LED High-bay Light, 120W Lifud Power, BridgeLUX Chip, Fluid Flowing Heat Dissipation,3-year Warranty

LED High-bay Light, 120W Lifud Power, BridgeLUX Chip, Fluid Flowing Heat Dissipation,3-year Warranty

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Basic Info

Payment Type:	T/T, PayPal, L/C

Product Description

Benefit: exclusive designed 120W LED down light, based on a superb technical solution of Lifud brand power and BridgeLux chip, 3 years warranties, liquid flowing heat dissipation solution specific for commercial lighting

Liquid flowing heat dissipation solution/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 conductivity. 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 structure. They 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°K (0°C) and start to effectively transfer latent heat at this low temperature

Lifud branded power: as a driver solution of any other products requiring lighting, you are safe in the knowledge that the solution is durable, compact and versatile. And thanks to our extensive experience of lighting applications we can provide you with the ideal solution whatever your requirements

BridgeLux chip: to feature high flux density, well suited for above 1,000lm lighting markets where tight beam control and good-quality light matter

Parameters:

LED chip: BridgeLUX
LED type: COB LED
Luminous flux: 10,200lm
Luminous efficiency: 88lm/W
Beam angle: 45°
Input voltage: 85-265V AC
Output: 120W
Power: Lifud brand driver
Power factors: 0.94W
CCT: 2,700 to 6,500K
Die-cast aluminum
Sizes: 265x448mm
30-150W for optional

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 conductivity. 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 structure. They 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°K (0°C) and start to effectively transfer latent heat at this low temperature

LED chip: BridgeLUX

LED type: COB LED

Luminous flux: 10,200lm

Luminous efficiency: 88lm/W

Beam angle: 45°

Input voltage: 85-265V AC

Output: 120W

Power: Lifud brand driver

Power factors: 0.94W

CCT: 2,700 to 6,500K

Die-cast aluminum

Sizes: 265x448mm