Tall lamps are not widely considered popular products at first glance. This is primarily because their usage varies significantly across different contexts. Typically, the height of tall lamps ranges from 15 to 40 meters, and the choice of materials is diverse. These lamps are generally constructed with octagonal to dodecagonal steel frames, which are inserted in two or four segments. However, it is essential to implement effective corrosion resistance treatments for tall lamps. The thickness of the galvanizing layer does not vary significantly, and many individuals find the tall lamp systems quite interesting.
The lifting system of tall lamps utilizes steel wire ropes to effectively connect the movable lamp disc through an electric control lifting device. A transmission pulley constantly drives the movement of the lamp disc up and down. In this setup, the lifting mechanism employs a turbocharging method that effectively integrates with gear transmission systems, providing superior performance without any slipping incidents. Various rubbers are attached to the movable lamp disc, which maintains a balanced state during the lifting and lowering processes.
The electrical system is comprised of two distinct circuits. One circuit controls the illumination of the lamp, while the other manages the entire lifting system. When the lifting system is activated, it can be effectively controlled using the relevant motor and associated control buttons. This setup allows the entire system to be equipped with various leakage protection devices, thereby enhancing overall safety performance.
