Development of equations for tuning pid controllers applied to temperature control in heat exchangers
Keywords:
Amador-Duarte Fuction, Process Gain, Time Constant, Dead Time, Transfer FuctionAbstract
The development of controllers tuning equations PI, PID based on performance criteria is a methodology widely used in recent years. There numerous scientific publications where equations are reported of tuning used to tune controllers function of a particular process, and desired response in the control loop. In this article presents the development of a tuning equations for PID controllers based on the formulation of a new comprehensive performance criterion called FAD ®, which aims error minimizing deviation above or below the Set Point to regulatory control, depending on the restrictions of a specific process that can be approximated through a model represented by a transfer function FOPDT.
Downloads
References
AJ Castro-Montoya, M. Serna-Gonzalez, and LI Salcedo-Estrada. Sintonia de controladores pi para procesos con tiempos muertos pequenos. INGENIERIA QUIMICAMADRID-, 35(398):127–133, 2003.
C Montgomery Douglas. Diseño y Analisis de Experimentos. 5th edition, 2001.
A.A. Gutierrez Vivius and M. Sanjuan. Ecuaciones de sintonizacion para controladores difusos basadas en modelos de primer orden mas tiempo muerto. Revista Cientifica Ingenieria y Desarrollo, 19(19):74–87, 2006.
Murril P.W. y Smith C.L. López, A.M. Controller tuning relationships based on integral performance criteria. Instrumentation Technology, Vol. 14(Nˇr11):p. 57, 1967.
C.A. Smith and A.B. Corripio. Principles and practice of automatic process control, volume 111. John Wiley & Sons ˆ eN. Y N. Y, 1997.
N.B. Ziegler, J.G. y Nichols. Optimum settings for automatic controllers. Transactions ASME, Vol. 64:p. 759, 1942.
Downloads
Published
-
Abstract357
-
PDF (Español (España))192
How to Cite
Issue
Section
License
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
