Industrial Electrical Automation 1. Hardwired Logic. from Udemy

This is a course translated from Spanish to English.

Do you want to learn the operation of timers, contactors, relays, counters, etc?

Do you want to implement these elements in an electrical automation circuit of the industrial type?

All this using wired logic?

If so, this course is waiting for you.

You will learn the principles of operation of the devices used in industrial electrical automation

You will learn when to use these devices and how to install them in basic circuits

You will learn when to use these devices in advanced circuits

You will learn to design and commission electrical circuits of any type using hardwired logic

You will learn to use the tools available to simulate automatic electrical circuits using wired logic

You will learn to interpret electrical control circuits both the control part and the force part
You will learn the principles of operation of the devices used in industrial electrical automation

You will learn when to use these devices and how to install them in basic circuits

You will learn when to use these devices in advanced circuits

You will learn to design and commission electrical circuits of any type using hardwired logic

You will learn to use the tools available to simulate automatic electrical circuits using wired logic

You will learn to interpret electrical control circuits both the control part and the force part

What's inside

Syllabus

Principles of operation. Devices used in automation 1

Introduction section 1

What is hardwired logic?

Manual electrical operating elements

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers hardwired logic, which is foundational for understanding older industrial control systems and troubleshooting electromechanical issues

Includes hands-on workshops using Cade Simu, allowing learners to simulate and practice designing electrical circuits with hardwired logic

Explores motor control circuits, including direct starting, reversing, and star-delta starting, which are essential for industrial applications

Teaches the interpretation of electrical diagrams, which is a critical skill for maintenance, troubleshooting, and design in industrial settings

Focuses on hardwired logic, which may not reflect current industry trends that favor programmable logic controllers (PLCs) and other digital control systems

Uses Cade Simu, which may not be widely used in all industrial settings, potentially limiting the direct applicability of learned simulation skills

Reviews summary

Industrial electrical automation: hardwired logic essentials

According to learners, this course provides a solid foundation in industrial electrical automation using hardwired logic. Students particularly appreciate the clear explanations of basic principles and the inclusion of practical exercises and simulations using Cade Simu. Many find the content highly relevant for beginners in the field, helping them understand common components like contactors, relays, and timers. Some reviewers noted minor issues, occasionally related to the course being a translation from Spanish, which could lead to some phrases being less intuitive, but overall, the instruction and material are considered beneficial and well-structured for learning the fundamentals and interpreting electrical diagrams.

Good pace for beginners, foundational level.

"The pace is good, not too fast, allowing time to absorb the information."

"It's a good introduction, covering the basics sufficiently for someone starting out."

"Provides the necessary fundamental knowledge without being overwhelmingly complex."

Helps in reading and designing electrical diagrams.

"The course significantly improved my ability to read and interpret electrical diagrams."

"Learning to design circuits using hardwired logic was a key takeaway for me."

"Now I feel more confident in understanding industrial electrical schematics."

Good detail on essential industrial components.

"It covers important components like contactors, relays, timers, and protection elements well."

"Learned a lot about the operation and application of standard industrial control devices."

"The sections on motors, timers, and contactors were particularly useful for practical applications."

Effective use of Cade Simu for hands-on learning.

"The use of the Cade Simu simulator is very practical and helps visualize the circuits."

"I really liked the practical exercises with Cade Simu; they solidified the concepts."

"Being able to simulate the circuits taught in the course is a major plus and aids understanding."

"The workshops provide valuable hands-on experience even through simulation."

Explains core principles clearly, great for beginners.

"The course is very didactic and makes the principles of operation easy to understand."

"Provides a really strong base for understanding electrical automation fundamentals."

"Excellent course to learn the principles of operation of the devices used in industrial electrical automation using hardwired logic."

"The course starts from scratch and explains everything needed for a beginner."

Some phrases are awkward due to Spanish origin.

"Some phrases in the translation are a bit strange or not commonly used in English."

"Occasionally, the English wording feels a little unnatural, likely due to the translation."

