Basics of PLC Programming Using Logixpro for Beginners

Course Overview

Skills and Knowledge:
- Understanding of PLC hardware configuration
- Knowledge of types of inputs and outputs in PLC
- Advantages of using PLC over classic control
- Differentiation between PLC programming languages
- Definition of the PLC scan cycle
- Usage of markers in PLC
- Usage of counters and timers
- Ability to do tasks in silo, batch, I/O, and door simulators
- Ability to write coding and simulate inside the Logixpro program
- Understanding of different procedures such as moving belt, garage opening and closing, and a mixer with a tank and pipes of different liquids

Professional Growth:
This course on Basics of PLC Programming Using Logixpro for Beginners contributes to professional growth in several ways:
1. Enhanced knowledge and skills: By taking this course, professionals can gain a solid understanding of the fundamentals of ladder diagram programming for PLCs. They will learn about PLC hardware configuration, types of inputs and outputs, advantages of using PLCs over classic control systems, and different PLC programming languages. This knowledge can be applied in various industries and sectors that utilize PLCs, such as electrical power engineering.
2. Practical experience: The course utilizes LogixPro simulator, which allows learners to write and simulate ladder diagrams. Through hands-on practice with simulations of real-world scenarios like moving belts, garage doors, mixers, and more, professionals can gain practical experience in PLC programming. This practical experience can be valuable when working on actual PLC systems in their professional careers.
3. Familiarity with PLC simulators: The course provides access to the LogixPro simulator for free, allowing professionals to practice and experiment with different simulations. Familiarity with PLC simulators can be beneficial in troubleshooting, testing, and optimizing PLC programs in real-world scenarios.
4. Problem-solving skills: By completing tasks in various simulators, such as silo, batch, I/O, and door simulators, professionals can develop problem-solving skills specific to PLC programming. They will learn how to analyze and solve issues related to timers, counters, markers, and other important symbols in PLC programming. These problem-solving skills can be applied to real-world PLC programming challenges.
5. Career advancement opportunities: PLC programming skills are highly sought after in industries that rely on automation and control systems. By acquiring knowledge and skills in PLC programming through this course, professionals can enhance their career prospects and open up opportunities for advancement in roles related to electrical power engineering and other fields that utilize PLCs.
Overall, this course provides a comprehensive introduction to PLC programming using LogixPro simulator, equipping professionals with the necessary knowledge, skills, and practical experience to contribute to their professional growth in the field of electrical power engineering and beyond.

Further Education:
This course is suitable for preparing for further education in the field of electrical power engineering. It covers the fundamentals of ladder diagram programming for PLCs using LogixPro simulator. The course provides an overview of PLC hardware configuration, types of inputs and outputs, advantages of using PLCs, different PLC programming languages, important symbols in PLC, PLC scan cycle, usage of markers, and types of timers and counters. It also includes practical tasks in various simulators. Overall, this course can help students gain a solid foundation in PLC programming, which is relevant for further education in electrical power engineering.