1. Product Introduction
The foldable and tiltable street lamp pole is made of Q345B or higher strength steel, and is coated with anti-corrosion paint after hot-dip galvanizing treatment, ensuring long-term use in harsh environments such as humidity and salt spray. The lamp pole structure is divided into two parts: a fixed base and a movable upper section. The joint is equipped with precision hinges and locking mechanisms to ensure stable operation and structural rigidity under working conditions.
The tilting mechanism is divided into two types: hydraulic drive and electric push rod. The hydraulic system is suitable for large-diameter and high-load scenarios, providing strong thrust and smooth movement; the electric push rod is compact in structure and low in energy consumption, suitable for small and medium-sized lamp posts. The control system supports on-site button operation and remote wireless control, allowing operators to complete the tilting and resetting actions of the lamp post from a safe position on the ground.
The inclination angle of the lamp post is typically between 0° and 75°, catering to both vertical installation of the lighting fixtures and horizontal maintenance. The top lighting fixture bracket allows for fine adjustment of the angle to ensure precise lighting direction. The system is equipped with multiple safety devices: mechanical limit blocks prevent excessive inclination, hydraulic locks or self-locking motors prevent accidental falling, and wind speed sensors prohibit operation during strong winds, ensuring the entire process is safe and controllable.
The overall design of the machine complies with national street lamp installation specifications, with a wind resistance rating of 12. The tilting operation time is controlled within 3-5 minutes, significantly improving maintenance efficiency and reducing the risk of working at heights and labor costs.

II. Working Principle
The foldable and tilting street lamp post is driven by a built-in power system to rotate the upper section of the post around the hinge point. When maintenance is required, the operator activates the control system, and the hydraulic pump station supplies oil or the electric push rod extends, slowly tilting the top of the lamp post downward. During the tilting process, the control system monitors the angle and pressure in real time to ensure smooth operation.
When the lamp post tilts to a predetermined angle (usually 70°-90°) and the lighting fixture is lowered to a height close to the ground, maintenance personnel can directly carry out light source replacement, line maintenance, or cleaning operations on the ground without the need for aerial work platforms. After the operation is completed, the lamp post is reset by reversing the operation, and the locking mechanism is automatically or manually locked to restore the lighting function.
The control system features a state feedback function. Only after the sensor confirms that the lamp post has been fully reset and locked can the system be allowed to operate normally. Some high-end models are equipped with wireless remote control and status indicator lights, supporting nighttime or remote operations. The entire tilt-reset cycle can be completed in a short time, significantly reducing maintenance intervals and enhancing emergency response capabilities.
III. Product Features
This product boasts multiple core advantages:
1. It is safe and efficient, and ground maintenance avoids the risks of working at heights;
2. It aims to save costs by reducing the expenses on renting aerial work platforms and labor;
3. It responds quickly, completes maintenance swiftly, and shortens the duration of lighting interruptions;
4. It boasts a reliable structure, with high-strength materials and multiple safety protections ensuring long-term stability;
5. It is easy to operate, supports manual and remote control, and adapts to different scenarios;
6. It has strong weather resistance, and its anti-corrosion process is suitable for harsh environments such as coastal areas and industrial zones;
7. It has a long maintenance cycle and a design lifespan of over 20 years;
8. It is customizable and flexible, allowing for the customization of pole height, tilt angle, and driving method according to the installation space and the weight of the lighting fixture.
IV. Main functions
1. Safe tilt maintenance: The lamp post can tilt downwards, allowing the lighting fixtures to be lowered to ground level for safe and convenient ground maintenance.
2. Alternative to working at heights: No need to use lift trucks or scaffolding, reducing maintenance costs and safety risks.
3. Quick reset function: After maintenance is completed, lighting can be quickly restored, reducing service interruption time.
4. Multi-mode control: Supports on-site buttons, wireless remote control, and remote automated control, offering flexible operation.
5. Stable and reliable structure: High-strength steel and precision hinges ensure rigidity and wind resistance under working conditions.
6. Intelligent safety protection: Equipped with multiple safety mechanisms such as limit switches, hydraulic locks, and wind speed interlocks.
7. Anti-corrosion and durability design: Hot-dip galvanizing + spray coating process, suitable for harsh environments such as high humidity, high salt content, and pollution.
8. Customized adaptation: The tilt angle and driving mode can be customized according to the weight of the luminaire, the height of the pole, and the installation space.
9. Reduce operation and maintenance costs: Reduce equipment leasing and labor input, achieving significant long-term economic benefits.
10. Emergency response support: It can quickly restore lighting after a failure or disaster, enhancing the resilience of the city.
The above functions make the foldable and tiltable street lamp pole an ideal solution for lighting maintenance in special environments.
V. Obtain exclusive solutions and quotations for foldable and tiltable street lamp poles
This foldable and tiltable street lamp pole can provide customized structural design and drive system configuration solutions based on users' installation environment, pole height, lamp load, tilt angle, and control mode requirements, along with reasonable cost assessment services, to facilitate safe, efficient, and economical operation and maintenance management of lighting facilities.