Practical Siemens LOGO PLC Training with Real Hardware from Udemy

What's inside

Learning objectives

Introduction to plc
Basic plc programming

Simple example problems
Fun assignments

Introduction to plc
Basic plc programming
Simple example problems
Fun assignments

Syllabus

Introduction to PLC

This video shows the unboxing of the Siemens LOGO 8 PLC and explains its hardware parts in a simple way.

This video explains the basic modules and expansion modules of Siemens LOGO PLC.

This video shows how to turn ON the Siemens PLC and gives a brief overview of its features and menu options.

This video explains PLC wiring techniques and shows how to connect analog and digital inputs.

This video explains how to wire PLC outputs and connect relay terminals using an external power supply.

Learn how to make a PLC trainer kit at a low cost for your automation training setup.

Get the Siemens LOGO! Soft Comfort (LSC) PLC software for free and follow our simple installation guide to set up your PLC system easily and quickly.

Siemens PLC Software Download Links:

https://www.siemens.com/logo

https://support.industry.siemens.com/cs/document/109826921/logo!soft-comfort-v8-4-demo?dti=0&lc=en-SG

Learn how to easily connect a PLC to a laptop and set up IP addresses with this simple guide.

Get started with PLC software using Logo Soft Comfort with this beginner-friendly guide. It covers the basics of programming and simulation for automation enthusiasts.

Follow our detailed automation training guide to learn how to download and restore PLC programs step-by-step using hardware. This guide uses Logo Soft Comfort (LSC) software with the LOGO PLC.

This video explains the basics of online testing in PLC systems, including essential concepts, techniques, and best practices for automation testing.

Understand the basics of Function Block Diagrams (FBD) in PLC programming, focusing on OR and NOR logic operations.

Explore how to program PLCs using function blocks, specifically focusing on AND and NAND logic. This beginner-friendly and professional guide offers clear steps and practical tips for effective PLC programming.

Discover how to create a two-way switch circuit with PLC function block diagram logic. This tutorial offers easy-to-follow steps to implement two-way switching for smooth automation control.

Watch this video for a step-by-step guide on implementing a 4-way switch in PLC programming. This beginner-friendly tutorial covers all the essentials for understanding and creating 4-way electrical circuits in PLC systems.

Watch this video to understand the basics of PLC FBD programming and explore XOR and NOT logic using real hardware.

Watch this video tutorial to learn how to create a simplified 4-way circuit in PLC systems using XOR logic gates. Gain practical knowledge of PLC programming basics and real-world applications.

Siemens LOGO PLC basic functions quiz

Understand the concept of Analog Comparators in PLC programming with this beginner-friendly automation basics course.

Discover how to configure Analog Threshold Triggers in Siemens Logo PLC with simple, step-by-step tutorials.

Explore how to work with Analog Amplifiers in Logo Soft Comfort PLC software through this easy-to-follow tutorial.

Understand Analog Multiplexer concepts in PLC automation with step-by-step training designed for industrial applications.

Explore the Analog Watchdog feature in PLC programming with easy-to-follow tutorials from the Inst Tools PLC course.

Understand Analog Differential Trigger concepts in PLC programming through our online training.

Discover how to use the Max and Min functions in PLC programming to handle analog values with simple, beginner-friendly tutorials.

Learn how to calculate the average value of an analog signal in PLC programming for precise process control and effective monitoring.

Discover how to implement Analog Ramp functions in PLC programming with clear, step-by-step tutorials for smooth signal control.

Learn mathematical operations for analog signal processing in PLC systems with clear explanations and detailed examples.

Explore Analog Filter applications in a PLC programming course designed for automation enthusiasts.

Learn the basics of Pulse Width Modulation (PWM) in PLC programming and how it's used for controlling devices and signals.

Explore the fundamentals of controllers in industrial automation with this comprehensive online course.

Learn Proportional Integral (PI) Controller programming in PLC systems with the best online course for practical automation skills.

