About Stadium Mast
Stadium High Mast Pole with a fixed head frame for mounting the lights are mostly used for those outdoor places where the Problem of lighting in a wide area, such as a Cricket Stadium, Football Stadium, Playgrounds. The height of the mast and the number of the are specified by the customer Lighting PoleHigh Mast Lighting Pole.
Our technical expertise enables us to manufacture & export high quality High Mast Lighting Pole. In the fabrication of these poles, our qualified team of professionals uses high quality material that can stand high in several conditions. Available in various specifications, these products are known for their excellent durability, robust construction & accurate dimension. High Mast Lighting Pole is preferred over conventional lighting, due to its large space to height ratios.
Customizable Engineering for Diverse Stadium NeedsEach stadium mast is laser-cut and designed to specifications such as height, wind load, and electrical requirements. Multiple pole sections allow for a modular setup, in polygonal, round, or tubular shapes, suited to various arena layouts. With material options ranging from high tensile to mild steel, users can select the optimal configuration based on project scope and regional standards.
Optimal Durability and Weather ResistanceWith a minimum of 80 microns of zinc coating through hot dip galvanization, the mast achieves excellent corrosion protection. The surface finish is uniformly smooth and anti-corrosive, and the mast meets standards like IS 2629, BS EN ISO 1461, IS 875, and IS 800, ensuring resilience against harsh weather and extended operational life.
Efficient Maintenance and Safe OperationAn integral, weatherproof inspection door with locking feature ensures easy access for servicing while maintaining security and environmental protection. Built-in electrical accessories allow for safe lightning arrestor and earthing integration, supporting robust maintenance and operational protocols for venues prioritizing safety and uptime.
FAQs of Stadium Mast:
Q: How is the stadium mast customized for different projects?
A: The stadium mast is tailored according to required height, structural load, and local wind conditions. Choices include polygonal, round, or tubular shapes, and variable heights from 12 to 60 meters, allowing comprehensive customization as per project requirements.
Q: What process is used to protect the mast from corrosion and weather damage?
A: The mast undergoes hot dip galvanization, with a minimum zinc coating of 80 microns as per IS 2629 / BS EN ISO 1461 standards. This advanced surface treatment ensures uniform protection, safeguards against environmental corrosion, and maintains a smooth finish.
Q: When is on-site assembly required for the stadium mast installation?
A: On-site assembly is essential for installation, as the mast is shipped in modular sections for efficient transportation. Assembly and erection are carried out at the project location, using provided anchor bolts and base plate mounting to guarantee structural stability.
Q: Where can these masts be used?
A: These masts are ideal for stadium lighting, sports arenas, and large area illumination projects. Their robust design and customizable features make them suitable for arenas, outdoor event spaces, and other facilities requiring high-mast lighting.
Q: What are the benefits of integral electrical accessories and inspection doors?
A: The built-in electrical accessories facilitate easy integration of lightning arrestors and earthing systems, crucial for safety and equipment longevity. The lockable, weatherproof inspection door provides secure, convenient access for maintenance and servicing tasks.
Q: How does modular design enhance usage and maintenance?
A: The modular construction, with multiple stepped pole sections and accessible inspection points, simplifies service routines and enables easy upgrades or replacements. This approach reduces maintenance time and increases operational efficiency.
Q: What finishing and coating standards are applied to the mast?
A: Finishing involves hot dip galvanization with zinc coatings following IS 2629 and BS EN ISO 1461 standards. Uniform, anti-corrosive coatings provide excellent weather resistance and support long-term structural performance.