Advanced Closed Loop Control Engineering

VE6.2.2.2
Advanced Closed Loop Control Engineering Advanced Control Technology
Advanced Closed Loop Control Engineering FUZZY control
Advanced Closed Loop Control Engineering

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Description

System
The multimedia training package Advanced Control Engineering contains the package Fundamentals of Control Engineering as well as the courses Automation and Bus Technology and Control Engineering II.

Objectives

  • Evaluation of the stability of control circuits
  • Discussion of controller-related questions in the frequency range
  • Integration of external control circuits
  • Function and construction of stored program controls (SPC)
  • Networking of sensors and actuators incorporated into an SPC using a process field bus

Function

The following components are on the course circuit board:

  • Analogue controller
  • Summation junctions with disturbance inputs
  • Digital controllers
  • Dead time component
  • DC signal sources 1 V, 5 V, 10 V
  • P component
  • PT-1 component (two pieces)
  • I component, resettable
  • Non-linear characteristic line element
  • Speed control circuit with optical speed sensor
  • Temperature control circuit with KTY temperature sensor
  • Light control circuit with photo sensor and outside light source (disturbance)

Topics (additional to E6.2.2.1)

  • Stability of the controlled systems
  • Controller design according to Ziegler/Nichols
  • Systems with dead time:
  • Limitation of independent variable
  • Cascade control
  • Introduction to frequency response
  • Frequency response of simple fundamental components
  • Frequency response of combined components
  • Controller Design in the Frequency Range
  • Fuzzy control
  • Adaptive control
  • Experiments with external controlled systems
  • Stored program control (SPC)
  • Logic connections, times, counters, number processing, and program processing
  • Simple sensors and signal processing with analogue digital transformers and multiplexers
  • Planning an automation system
  • Programming and commissioning an SPC
  • Data transmission structures and protocols
  • Serial and parallel bus systems
  • Transmission and error analysis
  • Content of external components
  • Include process field bus participants (GSD)

Similar figure

* you will receive further information on the course topics in the product section!

Components of equipment sets

1 7008101  4  COM3LAB Course: Operational Amplifier LD
1 7008201 COM3LAB Course: Control Technology I LD
1 70083  4  COM3LAB Course: Control Technology II LD
1 7008401  4  COM3LAB Course: Sensor Technology LD
1 7008402  8  COM3LAB Course: Sensor Technology Accessories LD
1 7003101 COM3LAB Course: Automation and Bus Technology LD
1 700020  8  COM3LAB: Master Unit LD
1 700022  8  Set of Safety Cables (2 mm, 16 Qty., 6 x 30 cm & 10 x 15 cm) LD
1 70000CBT DVD: COM3LAB Software LD
1 700027  4  * COM3LAB: Suitcase LD
1 additionally required: 1 PC with Windows 7 / 8.1 / 10 (x86 or x64)
Experiments are operated and evaluated with COM3LAB CBT.

Articles marked with * are not essential, we do however recommend them to carry out the experiment.

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