Programmablelogiccontroller Assignment
Sunmark Salmon Balendram
APU
Sunmark Salmon Balendram
APU
PROGRAMMABLE LOGIC CONTROLLER AND PNEUMATIC SYSTEM
Assignment
PROGRAMMABLE LOGIC CONTROLLER AND PNEUMATIC SYSTEM
Assignment
Contents Introduction 3 Objective 3 Part 1 Ladder Logic Programming 4 A. Ladder Logic Diagram 4
Section 1 4
Section 2 4
Section 3 4
Section 4 4
Section 5 4
Section 6 5 B. Process Analysis (Individual Component) 5 Part 2 Pneumatic Automation System 6 Section 1 : Develop the 3D design of the automation system. 6 Section 2: Selection of pneumatic actuators and valves 12
Actuator 12
Directional Valve 16 Section 3: Design the automation system using only pneumatic component without any electro-pneumatic control and explain the working principle of the system. 17 Section 4: Develop working circuit diagrams for the pneumatic components. 24 Section 5: Design the automation system using electro-pneumatic control 30 Section 6: Programming ladder logic method 38
Introduction
A Programmable Logic Controller or PLC was first created for General Motors in the 1968 in order to provide services to the automotive industry. PLC includes logic in which it replaces wires with electronic controls and relay system. PLC was in demand during the early 21st century and it was used heavily in the packaging, manufacturing and variety of high output production lines.
Since its implementation is normally in harsh environments, the PLC is to stand high vibrations and noise level. It is able to control most of the inputs and output from getting sensor value and giving motor output. It is able to display the values in LCD displays and have been used to automated most of the manufacturing processes.
PLC is a programmable microprocessor which is programmed using a specialized computer language. Usually, the PLC is programmed through a wired connection between a pc and the PLC itself.
Objective
1) Program PLC’s to control robotic systems.
2) Analyse and
APU
Sunmark Salmon Balendram
APU
PROGRAMMABLE LOGIC CONTROLLER AND PNEUMATIC SYSTEM
Assignment
PROGRAMMABLE LOGIC CONTROLLER AND PNEUMATIC SYSTEM
Assignment
Contents Introduction 3 Objective 3 Part 1 Ladder Logic Programming 4 A. Ladder Logic Diagram 4
Section 1 4
Section 2 4
Section 3 4
Section 4 4
Section 5 4
Section 6 5 B. Process Analysis (Individual Component) 5 Part 2 Pneumatic Automation System 6 Section 1 : Develop the 3D design of the automation system. 6 Section 2: Selection of pneumatic actuators and valves 12
Actuator 12
Directional Valve 16 Section 3: Design the automation system using only pneumatic component without any electro-pneumatic control and explain the working principle of the system. 17 Section 4: Develop working circuit diagrams for the pneumatic components. 24 Section 5: Design the automation system using electro-pneumatic control 30 Section 6: Programming ladder logic method 38
Introduction
A Programmable Logic Controller or PLC was first created for General Motors in the 1968 in order to provide services to the automotive industry. PLC includes logic in which it replaces wires with electronic controls and relay system. PLC was in demand during the early 21st century and it was used heavily in the packaging, manufacturing and variety of high output production lines.
Since its implementation is normally in harsh environments, the PLC is to stand high vibrations and noise level. It is able to control most of the inputs and output from getting sensor value and giving motor output. It is able to display the values in LCD displays and have been used to automated most of the manufacturing processes.
PLC is a programmable microprocessor which is programmed using a specialized computer language. Usually, the PLC is programmed through a wired connection between a pc and the PLC itself.
Objective
1) Program PLC’s to control robotic systems.
2) Analyse and