"While understandable, the language sometimes feels a bit 'clunky' because it's translated."

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 Industrial Electrical Automation 1. Hardwired Logic. with these activities:

Review Basic Electrical Circuits

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Strengthen your understanding of fundamental electrical circuit concepts to better grasp the automation circuits covered in the course.

Browse courses on Electrical Circuits

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Review Ohm's Law and Kirchhoff's Laws.
Practice solving simple series and parallel circuits.
Familiarize yourself with circuit diagrams and symbols.

Create a Component Datasheet Library

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Improve your efficiency by compiling a library of datasheets for common components used in hardwired logic circuits.

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Gather datasheets for contactors, relays, timers, and other components.
Organize the datasheets in a logical manner (e.g., by component type or manufacturer).
Create a searchable index for quick access to specific datasheets.

Review 'Programmable Logic Controllers' by Frank Petruzella

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Gain a broader understanding of industrial automation by exploring PLC concepts, which complement the hardwired logic focus of the course.

View Loose Leaf for Programmable Logic Controllers on Amazon

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Read the chapters related to PLC basics and programming.
Compare and contrast PLC logic with hardwired logic.
Consider how PLCs can be used to implement similar automation tasks.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Simulate Automation Circuits

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Reinforce your understanding of automation circuits by simulating them using software like Cade Simu, as demonstrated in the course.

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Recreate the example circuits from the course in Cade Simu.
Experiment with different component values and circuit configurations.
Troubleshoot simulated circuits to identify and correct errors.

Review 'Electrical Motor Controls' by Gary Rockis and Glen Mazur

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Enhance your knowledge of motor controls with a practical guide that complements the course's theoretical concepts.

View Electrical Motor Controls for Integrated Systems on Amazon

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Focus on chapters related to motor starters, overload protection, and control circuits.
Compare the book's examples with the circuits covered in the course.
Note any differences in terminology or design practices.

Design a Motor Control Circuit

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Apply your knowledge by designing a motor control circuit for a specific industrial application, solidifying your understanding of hardwired logic.

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Choose a specific industrial application requiring motor control.
Design a hardwired logic circuit to control the motor's operation.
Simulate the circuit to verify its functionality.
Document your design, including a circuit diagram and component list.

Create a Troubleshooting Guide

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Deepen your understanding of common issues by creating a troubleshooting guide for hardwired logic circuits.

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Identify common problems in hardwired logic circuits.
Describe the symptoms of each problem.
Outline the steps to diagnose and resolve each problem.
Include diagrams and illustrations to aid understanding.

Career center

Learners who complete Industrial Electrical Automation 1. Hardwired Logic. will develop knowledge and skills that may be useful to these careers:

Electrical Technician

As an Electrical Technician, you install and maintain electrical systems and equipment. A strong grasp of industrial electrical automation, particularly hardwired logic, is essential in this role, and this course on industrial electrical automation helps build a foundation. Technicians troubleshoot electrical issues, install components, and ensure systems comply with safety standards. This course's focus on timers, contactors, relays, and counters helps you understand and work with the core components of industrial electrical systems. Learning to interpret electrical control circuits, both control and force aspects, proves invaluable in diagnosing and repairing electrical problems efficiently. The simulation tools highlighted in the course may be useful in testing and validating circuit designs before implementation.

See salaries and explore the career path for Electrical Technician

Automation Specialist

An Automation Specialist implements and supports automation solutions in a variety of industries. Aspiring automation specialists may find this course on industrial electrical automation to be useful. The course helps build a foundation in hardwired logic. Automation specialists often work with electrical circuits and control systems. A grasp of timers, contactors, relays, and counters may be be useful in working with the the operation and maintenance of automated systems. The ability to design and commission electrical circuits would be particularly beneficial. The knowledge and skills gained from the course help automation specialists design and implement effective and reliable automation solutions.

