Continuous Automatic Control – CAC

Model No. CAC

This laboratory is designed to study processes and controllers suitably combined to simulate and to study the most common problems related to the Continuous Automatic Control.

The analysis of the interactions between controllers and processes is complicated by the possible presence of noise; sometimes, the latter can trigger a series of oscillations with consequences, potentially serious, for the process.

In this configuration, the student can study the causes of the above-mentioned instabilities, in order to find possible solutions.

This trainer has a modular structure and it consists of didactic panels installed on a vertical frame.

It is supplied with a theoretical and practical manual.

The modularity of this didactic system can give the students a direct and immediate approach to the topics, offering the opportunity to study various subjects.

performing several experiments as following:
– Regulacin P de un proceso de tipo P
– Regulacin P de procesos del I, 2, 3 y 4 orden
– Regulacin I de procesos del 2 orden y de tipo I
– Regulacin P, PD, PI, y PID de un proceso de orden elevado: estabilidad y optimizacin
– Regulacin P, PD, PI, y PID de un proceso de orden elevado: predisposici n de los parmetros segn Ziegler-Nichols (método dinmico)
– Regulacin P, PD, PI, y PID de un proceso de orden elevado: predisposicin de los parmetros segn Chine-Hrones-Reswick (método esttico)
– Regulacin P, PD, PI, y PID de un proceso de orden elevado: configuracin paralela y en serie

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