Course

PLTS - Process Control Technology Systems


PDF Course Catalog Deutsche Version: PLTS

Version: 1 | Last Change: 28.09.2019 20:55 | Draft: 0 | Status: vom verantwortlichen Dozent freigegeben

Long name Process Control Technology Systems
Approving CModule PLTS_BaET
Responsible
Prof. Dr. Norbert Große
Professor Fakultät IME
Level Bachelor
Semester in the year summer semester
Duration Semester
Hours in self-study 78
ECTS 5
Professors
Prof. Dr. Norbert Große
Professor Fakultät IME
Requirements Process Control Planning
Language German
Separate final exam Yes
Literature
eigenes Skriptum der Vorlesung (530 Seiten)
Taschenbuch der Automatisierungstechnik, Große, Schorn, Hanser Verlag
Final exam
Details
The students work together as project teams. Each team works independently under supervision a subject area. Here, the team gains knowledge about the theory, about the practical configuration and the use of devices in the automation of a large plant, especially for the planned SLIM plant in PLT planning.

The topics are drawn for the teams.

Each team will have a laboratory session in which every single student will get familiar with the equipment and systems related to his topic in the lab in order to be able to demonstrate them practically and to explain their function, operation and purpose.

Datasheets, company information and helpful links to the topics are available and can be accessed. Of course, students can also do their own research.

The explanation of the devices and systems and the handling are part of an examination in the laboratory. This presentation is graded. If this does not have to be taken as passed, the advance payment for the later module examination in the form of an exam is not provided! The team also formulates technical questions for companies that use such devices and systems. Each team member contributes at least one question. The questions are evaluated.

The team then visits a user industry company and discuss the planning and deployment of their own equipment and systems.

Each student should then give their own lecture (10 min + discussion) from the topic area to inform the other listeners (specialization topic). The topics are part of the technical realization of the planned SLIM plant in PLT Planning; the reference to the system should always be established. In a topic area, it makes sense that the first lecture gives an overview and the following lectures deepen the technical details. Each lecture will then be put up for discussion. In the discussion, the clarified questions from the company are also discussed. The questions of the audience are evaluated.

At the lecture date, the slides are to be handed over as PowerPoint files. Each slide requires text formulated as a note. After all, your fellow students should be able to prepare themselves for inquiries with the help of slides and the text. The PowerPoint file with the notes is included in the assessment.

At the end of the semester, there will be an exam, which recapitulates the material of the lecture and the material of the student lectures. It will give relatively simple questions about measurement principles and the basics that have been taught. For the 33 questions there are 60 minutes of time available, documents may not be taken.

Summary of the rating and shares of the overall grade for PLT systems:
Laboratory test 33%
Lecture with
lecture,
films,
accompanying text,
Answers to questions: 33%
Questions to the lecturer
Exam 33%
Minimum standard
Passed laboratory test, lecture held and passed exam
Exam Type
The students work together as project teams. Each team works independently under supervision a subject area. Here, the team gains knowledge about the theory, about the practical configuration and the use of devices in the automation of a large plant, especially for the planned SLIM plant in PLT planning.

The topics are drawn for the teams.

Each team will have a laboratory session in which every single student will get familiar with the equipment and systems related to his topic in the lab in order to be able to demonstrate them practically and to explain their function, operation and purpose.

Datasheets, company information and helpful links to the topics are available and can be accessed. Of course, students can also do their own research.

The explanation of the devices and systems and the handling are part of an examination in the laboratory. This presentation is graded. If this does not have to be taken as passed, the advance payment for the later module examination in the form of an exam is not provided! The team also formulates technical questions for companies that use such devices and systems. Each team member contributes at least one question. The questions are evaluated.

The team then visits a user industry company and discuss the planning and deployment of their own equipment and systems.

Each student should then give their own lecture (10 min + discussion) from the topic area to inform the other listeners (specialization topic). The topics are part of the technical realization of the planned SLIM plant in PLT Planning; the reference to the system should always be established. In a topic area, it makes sense that the first lecture gives an overview and the following lectures deepen the technical details. Each lecture will then be put up for discussion. In the discussion, the clarified questions from the company are also discussed. The questions of the audience are evaluated.

At the lecture date, the slides are to be handed over as PowerPoint files. Each slide requires text formulated as a note. After all, your fellow students should be able to prepare themselves for inquiries with the help of slides and the text. The PowerPoint file with the notes is included in the assessment.

At the end of the semester, there will be an exam, which recapitulates the material of the lecture and the material of the student lectures. It will give relatively simple questions about measurement principles and the basics that have been taught. For the 33 questions there are 60 minutes of time available, documents may not be taken.

Summary of the rating and shares of the overall grade for PLT systems:
Laboratory test 33%
Lecture with
lecture,
films,
accompanying text,
Answers to questions: 33%
Questions to the lecturer
Exam 33%

Learning goals

Knowledge
Process Measurement
Structural construction
Characteristics and communication
Temperature measurement, principles by application
Pressure measurement, principles by application
Speed ​​measuring technology, principles according to application areas
Flow measurement technology, principles according to application areas
Level measurement technology, principles according to application areas
Process control technology
Resistance and source control
electrical, hydraulic and pneumatic auxiliary energy
Construction of fittings
Lay out characteristic curves
Signals
continuous-time and discrete-time signals
Scaling for automation
Design filter
Practical control technology
Determine empirically controlled systems
Empirically designing the controller
Controller Device Technology
Programmable control technology
Specify controls using GRAFCET
Programming languages ​​according to DIN EN 61131-3
Decision tables according to DIN 66241
States and operating modes of controllers
Control device technology
Expenditure classroom teaching
Type Attendance (h/Wk.)
Lecture 2
Exercises (whole course) 1
Exercises (shared course) 0
Tutorial (voluntary) 0
Special literature
keine/none
Special requirements
successful completion of the module PLTP
Accompanying material
Notes and schedules for the lecture
Book for the lecture with slides and accompanying text
Separate exam
Exam Type
undefined
Details
Lecture in the lecture hall

Exam at the end of the lecture period
Minimum standard
Lecture with at least 4 ratings

In the exam at least half of the achievable points received

Learning goals

Knowledge
make concepts for explosion protection
use Field device communication va HART
use Field device communication va PROFIBUS
use Field device communication va Foundation Fieldbus

Skills
using FDT/DTM via Pactware
measure parameter on Fieldbus
operate on distributed control systems
configure distributed control systems
Teamwork for the coordination of main topics of the subject areas
Show competence in dealing with technical systems in the laboratory
Prepare presentations and hold these
represent a technical subject
Represent the procedure of detailed planning
Represent advantages and disadvantages of the technology
Establish reference to sample plant from module PLTP
Expenditure classroom teaching
Type Attendance (h/Wk.)
Practical training 1
Tutorial (voluntary) 0
Special literature
keine/none
Special requirements
successful completion of the module PLTP
Accompanying material
Notes and schedules for the internship
Book for the lecture with slides and accompanying text
Separate exam
Exam Type
working on projects assignment with your team e.g. in a lab)
Details
Laboratory examination of the assigned subject area
Minimum standard
passed laboratory tests at least rating 4

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