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What are the technical requirements for street light poles
by：Litel Technology
2022-05-14
What are the technical requirements for street light poles
For a street lamp, the lamp pole is its support point. Without it, there would be no street lamp. One can imagine how important the lamp pole is. The shape of the pole determines the overall effect of the street lamp, and the quality of the pole determines the life of the street lamp, so the technical requirements for the pole are very high. The editor today will talk about the strict technical requirements of the light poles, so that the masters will have insights.
1. Take the double-arm street lamp as an example. This street lamp is a double-floating thin single fire lamp. The height of the lamp must be at least 11.5 meters from the ground, and the distance from the ground must reach 8.5 meters. The distance between the street lights is required to be 50 meters. The wattage of the light source used is selected according to the actual environment, for example, the sidewalk generally uses 80 watts; the fast lane is about 120 watts.
2. There are also clear requirements on the material of the street light pole. At this moment, the basic material is steel with a silicon content of less than 0.04%, and the thickness of the steel is about 4mm. The thickness should not be too thick. Of course, this thickness does not contain The thickness of the galvanized layer. Such a thickness can ensure the invariance of the light pole and prevent it from being too heavy and causing excessive pressure on the ground.
3. The shape of the light pole is generally cone-shaped, the top diameter is around 85mm, and the bottom diameter is around 200mm. The design of the upper part and the lower part has an inevitable influence on the invariance of the light pole. The diameter of the floating rod is around 60mm and the wall thickness is 3mm. This is also the most unchanged form after calculation.
4. The processing requirements for lamp poles are very high. Jiangsu Naite Lighting Electric Co., Ltd. is a manufacturer engaged in the production and design of solar street lamps and high-pole lamps. It has 20 years of solar street lamp production experience and builds the most professional solar street lamp manufacturer. Contact number: 13805257308. , After all, as a public property, many pedestrians can touch it in the city. Therefore, the overall process requires the lamp pole to be in a slippery state, without cracks, protruding welds, undercuts, and other problems.
5. The welding method of the lamp pole is always automatic argon arc welding, which perfectly integrates the various interfaces, and the shape of the welding port is not visible. After the welding is finished, it must be inspected by ultrasonic flaw detection. It is strictly required to not present any weak welding environment.
6. Hot-dip galvanizing should be performed on the pole to prevent corrosion. The thickness of the galvanized layer should not be less than 75 microns, and the best anti-corrosion measures should be taken in an environment that ensures a smooth appearance. After galvanizing, a rigorous hammer test must be carried out to ensure that there will be no peeling and other phenomena before it can be put into market use.
For a street lamp, the lamp pole is its support point. Without it, there would be no street lamp. One can imagine how important the lamp pole is. The shape of the pole determines the overall effect of the street lamp, and the quality of the pole determines the life of the street lamp, so the technical requirements for the pole are very high. The editor today will talk about the strict technical requirements of the light poles, so that the masters will have insights.
1. Take the double-arm street lamp as an example. This street lamp is a double-floating thin single fire lamp. The height of the lamp must be at least 11.5 meters from the ground, and the distance from the ground must reach 8.5 meters. The distance between the street lights is required to be 50 meters. The wattage of the light source used is selected according to the actual environment, for example, the sidewalk generally uses 80 watts; the fast lane is about 120 watts.
2. There are also clear requirements on the material of the street light pole. At this moment, the basic material is steel with a silicon content of less than 0.04%, and the thickness of the steel is about 4mm. The thickness should not be too thick. Of course, this thickness does not contain The thickness of the galvanized layer. Such a thickness can ensure the invariance of the light pole and prevent it from being too heavy and causing excessive pressure on the ground.
3. The shape of the light pole is generally cone-shaped, the top diameter is around 85mm, and the bottom diameter is around 200mm. The design of the upper part and the lower part has an inevitable influence on the invariance of the light pole. The diameter of the floating rod is around 60mm and the wall thickness is 3mm. This is also the most unchanged form after calculation.
4. The processing requirements for lamp poles are very high. Jiangsu Naite Lighting Electric Co., Ltd. is a manufacturer engaged in the production and design of solar street lamps and high-pole lamps. It has 20 years of solar street lamp production experience and builds the most professional solar street lamp manufacturer. Contact number: 13805257308. , After all, as a public property, many pedestrians can touch it in the city. Therefore, the overall process requires the lamp pole to be in a slippery state, without cracks, protruding welds, undercuts, and other problems.
5. The welding method of the lamp pole is always automatic argon arc welding, which perfectly integrates the various interfaces, and the shape of the welding port is not visible. After the welding is finished, it must be inspected by ultrasonic flaw detection. It is strictly required to not present any weak welding environment.
6. Hot-dip galvanizing should be performed on the pole to prevent corrosion. The thickness of the galvanized layer should not be less than 75 microns, and the best anti-corrosion measures should be taken in an environment that ensures a smooth appearance. After galvanizing, a rigorous hammer test must be carried out to ensure that there will be no peeling and other phenomena before it can be put into market use.
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