| Quantity: | |
|---|---|
>> Product Advantages
| HIGH STRENGTH RAW MATERIAL Q235 steel with yield strength ≥235N/mm² and tensile strength of 375～500MPa are used to guarantee the strength. available to be installed in high wind areas with ＞30m/s wind. |
| HDG PROTECTION Hot-dip galvanized zinc coating thickness≥85μm,with excellent rust and corrosion resistance, ensuring the lifespan more than 30years. |
| EXCELLENT WELDING Superb welding process by professional and technical personnel with over 8years’ experience to get rid of pores in weld, undercut, overlap and ETC. |
| MARINE GRADE COATING Marine grade coat,double ensure the anti-corrosion and anti-rust characteristic of lamp post, meanwhile the coating design can be customized with different decorative needs making poles look more elegant. |
| GREAT ANTI-RUST TREATMENT All accessories are processed with anti-rust treatment, extend the service lifespan of whole lamp post. |
>> Product Processing
Simulation Process for LED street light pole in High Wind areas
The strength simulation process for LED street light pole typically in high wind areas involves not only creating a digital model of the structure using specialized software, but also taking into account the geometry, material properties, and support conditions of the high mast light, as well as the expected wind loads based on the site location and local climate data. By applying these wind loads to the model, engineers can simulate the behavior of the structure under different wind conditions and assess its performance.
How Is Quality Of LED street light pole Guaranteed
The use of professional equipment allows Dison Group to ensure the consistency in the manufacturing process, resulting in street lighting poles that are uniform in quality.In addition to using professional equipment, we also implement a strict quality control system to maintain the highest standards of quality in our street lighting poles. Through strict testing and inspection processes, Dison Group is able to identify and address any potential issues or defects before delivery.
>> Why Price From Other Manufacturer Is Much Cheap
Contrast of poles between Dison and some others
Recommended Technical Parameters
Height | Upper/Bottom(MM) | THK(MM) | Flange(MM) | Basic(MM) |
6M | 60/120 | 2.50 | 240*240*12 | 600MM*M18 |
7M | 70/140 | 2.75 | 260*260*12 | 700MM*M18 |
8M | 70/158 | 3.00 | 280*280*12 | 750MM*M18 |
9M | 80/185 | 3.25 | 300*300*14 | 800MM*M20 |
10M | 80/185 | 3.50 | 320*320*16 | 850MM*M22 |
11M | 80/200 | 3.50 | 350*350*18 | 950MM*M22 |
12M | 80/215 | 3.50 | 350*350*18 | 950MM*M22 |
>> Product Applications
Usage of Windsock Poles in Aviation
Windsock poles are strategically placed at airports, helipads, and other aviation facilities to provide real-time information on wind conditions. Pilots can use this information to adjust their flight operations accordingly, ensuring a safe and smooth landing or takeoff. Air traffic controllers also rely on windsock poles to provide accurate wind data to incoming and departing aircraft, helping them make informed decisions on runway usage and traffic management.
In conclusion, windsock poles are a critical tool in aviation for assessing wind conditions and ensuring the safety of flight operations. Their design features and strategic placement make them an indispensable asset for pilots, air traffic controllers, and aviation personnel. By providing real-time information on wind direction and speed, windsock poles play a key role in enhancing the safety and efficiency of air travel.
>> Product Operate Guide
• Assemble the foundation kits of lighting pole following the instruction below:
NOTE
• leave enough space to mount flange during securing inner nut.
• install the template with level meter and ensure it is leveled.
• Wrap the screws on the top side with tape to protect it from being contaminated by concrete.
