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Robust Control Strategies for an Electric Motor Driven Accumulator with Elastic Webs

By: ISA Transactions
26 May, 2014
1 min read
Robust Control Strategies for an Electric Motor Driven Accumulator with Elastic Webs
Robust Control Strategies for an Electric Motor Driven Accumulator with Elastic Webs
Industrial researchers model an accumulator used in industrial elastic web processing plant to allow changing the material roll while the rest of the line remains at a constant web velocity.

This post is an excerpt from the journal ISA Transactions. All ISA Transactions articles are free to ISA members, or can be purchased from Elsevier Press.

paper industry

Abstract:

This paper concerns the modeling of an accumulator used in industrial elastic web processing plant to allow changing material roll while the rest of the line remains at a constant web velocity. A nonlinear model of a motor actuated accumulator is first summarized. This model is derived from the physical relationships describing web tension and velocity dynamics in each web span of this accumulator. A linear model is deduced from the nonlinear one around a working point for frequency domain analysis. Thus the effect of some mechanical accumulator parameter variations are analyzed.

In a second part, multi-model industrial PI controllers, adjusted with evolutionary algorithm on our realistic nonlinear model are compared with multi-model H1 controllers. Both controllers allow good robustness against mechanical parameter variations.

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