Happy to hear your appreciation, Michael! We have a free course on PLC Hardware as well, if that's of interest to you. bit.ly/2XnnUrF Thanks for sharing, and happy learning!
This is one of the highest quality TH-cam channel I have ever seen. These videos are better than some college and university courses. As an engineer myself, I'm still learning, more so from RealPars. Excellent work. 👏🏽👏🏽👏🏽💯🏆
Hi there, Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback! If you ever have any questions, feel free to reach out to us. Happy learning!
Kerlan 1 year ago (edited) This is one of the highest quality TH-cam channel I have ever seen. These videos are better than some college and university courses. As an engineer myself, I'm still learning, more so from RealPars. Excellent work.
Wow! Awesome video! Highly appreciate that I finally know what an actuator is after hearing about it repeatedly in controls and modeling classes. Great work!
Thank you! I watched your video first before reading my class material and it helped me understand within minutes, what I'm about to read... which will probably take an hour. Thanks again!
Thank you for your content that help me a lot.. I'm Automation Engineer student, i loved your videos and i will download the app😊 Cheers from Indonesia✌️
Thank you so much for this video .I work at Tesla and I'm new to automation and need more info about control automation programming. I bought a T-shirt to make me feel that I am an Automation Engineer. I'm building 3 BeckHoff Test Bench from a scratch.
You're more than welcome! Great to hear that you are motivated to start diving into the automation world :)! Our course library is specifically designed in a way where it provides all the tools needed for beginners to evolve into an advanced level through our hands-on courses. Feel free to browse through our course library to see all the different topics we are covering. bit.ly/30AVJaR Of course, always feel free to leave us any questions if you are stuck along the way. Happy learning!
Thanks for the information. Keep moving forward and always be successful. Keep up to date all the information about Electrical and electronic engineering. My best regards Fandy Nuari Pasaribu. Senior Electro Technical Officer at Oldendorff carrier.
Hi Fandy, Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback! If you ever have any questions, feel free to reach out to us. Happy learning!
We are very happy to hear that, Bruce! You might want to have a browse around as I am sure this is of your interest. bit.ly/30AVJaR Just to let you know, that we also have a free course on PLC Hardware bit.ly/2XnnUrF Feel free to contact us if you have any questions. Happy learning!
A sensor detects and makes the value known to the operator or control system. The control system or operator sends a command to an actuator to change the state of the process. So sensors and actuators work together to control a process, but they are not the same.
Well done, and I also have a question the exmple that you talked about in the video, pnumatic acuator is operate by Commpres ait but in the video you said, by a plc send 4 to 20mA to open the valve? so this axample is belong to electric acuator or pnumatic acuator ???
Hello @Rama Rama. That's a great question. Thanks, for reaching out! The valve is a pneumatic device operated by a 3 to 15 psi signal. The controller 4 to 20 mA signal is sent to a "Signal conditioner" called an I/P. I/P is short for Current to Pressure. This I/P signal conditioner converts the 4 to 20 mA to a pneumatic signal of 3 to 15 psi.
Excellent video! I do have a question though: At 3:13 would the unit that receives the 20mA current and creates the pressure for the valve actuator be an actuator itself, or would that only be the case if the unit has moving parts inside (i.e. since the definition of an actuator is a mechanism that uses energy from a source to make something else move)?
Hi there @rickmontgomery3037, Thanks for the question. The current signal doesn't actually create the pneumatic pressure to move the actuator. There is a signal conversion done at the front end by a device called an I/P. (Current to pressure). This device is supplied with a fixed pneumatic pressure usually around 40 to 60 psi. The input current range of 4 to 20 mA is converted to a pressure range of 3 to 15 psi. You are correct though, as the I/P is not an actuator by definition, but applies the pneumatic signal to the valve actuator to make it move. I hope that answers your question.
Hey! That is amazing to hear! We have a course library filled with exclusive course videos, which would surely be a great next step. Feel free to have a browse through our course library to see which topics we cover at the moment. bit.ly/30ZrxWq Or try our free course on PLC Hardware bit.ly/2XnnUrF If you have any questions, please do not hesitate to contact us at any time. Happy learning!
Hey! Thanks for your comment! We currently have the following two video courses on SCADA th-cam.com/video/nlFM1q9QPJw/w-d-xo.html th-cam.com/video/xvVCSYt_YsQ/w-d-xo.html Hope that helps! Happy learning!