See salaries and explore the career path for Automation Specialist

Control Systems Technician

The Control Systems Technician maintains and repairs control systems, including those using hardwired logic. This course on industrial electrical automation helps you gain a deeper understanding of these systems. Control systems technicians troubleshoot problems, perform preventative maintenance, and ensure efficient operation. This course covers the principles and operation of devices used in industrial electrical automation, giving you theoretical as well as technical knowledge. The focus on interpreting electrical control circuits, both control and force aspects, may be especially useful as it is a core task in diagnosing and resolving system issues. Familiarity with simulation tools, taught in the course, helps validate repairs and modifications before implementing them on live systems.

See salaries and explore the career path for Control Systems Technician

Maintenance Technician

Maintenance Technicians are responsible for ensuring that equipment and machinery are kept in good working order. This course on industrial electrical automation can be a great benefit to a maintenance technician, and may help build a foundation for maintaining electrical systems that incorporate hardwired logic. They perform routine maintenance, diagnose and repair equipment malfunctions, and troubleshoot electrical issues. The course's emphasis on timers, contactors, relays, and counters may provide a strong foundation for understanding the operation and maintenance of these components. Learning to interpret electrical control circuits, as taught in this course, proves invaluable in identifying and resolving electrical problems quickly and efficiently.

See salaries and explore the career path for Maintenance Technician

Electrician

Electricians install and maintain electrical power, communications, lighting, and control systems. Electricians benefit from a deep understanding of electrical automation and may find this course on industrial electrical automation to be useful. The course provides a solid base in hardwired logic. They work in various settings, from residential to industrial sites. The course's coverage of timers, contactors, relays, and counters, which are found in electrical automation circuits, helps give the electrician insight into electrical components. The ability to interpret electrical control circuits, a skill honed in this course, proves invaluable for safe and efficient installations and repairs.

See salaries and explore the career path for Electrician

Automation Engineer

The role of Automation Engineer involves designing, developing, and implementing automated systems in industrial settings. This course on industrial electrical automation may be useful to an aspiring automation engineer. The material helps build a foundation in hardwired logic. Automation Engineers create solutions to improve efficiency and reduce manual labor. This course's emphasis on timers, contactors, relays, and counters helps you understand the fundamental building blocks of these systems. Learning to design and commission electrical circuits using hardwired logic helps you implement automation solutions effectively. The ability to simulate automatic electrical circuits, a skill developed in this course, may be useful to test and optimize your designs before deployment in real-world industrial applications.

See salaries and explore the career path for Automation Engineer

Process Control Engineer

Process Control Engineers design and implement control systems to optimize industrial processes. An engineer considering this role may find this course on industrial electrical automation to be useful. Process control engineers need a strong foundation in electrical automation. The course helps build a foundation in hardwired logic, which is often used in process control systems. The course discusses timers, contactors, relays, and counters, components often employed in these systems. The ability to design and commission electrical circuits using hardwired logic provides a practical understanding of circuit design. This course's focus on the fundamentals of electrical automation prepares aspiring process control engineers to design and implement effective process control systems. An advanced degree may be required.

See salaries and explore the career path for Process Control Engineer

Instrumentation Technician

Instrumentation Technicians install, maintain, and calibrate instruments used to measure and control industrial processes. This course on industrial electrical automation can be a plus for an instrumentation technician. Instrumentation technicians should have an understanding of hardwired logic, helping them to interface with and troubleshoot automated systems. The course's coverage of timers, contactors, and relays, three components that are frequently used, may be most helpful. The ability to interpret electrical control circuits may be useful in ensuring proper communication between instruments and control systems. The simulation tools covered may be useful for testing instrument configurations offline.

See salaries and explore the career path for Instrumentation Technician

Electrical Inspector

The Electrical Inspector ensures electrical installations comply with safety codes and regulations. Electrical inspectors may find this course on industrial electrical automation to be useful. The course helps build a foundation in hardwired logic, which is very important in older installations. Electrical inspectors need a strong understanding of electrical systems and components. This course's coverage of timers, contactors, relays, and counters may be a launching point for understanding electrical components and their use is useful in this role. The ability to interpret electrical control circuits proves invaluable for identifying potential hazards and ensuring compliance with safety standards. Also, this course in particular is taught with a workshop focus, which may prove beneficial.

