High Mast Lamps, also known as high mast lights, road high mast lamps, or high mast road lights, are lighting installations of considerable height, typically mounted on either side or in the center of roads. They are commonly used in main urban thoroughfares, highways, airports, seaports, and similar locations. Key features include:
1. Height Advantage: The height of the high-pole street lamps allows for illumination over a larger area, enhancing road lighting quality, and ensuring safe driving at night.
2. Excellent lighting effect: Tall street lamps usually utilize energy-efficient LED sources, offering soft, even, and non-glare light for superior illumination.
3. Structural Stability: The design of the high pole street lamp fully considers factors such as wind and seismic resistance, ensuring a stable and reliable structure that can operate normally under harsh conditions.
4. Aesthetically Pleasing: The tall street light's design emphasizes aesthetics and elegance, harmonizing with the surrounding environment to enhance the city's image.
The high pole streetlights are mainly composed of the following parts:
1. Lamp Pole: Typically a monolithic pyramid structure, made of steel plates rolled into shape, ranging in height from 15 to 40 meters, usually composed of two to three sections. The lamp pole features an octagonal, dodecagonal, or octahedral shape, crafted from high-strength steel sheets through cutting, bending, and automatic welding, with a design wind resistance of up to 60 meters per second.
2. Lamp Head: The design can be customized according to customer requirements, surrounding environment, and specific lighting needs. The internal lighting is usually composed of floodlights and spotlights, with light sources using high-pressure sodium lamps or LED lights, etc.
3. Functional Structure: Comprising an electric lifting system, guiding unloading system, lighting electrical system, lightning protection system, etc. The electric lifting system consists of an electric motor, winch,钢丝绳(cable rope), and cables, designed for the up and down movement of the lighting panel; the guiding unloading system ensures the lighting panel does not move laterally during lifting; the lighting electrical system is equipped with multiple lighting fixtures and a computerized timer controller for automatic control of lighting on/off times and brightness levels; the lightning protection system includes lightning rods installed on the top of the lighting panel and grounding wires buried in the foundation, ensuring safety.
