Calculation of conveyor belt selection

The selection and calculation of conveyor belts involve multiple aspects, including the calculation of parameters such as transmission power, speed, belt speed, belt tension, length, width, etc. Here is a detailed introduction:

Calculation of transmission power. Transmission power is one of the important indicators for selection, and the calculation formula is transmission power=mass of material conveyed per hour x conveying height ÷ conveying efficiency.
Calculation of rotational speed. The speed depends on the transmission power and drum diameter, and the calculation formula is speed=60 x transmission power ÷ (3.14 x drum diameter x drum speed).
Calculation of the maximum load capacity of the conveyor belt. The maximum load capacity of the conveyor belt is (conveyor belt width x speed x material density x effective section length x friction coefficient) ÷ 1000.
Calculation of conveyor belt tension. Belt tension of the conveyor belt=(transmission force x transmission coefficient) ÷ (π x (2 x p x d/2) x n/60).
Calculation of conveyor belt length. Belt length=(turning radius x) Π 2) ÷ (2 x tangent angle).
Calculation of the ratio of conveyor belt speed to drum circumference speed. The ratio of belt speed to drum circumference speed is usually the ratio of belt speed to the limit line speed of the drum.
Calculation of conveyor belt ripple height and period. The height and period of the ripple should be determined based on the material properties, conveying process, belt speed, and transmission power.
Calculation of the diameter and tension of the conveyor belt drum. The diameter and tension of the drum need to be calculated based on material properties, conveying distance, belt speed, and the load-bearing capacity of the drum.
In addition, there are calculations for load, bandwidth, etc. The calculation of these parameters needs to be determined based on specific application scenarios and requirements.