PFTL 101B-10.0kN 3BSE004197R1 | ABB | Modeling of Loop Tension System

Description

PFTL 101B-10.0kN 3BSE004197R1 | ABB | Modeling of Loop Tension System

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In order to achieve decoupling PFTL 101B-10.0kN  of loop height and tension system, a dynamic mathematical model needs to be established. In the 1700 hot rolling plant of Ansteel, the loop coupling system between F3 and F4 frames was modeled, and FPGA devices were used to design a PID controller based on BP neural network proportional, integral, and differential parameter self-learning, laying the foundation for the application of advanced control strategies in the hot rolling site

The PFTL 101B-10.0kN  system is nonlinear and time-varying, and it is impossible to obtain an accurate mathematical model. In process control, linear time invariant models are mostly used to describe it. When the process deviates from the equilibrium point very little, the dynamic behavior of the control system can be described using linear time invariant models. This can avoid the difficulty of solving a large number of nonlinear equations, Complete the linearization process of the nonlinear system. Only consider modeling the system when F3 is pressed down and F4 is not in action

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