit : mm. 2. Tolerance : ± 5.0 mm. Copyright 2011 Edison Opto Corporation. All right reserved. The information in this document is subject to change without notice. version : 2 3

4 Absolute Maximum Ratings The following table shows electrical characteristics and operating temperature of High / Low Bay PC Reflector. Table 1 : High / Low Bay PC Reflector absolute maximum ratings. Part No. Symbol Rating Units Plastic Housing Temperature T C 80 C Operating Temperature T opr -30~50 C Storage Temperature T stg -40~60 C AC Input Voltage V 90 ~ 277 V LED Life Time 25,000 hrs Specifications The following describes the choices of color temperature, angles, and CRI of High / Low Bay PC Reflector for different demand. Table 2. High / Low Bay PC Reflector specifications. Part No. Rating Units Power Consumption 50 / 100 / 120 W Field Angle 140 Degree Color Temperature 5300~6300 / 3800~4500/ 2800~3200 K CRI 70 / 75 / 80 / Weight (EB2x ) 3.0±0.2 kg Weight (EB2x ) 4.0±0.2 kg Weight (EB2x ) 4.8±0.2 kg Note : Power consumption has 5% tolerance. Illuminance Specifications Luminous flux of 50/100/120W High / Low Bay PC Reflector. Power Consumption 50W 100W 120W Table 3. Luminous flux of 50/100/120W High / Low Bay PC Reflector. Part No. CCT Field Angle Typ. Flux (lm) EB2W-054x 5300~6300K EB2H-054x 3800~4500K EB2X-054x 2800~3200K EB2W-104x 5300~6300K EB2H-104x 3800~4500K EB2X-104x 2800~3200K EB2W-124x 5300~6300K EB2H-124x 3800~4500K EB2X-124x 2800~3200K Copyright 2011 Edison Opto Corporation. All right reserved. The information in this document is subject to change without notice. version : 2 4

5 Illuminance Specifications Lux with different distance for 50/100/120W High / Low Bay PC Reflector. Table 4. Lux with different distance for 50/100/120W High / Low Bay PC Reflector. Power Consumption 50W 100W 120W Part No. Lux@4m (Typ.) Lux@6m (Typ.) Lux@8m (Typ.) Lux@10m (Typ.) EB2W-054x EB2H-054x EB2X-054x EB2W-104x EB2H-104x EB2X-104x EB2W-124x EB2H-124x EB2X-124x Copyright 2011 Edison Opto Corporation. All right reserved. The information in this document is subject to change without notice. version : 2 5

6 Package Information 1.50W Packge 2.100W Packge 3.100W Packge (driver external) 4.120W Packge 5.120W Packge (driver external) 6.Reflector Packge Notes: 1. 50W Package : 170mm(width)*170mm(length)*315mm(height) W Heat-sink lengthen version : 170mm(width)*170mm(length)*405mm(height) W Heat-sink lengthen version (Driver external) : 170mm(width)*220mm(length)*405mm(height) W heatsink length version : 170mm(width)*170mm(length)*460mm(height) W heatsink length version (driver external) : 170mm(width)*220mm(length)*455mm(height) 6. Reflector Package : 395mm(width)*395mm(length)*170mm(height) (Reflector Package contains 3 PSC 12 PC reflectors, 3 PCS 12 iron rings, and accessories) Figure 3. High / Low Bay package. Copyright 2011 Edison Opto Corporation. All right reserved. The information in this document is subject to change without notice. version : 2 6

7 Applications lx Height of Room: m, Mounting Height: m, Light loss factor: 0.80, Values in Lux, Scale 1:309 No.of module: 24 Flux per module: 4,300lm Total Power: 2,400W Area: 528m 2 LPD: 4.66 W/m 2 Workplan height: 0.85m Surface Workplane(0.85m) / Floor(0m) 20 Ceiling(8m) 70 Walls 50 E av [lux] E min [lux] E max [lux] Copyright 2011 Edison Opto Corporation. All right reserved. The information in this document is subject to change without notice. version : 2 7

8 Applications Edison 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. Copyright 2011 Edison Opto Corporation. All right reserved. The information in this document is subject to change without notice. version : 2 8

9 List of the modifications Table 5. list of the modifications for High / Low Bay PC Reflector. Versions Modification Date 1 1. Establish a Datasheet Update Product Nomenclature Copyright 2011 Edison Opto Corporation. All right reserved. The information in this document is subject to change without notice. version : 2 9