Floodlights feature an integrated heat dissipation structure design, which, compared to conventional heat dissipation designs, increases the heat dissipation area by 80%. This enhancement ensures the luminous efficiency and longevity of the LED floodlights Moreover LED floodlights are equipped with a unique waterproof design, featuring a circuit board treated with a special process and an added internal rainwater groove, ensuring that water ingress does not impact the usage of the LED floodlights LED floodlights can be adjusted in any direction and have a structure unaffected by climatic conditions, thereby boasting a wide range of applications. They are generally suitable for illuminating building facades, stadiums, overpasses, parks, monuments, and more.
Can the Direction of LED Floodlights Be Adjusted Freely?
Rotational and Symmetric Form: The fixtures utilize a rotational symmetric reflector, aligning the light source with a rotational symmetric light distribution along the axis of the reflector. The intensity curve of such fixtures forms concentric circles. In single-light illumination, this form of floodlight produces an elliptical light spot on the illuminated surface, resulting in uneven illumination; however, in multi-light illumination, the overlapping light spots can create satisfactory lighting effects. For instance, several hundred rotational symmetric floodlights are frequently used around stadiums, installed on high towers to achieve high luminance and uniform lighting effects. Dual Symmetric Plane Form: The intensity curve of this type of floodlight features two symmetric planes. The fixtures predominantly use symmetric cylindrical reflectors, with linear light sources installed along the axis of the cylinder.
It is crucial to consider both the power and operational status. To achieve a higher cost-performance ratio and more reliable operation mode, it is essential to ensure that these LED floodlights deliver a consistently stable lighting effect. Reliable LED floodlights offer various voltage ranges and rated powers for selection, allowing customers to choose matching LED floodlights according to their needs. The foundation of better power and corresponding technical standards enables these LED floodlights to perform optimally. Thus, when selecting LED floodlights, customers need to conduct a thorough analysis and understanding of their power and operational modes, leveraging their functionalities to provide better assurance for technology applications.