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E3AG6PR3

Control of Systems and Maintenance Management 1

FR EN ⬇ PDF
RéférentPhilippe LAURET < Loïc MAILLOT <
ECTS1.5
CM / TD / TP6 / 14 / 4
Typematiere

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But du cours

Course objectives To provide students with the fundamental knowledge necessary for implementing control of a process in the agri-food sector. Intended learning outcomes This course on system control and maintenance management is taught over the first two years of the engineering cycle. It aims to enable future agri-food engineers to:

  1. Analyze in detail offers related to the automation of processes in the agri-food sector
  2. Draft a specification sheet for the automation of an agri-food process
  3. Establish and propose choices in terms of process control in the agri-food sector
  4. Understand the basics of metrology and the different types of sensors useful for process control.

This first module includes: 8 hours (Lectures), 8 hours (Tutorials) for the control systems part and 4 hours (Lectures), 4 hours (Lab work) for the maintenance management part

Acquis d'apprentissage visés

Conducting a test and verifying the proper operation of the production line

Prérequis

Basic knowledge of systems, signals, and transfer functions from the integrated preparatory cycle

Programme

For the Control of Systems 1 part, the proposed syllabus is as follows:

  • Introduction to system control
  • Examples of control in the Agri-Food sector
  • Metrology and sensors – Components of a control loop
  • Principles of open-loop and closed-loop control
  • Tools for system analysis. Transfer functions of systems
  • Study of first-order and second-order systems
  • Implementation of a first proportional correction

For the Maintenance Management 1 part, the proposed syllabus is as follows:

  • Discovering the scope of maintenance in an industrial plant
  • Discovering the energy sources used to operate a plant
  • Introduction to the most commonly used equipment for each type of energy
  • Introduction to different types of maintenance (preventive, corrective, predictive, etc.)
  • Studying the operation of a machine and analyzing the data required to create a maintenance plan
  • Studying the operation of a machine and drafting a first-level preventive maintenance plan

Modalités d'évaluation

Continuous assessments and lab work grades

Bibliographie

  • Automatismes et procédés industriels agroalimentaires, G. Trystram, Techniques de l'ingénieur.
  • Automatique, C. Foulard, J.M. Flaus, M. Jacomino. Hermes, Paris, 1997.
  • Cours d'automatique, M. Rivoire, J.L. Ferrier, Eyrolles, 1992.

Supports

Course materials, tutorials, and lab work made available