How Pneumatic Control Valve Works | Control Valve Actuator Types | Control Valve Positioner Types
ฝัง
- เผยแพร่เมื่อ 20 พ.ค. 2024
- ✅ Join this channel to get access to perks:
/ upmation
Read the full article at ▶ upmation.com/control-valve/
What is a Control Valve and How does it Work? We would almost always like to have control over different parameters of the process like temperature, pressure, level, and so on.
To achieve this, obviously, we need a controller like Programmable Logic Controller or PLC for short.
We also need some sensors and transmitters to send data over to PLC. Finally, we need a piece of equipment to carry out the PLC’s commands which are usually called the “Final Control Element.” A Final Control element can be a pump, a heater, a control valve, and so on.
In this video, we will learn about the control valves, their operation mechanism, and their components in an easy-to-understand method.
After this video, you'll have a great understanding of:
➡ Control valve basics (What are control valve components?)
➡ Most applicable control valves in the industry (such as globe valves)
➡ How Pneumatic Control Valve works
➡ Control valve actuator types
➡ Control valve positioner types
➡ I to P transducers (or I to P converters) and their applications
===========================
✅ Please SUBSCRIBE to get notified about the new videos: bit.ly/32mlhu9
===========================
SECTIONS of this video:
0:00 what is a Final Control Element? (Control valve as a Final Control Element)
1:07 what are control valve applications?
1:40 control valve components
2:40 control valve application example
3:39 what is an Electro-Pneumatic Positioner?
4:11 how an Electro-Pneumatic Positioner works
6:10 control valve positioner types
7:15 digital control valve positioner advantages
7:48 standalone I to P transducer
8:06 schematic of different types of positioners
8:16 control valve actuator types and their advantages
===========================
▶ If you've missed our most recent videos, watch them here:
What is a Directional Control Valve? (5/2 Solenoid Valve)
upmation.com/directional-cont...
DCS vs PLC: 5 Important Differences between PLC and DCS
upmation.com/plc-vs-dcs/
NO vs NC: 5 Practical and Important Points about NO and NC contacts
upmation.com/no-and-nc/
===========================
▶ Don't miss this free "Siemens PLC Training" course to become a confident PLC programmer (This course will be continued):
Part 1: Up & Running with PLC Ladder Programming
upmation.com/plc-hardware-con...
Part 2: How to Write PLC Ladder Program?
upmation.com/ladder-logic-plc...
Part 3: How to Simulate the PLC Program?
upmation.com/simulate-the-plc...
Part 4: Motor Start and Stop Ladder Logic PLC Program
upmation.com/plc-program/
===========================
FOLLOW US on other Social Media
👉 INSTAGRAM ▶ / upmationdotcom
👉 TWITTER ▶ / upmation
👉 FACEBOOK ▶ / upmation
👉 LINKEDIN ▶ / upmation
===========================
#IndustrialAutomation #ControlValve #ControlValveParts
This video deserves an oscar nomination, really simple and straight-forward explanations! Hope to see you guys making more video like this in the future. Thank you!
We're really happy you liked it this much. Such comments and supports will definitely drive us to continue with more passion and enthusiasm. Thank you very much and please stay tuned for the upcoming videos.
@Too Easy Hey! Thank you very much for your support!
@@Upmation please upload videos more often, you're outstandingly helpful
@@roseelectronics4582 Thank you! Sure thing! We have uploaded a video recently (A week ago) and will upload another one just today. Stay tuned!
By far this is one of the best video I have watched and is well simplify. Kudus to the team. You all deserve an OSCAR.
I am an instructor in the instrumentation field.
Amazing presentation with simple and powerful animations.
Eagerly waiting for new videos and Lot to study from you sir.
Thank you for your support! You may want to take a look at our newly launched website (upmation.com) and leave your e-mail in there for more courses and videos in the near future.
