Great thanks to the author! I'm very glad that eventually someone gives us such valuable content. Being Electrical Control Design Engineer I find this videos extremely valuable for me. So, please sir, provide more information about designing (preferably using EPLAN) industrial automation. For example using safety relays, sensors connection on the diagram, designing control panels, dealing with terminals and so... Perhaps looking through out one of your projects
Instead of restricting access to their knowledge they are building army of engineers loyal to their brand. Thats a smart move! Bosch Siemens and Honeywell could learn a thing or two from their book!
Hi bro, its me again 😁😁, really appreciate and huge gratitude on your hard efforts! I can feel your sincere and efforts and thinkings on how to break down parts by parts and let us understand very clearly!
I like your courses. They enhance my PLC understanding. I am a trainer of basic PLC at work. I use the company PLC but I want to learn other PLC as well. Mostly I would like to learn Siemens PLC
It's great that our videos helped you with PLC principles understanding. Keep it up and learn more. Stay with us as well for the next episodes and let us know if you need any help down the road.
Very clear explanation, very clear materials, concisely and easy to understand, and very good practical exercise, very useful for an electrical designer. if you can do a full training course for a schematic for a full automation control system, that would be great.
@@Upmation 1.can we use capacitive touch pad switch (with 5v /24 v dc relay )......in place of start/stop/selector switch ? in a 24 v dc PLC? 2. As we are using retentive timers......how we can design ladder logic for PLC.. so that process start ITSELF after power supply resumes ? (i.e ..not starting with the help of start switch)
Hi, what software is being used for simulation purposes at 6:33? I would really like to better my control circuit wiring via a simulation exercise but I'm struggling to find something like you've demonstrated
I'm a mechanical and Production Engineering technology graduate, but I want to train with PLC programming for machine trouble shooting for Fanuc, Mitsubishi and Siemens controlled machines.
Hi, I am confused about wiring in 7:28. I see that you have used sinking type of connection(24VDC to coils), but i have checked the electrical diagram of this module in datasheet, and I saw that the outputs should be connected to the GND(sourcing type of output module), not 24VDC. Is this particular module both sinking and sourcing, I cannot find the information about that. Sorry, for my English skills ;) I would be grateful for response
Hey there! Thank you for your comment. Yes, you're right and it's a mistake in the drawing of the DO card. There should be '0 volts' connected to the other side of the devices that are connected to the DO card. Sorry about that! :)
@@Upmation Thanks for response! but I have second question, the Q1 motor overload switch have additional NC contact, so when it is ON the contact is closed, and whent it is OFF the contact is open? I am asking because considering relay it would be closed not energized, and open when the coil is energized. So it works in a different way
Hi, Ben! Sorry for missing out on your comment. The short answer to your question is, No! That is because the stop condition will depend on "Stop" AND "XIC" at the same time. It means that to be able to stop the motor, there should be a motor fault AND the "Stop" push button should be pushed simultaneously. For instance, if we push the "Stop" push button and there is not a motor fault in the circuit, then the motor WILL NOT STOP. So putting them in parallel will make them independent. Please let me know if I can be of further help.
Tell me why did you use NC "Reverse run" in series with Forward run SR. And NC " Forward run" in series with Reverse run SR. And stop and fault in parallel. Is not be in series? Making me confuse please clear my point.
Hello sir, I'm confused about the NC motor fault in the ladder diagram. Shouldn't it be in series with the forward and the series NO contacts, so that when a short circuit occured, it will switch to NO and cuts the contacts of the motor? Please explain that issue in detail.
Are you leaving the PLC program as it is? If so, the SR will never work. The reset is high, so no matter what happens on the set terminal, the output will always stay low. Am I missing sth?
Thanks for the basic tutorial, its ez to follow, just one question, I am using Eplan P8 ver.2.7 and i couldn't find the "Triple NO contact, 6 connection points" under the NO contact option, is this because i did something wrong or I need upgrade my version to 2.9?
Hi! I think something might go wrong with your library when you were installing the software. But to be sure before you reinstall the software or take any other action, please look more carefully for that item at the higher level of hierarchies. Thank you and please let me know if you found it or not.
