Learning Results
Acquiring the fundamental concepts of electricity, mechanics, and automation to be able to plan, implement, and maintain automation and control systems in the agro-industrial field.
Program
1. Scientific Notation
2. Basic Electrical Concepts
2.1. Electrical Charge
2.2. Electric Current
2.3. Electrical Materials
2.4. Electric Potencial
2.5. Ohm’s Law
2.6. Electrical Circuits
2.7. Resistance Association
2.8. Kirchhoff’s Law
2.9. Electrical Energy and Power
2.10. Basic Electrical Equipment
3. Electrical Instrumentation
3.1. Scales in Different Measurements
3.2. Components in a Circuit
3.3. Circuit Measurements
3.4. Component Selection
4. Components of Electrical Machines.
5. Electric Motors.
5.1. Types
5.2. Power
5.3. Rotation
5.4. Voltage
5.5. Degree of Protection
5.6. Identification Plate
6. Control Systems
7. Pressure Measurement
8. Level Measurement
9. Pneumatic Instrumentation
9.1. Pneumatic Circuits
9.2. Electropneumatic Circuits
10. Identification of Components in a Process to Automate
11. PLC Programming
11.1. Grafcet
11.2. Step Equations
11.3. Ladder Logic
12. Introduction to the IEC 61131-3 Standard
12.1. Purposes and Importance of the Standard
13. Programming Languages
14. Data Structures
14.1. Bit, Byte
14.2. Array14.3. Lists
Internship(s)
NAO
Bibliography
Control Systems Engineering, Norman Nise, John Wiley & Sons
Programming Industrial Control Systems Using IEC 1131-3, R.W. Lewis
Automação e Controlo Industrial, J.Norberto Pires
Guia prático de treinamento técnico do motor elétrico, WEG
Circuitos Elétricos e Eletrotécnica Fundamentos e Aplicações, Eudemario Souza de Santana
Eletropneumatics, G.Prede, D.Scholz
Electropneumatics Basic level, FESTO
Basics of PLCs, SIEMENS
Agricultural Automation, Qin Zhang, Francis J. Pierce