Pls any one tell me DVN292 type check valve means, i know check valve but what is mean dvn292
@@Upmation Exactly! Theses videos are making my studies easier. Only, those advertisements are disturbing. It would be very kind of you if you could put them at the start or at end instead of in-between the videos
Best video I have ever watched which give a comprehensive understanding about a control valve. I think I don't need to watch any video related to this. Thanks you so much for giving such video.
Need classes on different types of transmitters for flow, pressure, level etc.
Very good presentation. Simple and powerful too
Thanks a lot for your comment, Harish! Happy you liked it!
We'll definitely consider your suggestion for the next videos.
Thanks for the simple but comprehensive explanation!
You're very welcome! Happy it was helpful to you!
Amazing animation! Helps in clearing all the concepts. Great video!
Glad you think so, Sharvil!
This video is top notch. Well put together and presented in a systematic order.
We appreciate your feedback and happy you liked the video! Please let us know if you have any suggestions or questions.
Really good video. Explains clearly. One remark on the actuator overview on time 5:33: I think the air supply should be connected to the Pressure Amplifier instead of the I to P Transducer.
Really Appreciate your work. Explain Really Good
Beautiful presentation..very simple to understand!
Hi Suraj! Happy you liked it! Please let us know if you have any kind of suggestions. Thank you!
hat off for this master level explanation!!
Hey! Thank you for the compliment! It's great to hear you liked our method of teaching. Please stay tuned and share this video with your friends and colleagues.
Thanks for clearing things up.
Hey Bruce! You're very welcome! Happy it helped.
You are AWESOMEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEE!!!!!!!!!!!!. My God, I love the depth & simplicity....Thanks a million
Thanks a lot, Samuel! Much appreciated!
You might also like our other video about Directional Control Valves: upmation.com/directional-control-valve/
Thanks for this. I was about to compare difference in P&ID notation, and according to this, there are always three lines to the valve: pneumatic supply, electric, software link or penumatic controller line, and postioner-actuator feedback signal. Cannot really understand why all control valve sets are shown with two only- without supply line.
This video is so good. People can easily understand.. Please upload different types of valves like Check valve, IP valve, flow control valve etc...
Made it so simple..great work...Also make videos on field instruments and their working and how they cordinate with control room.. please 👍
Hey, Akhilesh! sounds a good idea. We can make a video about process instruments and how we can correlate them with the electrical control panel. We'll plan for it. Thank you for your great suggestion!
@@Upmation best of luck...look forward to it..
Good presentation ❤
Great Video, Everything about positioner and control valve covered in single video
Thank you, Sandesh! Happy you enjoyed it this much... please share it with your friends and colleagues on other social media to help us grow faster.
@@Upmation Yes Sir
Amazing Amazing Amazing, it is like you are grabbing all the questions in my mind and answering.
Hey, Omer! Thank you! Really glad it was helpful to you! Please stay tuned for the next videos.
Perfect job
In my opinion the positioner is a local controller receives its set point from main controller.
What about system stability and the effect of any delay in the positioner response on the whole system performance.
Also do you have any video about whole system transfer function?
Thanks a lot for your efforts
I have been searching for control valve video and this video was real make me clean understanding thank you sir 👍😀
You're very welcome! Please take a look at our other videos and let us know if you have any suggestions or questions. Thank you for commenting.
I never see this type of clarity and clear explanation and I very happy to find this channel thank you so much
Happy to hear that! Welcome!
Man, you are great, the best explanation ever.
Outstanding presentation. Thank you
Hi Saeid, Glad you liked it!
Hi! I really liked this simplest explanation. I request you to please share your experience about moisture control in fabric industry.
Thank you
Hi Faizan! Happy it was helpful to you.
I'll transfer your suggestion to the team. Thank you!
@@Upmation thank you so much.
Good explanation and straight to the point. Thanks Upmations.
You're very welcome!