You're welcome! You can contact them, and they will get back to you: www.eplanusa.com/company/contact/ You can download the EPLAN Education for Students as well: bit.ly/3rtnznb
Some things bother me in the wiring diagrams. On the motor connection circuit L1; L2; L3 goes to W1; V1; U1... should be the other way around. So your reverse will actually make the motor go the intended way and vice versa. @5:28 the other ends of Outputs are connected to 24V... should go to 0V
Hey, Taavi! It seems these designations come from a standard which goes back to the early days of three-phase equipment. You're completely right about @5:28. For other people who read this, PLC DO cards will output the control voltage (24 volts, for instance) and therefore we should wire 0 Volts to the other connection of the devices. Thank you for your meticulous attention to details!
@@Upmation I might add to this, the PE crossing over is considered bad practice. You could simply turn that arrow around (tab while inserting it) and place it over the PE of the motor.
@@DerKB79 Hey, Jörg! Thank you for the input! But according to the common practices (which we've talked about them in this video as well: upmation.com/wiring-diagrams/), we should outline the drawings so that we can read them from left to right. That's why all of the entering arrows are considered left to right.
@@Upmation To avoid this, you could have gone PE - L3 - L2 - L1 at the top for example, putting your motor connections in order without crossing anything and you could have gone around any other connections with minimal crossing going on. But since you use PE only once here, there is no need for it. Another way of avoiding it, put PE on the buttom of the page and bring it up, like you mostly do in DC circuits, put +24 DC on the top of page and 0V on the buttom, same goes for AC, incomming on the top (230V for example), return on the bottom (for me that mostly is N). I think we are having this argument (if you can call it that) cause for me here in Germany, it´s a bit different then for you in the US i guess, we are using the same symbol libaries, but might not do everything the same way.
Q0.2 on the output of Q0.0. Q0.3 on the output of Q0.1. For stop lamp we'll need another network: ~Q0.0&~Q0.1=Q0.4
3 ปีที่แล้ว +1
Hi! At 6:03 you use a software to simulate a circuit, or is just animation graphic? I only know CADe SIMU and FluidSIM which can do this. It would be great to know more software with huge functional symbol sets.
I have been trying to replicate the plc programming, forward / reverse with my LOGO software Comfort. could you please explain how to SR flip-flops thanks
Great thanks to the author!
I'm very glad that eventually someone gives us such valuable content. Being Electrical Control Design Engineer I find this videos extremely valuable for me. So, please sir, provide more information about designing (preferably using EPLAN) industrial automation. For example using safety relays, sensors connection on the diagram, designing control panels, dealing with terminals and so...
Perhaps looking through out one of your projects
Sure! We will consider your suggestion for next videos. Thank you!
Today is a holiday! Upmation has released a new video:) Thank you very much, I was really waiting for your new products!!!
Hey! We appreciate your support. Hope you've enjoyed it! Thank you! :)
Instead of restricting access to their knowledge they are building army of engineers loyal to their brand. Thats a smart move! Bosch Siemens and Honeywell could learn a thing or two from their book!
thank u
I don't know how to thank you enough. This has been a great reference tool for me.
Awesome! It's great to hear it helped you this much! Please feel free to share this video with your friends and colleagues.
Wonderful video, lot to learn
Hi bro, its me again 😁😁, really appreciate and huge gratitude on your hard efforts! I can feel your sincere and efforts and thinkings on how to break down parts by parts and let us understand very clearly!
Hi there! Happy to read your comment again! Thank you for the complements. So we were successful in our mission to simplify the contents :)
Thank you ! I appreciate you producing this series.
Glad you enjoy it!
I like your courses. They enhance my PLC understanding. I am a trainer of basic PLC at work. I use the company PLC but I want to learn other PLC as well. Mostly I would like to learn Siemens PLC
It's great that our videos helped you with PLC principles understanding. Keep it up and learn more. Stay with us as well for the next episodes and let us know if you need any help down the road.
Very informative video, I like that you are combining the design aspect with the plc programming. Great work keep it up!
Hey, Jamie! Thanks for your comment and happy you liked this method of teaching! More to come, please stay tuned.
Excellent video. Worthy to wait for it. Thanks so much Upmation.
