In this udemy Course : PLC using Arduino and CODESYS at Home, you will learn to Design Automation projects from A-Z using Arduino, Soft PLC, HMI, VFD, ModBus TCP and Electrical panel with full simulation!
- Course Provider : Udemy
- Course Instructors : Mohammad Hamsho
- Price : $39.99 (Special Discount 50% off the original price when using Buying this Course from Here)
- Lectures : 66
- Video: 8 Hours
- Skill Level: All Levels
- Languages: English
- Includes : Lifetime access, 30 day money back guarantee, Available on iOS and Android and Certificate of Completion.
WHAT WILL YOU LEARN In PLC using Arduino and CODESYS at Home COURSE?
- Integrating an Arduino with Soft-PLC (CodeSYS)
- Integrating Arduino with HMI supporting ModBus TCP
- Basic motor driver control (VFD) using Arduino
- Simulate industrial automation projects using Arduino
- Design two full industrial automation projects from scratch
- Interfacing industrial sensors with Arduino
- Using cutting edge software to design automation projects
- Ladder logic skills
- Learning VFD setup
- Prior Arduino programming knowledge
- Arduino UNO
- Arduino Ethernet shield
- A Computer/Laptop equipped with Ethernet port and Windows platform
DESCRIPTION OF PLC using Arduino and CODESYS at Home COURSE:
This course provides hands-on Step by Step experience to integrate, Arduino, PLC and HMI using Modbus TCP by implementing real industrial projects.
Real projects will be designed step by step to help you grasp the concepts.
By the end of this course, you will be able to integrate various technologies to control industrial automation projects in multiple ways, like using Soft-PLC with Arduino and using HMI with Arduino.
The materials also contain a lot of videos that will teach you various skills. Stuff like, Ladder logic programming, HMI design, VFD driving and many other cool lectures that you can use to expand the Arduino integration in real industrial automation projects.
You will use technologies and brands like :
- Schneider Electric
- Modbus TCP
- VFD (Industrial motor drivers)
And the best part is you will be able to simulate and integrate most of the things without having to buy any expensive industrial automation hardware. However, if you plan to buy the equipment, then you will be able to design your projects since this course will walk you through Programming and schematic of two complete integration projects.
This course will be based on the famous industrial protocol Modbus TCP, where you will learn how to use it in integrating almost any Modbus TCP supported device with Arduino, and just to note, this protocol supported by over 70% of the industrial automation devices and equipment.
What you need is:
- Arduino UNO
- Arduino Ethernet shield
- PC/Laptop with Windows
- Some wires and potentiometer
- Optional(8-CH Arduino Relay external card with 5v 700mA minimum power supply)
All software we will use are free so you don’t need to worry about obtaining any of them, all the links will be provided, noting that these are very highly professional software used by the biggest companies around the world and are by no mean poorly developed ones.
Skills you will learn in this course:
- Arduino Integration with CodeSys Soft PLC systems
- Arduino integration with HMI
- Learning how to use Modbus TCP with multiple equipment
- Basic VFD driving using Arduino
- Design HMI screens in two different software
- Designing in Ladder Logic
- Handling Classical VFD devices (Industrial motor drivers)
- Using Arduino to simulate small size industrial automation projects
The two projects designed from scratch in this course are designed step by step. And besides, by the end of each project, an electrical panel-based demonstration video will be shown to let you see the result not only in simulation but also with real industrial automation electrical hardware.
WHO IS THE TARGET AUDIENCE?
- Any enthusiast about expanding Arduino capabilities to real applications
- Anyone curious about integrating arduino with HMI and PLC
- Arduino Hobbyist
- Industrial Automation Designers
- Computer engineers
- Electrical and Electronics engineers
- Control Engineers
- Communication Engineers