About high mast pole
12.5 to 30 m High Mast Lighting Poles are sectional steel poles manufactured in multiple sections and assembled on site. These are used for lighting large areas such as parking lots, railway transfer yards and provincial and municipal highways. It comes in variety of sizes and thickness based on which in can be used in various applications.
Robust Construction and Flexible DesignEngineered from hot-dip galvanized steel and available in multiple cross-section shapes, these high mast poles provide superior durability and corrosion resistance. The structural design includes base plates and thicknesses tailored to specific site requirements, enabling usage in diverse locations and weather conditions. The telescopic and slip-jointed pole sections simplify transportation and installation, while the galvanized finish enhances longevity.
Smart Lifting and Maintenance SystemEach pole features a motorized winch with an AISI 304 stainless steel wire rope for smooth, reliable raising and lowering of lantern carriages. With an integrated inspection door and optional ladder arrangements, maintenance tasks are safer and more efficient. The self-sustaining, double-drum winch paired with a sturdy RCC foundation ensures operational safety and stability, even under challenging conditions.
Optimized Lighting and PerformanceDesigned for maximum lighting efficiency, the high mast poles accommodate up to 24 LED, sodium vapor, or metal halide luminaires. The head frame supports multiple fixture types, making this system adaptable for custom lighting solutions. Certified to withstand winds up to 180 km/h and working temperatures between -40C and +55C, these poles guarantee consistent lighting in demanding environments.
FAQ's of high mast pole:
Q: How does the raising and lowering system for the high mast pole work?
A: The high mast pole uses a motorized winch system, equipped with a self-sustaining, double-drum mechanism and AISI 304 stainless steel wire rope. This allows the lantern carriage to be safely raised and lowered for maintenance or lamp replacement, ensuring minimal downtime and enhanced safety.
Q: What types of applications are suitable for these high mast poles?
A: These poles are ideal for stadiums, highways, airports, industrial areas, and other large outdoor spaces requiring reliable, high-mounted lighting. With customizable heights and mounting options, they excel in environments where powerful illumination and robust construction are essential.
Q: When should I choose a polygonal or octagonal pole cross-section?
A: The choice between polygonal, octagonal, or circular cross-sections depends on structural requirements, wind conditions, and aesthetic preferences. Polygonal and octagonal shapes offer enhanced strength and wind resistance, making them suitable for taller installations or harsh climates.
Q: Where can these high mast poles be installed?
A: Designed with adaptable mounting options-including flange mounting with RCC anchor bolt foundations-these poles can be installed in a wide range of settings: from sports complexes and ports to roadways and industrial facilities.
Q: What is the process for maintaining a high mast pole?
A: Maintenance is streamlined through an integrated inspection door at the pole base, allowing secure access to internal components. The motorized winch system enables safe lowering of the lantern carriage, and optional ladder or climbing arrangements support efficient routine inspection and servicing.
Q: How are the poles protected from corrosion and harsh weather?
A: Each pole is hot dip galvanized to a thickness of 65-90 microns, meeting IS 2629/BSEN ISO 1461 standards. This process provides superior corrosion resistance, while the design ensures wind resistance up to 180 km/h and operational reliability in extreme temperatures from -40C to +55C.
Q: What benefits do these high mast poles offer over conventional lighting solutions?
A: They provide extensive coverage, superior wind and corrosion resistance, and easy maintenance thanks to advanced raising and lowering systems. This reduces operating costs, increases safety, and ensures consistent high-quality lighting for demanding outdoor environments.