High Mast Lighting – Overview
High Mast Lighting solutions are used where large public areas like expressways, railway yards, dockyards, road junctions, toll plazas, warehouses need to be illuminated. An efficient lighting solution, it is the most preferred way of illumination because it can achieve a high space to height ratio. A High mast pole is an ideal solution for large industries where open spaces must be illuminated.
High Mast lighting is currently the most efficient and cost effective way of illuminating large outdoor areas such as highways, railway yards, dock yards, parking lots, shopping centers, power plants, coal mines, warehouses, toll plazas and road junctions.
High Masts can be mounted at considerable heights, thus rendering uniform illumination to the entire area. It also enables easier installation and maintenance of luminaires due to motorized controls that lowers and raises the luminaires. The sleek high masts lighting is also aesthetically superior to the conventional lattice structures or lower height poles.
Features and Benefits of High Mast Lighting
Wipro Lighting takes special consideration when it comes to the high mast lighting design. Since high mast is installed at a considerable height; our high mast poles are designed with motorized controls that effortlessly lowers and raises the luminaires for maintenance purposes. High mast light specification is another determiner when illuminating large outdoor areas. With flexible marine grade stainless steel wire ropes that comply with AISI SS316 standards, the high masts are housed in a chassis and secured axially. Our high masts come with self-lubricating winches which are driven by a single speed reversible power tool in a self-sustaining mechanism. The entire range is available in standard heights ranging from 12 to 30 meters.
Wipro Lighting offers comprehensive range of solutions in High Masts. The range is available in standard heights,12/16/20/25/30 metres. All these options support various luminaire combinations depending on lighting design requirements.