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your video is great! This video does a much better job than my current school.

good evening. I am asking for the software You are using, I need to practically learn this using it.

Great explanation!

Nice.. can I send you a DM

Nice.. can I send you a DM

Thank you so much

WAR EAGLE mate! Excellent introduction for a guy like me from a totally different background. This is very helpful now that I am around in this field of work. Definitely will cut some time of troubleshooting.

Drawings cannot be seen clearly, needs good focusing, and speach is getting very fast in between explaining drawings, IT'S explain very well thank you..

how to interface QT software with automation studio for GUI development.

Amazing but how do you define the number of element in an array (I did not see it in the video) and if not why the Myarray output 10 values

Sounds all good I have to buy a hi power motor than a high torque motor...is torque is a function of RPM this is very ixnformative

I love this lesson

This was helpful, thanks! :D

TEACH HOW TO BUILD A FLOW CHART AND THEN TRANFER IT TO A LADDER LOGIC PROGRAM

excellent tutorial my G

Milion Thanks

I am at the middle of the video but I can feel the intensity of sweetness from this pot😌. Love your work brother🤝

hello, about brother automation studio, plenty jobs for you like freelance, please contact me yann

Many thanks,I need more on fault diagnosis on PLC programming and communication btw different equipments in an industrial set up

Thank You for Information in this channel Further Siemens tutorial can be found in ruclips.net/channel/UCZpRsBQ7HEnjr0_JypWhO9Q

hey. Kindly sharethe simulation software

I am new in automation and this lecture is inspiring and explicit

Thank you so much. This video is so clearly. Very good explanation :)

Hey Cory, how can one download this software? Could you provide a link, please?

excellent video for a 101 on robotic arm dynamics

just hire a web UX designer lol.

I don't know ifbyounare aware, but in PLC ladder logic there is no such thing as normally closed/ normally open. It's XIO/XIC, or break/make instructions, respectively. N.O. and N.C. is strictly used for the mechanical field side. Having a XIO or XIC instruction tells you nothing of what's in the field. For example, relay ladder logic a stop is always on a N.C. device. However, in a PLC instruction you would have it on a XIC or make instruction because you want the PLC to supply power to the output when the stop switch is in its normal state.

Good job bro, Thank you

I just started learning about PLCs and I'm lost on terminology and abbreviations can you do a video of that, for us beginners? TIA

In electron flow theory current “flows” from negative to positive. Excellent video! I am an industrial electrician and controls have always fascinated and I want to learn the programming aspect of PLC’s

I'm here because our teacher made us summarize this video😕

Didnt really help

With this excellent tutorial I was able to crack the code in plc for troubleshooting gauge!😊

WOWWWW.. i like your teachings... already subscribed.. and watch all your videos.. THANK YOU..

The second tip "Use familiar UI Elements" is really great. You can borrow things from other industries, like e-commerce for example.

I want to go into automation and i love it that i come across this chanel. Please can someone guide me on how to go about it??

Don't know why u say c langage is the next step ?? You proof the contrary in this video , plus both of them work at the same level , it's just the way u will programm it but la ladder is not dead trust me , i work fort smart and mercedes all of process use ladder or logigramm because it's a langage for electrician . To me it's easer to understand the logic langage , ur exemple is pretty simple but if u will do a harder system , by experience ,trust me u will prefer the ladder langage , why ?? Because u just have to put a fonction block to ur line in ladder langage , in c langage u have to define what type of fonction u will use etc . I don't think it's the next step , i think for person who work in industrial company , all of them learned the ladder and all of them will used it bacause it's easer to teach dat and u will do the same result.. It's a question of habit i think .... For the record ;i already used c langage in siemens , still prefer the ladder or logigramm because to me it show u the link between the eletronics and the programmation

Awesome! I would enjoy another tutorial, more on this topic.

Sorry but in 8:14 is not same in struct you need use “or” and must made else with out1:=false and second out1:=(in1 and in2) too you need “or”

You are simply excellent at your explanation skills

very objective and so clear!

Clear and to the point, exc.!

Please share one totorial about programming of PLC as actual visual pictures

8:06 video challenge. Condition should be OR instead of AND, isn't it ?

Im here because its been 15 years since I graduate from college and im about to refresh my memory then I got an interview coming up soon.

what are the software that you use to simulate the ladder ? please send the link of the software

🎯 Key Takeaways for quick navigation: 02:48 🪜 *Ladder logic is composed of networks or rungs, resembling a ladder. These rungs help in controlling equipment by taking inputs, applying logic, and generating outputs.* 04:39 🛠️ *Ladder logic originated from relay logic used in older machines, transitioning to PLCs. It offers a logical and easily understandable bridge between traditional relay systems and modern PLCs.* 05:53 🔄 *Ladder logic's graphical nature makes it easy to troubleshoot, providing a visual representation of the logic flow. This simplicity aids in identifying and resolving issues in the program.* 08:45 ⚙️ *Different types of contacts (normally open, normally closed, positive edge, negative edge) and coils (standard, negated, set, reset) form the basic building blocks of ladder logic programming.* 20:33 ⚡ *Incorporating function blocks, such as timers, enhances ladder logic capabilities, allowing the integration of more complex functionalities into the program.* 23:19 💡 *Ladder logic can be used to solve logical problems, such as controlling an indicator light based on specific conditions like line stoppage and manual mode.* 23:32 🕹️ *Manual inputs, both internal and external, can be integrated into ladder logic, allowing control over outputs like indicator lights, demonstrating the versatility of ladder logic in automation.* 24:15 🔄 *Ladder logic's basic building blocks include contacts, coils, and function blocks. The flow of power from left to right, combined with logical conditions, enables the creation of powerful programs for machine control.* 24:42 🧰 *Ladder logic serves not only as a programming language but also as a powerful diagnostics tool. It allows easy tracing back through contacts and understanding the logic behind the behavior of a system.* 25:10 🚀 *Understanding the basics of ladder logic empowers automation engineers to build on their knowledge and grow in the field of industrial automation, making it a fundamental programming language in this domain.* Made with HARPA AI

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Excellent tutorial, mate! I am coming from an embedded systems/microcontroller background, so programming PLCs is all new to me. Thanks for laying it all out so logically.

This video really opened my mind up to how the robot arm works. I previously thought only 3 DOF were enough to run a robot arm but now I think if only 3 DOF system is developed then the movement might not be as smooth again, just a complete novice on this topic. Great video!