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Product >> Architectural Office Light >>Exclusive Design LED High Bay >> 

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LED High Bay,Liquid Cooling Heat Sink,Two Built-in Powers
Model No. :OL-HBL-SMD-011,012,013,014
Rated Power : 
Input Voltage : 
Luminous Flux : 
CRI : 
Sizes : 
Introduction&Application : 
鈼 Cree LED(CREE XM-L),110LM/W 鈼 Heat Sink in Vacuum Phase Transition Technology, liquid cooling system,much better performance of heat emission 鈼 Newly developed design 鈼 2PCS branded built-in constant current power 鈼 150W,180W,220W,250W 鈼 For lighting of warehouse, shopping center,workshop, etc

 
Features & Parameters Light & Illuminance Structural & Packaging Installation Drawing

Vacuum Phase Transition Technology, two-phase heat transfer involves the liquid-vapor phase change (boiling/evaporation and condensation) of a working fluid. While solid conductors such

 as aluminum, copper, graphite and diamond have thermal conductivities. Heat is transferred from the 

heat source (evaporator) to the heat sink (condenser) over relatively long distances through the latent heat

 of vaporization of a working fluid, namely, absorbed by vaporizing the working fluid. The thermal system 

has 3 major components: a vacuum tight, sealed containment shell or vessel, working fluid, capillary wick 

structureThey all work together to transfer heat more efficiently and evenly. Since the heat pipe contains 

a vacuum, the working fluid will boil and take up latent heat at well below its boiling point at atmospheric 

pressure. Water, for instance, will boil at just above 273掳 K (0掳C) and start to effectively transfer latent heat 

at this low temperature. 

 

                            

 
     
 
 

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