How do I calculate the tension of the transport belt?
obtaining the voltage of the transport belt is necessary to ensure that the system works smoothly. The belt must correspond to the crown of any presence of the pulley and to be resistant to slip even under the most demanding external conditions. If you want to accurately calculate the tension of the transport belt, start collecting all the information you need and enter it in the form. You must calculate the maximum amount of voltage that you can insert on the belt system that you can find with several specific formulas. Note the belt speed, belt width and vertical difference between tail and pulleys heads. In addition to the height, the length of the belt and drive data is also important for calculating the transport belt voltage. It is easy to calculate the operation voltage or also called the permissible working voltage once you have all the data at hand.
The first factor that is calculated when the tension of the belt belt is detected is the voltage required to move the empty belt orTC. You will need to know the weight of the transport belt or CW component, the length of the belt or L, and the friction factor for the normal operation of the empty belt or F1. F1 is usually 0.035 and the TC calculation formula is TC = F1 x L x CW or TC = 0.035 x L x CW.
The voltage required to move the materials on the belt horizontally, or thickness, is the next step in calculating the belt voltage. You will need to know the weight of the material in pounds or MW and multiply it with the length of the belt and a typical friction factor necessary to move the load horizontally or F2. F2 is usually 0.04 and the formula for calculating tl is tl = mw x l x f2 or mw x l x 0.04.
Thu is the voltage needed to lift the load, and it is found that my multiplication MW with a difference in increased terminal pulleys or H. Equations for Th = MW x H. Once you have these three factors, you can calculate the effective belt tension or TE. The formula is TE = TC + TL + TH. It is also necessary to take into account the voltage on the side side or TS, which is necessary to prevent the belt slip. So ts = d x te, where d meanA -factor of drive.
Finally, you can find out the overall operating voltage, or on, know the width of the belt in the thumbs or W, TS and Te. The formula for this is K = TE + TS/W. You may need to repeat the belt during the life of the transport system. The contaminant could get between the surface of the pulley and the surface of the conveyor belt and the relative coefficient of friction can be changed as a result. Cleaning all surfaces usually takes care of the problem, but if it is impossible due to external conditions, it may be necessary to increase the tension of the transport belt.