Each question addresses a specific analog function or block in Siemens LOGO!, helping beginners grasp their purpose and usage. By testing these fundamentals, learners can better identify which block to use in various industrial automation scenarios—such as motor control, sensor signal processing, and process regulation.

Discover how to implement the On Delay Timer function in Siemens Logo PLC using a Function Block Diagram (FBD) with easy-to-follow instructions.

Learn how to use the Off Delay Timer in industrial PLC systems with simple and clear Function Block Diagram (FBD) tutorials.

Learn to set up ON-OFF Delay Timer function blocks in PLC programming with easy, step-by-step instructions.

Learn how to program Retentive ON Delay Timers in PLC systems with a comprehensive online training course for beginners.

Discover how to create a PLC Pulse Output program with clear, step-by-step instructions for industrial automation applications.

Learn the functionality and applications of the Edge Triggered Wiping Relay in Siemens LOGO PLC programming with clear and detailed guidance.

Learn about the applications of Asynchronous Pulse Generators in PLCs through practical examples and Siemens tutorials.

Learn the use of Analog Random Generator logic in Siemens PLCs with practical tutorials and examples.

Easily automate tasks by implementing Stairway Lighting Switches in Siemens LOGO PLC with practical, real-world examples.

Discover how to program a Stairway Lighting Switch in Siemens LOGO PLC with easy, step-by-step tutorials designed for automation beginners.

Start learning Siemens LOGO! PLC programming from the basics with complete tutorials on Weekly Timer applications.

Understand the Yearly Timer concept in Siemens PLC programming with a comprehensive beginner-friendly training course.

Get practical experience in implementing a Stopwatch in PLC systems with our detailed online course.

Discover how to program an Astronomical Clock in PLC systems with clear and detailed tutorials designed for industrial automation professionals.

Each question covers one fundamental instruction from Siemens LOGO! timers or timing-related functions. By focusing on the core feature of each instruction, beginners can quickly grasp when and why they would use that particular block in a small automation project or learning environment.

Learn how to use UP and DOWN Counter functions in Siemens Logo PLC with detailed, step-by-step training.

Discover how to calculate motor run time in PLC systems using an Hours Counter with a detailed step-by-step programming guide.

Learn Frequency Threshold Trigger programming in PLC systems with practical examples and easy-to-follow lessons for beginners.

Learn to program a Latching Relay in PLC systems with clear, step-by-step tutorials designed for beginners.

Understand the basics of the PLC Pulse Relay function and its automation applications with easy-to-follow tutorials for beginners.

Discover how to manage mathematical instruction errors in PLC programming with simple, beginner-friendly tutorials.

Explore how to implement Shift Registers in PLC programming with clear, step-by-step tutorials designed for beginners.

Create a PLC program to turn ON or OFF the lamp automatically based on Light Sensor.

The Main Switch must be ON to activate the program.

There is a Water Pump in your garden. When you press the Pushbutton then the water pump runs for 10 seconds and then turns OFF automatically.

Display Pump RUN & STOP status lights.

There are two digital inputs (A & B).

Design a PLC program to compare the two inputs using basic gates.

Check the following conditions.

A > B

A = B

A < B

There are two Analog inputs (AI1 & AI2). Design a PLC program to compare the two inputs and check these conditions.

AI1 > AI2

AI1 = AI2

AI1 < AI3

The School bell is to ring at certain times for 5 seconds (school begins, breaks, ends, etc).

The bell is to ring from Mondays to Fridays at 8:00, 9:45, 10:00, 12:45, 13:30 and 16:30.

On Fridays, the bell will ring again at 17.00.

Develop a PLC program to control a Motor's forward (Q1) and reverse (Q2) rotation using two Switches (SW1 & SW2). Ensure that only one output is active at a time. If both Switches are pressed simultaneously, all outputs should turn OFF.

