16KG LUMILEDS 5050 800W Flood Lights for High School

Features

• Stitching design, 240W~1500W are composed of 1-6 lights;

• Light Efficiency: 150lm/W;

• High bright Philips Luminleds/CREE LEDs;

• Optics of 15º/30º/60º/60º×120º available on request;

• High-transmittance and anti-UV Frosted Polycarbonate lens;

• High reliable Meanwell/Inventronics Driver;

• Excellent thermal management design;  

• Die-casting aluminum with polyester powder coat finish;  

• IP66/IK10 rating for outdoor usage;  

• Easy installation and low maintenance;

• Energy savings, no UV and IR radiations, emits low heat;

• Intelligent dimming system: 0-10V, DMX and DALI dimming modes;

• ETL/cETL/SAA/FCC/CE/RoHS approval;

• 5 years warranty

16KG LUMILEDS 5050 800W Flood Lights for High School

Three kinds bracket meet different installation environment.

IP67 rating is applicable to outdoor environment. 

Working environment in -35℃ to 55℃. 

ETL/FCC/CE/RoHS/LM80/LM79/IES file are available. 

More than 50,000 hours lifespan with 5 years warranty；

16KG LUMILEDS 5050 Flood Lights for Asian Games

The number one killer of LEDs is heat, a well-designed thermal management system is critical for the longevity of your LED lighting. As the majority of LED failure mechanisms are temperature-dependent, the semiconductor junction temperature must be kept low in order to ensure good performance and reliability. In general, the design of a thermal system includes consideration of the drive current, the ambient operating condition, the thermal resistances of all the components along the thermal path and all the associated interface resistances. Operating LEDs at high drive currents and high ambient temperatures without compromising light output and reliability requires efficient removal of heat from the semiconductor junction to the ambient environment. Heat always flows from higher temperature regions to lower temperature regions until a thermal equilibrium is reached. Thus, the task of thermal management is to reduce the thermal impedance of the lighting system. Thermal impedance is the measure of the total resistance to the flow of heat along a thermal path. It includes all the thermal resistance at component and interface levels.

Especially for high-power stadium lamps, heat dissipation design is particularly important. So in the early stage of research and development, we should consider and test the heat dissipation design repeatedly to help the lamps achieve the maximum heat dissipation effect and prolong their life.

FAQ