Hi there, Thanks for your comment! Our RealPars App is solely a means to access our complete course library. You will obtain full access to our complete course library (400+ video courses) by subscribing to either our monthly package for €22.12 a month or our yearly package for €159.28 Hope this helps! If I can be of any further assistance, please let me know - I’m more than happy to help!
@@realpars Thank you for your response! I would not mind subscribing and the fees. However my sole purpose of studying is so that i could install actuators and program my digital piano to play by itself using midi files or convert it to something that would work with actuators. If i can make it on one piano then I can reproduce it and make it commercially available. If you can help me with the project, we can discuss the cost of your services and make a contract. Is that ok? Thanks in advance!
Dear could you please answer my question. How small pressure in the pneumatic actuator .2-1bar is controlling the process fluid/steam pressure which is very high e.g 40 bar. Is it because of the area? Or what? Plz explain
Yes, the actuator acts as a force multiplier according to Pascal's Law: F2= [F1 x A2] /A2. Most pneumatic actuators translate pressure force into torque to block or allow flow. The volume of the pneumatic space in the actuator and pressure plate/diaphragm area determine the maximum force/torque and stroke time.
Thank you for your inquiry. While it's true that you can make that comparison, it's important to note that an actuator, when paired with the appropriate electronic circuit, can modulate and control openings or closures at various levels, measured in units or degrees. In contrast, MOVs typically operate in a fully open or closed state. For further insights, you can explore more in-depth information through this link. Happy learning!
Just two days ago I dealed with an pneumatic actuator just like in the video with the positioner that conectetd to the plc. So Before I had to calibrate the positioner with Hart comunicator
Correct. They need a mechanism to allow the actuator to change position. This is most easily done with a solenoid capable of allowing air (pneumatic) or water or oil (hydraulic) to move the actuator. However, there are ways to use pneumatic or hydraulic pressures to cause the actuation to occur, but they are very limited in what can be done. Manually-actuated valves fan be used to direct air or hydraulic pressure to actuate these devices without a solenoid or electricity. These mechanisms are very useful in hazardous areas.
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I feel lucky that this information is free
Happy to hear your appreciation, Michael! We have a free course on PLC Hardware as well, if that's of interest to you. bit.ly/2XnnUrF
Thanks for sharing, and happy learning!
@@realpars do you have course on control? Thanks for the nice video!
The problem is language
yes, for sure! This is just amazing
Hi I need. Coaris a instromet if. Yuo can help me
This is one of the highest quality TH-cam channel I have ever seen. These videos are better than some college and university courses. As an engineer myself, I'm still learning, more so from RealPars. Excellent work. 👏🏽👏🏽👏🏽💯🏆
Hi there,
Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback! If you ever have any questions, feel free to reach out to us.
Happy learning!
th-cam.com/video/P5siv7lUTyg/w-d-xo.html
Thankyou gues
Typical energy pen magic valve actuators source energy saved and contolled
Hindi me seekhiye actuator ki working. Actuator kya hai, isko return line pe hi kyun lagate hai?
th-cam.com/video/9tED0-C2kIM/w-d-xo.html
I am an engineer and I learn a lot of stuff from your channel and i love how you present your content 💜 keep going
That's amazing! Thanks for sharing.
Me also ☺️
Hindi me seekhiye actuator ki working. Actuator kya hai, isko return line pe hi kyun lagate hai?
th-cam.com/video/9tED0-C2kIM/w-d-xo.html
Testimony:I had design an actuator but honestly I have never been educated by them like this. Thanks you got me I am now your subscriber
Hello! I'm from Russia. Your videos helps me to learn technical english for my speciality. Thank you so much!
That is amazing, Serega! Thanks for your support!
A big shout out from Ghana....thank you for this opportunity....Long live RealPars, bless
Thanks a lot, Frank!
Kerlan
1 year ago (edited)
This is one of the highest quality TH-cam channel I have ever seen. These videos are better than some college and university courses. As an engineer myself, I'm still learning, more so from RealPars. Excellent work.
Thank you so much! We truly appreciate your kind support.
This channel and it's content is like a diamond
I' m brasilian and I love your videos!☺️
Amazing, Marcio!
The content quality of this video is just great
Thanks a million!
You are doing great job guys. Million thanks from an ICT teacher!
Our pleasure, glad to hear that! Happy learning.
Wow! Awesome video! Highly appreciate that I finally know what an actuator is after hearing about it repeatedly in controls and modeling classes. Great work!