If Pushbutton I1 is pressed for a short moment, then output 1 is switched ON/OFF.

If Pushbutton I1 is pressed for longer than 5 seconds, then output 2 is switched ON/OFF.

We have two Analog Values (AI1 & AI2).

Do these arithmetic operations using Analog Comparator & Amplifier blocks.

AI1 – AI2

AI1 + AI2

AI1 + 500

AI2 – 500

AI1 X 2

AI2 / 3

We have two Counters (C1 & C2). You have to ADD the two counter values.

Problem 1: Design a PLC program with a Mathematic Block.

Problem 2: Design a PLC program without a Mathematic Block.

Design a PLC program to control 1 lamp with 3 pushbuttons.

The lamp can be switched ON or OFF from any of the Pushbutton.

The light is switched from four locations.

Here we have 3 Toggle Switches and 1 Push button.

The machine has two speeds. For normal operation, motor speed 1 is selected by pressing Pushbutton (N.O. contact). Motor speed 1 is controlled via output Q1 after a delay time of 5 seconds. (Q1 ON)

If a faster speed is required, motor speed 2 can be selected by again pressing the same pushbutton. Motor speed 2 is controlled via output Q2 also after a delay time of 5 seconds. (Q1 OFF, Q2 ON)

If pushbutton is pressed again, the speed is again reduced. In other words, each time pushbutton is pressed, the speed changes to either speed 1 or speed 2, in each case after a delay time of 5 seconds.

An indicator light at Q3 lights up if the machine is operating at the higher speed.

In order to stop the machine, then press the stop pushbutton (N.C. Contact).

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Read about what's good

what should give you pause

and possible dealbreakers

Uses Siemens LOGO! Soft Comfort, which is a common software for PLC programming, and provides links to download the software, making it accessible for beginners

Focuses on function block diagrams, which are a standard and intuitive way to program PLCs, making it easier for beginners to grasp the fundamentals of PLC logic

Includes hands-on exercises using real Siemens LOGO. hardware, which allows learners to apply their knowledge in a practical setting and develop job-ready skills

Explores industrial applications of Siemens LOGO. PLCs, providing learners with insights into real-world automation scenarios and helping them understand how PLCs are used in various industries

Requires learners to acquire a Siemens LOGO. PLC (hardware) to follow along with the practical exercises, which may pose a financial barrier for some learners

Covers a range of PLC programming concepts, from basic functions to analog programming and timers, providing hobbyists with a comprehensive understanding of PLC programming

Reviews summary

Practical siemens logo plc with hardware

According to students, this course offers a highly practical, hands-on approach to learning Siemens LOGO PLC programming, with the emphasis on using real hardware being a significant strength mentioned across many reviews. Learners find the explanations to be clear and the course easy to follow, making it suitable even for complete beginners looking to build a solid foundation. The practical examples and assignments are particularly helpful for solidifying understanding. However, prospective students should note that having the Siemens LOGO hardware is essential and adds to the overall cost. Some also felt the pace was a bit fast in certain sections.

You need to buy hardware to follow along.

"you MUST have the Siemens LOGO hardware."

"having to buy the hardware adds to the overall cost..."

"I bought the LOGO kit specifically for this course, and it was worth it."

"Highly recommend if you have access to the hardware."

"Following along requires the purchase of the LOGO PLC kit."

Assignments reinforce learning with real problems.

"the practical examples helped solidify my understanding."

"The assignments are useful."

"The examples are well chosen."

"The assignments are challenging but help you learn."

"I found the assignments helpful for practicing what I learned."

Well-paced videos cover key functions clearly.

"The explanations were clear, and the practical examples helped solidify my understanding."

"The instructor explains concepts clearly and demonstrates everything..."

"Instructor is clear."

"explanations are thorough for beginners."

Starts simple, builds confidence step-by-step.

"As a complete beginner in PLCs, I found this course very easy to follow."

"The instructor explains concepts clearly..."

