LED High Bay Light, 180W, Cree Chip, Liquid Flowing Heat Emission, Branded Power, IP65

LED High Bay Light, 180W, Cree Chip, Liquid Flowing Heat Emission, Branded Power, IP65

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Basic Info

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

Product Description

Features:

Vacuum phase transition technology
To adopt 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
Thermal system has 3 major components: a vacuum tight, sealed containment shell or vessel, working fluid, capillary wick structure
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

Cree XM-L chip:

Cree X-lamp XM-L LEDs, offer the unique combination of very high efficacy at very high drive currents, delivering 1000 lumens with 100 lumens-per-watt efficacy at 3 A in a compact, 5 x 5mm footprint
With its breakthrough light output and efficacy, the XM-L LED is designed for very-high-lumen applications such as high-bay, indoor commercial or roadway lighting

Branded power:

Two pieces of constant current power built-in two die-casting aluminum cylinders
3-year warranty

Parameters:

LED chip: Cree XM-L
LED Quantity: 28 pieces
Lumen: 2700lm
LM/W: 100
Beam angle: 45°
Input voltage: 85 to 265V AC
Output wattage: 150W
Power: 2 pieces, built in, isolated constant current and liquid branded power
Power factors: 0.94W
CCT: 2700 to 6500K
Die-casting aluminum, 6063#
Surface treatment: baking finish, polished to a deep and high polish
Sizes:
- Heat sink: (D) 200 x (H) 200mm
- Light: (D) 205 x (H) 567mm

Vacuum phase transition technology

To adopt 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

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

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

Cree X-lamp XM-L LEDs, offer the unique combination of very high efficacy at very high drive currents, delivering 1000 lumens with 100 lumens-per-watt efficacy at 3 A in a compact, 5 x 5mm footprint

With its breakthrough light output and efficacy, the XM-L LED is designed for very-high-lumen applications such as high-bay, indoor commercial or roadway lighting

Two pieces of constant current power built-in two die-casting aluminum cylinders

3-year warranty

LED chip: Cree XM-L

LED Quantity: 28 pieces

Lumen: 2700lm

LM/W: 100

Beam angle: 45°

Input voltage: 85 to 265V AC

Output wattage: 150W

Power: 2 pieces, built in, isolated constant current and liquid branded power

Power factors: 0.94W

CCT: 2700 to 6500K