Ivsm impressed as it opens up my understanding I control valves
Very high quality content , very good explained , this guy has experiences and teacher ´s talent , this is like first content on youtube to describe my job finally easy and properly and learn from it ,if this content would have been released when i was beggining i would really quick overgrow my colleagues, sometimes all that manual and thery really suck when it come to simple explanations like this on youtube , so much time wasted sometimes ... i can still learn something , very good job on your channel
Thank you very much for the feedback, Denis! It's really awesome to hear these from you and hope we can help in the future as well. We also appreciate any kind of constructive criticism to help us make more quality content.
TERIMA KASIH UPMATION, BERKAT VIDEO INI SAYA MENJADI MENGERTI CARA KERJA CONTROL VALVE. SUKSES TERUS
well Done I learn lot of concepts
thank you so much for the best operation control
You're very welcome! Please let us know if you have any questions or suggestions and share this video with your friends and colleagues.
It was so good presented valuable information.
Hi Ardalan,
Thank you!
Please let us know if you have any questions or suggestions.
Thank you. Your videos really are unprecedented!
You're very welcome! Amazing to hear that!
I love the way you explained how the control valves works. I am an instrument technician in Nigeria, I will love to have more knowledge on this topic. Thanks
Great to hear you liked the method of teaching! Thank you for watching and please share this video with your friends and colleagues.
Best video I ever watched ❤
EXCELLENT DEMONSTRATION
Thank you, Ali! Let us know if you have any questions or suggestions.
Thank you so much ! :) Best channel i have checked so far.
Thank you very much! It's amazing to hear that. Please share this video with your friends and colleagues to spread the word.
The content is super informative, I've been dealing with upgrading A/M controller to DVC and had a hard time understanding how they works
Hey, David! Appreciate that and happy to hear it helped you!
Good video. A couple things to keep in mind;
As a rule you don't need a full PID. These processes are slow and the D, derivative, isn't useful.
Modulate the valve or the pump. Don't try to modulate both.
If using an I/P place it as close to the valve as possible to prevent lag.
Thanks for the inputs! Great points to mention.
Such amazing explanation! Thank you, Sir
You're very welcome!
Amazing video, thank you so much :)
Hey Peter! You're very welcome! Let us know what you think of our other videos. You might find this one helpful as well: bit.ly/3oEK0U1
very helpful video thanks
Thank you so much sir for your informative videos,
thank you.
Hey! You're very welcome! Please share this video with your friends and colleagues and let us know if you have any questions or suggestions. Thank you!
Really informative. Clearly explained...
Great to hear that! Thank you for watching!
Many thanks for this masterpiece
Glad you enjoyed it!
loved the video, great explanations. would you ever make a video on lifting systems?
Thank you very much, Liisa! I'll transfer your suggestion to the team.
thank you great video
Keep making these videos. These videos help a lot.
Sure thing! Please stay tuned. We'll come back with more videos.
Very educational I surly learned a lot and got a very good explanation and understanding ,must say 💯 thanks for this vidoe
You're welcome! Happy you liked this video!
Thank you for creating this video...Its really helpful.
You're very welcome! Glad to hear that!
Well explained no need for any additionals , Thank you very much
You're very welcome!
Fantastic explanations !
Thank you! Happy you liked it, Brian!
Excellent
Awsome explanation keep goning bro i learn alot thanks
You're very welcome! Thank you for your support.
Very informative & simple presentation..... Thanks
Very welcome! Thank you for watching!
perfect explanation...I know control valves basic operation,now it's clear understand.. Thanks, subscribed,👍
Hey, Praba! Perfect! You're very welcome!
Nice video!!
OMG NICE PRESENTATION VERY PRECISE
I agree!
AMAZING
Sharawt PaoPao Marquez
Glad you liked it!
Hello, could you please share what program do you use to make these excellent visual drawings?
Very well sharing, thank you for this video. My knowledge in regards control valve was expanded, insyallah.
You're welcome!
Muito bem explicado
Nice video...its very helpful to understand the acuvator working
Hey Gopal! Glad you find it helpful!
Great presentation! Love it!