"The pace is good, and the explanations are thorough for beginners."

"A solid foundation course."

"I felt comfortable learning even with no prior PLC experience."

Hands-on practice using actual Siemens LOGO!

"The hands-on approach with real hardware made all the difference."

"working with the real hardware part is invaluable."

"working with the real hardware was essential for me."

"Excellent course for getting hands-on with Siemens LOGO."

"The practical exercises are key. This is the best way to learn PLC programming - not just theory, but actually doing it."

"I gained essential practical skills by using the real hardware."

Some felt pace was fast or wanted more depth.

"It's a bit fast-paced in some sections..."

"The content is decent, but it moves quickly."

"I wish some advanced topics were covered in more depth..."

"A few lessons felt rushed for me as a total beginner."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Practical Siemens LOGO PLC Training with Real Hardware with these activities:

Review Digital Logic Gates

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Reinforce your understanding of fundamental digital logic concepts, which are essential for understanding PLC programming and function block diagrams.

Browse courses on Logic Gates

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Study the truth tables for AND, OR, NOT, NAND, NOR, and XOR gates.
Solve practice problems involving logic gate combinations.
Relate logic gate functions to PLC function block operations.

Read 'Programmable Logic Controllers' by Frank Petruzella

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Gain a deeper understanding of PLC principles and programming techniques, complementing the hands-on experience with the Siemens LOGO! PLC.

View Melania on Amazon

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Read chapters related to PLC basics and programming languages.
Work through the example problems and exercises in the book.
Compare the concepts in the book with the Siemens LOGO! PLC environment.

Implement Basic Logic Functions in Siemens LOGO! Soft Comfort

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Solidify your understanding of basic logic functions (AND, OR, NOT, XOR) by implementing them in the Siemens LOGO! Soft Comfort software.

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Create a new project in Siemens LOGO! Soft Comfort.
Implement each logic function using function blocks.
Simulate the circuits to verify their functionality.
Test with real hardware.

Four other activities

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Study 'PLC Programming Using RSLogix 500 & Industrial Applications' by Nathan Clark

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Broaden your understanding of PLC programming concepts and industrial applications, even though the book focuses on a different PLC platform.

View PLC Programming Using RSLogix 500: A Practical... on Amazon

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Read chapters related to PLC programming fundamentals.
Identify transferable concepts to Siemens LOGO! PLC programming.
Compare and contrast RSLogix 500 with Siemens LOGO! Soft Comfort.

Design a Simple Traffic Light Controller

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Apply your PLC programming skills to a real-world problem by designing a traffic light controller using the Siemens LOGO! PLC.

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Define the sequence of traffic light operation.
Create a PLC program using timers and logic functions.
Simulate the program to ensure correct operation.
Implement the program on the Siemens LOGO! PLC hardware.
Test the traffic light controller with real LEDs.

Create a Video Tutorial on a Specific Siemens LOGO! Function

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Deepen your understanding of a specific Siemens LOGO! function by creating a video tutorial explaining its operation and application.

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Choose a Siemens LOGO! function (e.g., Timer, Counter, Analog Comparator).
Research the function and its applications.
Create a script and record a video tutorial.
Edit the video and upload it to a video-sharing platform.

Create a Siemens LOGO! PLC Function Block Library

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Develop a reusable library of function blocks for common PLC tasks, improving efficiency and code organization in future projects.

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Identify common PLC tasks (e.g., motor control, sensor monitoring).
Create function blocks for each task in Siemens LOGO! Soft Comfort.
Document the function blocks and their parameters.
Organize the function blocks into a library for easy access.
Test the function blocks in various projects.

Career center

Learners who complete Practical Siemens LOGO PLC Training with Real Hardware will develop knowledge and skills that may be useful to these careers:

PLC Programmer

A PLC Programmer develops, tests, and implements PLC programs for industrial automation systems. This course provides practical, hands-on training in Siemens LOGO PLC programming, which is exactly what a PLC Programmer needs. The focus on real hardware projects helps build the skills and confidence needed to tackle real-world automation challenges. The PLC programmer can gain experience with multiple PLC programming examples.

