Concrete production equipment refers to the batching plant equipment.Specifications are not the same as the concrete production line is the same equipment, but the size of production capacity. Concrete batching plant production line according to the different needs of users, the equipment used is different, but the main equipment is the same, can be divided into five parts:most mixing host, material weighing system, material handling system, material storage system and control system.
Mixing host is used the mainstream mixer - JS double horizontal axis forced concrete mixer, it can stir the flow, semi-dry hard and dry hard and other concrete.
Material weighing system is a key component that affects the quality of concrete and the cost of batching plant production. It is mainly divided into three parts: aggregate weighing, powder weighing and liquid weighing. The production of concrete with different specifications mainly depends on the weighing system.
Material handling is composed of three parts:
A, aggregate conveying;At present there are bucket conveyor and belt conveyor transport station in two ways.Hopper ascending advantage is cover an area of an area small, simple structure.Belt conveyor transmission distance is large, the advantages of high efficiency, low failure rate.
B, powder conveying; concrete available powder is mainly cement, fly ash and slag. At present, the commonly used powder conveying method is the transmission of the screw conveyor, the large-scale mixing plant has the use of pneumatic conveying and scraper delivery. The advantages of screw conveyor is simple structure, low cost, reliable use.
C, liquid transportation refers to water and admixture, they are respectively by the pump delivery.
The batching plant control system is the central nervous system of the whole device. The control system has different functions and preparation according to the different requirements of the user and the size of the mixing station. Under normal circumstances, the small concrete batching plant control system available at the construction site is simple, and the system of the large mixing station is relatively complicated.