Using an electric motor as the power source and a wire rope, chain, or screw as the transmission component is how the Phoebus high mast with lifting system works. Power is transferred via a reducer once the system is turned on, powering the steel mast's integrated guide mechanism (such as guide wheels and slide rails) to guarantee stable and fluid platform lifting without deviation or jamming. It ensures operational safety by automatically locking and securing itself when raised to the predetermined height and precisely stopping at the maintenance height during descent thanks to limit switches and locking mechanisms.
1. Huge open areas
City squares, stadiums, and convention centers. Regular maintenance is necessary for high mast lighting; a lifting system makes it possible to lower the lights to the ground for maintenance, doing away with the need for overhead equipment.
2. Transit hubs
Airport terminals, high-speed rail station plazas, and massive port terminals. Lighting cannot be interrupted; the lifting design enables quick replacement and maintenance of lights.
3. Logistics and industrial locations
Open-pit mines, container yards, and big industrial parks. A lifting system lowers maintenance costs and safety hazards because the environment is complicated and high mast lighting is widely installed.
4. Local and unique regions
major urban road intersections, high-grade highway service areas, and cross-river bridges. When maintenance is challenging and high mast lighting is present, a lifting system is appropriate.