Module 01: Introduction to Pneumatic Control Systems
1.1 Applications of Pneumatic Systempneumatics
2.2 Discover Atmospheric Pressure
2.3 Pascal's Law
2.4 Bernoulli's Principal and its Applications
Module 03: Basic Concepts
3.1 Physical Quantities
3.2 Pressure Definition and Pressure Units
3.3 Fluid Compressibility and its Applications
3.4 Relative Humidity
3.5 Dew Point
3.6 Purity classes for compressed air according to ISO 8573-1
Module 04: Preparation of Compressed Air
4.1 Types of Compressors
4.2 After Coolers
4.3 Air Reservoir and its Component
4.4 Types of Air Dryer
4.5 Filters
4.6 Pipe Lines
Module 05: Service Units
5.1 Filter
5.2 Regulators
5.3 Lubricators
5.4 Calculations of Power Losses by Compressed Air
Module 06: Pneumatic Control Valves
6.1 Check Valves
6.2 Shutoff Valves
6.3 Throttle Valves
6.4 3/2 – 5/2 Direction Control Valves
6.5 Normal Open or Normal Close
6.6 Valve Actuation
6.7 Shuttle Valves ( OR Valves )
6.8 Dual Pressure Valves ( AND Valves )
6.9 Quick Exhaust Valve
6.10 Pressure Sequence Valve
6.11 Time Delay Valves
6.12 Vacuum Valves
Module 04: Preparation of Compressed Air
4.1 Types of Compressors
4.2 After Coolers
4.3 Air Reservoir and its Component
4.4 Types of Air Dryer
4.5 Filters
4.6 Pipe Lines
Module 07: Pneumatic Actuators
7.1 Linear actuators (Pneumatic Cylinders )
7.2 Rotary actuators (Pneumatic Motors )
7.3 Special actuators
Module 08: Automation Studio Simulator
8.1 Introduction to Automation Studio
8.2 Definitions of Menus and Library
8.3 Pneumatic component Menu
8.4 Variables and Links between Compone
Module 09: Practical Applications Using Automation Studio
9.1 Direct control of a single-acting cylinder
9.2 Indirect control of a single-acting cylinder
9.3 Logic OR Function
9.4 Logic AND Function
9.5 Memory Circuit and Speed Control of Cylinders
9.6 The Quick Exhaust Function
9.7 Pressure Dependent Control Function
9.8 Time Delay Dependent Control Function
9.9 Control of Multiple Actuators
9.10 Control of Multiple Actuators with Overlap
Module 10: How to Read and draw a Pneumatic Circuit Diagram according To ISO 1219
Module 11: Certificates and Discussions
1.2 Why we Need to Pneumatic Systems
1.3 How Pneumatic Air Brake Work
1.4 Hydraulic Component that Used in Industrial Equipments
1.5 Standard Symbols for Pneumatic component
Module 02: History of Pneumatic Systems
2.1 Ctesibius - the father of