The main components of LED courtyard lights

LED dvorište svjetla are vanjska rasvjeta svjeti čvorišta to use a new type of LED poluvodič as the light source. Obično, LED dvorište lights refer to vanjsko road lighting lighting lights below 6 meters. They are uglavnom skladan of five parts: LED light source, lamps, lamps, and basic embeded parts. Due to the diversity and aesthetic characteristics of LED courtyard lights, they are also known as landscape LED dvorište svjetla.

The main components of LED courtyard lights
LED dvorište svjetla uglavnom sastoji se od the sljedećih pet komponenti:

1. LED luminous system: uključujući heat disipation, light distribution, and LED moduli.

2. Rasvjeta Rasvjeta: Install LED rasvjeta sustavi inside the lighting svjetiljke.

3. Lamp post: Uobičajeno korišteni promjeri include promjer of 60, 76, 89, etc. Depending the the height and location used, the selected material thickness is divided into 2,5 wall thickness, 3,0 wall thickness, and 3,5 wall thickness.

4. Prirubnica i temelj ugrađeni dijelovi: The prirubnica je an important komponenta for the installation of LED dvorište svjetlo polovi i tlo.

5. Installation method: Before installing the LED courtyard light, it is necessary to use M16 or M20 screws to weld it into a foundation cage according to the standard flange size provided by the manufacturer. Then, at the installation site, excavate suitable sized holes and place the foundation cage inside. After horizontal correction, pour cement concrete to fix the foundation cage.

Although LED courtyard lights have broad development prospects and good seismic performance, their light color is better than high-pressure sodium lights. At the intermediate visual level, the human eye is easier to distinguish things in high color temperature environments than in low color temperature environments. In addition, LED can achieve a more perfect dimming function, but due to the large working range of LED, its light output is directly proportional to the working current, so dimming can be achieved by reducing the current.