How PID controller works?

This video describes "How does a PID controller work? in a control loop. The effect of proportional control action, integral control action, and Derivative control action in the event of various process disturbances and how PID tuning is done by varying proportional gain, integral time, derivative time.‪@dineshdiwani‬
After watching this video you going to have a feel of How a PID Controller responds? and How PID tuning is performed to make the Control System stable.
It is the PID controller which decides the product quality and saves energy and raw material wastage. Let's see in this video how the PID controller responds to various process changes and learn about P, I & D actions with examples and how to tune these to make the process more stable
references:
www.omega.com/....
studiousguy.co...
#pidcontroller #pidcontrol #controlsystem #instrumentationengineering

[@pragneshgoswami1731]

Very good sir

[@shivamviratmishra3530]

No 1 sir

[@manjurohila4248]

very nice

[@vishallukhi1135]

Very helpful video sir...

[@vkkumawat3773]

ultimate lacture sir

[@arpitadas5579]

Thank you sir.vry use full video

[@syedhassnainali2917]

Thank you very much Sir very informative video and

[@ujjvalbarochiya]

Thank You Sir.Bahut hi Achhi Tarah aapne Samjaya hai.Hamare Bahut se doubt Clear ho gaye.

[@shivkanthghanathe8457]

Sir, Help me Lot, thanks for the video

[@patelyogesh2167]

Very informative video sir..

[@shubhamtiwari5933]

Overall video was good

[@chintanmehta4695]

Amazing explanation sir. I have watched lots of videos to understand PID but the way you explained, I understood it very easily.

[@DharamSingh-ez3yk]

Very good thanks

[@PowerPlantInstrumentation]

Very informative vedio sir thanks for sharing your knowledge 🙏🙏🙏🙏

[@nikhildoiphode.5443]

Best information

[@chetan1099]

Nice explain sir

[@vaseemsaifi613]

Sir, I have learnt pid concept from many videos but never cleared my concept.... But after watching your videos now my concept clear....

[@dineshdiwani]

Thanks dear

[@vikramkekan7499]

Khop chan👍

[@nikpatidar8205]

Great Lecture Sir, video suggested by my faculty.

[@tusharrathod887]

👍

[@rajatjain2896]

nicely explained thank u sir

[@NirajSingh-xb6mj]

बहुत बहुत धन्यवाद सर जी विडियो बनाने के लिए।

[@pst_iit-delhi]

Thank you Sir. Nicely explained with examples.

[@khalidafridi9353]

Sir very best and helpful

[@rajeshkumarkaviraj2390]

Technical knowledge in Hindi..... Excellent initiative

[@DharamSingh-ez3yk]

Sir ji , thank you very good video

[@veereswararaomaddala3582]

Excellent sir

[@jitendramahajan8741]

You are simply outstanding..!

[@nirajacharya1851]

Nicely explain Diwani ji...You are doing an excellent called "giving back" what you learn and practice thru your years of experience....superb!!

[@dineshdiwani]

Thank you for kind words. 🙏

[@md.monjurulislam8382]

Very nice explanation,really appreciate your method that you explain a hard topics in very understandable easy way.Tnx a lot

[@amarjeet588]

Nice video Sir

[@sreeevaspillai4239]

Very good explanation sir tks..

[@suryatechb.e2778]

Thnx sir good information

[@akashmanusmare7198]

Very nice Sir 👌

[@sidharthkumar1650]

Very Nice Sirji ..

[@tapanpradhan1872]

Nice explanation sir

[@piyushlahoty528]

Good Info

[@AshokKumar-uh9uc]

Nice explanation

[@tilakraj7883]

Very informative video, Sir

[@praveentiwari8490]

Great

[@dineshdiwani]

Thanks.. Do forward in your circle and subscribe channel

[@AmirHussain-uu5sm]

Very nice narrations and easy to understand.

[@nehajaiswal3942]

My concepts are so much clearer because if your lectures sir

[@sunilnayak4367]

Excellent sir...

[@vrundpatel6696]

Excellent sir 👍

[@sandykasarimal380]

Best Video Sir! Thank you very much!

