Concrete batching plant parts and functions

Concrete batching plant parts and functions are corresponding. In spite of their differences in brands, all concrete mixing plants have similar parts of same functions: weighing parts, conveying parts, mixer and control system. Mastering the function of each part helps you to operate and manage a plant more efficiently. Nowadays, prevailing mixing plants are basically based on the computer as the control center, which controls various materials to be lifted, weighed, mixed, and discharged, and some auxiliary functions like data calculation, report printing, etc. In terms of function, various concrete mixing plants are usually composed of the following parts:

1. Storage bin: store sand, stone, cement, water and other materials, and supply materials to the batching organization;

2. Batching machine: measure sand and other materials according to a certain share, which is mainly composed of various scales, as well as flow measurement equipment by volume;

3. Elevator: mainly used to improve aggregate;

4. Concrete Mixer: mix all kinds of raw materials to form concrete;

5. Control system: to control some harmonious operations and complete certain production technology.

The operator knows the operation function and working condition of the commercial concrete mixing plant to be operated well, and can operate and use it accurately. When there is a problem, the operator can discover and clean it in time.

Understanding the operation principle of each part of a concrete batching plant enables you to grasp the protection condition and degree of the equipment as well as the application of the equipment, like the scale of working pressure of air compressor, the absence of batching machine and the deviation of belt. As long as we know the situation of the plant well, we can make the production safe and stable. A qualified plant manager must learn by heart the concept of the function of each part, the accurate sequence of each operation step and the provisions of the operation regulations. Only in this way can we deal with the emergency accurately to avoid damages to the plant and data loss caused by the misoperation.