Key words
Automation
Objectives
Learn to apply pneumatic components, using algebraic logics and reckoning with their technological characteristics.
Therefore we pay attention to the construction of the pneumatic elements.
Subsequently, we accentuate various systematic solutions for pneumatic as well as electropneumatic problems and plans.
Finally the solutions which where theoretically discussed are put into practice in the lab.
There will also be referred to identical solutions with a PLC.
Topics
- Introduction: automatisation levels
- Base, ground, universal and memory functions
- Ground and transformation formulas of the algebraic logics
- Way-time diagram with exercises in the lab
- Cascade method with exercises in the lab
- Graphset method with exercises in the lab
- Step registers with exercises in the lab
- Electropneumatic cycles
Prerequisites
Construction of pneumatic elements
Final Objectives
Materials used
- teacher's course
- background information
- scientific & technical literature
- others
Study costs
Study guidance
Teaching Methods
- lectures
- demonstrations
- exercises
- group reports
- home study
Assessment
- Scoring system :
written tests
Permanent evaluation
oral examination
Lecturer(s)
Patrick Depreter
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