See salaries and explore the career path for PLC Programmer

Automation Technician

The role of an Automation Technician involves installing, maintaining, and troubleshooting automated equipment, including PLC-controlled systems. This course provides a practical foundation in Siemens LOGO PLC programming, which is extremely valuable in this career. The focus on real hardware projects in this course helps build the hands-on skills needed to diagnose and fix issues in industrial automation environments. This course also familiarizes learners with PLC wiring, which is an essential skill for an Automation Technician. The Siemens LOGO PLC basics, coupled with knowledge of PLC software, helps technicians set up and maintain PLC systems effectively.

See salaries and explore the career path for Automation Technician

Control Systems Engineer

A Control Systems Engineer designs, develops, and maintains automated control systems. This often involves working with PLCs to ensure that industrial processes run efficiently and safely. This course's focus on practical Siemens LOGO PLC training with real hardware is directly relevant, as it builds a strong understanding of PLC programming fundamentals, which are essential for a Control Systems Engineer. The hands-on approach of this course, coupled with its exploration of industrial applications, helps prepare individuals to tackle real-world automation challenges they may encounter in this role. Moreover, learning PLC function blocks language is a key skill for automating systems.

See salaries and explore the career path for Control Systems Engineer

Service Engineer

A Service Engineer installs, maintains, and repairs complex industrial equipment, including PLC-controlled systems. This course in Siemens LOGO PLC programming provides hands-on training that is directly applicable to troubleshooting and repairing PLC-based equipment. The focus on real hardware projects helps build the skills and confidence needed to diagnose and fix issues in the field. The Service Engineer will also learn PLC wiring basics.

See salaries and explore the career path for Service Engineer

Industrial Electrician

Industrial Electricians install and maintain electrical systems in industrial settings, often working with PLC-controlled equipment. This course provides foundational training in Siemens LOGO PLC programming which can greatly benefit an Industrial Electrician. The course's hands-on approach helps build practical skills in PLC wiring and troubleshooting. They can utilize this course to learn how to implement timers.

See salaries and explore the career path for Industrial Electrician

Mechatronics Engineer

A Mechatronics Engineer integrates mechanical, electrical, and computer engineering principles to design and develop automated systems; these often use PLCs for control. This course provides training in Siemens LOGO PLC programming, which is essential for integrating control systems into mechatronic designs. The hands-on projects help the Mechatronics Engineer understand how PLCs interface with real-world systems. The Mechatronics Engineer will discover analog PLC programming.

See salaries and explore the career path for Mechatronics Engineer

System Integrator

System Integrators design and implement integrated systems, often involving PLCs, to automate industrial processes. This course provides training in Siemens LOGO PLC programming, which is essential for integrating PLCs into larger systems. The focus on real hardware helps the System Integrator understand how PLCs interface with other devices and systems. The System Integrator will also learn about basic PLC programming.

See salaries and explore the career path for System Integrator

Robotics Technician

A Robotics Technician works with robots and automated systems, often using PLCs to control their operation. This course's detailed training in Siemens LOGO PLC programming is directly applicable, as PLCs are commonly used in robotics for controlling various functions and processes. The hands-on projects with real hardware help build a strong understanding of how PLCs interface with physical systems, preparing learners to troubleshoot and maintain robotic equipment. The course content can also help a Robotics Technician learn about function block diagrams which can be applied when working with robots.

See salaries and explore the career path for Robotics Technician

Building Automation Specialist

A Building Automation Specialist designs and maintains automated systems for buildings, such as HVAC, lighting, and security. PLCs are frequently used in building automation, and this course offers practical training in Siemens LOGO PLC programming, which is very beneficial to the Building Automation Specialist. The course's hands-on approach helps build practical skills in PLC implementation, and its exploration of industrial applications provides a solid foundation for designing and maintaining building automation systems. Furthermore, the course covers analog PLC programming.