Glad you liked it! Thanks a lot for sharing your positive feedback with us, AJ!
Hindi me seekhiye actuator ki working. Actuator kya hai, isko return line pe hi kyun lagate hai?
th-cam.com/video/9tED0-C2kIM/w-d-xo.html
Best chanel for industrial information 👍
Glad you think so, Mukul!
The best TH-cam channel I have ever seen
Thank you
Great to hear that! Thanks for sharing.
Too good and easy to understand, clarity in explanation.. thankyou RealPars
Glad you liked it! Happy learning
I love realpars... I have actually been watching their videos for a long time now ... ☺️
Glad to hear that, James! Happy learning
I can't express my feelings about you. I haven't words for you. Great. Keep it up 🥰
Thank you so much!
Your channel is one of the best channel to learn. Thanking you for providing such information in simple terms.
That's amazing to hear, Suman! Many thanks for your support and feel free to leave us any questions you might have along the way.
Happy learning!
i real feel Thankful to u for such a 3D animation and even.explained is written as well
Thanks a lot!
Application is great approach to endusers, thank you so much.
You are very welcome, Shami!
direct to the point and easy to understand thank you
Glad it was helpful!
I'm so blessed to watch this video...subscription is sure.
This is what I'm paying money to learn.........much thanks to you @Realpars
Glad to hear that, Egbetola!
Very informative. Enjoyed the video. Simple and easy to understand. Thanks 👍
Happy to hear that, Zuhaib! Thanks for sharing.
Thank you! I watched your video first before reading my class material and it helped me understand within minutes, what I'm about to read... which will probably take an hour. Thanks again!
Glad it helped!
Thank you for your content that help me a lot..
I'm Automation Engineer student, i loved your videos and i will download the app😊
Cheers from Indonesia✌️
i'm currently working on flat rolling mill project in Indonesia :D
@@josipkatalinic5879 That's great! Hope your working have finished :D
Amazing to hear that, Zubair! We will be happy to see you joining the RealPars family soon!
Feel free to reach out to us if you have any questions.
@@realpars Thank you! Hmm, can i have internship with RealPars family :D
Thank you, easy to understand and great animations
Thank you very much!
from Egypt .. you are great .. thanks for your videos
Simple short and complete❤️
You're doing really great job, keep going! I highly recommend to take more videos related mechanical side.
Thanks a lot, Berkay!
Although my English level is below intermediate but the explanation is simple, perfect and understandable. Thank you
Glad to hear that!
notes and video very appreciatable
You just got a new subscriber!
Thank you! We're happy to have you here!
Thanks a lot for this video. Really it’s so easy to understand about the Actuator. I'm also feel lucky. ❤️🇧🇩
We're very glad to hear that! Thank you
best instrumentation channel
Amazing, thanks for your support!
It was nicely explained that makes easy to pick up. Thanks for understanding.
Amazing, thanks for sharing!
Great! The first times after many times saw it, I understood clearly.
Amazing!
quality of videos are awesome..!
Thank you, glad to hear that!
Thank you so much for this video .I work at Tesla and I'm new to automation and need more info about control automation programming. I bought a T-shirt to make me feel that I am an Automation Engineer. I'm building 3 BeckHoff Test Bench from a scratch.
You're more than welcome!
Great to hear that you are motivated to start diving into the automation world :)!
Our course library is specifically designed in a way where it provides all the tools needed for beginners to evolve into an advanced level through our hands-on courses. Feel free to browse through our course library to see all the different topics we are covering. bit.ly/30AVJaR
Of course, always feel free to leave us any questions if you are stuck along the way.
Happy learning!
Thankful to you for creating so amazing videos😊👍👍.
Glad to hear that!
Subscribed! Really helpful as I'm brushing up some theory for job interviews!
Awesome! Best of luck with the interviews!
Very helpful. Thank you very much
You are very welcome! Happy learning
Thanks for the information. Keep moving forward and always be successful. Keep up to date all the information about Electrical and electronic engineering. My best regards Fandy Nuari Pasaribu. Senior Electro Technical Officer at Oldendorff carrier.
Hi Fandy,
Thanks a lot for your kind compliment! We are always extremely happy to hear such positive feedback! If you ever have any questions, feel free to reach out to us. Happy learning!
Very good as usual, always wealthy content
Great to hear that! Thanks for sharing.
Amazing videos to understand. Thank you very much. Keep doing.
Glad to hear that!
Nice for all sharing and thanks again. ☺️
Our pleasure, happy learning!
