Capacity Of Batching Plant

HZS series concrete batching plant is a common concrete mixing equipment, and its output will be different according to different models and specifications. Generally speaking, the capacity of batching plant HZS series ranges from 25 cubic meters per hour to 240 cubic meters per hour. These capacity of concrete batching plant can be selected according to the project requirements, and the higher output mixing plant is usually suitable for large-scale projects.
 

Below are some common capacity of HZS concrete batching plant:
HZS25 concrete batching plant: 25 cubic meters per hour
HZS35 concrete batching plant: 35 cubic meters/hour
HZS50 concrete batching plant: 50 cubic meters/hour
HZS60 concrete batching plant: 60 cubic meters/hour
HZS90 Concrete Batching Plant: 90 cubic meters/hour
HZS120 Concrete Batching Plant: 120 cubic meters/hour
HZS180 Concrete Batching Plant: 180 cubic meters/hour
HZS240 concrete batching plant: 240 cubic meters/hour

The capacity of batching plant is mainly determined by the following factors:
1. Equipment model and specification: different models and specifications of concrete mixing plant have different production capacity.
2. The running time of the concrete batching plant: the longer the running time of the batching plant, the higher the output.
3. Supply of raw materials: whether the supply of raw materials is sufficient or not will directly affect the output of the mixing plant.
4. The operation technology and management level of the concrete batching plant: the level of operation technology and management level will affect the production efficiency of the batching plant.

The theoretical capacity of batching plant refers to the amount of concrete that can be produced by the batching plant per hour under standard working conditions. The theoretical capacity is calculated according to the design parameters and working time of the batching plant, which is an ideal output index. The actual capacity refers to the amount of concrete produced by the batching plant in the actual work, taking into account the influence of various factors. The actual output may be affected by raw material supply, equipment failure, manual operation, environmental conditions and other factors, so it is usually lower than the theoretical output. The difference between the actual output and the theoretical output is a normal phenomenon, which can be as close as possible to the theoretical output by optimizing the production management, improving the efficiency of the equipment and the operation technology and other measures.