Youtor
2편 LS산전PLCXEMDN32H2와 ST언어로 제어 시작해보기녹칸다의 내맘대로 PLC 시리즈
>> YOUR LINK HERE: ___ http://youtube.com/watch?v=zzEiieag7Os
The project implemented in the live broadcast was uploaded to Nokkanda's blog below! • https://bota.tistory.com/2173 • Nockanda's PLC series! • For this series, please create explanatory materials on the Google Slides below! (shared with everyone) • https://docs.google.com/presentation/... • Nockanda is a YouTuber who codes with Arduino! • This series has the following precautions! • 1. Nockanda does not know much about PLC (most important) • 2. A person who used to code with Arduino made materials for beginners from the perspective of looking at PLC! • 3. Therefore, there is no intention to make PLC the standard! • 4. Nockanda 's PLC CPU can be controlled with Ladder Logic (LD) and ST language! • 5. I don't understand leather logic at all, so I finished it by running only a few samples! • 6.ST language is a bit understandable, so let's make various examples based on the Arduino coding strategy! • 7. However, the content to be coded by Nockanda in the ST language is “Is it really possible to do this?” is not guaranteed, let's focus on “finally it works”! • 8. If there is an incorrect explanation during the process, please let Nockanda know. Thank you! • In this episode, based on the development environment set up in Part 1, let's approach using the ST language instead of Ladder Logic! • And all examples to be implemented in the future should be implemented in the ST language! • In Part 1, a product called XBM-DN32H2 was used, but this product cannot be coded in ST language! • Therefore, this time, let's use a product called XEM-DN32H2! • (XEM-DN32H2 is capable of both, so it would be better to prepare XEM-DN32H2 in the first place) • However, the pros and cons of the two products cannot be known even by Nokkanda, so you have to judge for yourself! • The first thing to do when approaching a programming language, whether Arduino or C#, is to understand variables and data types! • Let's take a look at how memory is organized in PLC and how it is addressed! • Let's learn about the basic structure of the ST language and implement some easy examples implemented in Part 1 in the ST language!
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