For the leveler to be able to run, it needs the power source to transmit power to it, so how is its power source transmitted? Let's talk about its transmission method. Let's analyze how this transmission method works together.
The centralized drive has the advantages of stable transmission, large transmission torque, and high reliability. It is convenient to move to one place in the process of leveling the steel plate, and achieve a reasonable distribution of torque. However, due to the structural characteristics of the centralized drive, the linear speed of each roller is the same. However, when the leveler, especially the non-parallel roller leveler is used to level the steel plate, there is a certain speed difference between the sheet material at the inlet and the outlet. Therefore, the use of this kind of transmission mode is likely to cause movement interference and negative torque between the work rolls, as well as the resulting roll wear or steel plate wear problems, which in theory will also affect the life of the roll.
Although this kind of transmission is not perfect in theory, the actual operation effect is still feasible. In terms of transmission effect, it is a common transmission method.