[@amankumarrajan7225]

Nice

[@engineeringseas6722]

Thanks Sir. Best video on PID👍

[@shubhamtiwari5933]

Sir videos upload kare related to PID tuning like intergal action concept is not that much cleared

[@nitinshikare215]

Thz sir for explaining PID for us plz make like this videos more for our Instrumentation students and also make a video on mass flow metre sir

[@dineshdiwani]

Sure... Thank you

[@shakirajmeri3331]

Appreciate sir, u have explained very well

[@Pradeepkumar-jk2ib]

Thanks🙏 sir

[@jogendrasingh9978]

Thanks sir

[@dineshdiwani]

@@jogendrasingh9978 🙏

[@liveexpriencethoughts8788]

Make more videos on instrumentation engineering.excellent teaching techniques

[@dineshdiwani]

Sure👍

[@dineshdiwani]

Thank you

[@khalidgkp]

Nice info hope you will share more knowlage about istrumation, PID, scada & plc etc..

[@dineshdiwani]

Sure

[@wsmakram786]

Please explain with drawing, I think it will be better understand. Thanks

[@POWER_OF_TECHNOLOGY643]

Practically can you show this process sir

[@IrfanAli-sn8uz]

Sir kindly make video on control loops.

[@dineshdiwani]

Sure thanks

[@siddharthakumarmaiti6133]

Please explain pid controller in boiler 3 element drum level control

[@neerajtiwari3282]

Sir industry example se samjhaiye please

[@Himel_754]

Sir please please translate in English. I am not good in hindi thats why some pint i am confused but your explanation seems to me extraordinary.Thanks

[@dineshdiwani]

Sure.. will ..

[@sanjaymer555]

Sir, My cotroller range 0-450 tph. set point is 233 t/h. But my PV value continues fluctuate 230 to 240 tph.below pid set value. P- 0.048000 I- 3 D- 20 Please suggest which parameter change for better control??

[@dineshdiwani]

Keep d action at zero and reduce P and I..try to bring oscialltion between narrow around 233 tph....d is the main reason which cause fluctuation in flow control

[@KrishnaCreation888]

microcontroller interrupt ko bhi explain kre sir....

[@dineshdiwani]

Sure

[@sanjaymer555]

Sir , I have questions about PID. Which unit for PID?

[@dineshdiwani]

Couldnt get you question

[@sanjaymer555]

@@dineshdiwani Sir, Unit of P ,I and D gain

[@dineshdiwani]

@@sanjaymer555 P is the gain and unit less... When represented in as proportional band it it shown in %... I is the reset time in minutes to replicate the effect of proportiinal action by integral action often represented as reset rate = N/min.. where N is number D is the rate time in minutes to replicate the offect of proportioanl action.

[@sanjaymer555]

@@dineshdiwani Thank you very much Sir

[@jigneshbhutaiya4734]

Make more video instrumentation sir

[@dineshdiwani]

Sure.. hope you subscribed channel for mobile alert

[@jigneshbhutaiya4734]

@@dineshdiwani yes sir

[@rakeshsagar1153]

Do you have some basic questions about instrument technician ???

[@dineshdiwani]

You can search these on google

[@tapanpradhan1872]

Sir which controller among P, I & D

[@dineshdiwani]

Depends upon need... And cost involved

[@supsagar12]

Hi Sir I require your help for My AHU VFD speed hunting.

[@dineshdiwani]

Tell me.. explain me how it is configured..so that i can know the details

[@supsagar12]

AHU Speed facing issue ramp up and ramp down quickly.

[@dineshdiwani]

@@supsagar12 you tried with acceleration time and deaccelaration time ?

[@supsagar12]

Gain, integral time in min,Darriative time in min,Dead Band,Integral,Darriative,Default action these are the option in pid controller.

[@dineshdiwani]

@@supsagar12 WhatsApp me on 9887482058...

[@PowerPlantInstrumentation]

Good evening sir , yours videos are very helpful for me . Thanks for sharing your knowledge. Sir plz share your contact no with me . Some querry about Temp CV PID tuning of my plant .

[@dineshdiwani]

You cn discuss me here or on whatsapp [phone]

[@PowerPlantInstrumentation]

@@dineshdiwani thanku so much sir .

[@MrRoshanx]

Control valve jaldi se sp per nahi ata working slowly .

[@dineshdiwani]

What parameter you are controlling... If its not flow try to increase D action. For flow only P+I action to use... Not D

[@MrRoshanx]

@@dineshdiwani sir D is 0 and P is 0 and I is 3000 . TVR steam control

[@dineshdiwani]

@@MrRoshanx start increasing P keeping I zero if you can... Once its stablizes or oscillates equally around set point.. then.. Increase I in steps till it oscialltes in narrow zone around set point.... Its steam flow.. so keep D at zero. But take care to lock pid output between permissible zone before tuning pid parameters to be on safe side

[@MrRoshanx]

@@dineshdiwani ok sit i will try thank you

[@d_raj75]

very good sir

[@mumtazalam4882]

Very nice sir