LED Brand	CREE / Philips
Power Output Voltage	AC110-265V
Module Quantity	1pcs
LED Quantity	18/22 PCS P module
Power Consumption of Lamp System	50W-400W
Luminous Efficiency of Whole Lamp	185 Lm/W
LED Normal Luminous Flux	9750Lm
LED Extraction Efficiency	＞98%
Related Color Temperature	3000K / 4000K / 5000K / 6000K
CRI	Ra＞80
Light distribution curve or spots	Light interception /Half Light
Average Beam Angle	C0/180°: 90°, C90/270°: 90°
Working Temperature	-40 ℃ ~ 45 ℃
Working Humidity	10 % ~ 90 % RH
Storage Temperature	-40 ℃ ~ 60 ℃
Warranty	5 years (10 year lifespan）
Lamp Body Material	Aluminium+Glass lens
IP Rating	IP67
IK Rating	IK08
Lamp Dimension	L×W×Hmm

Advantages of LED glass lens floodlights:

Energy-saving and efficient: LED lamps are more energy-saving and efficient than traditional lamps. The energy conversion efficiency of LED light sources is high, which can better leverage the energy-saving advantages of LEDs.
High brightness: The LED light source used in LED lamps has the characteristics of high brightness and high color temperature, which can effectively improve lighting brightness and color reproduction.
Long life: The life of LED lamps is usually relatively long, which can reach more than tens of thousands of hours, reducing the frequency of bulb replacement and maintenance costs.
Environmental protection and health: LED lamps have no ultraviolet and infrared radiation, do not contain mercury and other toxic substances, and do not pollute the human body and the environment.
Safe and reliable: LED lamps have low calorific value and are safe and reliable to use. The lens design can effectively prevent glare and improve lighting comfort.
Good light projection effect: The LED glass lens design can better control the light distribution and focusing effect, and is suitable for places that require spotlight lighting.
Beautiful and practical: LED glass lens floodlights have a stylish and beautiful appearance and are suitable for various indoor and outdoor lighting places, improving the overall beauty of the lighting environment.

The glass lens connected board design breaks through the traditional PC connected board lens used in the module, bringing a brand new experience and effectively overcoming the
Solve the bad problems of PC lens:

Corrosion resistance: High borosilicate 3.4 glass belongs to borosilicate glass among borosilicate glasses. It is acid and alkali resistant and has excellent corrosion resistance.
Strong temperature resistance: Compared with PC lenses, its thermal expansion coefficient is lower, it has good thermal stability, the temperature change of the optical surface is small, and it retains
Original optical lighting effects.
High light transmittance: The light transmittance of conventional PC lenses is about 85%, resulting in a waste of light. The light transmittance of glass lenses is 90-92%, and anti-reflection coating is added.
After film, it can be as high as 97%.
Compared with PC lenses, glass lenses will not produce aging/yellowing phenomena, thereby affecting the lens transmittance.
Compared with PC lenses, glass lenses do not absorb dust and are easy to clean.
Tunnel lighting distribution
Various light distribution angles such as 120°×80°, 150°×80° (symmetrical), reasonable illumination uniformity and anti-glare level settings
It is designed to effectively improve the wall lighting conditions of the road surface in the tunnel, improve the visual enjoyment in the tunnel, and reduce driver fatigue. Road lighting
There are various light distribution angles such as TYPE2-M and TYPE3-M. The light distribution forms a quasi-rectangular light spot with uniform illumination on the road surface, which can be applied to two-way eight-lane, six-lane, four-lane, two-lane, and one-lane road conditions. High pole light distribution
It is used in large squares, main road intersections, docks, stations, stadiums and other places with high hanging height and wide lighting range.
Wide and uniform, it can bring better lighting effects and meet the lighting needs of large areas. Industrial and mining lamp light distribution
Luminous angle 45°/60°/90°/120° (25° under development), mainly used in building exterior walls, bridges, parks, advertising signs, stadium squares, and factory workshop lighting.