What you'll learn
After taking this course the students will be able to identify the construction of a relay.
After this course the students will be able to identify the operation of a relay.
After this course the students will be able to define the voltage and current requirements of a relay.
After this course the students will be able to differentiate between a relay and a contactor.
After this course the students will be able to read a relay logic diagram.
Requirements
Students should have a fundamental working knowledge of AC and DC electricity, be able to use a multimeter, and be able to think logically and sequentially about electrical circuits.
Description
Manufacturers are constantly in need of people who can interpret and design ladder or relay logic and trouble shoot relays and contactors contactors at the component level. Understanding relays and relay logic is fundamental in learning Programmable Logical Controllers (PLCs) and helps maintenance technicians to trouble shoot and install relays, contactors, and PLCs. It helps the technician decide whether to us relays or PLCs depending on the size and type of installation and operation. In this course the students will learn what a general purpose relay is, how it is constructed, how to apply it to relay logic. They will learn also what a contactor is, how it is constructed, and how it is used in motor control operations. They will learn by observing the Constructor software, which is the state-of-the-art software program that helps engineers and technicians develop and design ladder logic programs. It is an interactive software program that really works and if your program works on the computer it will definitely work on real discrete components. The instructor will also wire a relay and a contactor so that the student can see the actual operation of the relay and contactor. Students then will be able to appreciate the operation as they can see through the plastic of the ice cube relay. They will also observe the instructor reading voltages and continuity of the contacts and the coil itself.
Overview
Section 1: Introduction
Lecture 1 Introduction to Relays
Section 2: Construction of Relays
Lecture 2 Relay Construction
Lecture 3 Construction of a relay part 2
Section 3: Relay Construction Part 3
Lecture 4 Relay Construction Part 3
Section 4: Numbering Relay Components
Lecture 5 Numbering terminals of a relay.
Section 5: Contactors
Lecture 6 Contactors
Section 6: Parts of a Relay Logic Diagram
Lecture 7 Parts of a Relay Logic Diagram
Section 7: The Relay Logic Software Program
Lecture 8 The Relay Ladder Logic Software
Section 8: Wiring the Relay
Lecture 9 Wiring the Relay
Section 9: Adding a 120 Volt Light
Lecture 10 Adding a 120 Volt Load
Section 10: Adding an Indicator Light
Lecture 11 Adding an Indicator Light for a Motor
Section 11: Start Stop Station
Lecture 12 Start Stop Station
Section 12: Multiple Start Stop Stations
Lecture 13 Multiple Start Stop Stations
Section 13: Electrical Interlock
Lecture 14 Electrical Interlock
Section 14: Timing Relays
Lecture 15 Timing Relays
Section 15: Blinking Lights
Lecture 16 Blinking Lights
Section 16: Traffic Lights
Lecture 17 Traffic Lights
Section 17: Relays in Review
Lecture 18 Relays in Review
The intended learners of this course are those who currently work in or like to work in a manufacturing and electromechanical environment. It's also for students who are going to pursue learning Programmable Logical Controllers.

Homepage

https://www.udemy.com/course/introduction-to-relays-and-relay-logic/

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