Very useful, thank you.
Glad it was helpful!
Thank you for giving this video👍
You are very welcome, Mohammed!
Very informative Sir! Thank you!
You Guys do a fantastic job!! I really enjoy your videos. I am planning on taking plc courses in the future!!
We are very happy to hear that, Bruce!
You might want to have a browse around as I am sure this is of your interest. bit.ly/30AVJaR
Just to let you know, that we also have a free course on PLC Hardware bit.ly/2XnnUrF
Feel free to contact us if you have any questions.
Happy learning!
Good
Hindi me seekhiye actuator ki working. Actuator kya hai, isko return line pe hi kyun lagate hai?
th-cam.com/video/9tED0-C2kIM/w-d-xo.html
Thanks your, for sharing this basic knowledge.
You are very welcome, Feroz!
thanks for such information...very good
Thank you! This is very useful
Glad it was helpful, Bakri!
Good effort to make this clip
Thank you, Kiran!
Great explanation 👍👍
Thanks for your support, Sudhangshu!
Nice actuators understandings.
Thank you!
Thank you I am very happy and I understand it clearly but I have a question can we say actuators and sensors are almost same
A sensor detects and makes the value known to the operator or control system. The control system or operator sends a command to an actuator to change the state of the process. So sensors and actuators work together to control a process, but they are not the same.
Thank you amazing explained
Thank you!
Well done, and I also have a question the exmple that you talked about in the video, pnumatic acuator is operate by Commpres ait but in the video you said, by a plc send 4 to 20mA to open the valve? so this axample is belong to electric acuator or pnumatic acuator ???
Hello @Rama Rama. That's a great question. Thanks, for reaching out! The valve is a pneumatic device operated by a 3 to 15 psi signal. The controller 4 to 20 mA signal is sent to a "Signal conditioner" called an I/P. I/P is short for Current to Pressure. This I/P signal conditioner converts the 4 to 20 mA to a pneumatic signal of 3 to 15 psi.
Well done
Thanks for the app :)
You're welcome!
Really great job
Thank you, Taha!
Excellent video! I do have a question though: At 3:13 would the unit that receives the 20mA current and creates the pressure for the valve actuator be an actuator itself, or would that only be the case if the unit has moving parts inside (i.e. since the definition of an actuator is a mechanism that uses energy from a source to make something else move)?
Hi there @rickmontgomery3037, Thanks for the question. The current signal doesn't actually create the pneumatic pressure to move the actuator. There is a signal conversion done at the front end by a device called an I/P. (Current to pressure). This device is supplied with a fixed pneumatic pressure usually around 40 to 60 psi. The input current range of 4 to 20 mA is converted to a pressure range of 3 to 15 psi. You are correct though, as the I/P is not an actuator by definition, but applies the pneumatic signal to the valve actuator to make it move. I hope that answers your question.
@@realpars Great, thanks so much for the explanation! 👍
Nice explanation. Thanks sir!!!. Keep going
Great to hear that! Thanks for your support.
Totally appreciating from me!
Thanks a lot!
please more videos on power system. Reactance,Inductive and capacitive reacatance.Thank you in advance.
Thanks for your comment and suggestion! I will happily go ahead and forward this to our course developers.
Thx u helped me a lot 👏
Glad we could help! Happy learning
Thank you for sharing, so good
You're more than welcome!
@@realpars thanks
Thanks for share 👍🏽👍🏽
You're very welcome!
Well explained.
Thank you!
thankyou for the information
Our pleasure!
Very good, thank you!
Glad you liked it!
Is the actuator to move the car seat linear?
And what kind of input energy does it require?
Yes, the actuator that moves the car seat is a linear actuator. It is powered by the car's 12V electrical system.
I'm learning so much from your videos! Where do you suggest I go next to keep learning?
Hey!
That is amazing to hear!
We have a course library filled with exclusive course videos, which would surely be a great next step.
Feel free to have a browse through our course library to see which topics we cover at the moment. bit.ly/30ZrxWq
Or try our free course on PLC Hardware bit.ly/2XnnUrF
If you have any questions, please do not hesitate to contact us at any time.
Happy learning!
Did u make detailed videos on each of the actuators?
Hi James,
Not yet, but this would be a great topic suggestion! I will happily pass this on to our course developers.
Happy learning!
Dear RealPars
I'm eager to learn SCADA, is there any course on SCADA?
Hey!
Thanks for your comment!