See salaries and explore the career path for Electrical Inspector

Mechatronics Engineer

Mechatronics Engineers design and develop automated systems that integrate mechanical, electrical, and computer engineering principles. A course on industrial electrical automation provides a good base for mechatronics engineers especially with the course teaching hardwired logic. Mechatronics engineers need a deep understanding of how electrical components work together to control mechanical systems. This course's coverage of timers, contactors, relays, and counters helps provide a foundation in the electrical side of mechatronics. Expertise in designing and commissioning electrical circuits may prove very useful. An advanced degree may be required.

See salaries and explore the career path for Mechatronics Engineer

Electrical Engineer

Electrical Engineers design, develop, and test electrical equipment and systems. An aspiring electrical engineer may find this course on industrial electrical automation to be useful. Electrical engineers need a solid grasp of hardwired logic, especially in industrial applications. This course helps build a foundation for understanding and working with industrial electrical automation and the operation of timers, contactors, relays, and counters. The knowledge of designing and commissioning electrical circuits using hardwired logic may contribute to the design process. Proficiency in these areas helps electrical engineers create efficient and reliable electrical systems for a variety of industrial applications. An advanced degree is typically required.

See salaries and explore the career path for Electrical Engineer

Power Systems Operator

Power Systems Operators monitor and control the flow of electricity through transmission and distribution networks. Power systems operators need to understand electrical automation and this course may be useful for that understanding. Power systems operators need a general understanding of the operation of electrical systems, including those using hardwired logic. The course introduces the use of timers, contactors, relays, and counters, which are fundamental components in power systems. Also, gaining the ability to interpret electrical control circuits is essential for monitoring and responding to system events. Power Systems Operators would find this course helpful in gaining an electrical background.

See salaries and explore the career path for Power Systems Operator

Field Service Engineer

A Field Service Engineer installs, troubleshoots, and repairs complex equipment at customer sites. An engineer in this role may find this course based on industrial electrical automation to be useful. Field service engineers need a strong grasp of electrical automation, and this course helps build a foundation in hardwired logic. The engineer diagnoses technical issues and provides on-site support. This course's focus on timers, contactors, relays, and counters may give the field service engineer insight into the operation and maintenance of automated systems. The ability to interpret electrical control circuits proves especially valuable in troubleshooting and resolving equipment problems efficiently, ensuring customer satisfaction.

See salaries and explore the career path for Field Service Engineer

PLC Programmer

A Programmable Logic Controller or PLC Programmer develops, tests, and implements PLC software for industrial automation systems. While this course focuses on hardwired logic rather than PLC programming, understanding the fundamentals of electrical automation it teaches is vital for PLC programmers. The course may be useful in building a foundation in timers, contactors, relays, and counters because many PLC programs replicate or replace these components. The ability to interpret electrical control circuits may prove essential in interfacing PLC systems with existing electrical infrastructure. Knowing the principles of hardwired logic helps the PLC programmer create more robust and reliable automation solutions.

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Robotics Technician

Robotics Technicians install, maintain, and repair robotic systems used in manufacturing and other industries, and may find this course on industrial electrical automation to be useful. A robotics technician understanding of electrical automation and this course helps build a foundation in hardwired logic, which often forms the basis of robotic control systems. The course's coverage of timers, contactors, relays, and counters may be a launching point into a knowledge of the components used with robotic systems. The ability to interpret electrical control circuits proves invaluable for troubleshooting and resolving issues with robotic systems, ensuring their safe and efficient operation.

See salaries and explore the career path for Robotics Technician

Industrial Electrical Automation 1. Hardwired Logic.

What's inside

Syllabus

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Reviews summary

Industrial electrical automation: hardwired logic essentials

Activities

Career center

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