subject: Cooperation Between Belt Conveyer And Crusher [print this page] The belt conveyor is the materiel transporting machine which transports the materiel in a certain line. Conveyor belt also can be named continuous conveyor. The belt conveyor can carry horizontal, oblique and vertical transporting and also can be composed into a space conveying line. This conveying line generally is fixed. The belt conveyor's conveying ability is big and conveying distance is long. Conveyor belt also can complete several technological operations in the conveying process, so it is widely used in all kinds of industry.
In order to ensure the regular operation of belt conveyor, the operator should observe at any time and eliminate the failures timely. For the cost of belt conveyor forms a considerable part of the entire conveyor system, we must pay attention to training the operator and repairman professional operation and maintenance knowledge to reduce the costs of replacement and maintenance.
Mobile crusher is a simple stone crushing plant. The most obvious advantage is movable. In other words, it is able to change stone production site at any time. There are three different specifications of mobile crushing station: coarse crushing, medium crushing and fine crushing. As the first solution to the problems of crushing place and environment bringing to users, mobile crusher truly provides customers with high efficient, low cost facilities. It expands to some extent concept of crushing operation. During the past several years modern high capacity fully mobile systems, with design capacities ranging from 3,000 to 12,000 tons per hour, have been implemented for overburden, coal, and oil sands mining operations. These systems are designed to operate at the face, and to take advantage of the capacity and flexibility of the largest shovels commercially available today.
When using a direct feed plant configuration, the volume of the crusher discharge hopper and take away capacity of the discharge conveyor must be designed to sufficiently accommodate the surge loading that can occur when the haul truck dumps in a load of very fine material that chutes straight through to the discharge hopper. During the past several years modern high capacity fully mobile systems, with design capacities ranging from 3,000 to 12,000 tons per hour, have been implemented for overburden, coal, and oil sands mining operations. These systems are designed to operate at the face, and to take advantage of the capacity and flexibility of the largest shovels commercially available today.
The Fully Mobile systems available today employ multiple pieces of track mounted equipment with modern control systems that enable operating at the face in overburden, hard rock, or coal. Identifying and examining the pieces of this puzzle is the first step to be taken when developing an effective solution.