Is there a video explaining control valve or actuator wiring diagram in details? How to review or check valve and actuator wiring diagram? Thank you!
Hey! Happy you liked it! We don't have such a video yet but it seems a good idea. I'll transfer it to the team for future videos. By the way, we have two other videos about wiring diagrams that might help you:
upmation.com/wiring-diagrams/
upmation.com/plc-wiring-diagram/
Gracias
This was a great one !!
Hey! Glad you liked it!
Nice Explain
Excellent videos, many thanks
You're welcome! Glad you liked them.
Thanks for this in depth explanation how a Fischer Control Valve works. I think you did a excellent job thanks for taking the time to make this great video!
Hey, freddie! Glad you liked it! Please stay tuned for more.
Thank you very much
this is very useful for me..😄
You're very welcome, Janaka! Glad to hear that!
Thank you very much for the video, it is very well detailed!! I have a question concerning pneumatic actuators, should they need a continuous air supply to maintain the desired position? Thanking you in advance.
Hey Sam! You're very welcome and happy you liked it. The short answer is yes, they do. We need compressed air with a specific pressure to be able to control the position of the valve. If we lose the air pressure (due to any reason) the valve should get back to its initial and safe position.
Let us know if you have any questions or suggestions.
@@Upmation Thank you for your reply, all clear now!! thanks again!!
Very good and clear video! GG
Thank you!
Great video. Thanks
You are welcome!
Great video! Just subscribed your channel! Very clear!
Awesome, thank you!
You are such a amazing person thanks for giving such a nice knowledge ......
Thanks a lot! It is so nice of you!
litreally this video summurize a whole courses on udeamy, hat off guys!!
Great to hear that! Thank you very much!
is a beautiful video, thanks
You're very welcome!
Thanks guys...❤🙏🙏
You're very welcome!
Awesome !!!
Thank you! Happy you liked it!
Please let us know if you have any suggestions or questions.
You can subscribe for more content like this every week.
Nice video, very informative, thanks
You're welcome! Glad it was helpful!
Good information. Tanks
You're welcome!
This shit was so well put together my man! Where my fellow FIGS at?
Hey, Jonas! Thank you!
Nice
Very use full presentation ,, very nice animation ,, easy to understand,, good jobs
Glad you liked it this much! Thanks a lot for your comment!
great!! so helpful
Thank you, Sam! Please let us know if you have any questions or suggestions!
Super animation and explanation
Thank you, Mohmmad! Happy learning!
Nice video. Very educating.
Great to hear that! Please stay tuned for more and share this video with your friends and colleagues. Thank you!
Nice. I understood very well. Moreever, Please advise how rotatry positiner control the valve
Excellent.
Thank you! Happy it helped!
thank you
You're very welcome!
Thanks!
You're very welcome!
Can you make a video on how to calibrate different kind of control valves? Thank you for your great videos! I am in love with your e explanations!
Hey! Thanks a lot for your suggestion! We'll consider that! It's great to hear you liked our videos. Please stay tuned for more.
@@Upmation I will be waiting for your future videos!
Really amazing 👌
Happy you liked it! Thank you!
Much better and practical then Real*ars, simply loved it
Very useful for interviews
Thank you very much! Glad we could help!
Superb and detailed explanation
Thank you very much! Glad we could help.
Also please start your learning platform about plc language in youtube or other platforms.i will fist member if you start in other platforms (paid platform)
@@milanmumana Thank you for showing interest. Yes, we are working to developed some courses in this regard. Please stay tuned.
I am interested in the automatic operation of electro-pneumatic control valve installed on the discharge line of cooling water pumps and being controled by flow control valve
always amazing
Thank you very much!
Good explanation, I have a question, how the pump starts, if the control valve is 30% open will run at full speed or it will bypass the liquid through by pass line
Thank you! In this case, the pump will run at its full speed and the control will be done by the valve itself.
Understandable... I like it 👍👍👍
Happy you liked it!
Thankyou
You’re very welcome! :)