LED Industrial High Bay Lights 150 W Copper Substrate Heat Conductivity 383.8W/m

Quick Detail:

1.  Based On Crees sc³ Technology Planform
2.  Copper Substrate
3.  LEDS: CREE XMLB LED
4.  Wattage: 150w
5.  UL,CUL,DLC,SAA.FCC,CE Approval
6.  Cree leds,Meanwell driver

Product description:

•  CREE Second Generation XMLB LED, high luminous efficiency and long life.
•  MEAN WELL High efficiency LED Driver, the wide range input voltage AC200-480V
•  Heat pipe with fins cooling design, better cooling, light quality, LED Tj < 85.
•  Excellent lampshade design, greatly improve the light utilization and evenness.

Structure Features:

•  Shell materials: Heat pipe and cooling fins for 1070 aluminum alloy.
•  Color: Silver white (Electrolytic shading)
•  Net weight: 6.40Kg
•  Unit: mm

Applications:

UL LED High Bay Lighting series can be widely used in outdoor, indoor or outdoor lighting(Wet location), like mechanical or electronic processing workshops, storage warehouses, steel mills, gas stations, toll booth, waiting rooms, the platforms of railway station , indoor stadiums and flower cultivating tents etc.

Specifications:

Competitive Advantages:

1, BASED ON CREES SC3 TECHNOLOGY PLANFORM

Using XMLB LED of CREE Inc,Based on Cree’s SC3 technology platform,High efficiency and high reliability.

2, TESTING BY X-RAY

LED soft soldering testing by X-RAY for cold solder joint and soldering related non-conforming.

3,COPPER SUBSTRATE

Heat conductivity coefficient of copper substrate is 383.8W/m.K,but the traditional aluminum substrate is about 2.0-3.0W/m.K.

4,USING DLC TECHNOLOGY FOR MPCB

Using DLC technology for MPCB module,heat conduction rate at 200W/m.K,lower junction temperature.

5,USING METAL POWDER ADHESIVE

Using high conduction adhesives 30W/m.K,not the heat conductive silicone grease,it’s metal powder adhesive.

6,USING HEAT PIPE AND COOLING FINS FOR 1070 ALUMINUM ALLOY

Using heat pipe and cooling fins for 1070 aluminum alloy,fast conduction.

7,24 HOURS HIGH TEMPERATURE TESTING

High temperature testing room at 106,24 hours aging after aging.

30 minutes switch aging(10 seconds per cycle)