Introduction
The continuous conveying equipment, with steel cord conveyor belt as traction member, is widely used in metallurgy, mining, coal, power station, building materials and other industries. It has many features such as high production efficiency, large transportation volume, low energy consumption, continuous long distance transportation, stable and reliable, lower noise, low pollution, simple structure, low running cost and etc. Its long conveying distance and large conveying capacity, as well as multi-point horizontal bending line conveying method can meet the material transportation of high-yield and high-efficiency working surface to the utmost extent. It is the key equipment for comprehensive mining and production system to realize intelligent complete set, and it is also a large-scale intelligent environmental protection and energy-saving conveying equipment that is being promoted by countries all over the world. According to the requirements of the transportation process, the designer can make type selection design according to different terrain and working conditions. At present, the maximum length of a single machine is 20km, and the maximum conveying capacity is 20000t/h.
Structure
The long transmission distance of the single equipment can realize long-distance single-machine transportation without intermediate transfer, which greatly improves the conveying capacity and efficiency.
The conveying line can realize horizontal turning with small radius, with that the maximum conveying turning radius is 80-120 larger than that of the ordinary belt conveyor. Its operation is stable, ensuring that the conveyor belt does not run off during long-distance curve transportation, no materials are falling, and the anti-lateral wind capability. At the same time, it is environmentally friendly.
Multi-point horizontal turning can replace multiple machines only in one machine. It solves the limitation of the traditional belt conveyor on the transportation area and space. One conveyor can replace multiple units, which greatly reduces construction investment and makes the power supply and control system more concentrated, effectively achieving consumption reduction.