Glad you enjoyed it! So nice of you!
Love ❤️ from Raigarh (India)
Very clear explanation, very clear materials, concisely and easy to understand, and very good practical exercise, very useful for an electrical designer. if you can do a full training course for a schematic for a full automation control system, that would be great.
Thank you for your comment and suggestions! Happy it was helpful.
@@Upmation 1.can we use capacitive touch pad switch (with 5v /24 v dc relay )......in place of start/stop/selector switch ? in a 24 v dc PLC?
2. As we are using retentive timers......how we can design ladder logic for PLC.. so that process start ITSELF after power supply resumes ? (i.e ..not starting with the help of start switch)
Thank you! Greetings from Brazil.
You're welcome, Gabriel! Happy to have you here. Please stay tuned for more and share this video with your friends and colleagues. Cheers!
Excellent video! Thank you mores videos with Eplan Electric or Autocad Electrical with PLC program this is fantastic.
Hey! You're welcome! Stay tuned for more of these videos. and please share this video with your friends and colleagues.
super High quality performance / thank you all gentlmen
thank you very much, this is best PLC beginner tutorial with full process.
You're very welcome! Glad you think so!
the best one thanks .very informative , better than half years in school......
Hey, Yeshi! It's great you liked it this much. Thank you for your comment.
Thank you very much for your clear explanation and interesting information, please make more videos like this.
Good luck.
Thank you for your support! It is very nice of you! We're really happy you liked it.
Thank you Upmation!
You're welcome, Emmanuel!
lately, i was watching realbars youtube. Now I can see that they have a guest :)
Hey, Kwame! Thank you for your comment and support. We'll do our best to provide useful and practical information for the fans.
Hi, what software is being used for simulation purposes at 6:33? I would really like to better my control circuit wiring via a simulation exercise but I'm struggling to find something like you've demonstrated
Thank you Professor.
You're very welcome, Mel!
Very helpful and well explained!! Thanks for sharing, sir!🙏✨
You're very welcome! Happy it was helpful!
Great video watch from India.
Thanks for watching!
Wow! Thank you for this nice video.
I have learnt a lot in your lectures.
You're very welcome! Great to hear that! Please stay tuned and share this video with your friends and colleagues. Thank you!
really Excellent Explanation
Thank you! Great to hear that!
amazing content guys, liked, subscribed, keep it up!
Awesome! Thank you for your support!
You are a very good teacher.
I really appreciate 🙏 and hope we learn all about automation.
Thank you very much ❤️❤️
Thank you! It is very nice of you and we're really happy that we could help. Please stay tuned for more of these videos.
Very important tutorial.
Thank you! Glad to hear that! Please don't forget to let us know about your suggestions.
What can I say? Thank you very much. The explanation is simple and very easy to understand.
Great! You're very welcome!
Good video,please continue
good for this information and thank you
You're very welcome!
You are just too good. I'm happy to have subscribe to your channel. Great knowledge sharing.
Welcome aboard, Noel! Happy to have you here!
Ez to understand it. Thanks
You're welcome! Thank you for watching!
Thank you for your videos
You're very welcome!
Thanks for sharing knowledgeable videos'. keep making more informative videos......
You're very welcome! Stay tuned for more.
I'm a mechanical and Production Engineering technology graduate, but I want to train with PLC programming for machine trouble shooting for Fanuc, Mitsubishi and Siemens controlled machines.
Good one..thanks for clear explanation...
Thank YOU for watching! Please let us know if you have any questions or suggestions.
at the 6:00 minute what software do you use to simulate?
I don't understand, your comment was "liked" but not answered
we can get the PB lamp power from the SR's Q o/p is that correct
Awesome, good explanation 🥳
Thank you! Stay tuned for more.