We currently have the following two video courses on SCADA
th-cam.com/video/nlFM1q9QPJw/w-d-xo.html
th-cam.com/video/xvVCSYt_YsQ/w-d-xo.html
Hope that helps!
Happy learning!
Most common concerns about our motor receptors as well as lactic
Hi..Can u pls explain the e-actuators in car braking system?
Thanks for your topic suggestion, Kavi! I will happily go ahead and pass this on to our course developers as a topic suggestion.
Happy learning!
I finally find a lesson that it's not in hindi 🙂
Great vid once again, thanks for sharing. 🐵
You are very welcome, Charlie!
I have a project to install actuators on a piano to make it a self playing piano, will the realpars app help me accomplish the task? Thank you!
Hi there,
Thanks for your comment!
Our RealPars App is solely a means to access our complete course library. You will obtain full access to our complete course library (400+ video courses) by subscribing to either our monthly package for €22.12 a month or our yearly package for €159.28
Hope this helps! If I can be of any further assistance, please let me know - I’m more than happy to help!
@@realpars Thank you for your response! I would not mind subscribing and the fees. However my sole purpose of studying is so that i could install actuators and program my digital piano to play by itself using midi files or convert it to something that would work with actuators. If i can make it on one piano then I can reproduce it and make it commercially available. If you can help me with the project, we can discuss the cost of your services and make a contract. Is that ok? Thanks in advance!
Dear could you please answer my question. How small pressure in the pneumatic actuator .2-1bar is controlling the process fluid/steam pressure which is very high e.g 40 bar. Is it because of the area? Or what? Plz explain
Yes, the actuator acts as a force multiplier according to Pascal's Law: F2= [F1 x A2] /A2. Most pneumatic actuators translate pressure force into torque to block or allow flow. The volume of the pneumatic space in the actuator and pressure plate/diaphragm area determine the maximum force/torque and stroke time.
@@realpars thanyou sir. Much appreciated for the quick response.
Thank you for this video. Could you please make video about SIL rating
Hey!
Thanks for your comment and your suggestion. I will pass this on to our course developers!
Thanks for sharing and happy learning!
@realpars .awesome video!....can you do a video series on PID tuning?
Hey!
We have a video on PID tuning over here bit.ly/39BO8wt
Happy learning!
thank you alot great vid
You are very welcome, Soualmi!
Is actuator the same as MOV? If not, can you pls explain the difference.
Thank you for your inquiry. While it's true that you can make that comparison, it's important to note that an actuator, when paired with the appropriate electronic circuit, can modulate and control openings or closures at various levels, measured in units or degrees. In contrast, MOVs typically operate in a fully open or closed state. For further insights, you can explore more in-depth information through this link.
Happy learning!
4:07 the old Microsoft Edge 🥲
Great video.
precise, robust
I would like u to make a video of how to use the multimeter
Thank you for your topic suggestion! I will happily go ahead and pass it on to our course developers.
Great video! can you make about an automatic voltage regulator (of an AC generator)?
Hey!
Thanks for your comment and your suggestion. I will pass this on to our course developers!
Thanks for sharing and happy learning!
Please make video on internal working of actuator.
Thanks for sharing your topic suggestion! I will happily go ahead and forward this to our course developers.
Great video
Great to hear!
great stuff
Thank you!
Just two days ago I dealed with an pneumatic actuator just like in the video with the positioner that conectetd to the plc. So Before I had to calibrate the positioner with Hart comunicator
Hart communicator, tell me more
I don't like hart. they requires a 250 ohm resistor into the loop in order to work properly. pathetic!
So in the end even hydraulic and pneumatic needs electricity to operate, CORRECT??
Correct. They need a mechanism to allow the actuator to change position. This is most easily done with a solenoid capable of allowing air (pneumatic) or water or oil (hydraulic) to move the actuator. However, there are ways to use pneumatic or hydraulic pressures to cause the actuation to occur, but they are very limited in what can be done. Manually-actuated valves fan be used to direct air or hydraulic pressure to actuate these devices without a solenoid or electricity. These mechanisms are very useful in hazardous areas.
@@realpars thank you sir
I want to learn more about pneumatic control valve and it's calibration
Great topic suggestions! I will forward those to our course creators.
Thanks for sharing!
Thank you Sir
You're very welcome!
Thank you so much
You're very welcome, Pritesh!
Right on time! I am ready to get started! Oh wait... nvm #got more than 5 problems