Electro-Pneumatic Control System

Electro-Pneumatic Control System

COURSE OVERVIEW

The Electro-Pneumatics Control System 1 is designed to teach basic electric relay control of pneumatics and its industrial applications. Electric relay control is a fundamental building block in the study of automation because programming controllers and solid state controls also use the same programming methods: ladder diagrams and Boolean logic. With this system participants can set up a wide variety of basic industrial automation control circuits using ladder diagrams and Boolean logic.

COURSE CONTENT

Characteristics and Applications of Pneumatics

  • Pneumatics in review
  • Pneumatics and control system development
  • Structure and signal flow of pneumatic systems

Components of a Pneumatic System

  • Air generation and distribution
  • Valve
  • Processing elements (processors)
  • Power components
  • Systems

Symbols and Standards in Pneumatics

  • Symbols and descriptions of components
  • Safety requirements for pneumatic systems

Methods for the Development of Pneumatic Systems

  • Development of pneumatic systems
  • Control chain
  • Design of the circuit diagram
  • Circuit layout
  • Designation of individual elements
  • The life cycle of a pneumatic system

Development of Single Actuator Circuits

  • Direct Control of a Pneumatic Cylinder
    Example 1: Direct control of a single-acting cylinder
    Example 1: Direct control of a double-acting cylinder
  • Indirect Control of a Pneumatic Cylinder
    Exercise 2: Indirect control of a single-acting cylinder
    Exercise 2: Indirect control of a double-acting cylinder
  • Logic Functions: AND, OR
    Example 3: The logic AND function
    Example 3: The logic AND function
    Example 4: The logic OR function
    Example 4: The logic OR function
    Example 5: Memory circuit and speed control of a cylinder
    Example 5: Memory circuit and speed control of a cylinder
    Exercise 6: The quick exhaust valve
    Example 6: Pressure dependent control
    Exercise 7: Pressure dependent control
    Example 7: The time delay valve
    Exercise 8: The time delay valve

DURATIONS

2 days

REQUIREMENTS

  • Basic pneumatic components notions
  • Medium English knowledge
  • Installing a software PC experience

CERTIFICATION

Certificate of completion

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