Hi, I am confused about wiring in 7:28. I see that you have used sinking type of connection(24VDC to coils), but i have checked the electrical diagram of this module in datasheet, and I saw that the outputs should be connected to the GND(sourcing type of output module), not 24VDC. Is this particular module both sinking and sourcing, I cannot find the information about that. Sorry, for my English skills ;) I would be grateful for response
Hey there! Thank you for your comment. Yes, you're right and it's a mistake in the drawing of the DO card. There should be '0 volts' connected to the other side of the devices that are connected to the DO card. Sorry about that! :)
@@Upmation Thanks for response! but I have second question, the Q1 motor overload switch have additional NC contact, so when it is ON the contact is closed, and whent it is OFF the contact is open? I am asking because considering relay it would be closed not energized, and open when the coil is energized. So it works in a different way
Thankyou sir for the knowledge
You're very welcome, Linos! Stay tuned for more and please share this video with your friends and collegues.
Great tutorial! But I have a question: how did you animate the flow of current?
Amazing
Thank you for this video
You're very welcome, Selma! Happy you liked it.
Really helpful video. I am waiting for new video.
Glad to hear that! Please stay tuned. It's coming soon!
Wonderful sir......... please share more vedios
Thank you! Will definitely do it.
Excellent classes sir ji 🌹🙏 father
Thank you! Happy to help!
Please 🙏 How can i get the Ecard electrical diagram App?
Great video man. Ill give you 2 thumbs up but there is only one thumbs up buttion!
Thank you very much! We appreciate that.
Excellent...
Please explain how to read 10kv VCB control circuits..
I'll transfer your suggestion to the team. Thank you!
What is the name of the program you are working on in design please?
Thank you, I love it
You're very welcome! Glad you loved it. Please let us know if you have any questions or suggestions and share this video on other social media.
Good morning very good news
Thank you for sharing. Thumbs up :)
Thanks for watching, Saeid!
i love this video
Great video.!!!! I may be mistaken but shouldn't the "motor fault " XIC bit be in series with the stop XIC?
Hi, Ben! Sorry for missing out on your comment. The short answer to your question is, No!
That is because the stop condition will depend on "Stop" AND "XIC" at the same time. It means that to be able to stop the motor, there should be a motor fault AND the "Stop" push button should be pushed simultaneously. For instance, if we push the "Stop" push button and there is not a motor fault in the circuit, then the motor WILL NOT STOP. So putting them in parallel will make them independent. Please let me know if I can be of further help.
Очень полезно для начинающих. )))
Thanks 👍
Anytime!
Tell me why did you use NC "Reverse run" in series with Forward run SR.
And NC " Forward run" in series with Reverse run SR.
And stop and fault in parallel. Is not be in series?
Making me confuse please clear my point.
Need more videos on PLC brief Tutorial..plz consider bro
Hey! Of course! I will transfer your suggestion to the team. Please stay tuned.
Please make video regarding the preparation and reading of Cable Schedule .
Hey! Sure thing! I will let the team know about your suggestion. Thank you!
I'm an electrical engineer bro, plc scada course padicha scope irukuma nu therla
Hello sir, I'm confused about the NC motor fault in the ladder diagram. Shouldn't it be in series with the forward and the series NO contacts, so that when a short circuit occured, it will switch to NO and cuts the contacts of the motor? Please explain that issue in detail.
Upmation what are softwares did you use here
Are you leaving the PLC program as it is? If so, the SR will never work. The reset is high, so no matter what happens on the set terminal, the output will always stay low. Am I missing sth?
Thanks for the basic tutorial, its ez to follow, just one question, I am using Eplan P8 ver.2.7 and i couldn't find the "Triple NO contact, 6 connection points" under the NO contact option, is this because i did something wrong or I need upgrade my version to 2.9?
Hi! I think something might go wrong with your library when you were installing the software. But to be sure before you reinstall the software or take any other action, please look more carefully for that item at the higher level of hierarchies. Thank you and please let me know if you found it or not.
@@Upmation I tried to install the software but the symbol i need was still missing, is there any way that i can update my IEC symbol library?
thanks
Great!
Good vidio👍
Sir what is tha Saft ware you use bay tha create tha palne please thall me about tha plane I want to lorn this
😂 learn english first
When k1 coil has on then k1 NC is open . After that when i want to reverse start don't turn on because k1 NC had ON ..
Please define it
A three phase motor usually has a starter to reduce starting current. How can we manage that along with the reverse functioning of the motor?
In this case you have to have a soft starter or VFD as well.
GOOD VIDEO
Thank you! Stay tuned for more.
