Industrial Automation & its Elements

Industrial Automation & its Elements, available at $69.99, has an average rating of 3.55, with 56 lectures, 9 quizzes, based on 21 reviews, and has 108 subscribers.

You will learn about Describe the functions of sensors, relays, safety devices, PLCs, HMIs, and VFDs, as well as their applications. Select Sensors, PLC, Relay, Switchgears based on the requirement (for a project/application) Write PLC Ladder Logic Programming in Siemens TIA Software on their own. Connect the Photoelectric Sensor and LED Lamp to the Siemens S71500 PLC. Explain the various Automation Strategies, including their types and components. Outline the diﬀerent AGV and ASR System types based on the application. Relate various Industrial Manufacturing Processes and their Applications. Summarize the Industrial Database and Networking. This course is ideal for individuals who are Under graduation and post-graduation (from engineering background), as well as engineers in the industry, will benefit greatly from this course. or This training would benefit participants in instrumentation, mechatronics, electrical, and electronics background. It is particularly useful for Under graduation and post-graduation (from engineering background), as well as engineers in the industry, will benefit greatly from this course. or This training would benefit participants in instrumentation, mechatronics, electrical, and electronics background.

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Summary

Title: Industrial Automation & its Elements

Price: $69.99

Average Rating: 3.55

Number of Lectures: 56

Number of Quizzes: 9

Number of Published Lectures: 56

Number of Published Quizzes: 9

Number of Curriculum Items: 65

Number of Published Curriculum Objects: 65

Original Price: ₹3,299

Quality Status: approved

Status: Live

What You Will Learn

Describe the functions of sensors, relays, safety devices, PLCs, HMIs, and VFDs, as well as their applications.
Select Sensors, PLC, Relay, Switchgears based on the requirement (for a project/application)
Write PLC Ladder Logic Programming in Siemens TIA Software on their own.
Connect the Photoelectric Sensor and LED Lamp to the Siemens S71500 PLC.
Explain the various Automation Strategies, including their types and components.
Outline the diﬀerent AGV and ASR System types based on the application.
Relate various Industrial Manufacturing Processes and their Applications.
Summarize the Industrial Database and Networking.

Who Should Attend

Under graduation and post-graduation (from engineering background), as well as engineers in the industry, will benefit greatly from this course.
This training would benefit participants in instrumentation, mechatronics, electrical, and electronics background.

Target Audiences

Under graduation and post-graduation (from engineering background), as well as engineers in the industry, will benefit greatly from this course.
This training would benefit participants in instrumentation, mechatronics, electrical, and electronics background.

Prior understanding of Industrial Automation

Every person’s life is being influenced by automation. Automation is essential for a healthy economic growth. It reduces production time while maintaining excellent accuracy. Every industry has its own set of automation for process optimization.

Simply put, industrial automation is a technology that employs advanced machineries and technologies to carry out a variety of manufacturing processes.

Course Overview

This course will cover everything from computer integrated manufacturing principles to industrial plc programming for a spectrum of applications. This program will take a total of 36 Hours for learning, practicing the quizzes and programming.

Why Industrial Automation?

Be a part:Automation is essential for a better economic growth. We know how industries are shifted by implementing high end automation technologies such as transfer lines, VMC, Automated Guided Systems, Welding Robots and so on. Industrial Automation is already used so much in everyday life, industries and its application are only going to increase.

Be in demand:Industrial Automation is one of the hottest career options these days with thousands of internships and jobs being added every day.

Channel your potential:Whether you are a mechanical, electrical or computer science engineer, no matter whatsoever, you can acquire and utilize wide range of automation career opportunities

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Module 1

Lecture 1: Week 1 Introduction

Lecture 2: Automation Principles and Strategies

Lecture 3: Introduction to Computer Integrated Manufacturing

Lecture 4: Industrial Manufacturing Operations

Lecture 5: Classifications of Manufacturing Systems

Lecture 6: Week 1 Conclusion

Chapter 3: Module 2

Lecture 1: Week 2 Introduction

Lecture 2: Current trends in Manufacturing Automation

Lecture 3: Automated Storage & Retrieval System & RFID Technology

Lecture 4: Database of CIM

Lecture 5: Industrial Communication – Part 1

Lecture 6: Industrial Communication – Part 2

Lecture 7: Communication Layers in OSI System

Lecture 8: Week 2 Conclusion

Chapter 4: Module 3

Lecture 1: Week 3 Introduction

Lecture 2: Switchgears – Fuse, MCB, MCCB

Lecture 3: Switchgears – RCCB

Lecture 4: Industrial Switches & its Types

Lecture 5: Functions of Relay

Lecture 6: Role of Sensors in an Automation System

Lecture 7: Proximity & Photoelectric Sensors

Lecture 8: Selection Criteria for Sensors

Lecture 9: Week 3 Conclusion

Chapter 5: Module 4

Lecture 1: Week 4 Introduction

Lecture 2: Introduction to PLC & its Architecture

Lecture 3: Communication Protocols and Types of PLC Programming

Lecture 4: HMI & SCADA Systems

Lecture 5: Switch Mode Power Supply

Lecture 6: VFD – Working, Elements & Applications

Lecture 7: Week 4 Conclusion

Chapter 6: Module 5

Lecture 1: Week 5 Introduction

Lecture 2: PLC Hardware to Software

Lecture 3: Essential Logics & Terminologies

Lecture 4: Basic Requirement for PLC Programming

Lecture 5: Addressing of Proximity Sensor and LED

Lecture 6: Binary Operations

Lecture 7: Week 5 Conclusion

Chapter 7: Module 6

Lecture 1: Week 6 Introduction

Lecture 2: TIA Software 1st Journey

Lecture 3: Normally Open & Ladder Logic Programming

Lecture 4: Simulation – Part 1

Lecture 5: Normally Closed, NOT, Set & Reset Logics

Lecture 6: Ladder Logic Programming

Lecture 7: Simulation – Part 2

Lecture 8: Week 6 Conclusion

Chapter 8: Module 7

Lecture 1: Week 7 Introduction

Lecture 2: Timers & its Types

Lecture 3: Simulation – Part 3

Lecture 4: Operation of Counters

Lecture 5: Simulation – Part 4

Lecture 6: Comparators

Lecture 7: Simulation – Part 5

Lecture 8: Math Functions and Latch Circuit

Lecture 9: Simulation – Part 6

Lecture 10: Week 7 Conclusion

Instructors

Sriram Nagarajan
CEO and Co-Founder at RoboRAM

Rating Distribution

1 stars: 2 votes
2 stars: 2 votes
3 stars: 5 votes
4 stars: 7 votes
5 stars: 5 votes

Frequently Asked Questions

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