See salaries and explore the career path for Building Automation Specialist

Instrumentation Technician

An Instrumentation Technician installs, calibrates, and maintains instruments used to measure and control industrial processes. PLCs are a critical component of many instrumentation systems, and this course helps build the necessary skills to work with them. The training on analog PLC programming included in this course may be particularly useful, as instrumentation often involves working with analog signals. The course's practical approach, using real Siemens LOGO hardware, helps build a solid understanding of how to integrate PLCs with various instruments. This course may also help Instrumentation Technicians implement timers.

See salaries and explore the career path for Instrumentation Technician

Process Engineer

A Process Engineer designs, implements, and optimizes industrial processes, frequently utilizing PLCs for control and automation. This course provides practical training in Siemens LOGO PLC programming, which is directly applicable to process control. The real hardware projects help build hands-on experience with PLC implementation, and the exploration of industrial applications allows learners to understand how PLCs are used in real-world processes. This course helps Process Engineers know how to implement timers and counters.

See salaries and explore the career path for Process Engineer

Manufacturing Engineer

A Manufacturing Engineer improves manufacturing processes, often by implementing automated systems controlled by PLCs. This course provides training in Siemens LOGO PLC programming, which can be very helpful in designing and optimizing automated manufacturing processes. The hands-on projects with real hardware help build a practical understanding of how PLCs can be used to improve efficiency and reduce errors in manufacturing. The course may help Manufacturing Engineers learn how to implement timers and counters, which are essential for many manufacturing applications.

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SCADA Engineer

A SCADA Engineer designs and maintains Supervisory Control and Data Acquisition systems, which often use PLCs as remote terminal units. A SCADA engineer benefits from the practical training in PLC programming offered by this course, as it provides a solid foundation for configuring and troubleshooting PLC-based SCADA systems. The focus on real hardware projects helps build hands-on skills, and the exploration of industrial applications provides valuable context for SCADA implementation. The SCADA engineer can discover PLC wiring basics.

See salaries and explore the career path for SCADA Engineer

Electrical Engineer

An Electrical Engineer designs and develops electrical systems, including those that incorporate PLCs for automation. This course may be very beneficial as it offers a practical introduction to Siemens LOGO PLC programming, which can be valuable in industrial automation projects. The course's focus on real hardware and industrial applications helps build a practical understanding of how PLCs are used in electrical engineering. The training in PLC wiring and software setup offered in this course helps Electrical Engineers integrate PLCs into their designs. Additionally, the course provides experience with basic functions.

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Automation Engineering Manager

Automation Engineering Managers are responsible for overseeing automation projects, often involving teams of engineers and technicians working with PLCs. While this role often requires a master's degree, this course may serve as a tool or refresher in Siemens LOGO PLC programming, which can be valuable for guiding and supporting their teams. The focus on real hardware and industrial applications helps build a practical understanding of PLC implementation, and the course provides a foundation for making informed decisions about automation technologies. The Automation Engineering Manager can gain knowledge of basic PLC programming.

See salaries and explore the career path for Automation Engineering Manager

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Practical Siemens LOGO PLC Training with Real Hardware.

Plc Programming Using Rslogix 500: A Practical...

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While this book focuses on RSLogix 500, the fundamental PLC programming concepts are transferable to Siemens LOGO! PLCs. It provides practical examples and industrial applications that can broaden your understanding of PLC programming. is more valuable as additional reading to expand your knowledge of PLC programming in general. It can help you understand how PLCs are used in various industrial settings.

PLC Programming Using RSLogix 500: A Practical...

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Practical Siemens LOGO PLC Training with Real Hardware

What's inside

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Reviews summary

Practical siemens logo plc with hardware

Activities

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