Thanks
Hey! You're welcome!
Diagrams Editor Softwer Name Plz?
great 🧠👀
very good, could you please explain star delta schematic diagram?
Hi, Ellen! Yes, I will transfer your suggestion to the team for the next videos. Thank you!
Hi sir may I know what kind of software you are using?
Can you please make PLC Ladder Diagram videos on Rexroth Software ?
Hey, John! Thanks for your suggestion. We will put that on the plan.
@@Upmation ok 👍
Hello what name software .
The PLC programming software that is used in this video is TIA Portal V16.
This is plc only simulation correct.
how can i get software
Thanks for video, could you please tell where you got Eplan Electric P8 software?
You're welcome! You can contact them, and they will get back to you: www.eplanusa.com/company/contact/
You can download the EPLAN Education for Students as well: bit.ly/3rtnznb
@@Upmation thank you for sharing
Perfect
Thank you, Nikita!
Do the contactors have coils?
Yes, of course, they have. Their function is almost the same as the Relays but they're used for different purposes.
@@Upmation Thank you for your answering! This is really cool!
Hola amigo bajo que norma de eléctricas trabajas?
tnx
Welcome!
Please, Make some input and output connection of pLC vedio with sensor connection.
Sounds like a good suggestion! I'll transfer it to the team. Thank you!
Appreciated efforts, I’m also providing the Free and complete PLC training please visit and watch.
th-cam.com/channels/CjYS4WI7Mz75kmNcSgmSOw.html
It's a good one 👍
نبي البرنامج لمحاكاة الدائرة الكهربائية
What's name the program plc?
plz make a video about traffic light plc ladder
Hey! Sure!
Great
Some things bother me in the wiring diagrams.
On the motor connection circuit L1; L2; L3 goes to W1; V1; U1... should be the other way around. So your reverse will actually make the motor go the intended way and vice versa.
@5:28 the other ends of Outputs are connected to 24V... should go to 0V
Hey, Taavi! It seems these designations come from a standard which goes back to the early days of three-phase equipment. You're completely right about @5:28. For other people who read this, PLC DO cards will output the control voltage (24 volts, for instance) and therefore we should wire 0 Volts to the other connection of the devices. Thank you for your meticulous attention to details!
@@Upmation I might add to this, the PE crossing over is considered bad practice. You could simply turn that arrow around (tab while inserting it) and place it over the PE of the motor.
@@DerKB79 Hey, Jörg! Thank you for the input! But according to the common practices (which we've talked about them in this video as well: upmation.com/wiring-diagrams/), we should outline the drawings so that we can read them from left to right. That's why all of the entering arrows are considered left to right.
@@Upmation To avoid this, you could have gone PE - L3 - L2 - L1 at the top for example, putting your motor connections in order without crossing anything and you could have gone around any other connections with minimal crossing going on. But since you use PE only once here, there is no need for it.
Another way of avoiding it, put PE on the buttom of the page and bring it up, like you mostly do in DC circuits, put +24 DC on the top of page and 0V on the buttom, same goes for AC, incomming on the top (230V for example), return on the bottom (for me that mostly is N).
I think we are having this argument (if you can call it that) cause for me here in Germany, it´s a bit different then for you in the US i guess, we are using the same symbol libaries, but might not do everything the same way.
Q0.2 on the output of Q0.0.
Q0.3 on the output of Q0.1.
For stop lamp we'll need another network:
~Q0.0&~Q0.1=Q0.4
Hi! At 6:03 you use a software to simulate a circuit, or is just animation graphic? I only know CADe SIMU and FluidSIM which can do this. It would be great to know more software with huge functional symbol sets.
Hey, Lantos! No, it is just a graphical software.
Sir plc scada kara hu job kese kare
Why you stopped making this series?
Hey, Alexandr! Sorry for the belated response and thank you for following up. We are going to continue this course.
Why use an OR logic incase of motor fault
Is it EPlan the free software?
Hi! No, EPLAN does not have a free version. I think there would be only a free trial period.
I have been trying to replicate the plc programming, forward / reverse with my LOGO software Comfort. could you please explain how to SR flip-flops thanks
Mantap
I want a program to control the speed of AC MOTOR through plc.