Scientific and Technical Journal

ELECTROTECHNIC AND COMPUTER SYSTEMS

ISSN Print 2221-3937
ISSN Online 2221-3805
THE MODEL OF THE CONTROL SYSTEM OF STRIP THICKNESS ON PRESSURE SCREWS OF THE FIRST STAND COLD ROLLING MILL
Abstract:

With modern demands for quality cold rolled steel, there is often a need to improve or test of optimality of the existing system of regulation of the strip thickness. For these purposes, there is needed the model to minimize the amount of field experiments. The purpose of system of automatic regulation of the strip thickness at the housing screws of the first stand is maintaining of minimum deviation from the desired thickness behind the first stand. Such regulators operate as a function the thickness deviation behind of the first stand and respectively have a transport delay measurement control parameter. Model synthesized in modeling complex Simulink Matlab software package (version 7.4.0.287 R2007a), and adjusted for the speed of the first stand V1 = 5,7 m / s, the thickness of 1,7 mm. To assess the adequacy of the model was comparable testing of an identical impact actual object and the model. There were fixed graphics of three parameters: the deviation of thickness behind 1stand %; RTC output, % (reference to the drive); the absolute position of one of the two housing screws of first stand, mm. The resulting model is adequate to the actual controller of the strip thickness and can be used for debugging and setting of real system of automatic regulation.

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References
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