Technical solutions for optimum control of complex dynamic objects in the production of nonwovens

The problem of improving the quality indices of nonwovens is examined and is solved by optimizing control of the speed regimes of the electromechanical systems used in their production. The use of a multi-motor electric drive in combination with monitoring of the physico-mechanical properties of the fibrous product during the various conversions makes it possible to correct the speed regimes of the machines in the flow line. The authors construct and analyze a functional model of a modernized control system for an automated line designed for the production of bulk nonwovens. Technical solutions for optimizing control of the complex’s high-speed operating regimes are presented to illustrate the use of the model.