What preparations should be done to install
Solar Studs? Ruichen will introduce to you, the main contents are as follows:
1. Under the condition of ensuring the light performance, it is necessary to appropriately increase the spacing of
solar-powered Solar Studs lamps to save the number of lamps, and appropriately increase the height of
solar-powered Solar Studs to improve the lighting effect; as far as possible, separate the poles in the middle of the road to save Project costs.
2. Comprehensively understand the characteristics of solar
Solar Studs, light sources, and lighting standards based on the actual road and reference, combined with the investment budget, and reasonably select solar
Solar Studs, light sources, and light poles to give full play to the high efficiency and energy saving of the light source. The advantages of light distribution and accessories combination.
3. Combined with road engineering, timely and early intervention in Solar Studs selection, foundation construction and pre-embedding, in order to find problems in time, make reasonable changes, ensure quality and save investment.
4. According to the actual and geological conditions of the solar
Solar Studs project site, design and manufacture the solar
Solar Studs foundation and the high pole light foundation to ensure that the foundation is firm and reliable. Special attention should be paid to the fitting of the pre-embedded bolts with the reserved holes of the rod seat, the accurate positioning, the reasonable pre-embedded length of
Solar Studs and the external retention length, and the threaded part should be properly protected to facilitate hoisting and positioning.
5. In rock strata and weathered stone areas, it is difficult to meet the requirements of scattered grounding and segmented grounding. It can be considered to connect conductors such as galvanized flat steel according to the design requirements. The foundation is reliably connected to ensure that each light pole is reliably connected to the ground. The mid-to-high pole lights of
Solar Studs are scattered and mainly rely on basic grounding. When necessary, a resistance reducing agent should be used to reduce the grounding resistance.
