PLC Programming Course Online Free

Learn about the Programmable logic controllers using the free online PLC programming training course.

In this PLC course, the following lessons available:

• PLC Overview
• Input-Output Section
• Processor Unit
• Programming Devices
• Memory Organization
• Ladder Diagrams
• Number Systems
• Relay Instructions
• Basics of Programming
• Counters
• Timers
• Professionalism

Update: We moved the course files from instrumentation tools to Automation Community.

PLC Programming Course Online Free

Requirements:

• Laptop or Computer
• Mobile: Not Recommended
• Good Internet Connection

Click Here for the PLC Course

PLC Overview

Provide the student with an overview of Programmable Logic Controllers.

Click on the below text to start the course module.

Learn PLC Overview

The learner will:

• Define terms commonly used with a Programmable Logical Controller
• Identify and define the four major components of the PLC.
• Explain RELAY LADDER LOGIC
• Summarize a brief history of the PLC.
• Compare the differences between a PLC and a PC
• Define the term “real world”
• Define the term “discrete”
• Explain the Advantages of utilizing a PLC.
• Explain the purpose of the power supply.
• Define the interface.
• Give a brief overview of how PLCs are networked.
• Provide examples of how the PLC is integrated into process control and automated control systems.
• Provide an overview of interfacing instrumentation with the PLC

Input-Output Section

The I/O (Input/Output) section of the PLC is the part of the unit that all external devices are connected.

The I/O section communicates between the I/O sections and the CPU to carry out programmed functions.

A typical PLC has several I/O sections that allow for a variety of functions to be controlled.

We will distinguish between the input and output sections later in this module.

Part – 1

Click on the below text to start the course module.

Learn PLC Input-Output – 1

The learner will be able to:

• Define the I/O section of the PLC
• Explain the two categories of I/O
• Define the term “chassis”
• Describe discrete I/O modules
• Explain and differentiate AC and DC discrete input modules

Part – 2

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Learn PLC Input-Output – 2

The learner will be able to:

• Explain and differentiate AC and DC discrete output modules
• Provide an overview of DC Output modules
• List attributes of other discrete modules
• Explain analog I/O modules
• Outline chassis installation considerations

Processor Unit

Provide the student with an in-depth knowledge of the functions and characteristics of a Processor Unit and the important terms associated.

Click on the below text to start the course module.

Learn PLC Processor Unit

The learner will be able to:

• Summarize what comprises the processor unit
• Explain the main function of the processor
• Define the processor “self-diagnostic” test
• Explain a typical processor scan.
• Analyze scan time
• Provide an overview of the memory section
• List considerations for using back-up batteries
• Identify various memory types
• Define and elaborate on the importance of guarding against ESD
• Given the specific situation estimate the memory size.
• Specify the need and method for memory expansions
• Diagram memory structure

Programming Devices

Explain and comprehend programming devices, advancements made over the years, and the advantages of different programming.

Click on the below text to start the course module.

Learn Programming Devices

The learner will be able to:

• Define programming device
• Compare the various programming devices available
• Recognize the advancements made in how a PLC is programmed over the years
• Spell out the advantages of programming and monitoring PLCs remotely from a centrally located PC.

Memory Organization

Provide students with an overview that helps the student understand how memory organization is used in the PLC.

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Learn PLC Memory Organization

The learner will be able to:

• Detail bits and words.
• Detail the relationship between a logical and a physical address.
• Detail the structure of a typical PLC-5 address format.
• Define the term “rack”.

Ladder Diagrams

Provide students with an overview of ladder diagrams in the PLC.

Click on the below text to start the course module.

Learn Ladder Diagrams

The learner will be able to:

• Provide an overview of wiring diagrams and ladder diagrams.
• Explain relay ladder logic.
• Construct a conversion of line diagrams to relay ladder logic.

Number Systems

Provide students with an overview of the different types of numbering systems associated with PLC’s.

Click on the below text to start the course module.

Learn Number Systems

The learner will be able to:

• Demonstrate using Decimal systems
• Demonstrate using Binary systems
• Demonstrate using Octal systems
• Demonstrate using Hexadecimal systems
• Contrast the differences from the above numbering systems in PLC programming

Relay Instructions

Provide students with an overview and comprehension of how the relay instructions are used with the PLC.

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Learn Relay Instructions

The learner will be able to:

• Construct basic PLC programming instructions
• Identify and define XIC and XIO
• Compose output instructions
• Identify and interpret Timers and Counters
• Interpret internal instructions

Basics of Programming

Provide students with an overview of how to program the PLC using the personal computer and the associated software.

Click on the below text to start the course module.

Learn the Basics of Programming

The learner will be able to:

• Identify and define PLC simulation Software
• Develop and compose PLC programs
• Download and test PLC programs

Counters

Provide the student with an overview of Counters.

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Learn PLC Counters

The learner will be able to:

• Define terms commonly used with a PLC Counter.
• Identify and define the basic PLC Counters.
• Compare the differences between an Up-Counter and Down-Counter.
• Explain the Advantages of utilizing a PLC Counter.
• Explain the purpose of a PLC Counter.
• Provide examples of how the PLC Counters are integrated into process control and automated control systems.

Timers

Provide the student with an overview of Timers.

Click on the below text to start the course module.

Learn PLC Timers

The learner will be able to:

• Define terms commonly used with a PLC Timer.
• Identify and define the basic PLC Timers.
• Compare the differences between a TON and a TOF PLC Timers.
• Explain the Advantages of utilizing a PLC Timer.
• Explain the purpose of a PLC Timer.
• Provide examples of how the PLC Timers are integrated into process control and automated control systems.

Professionalism

To provide students with an overview of professionalism in the workplace.

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Learn Professionalism

The learner will be able to:

• Demonstrate professionalism throughout this course and all courses in this program.
• Demonstrate safety and good housekeeping in a lab setting.
• Report any unsafe situations or behavior.
• Demonstrate proper use of test/calibration equipment.
• Exhibit effective oral and written communication skills along with following procedures and directions.
• Demonstrate the ability to listen and provide or receive constructive feedback.

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