What does the Integral of PID do? PIDE in Studio 5000

[@ShaneWelcher]

Coming from someone with 18 years of experience, this is one of the most well-explained videos on integral I have seen on the internet. Great work Tim!

[@ShaneWelcher]

We should do a few videos together. I bet it would be great content for those looking to learn

[@TimWilborne]

Thanks Shane. Your content is great as well, feel free to reach out!

[@lionelhobson7640]

These videos are great, They are helping me understand some issues we have, where a process pauses and when it starts again and the output is far too high. I now think the Integral is causing the issue, I'm looking forward to the next video. Thanks

[@TimWilborne]

Great to hear Lionel! Hope to finish it up soon.

[@donforgie303]

Integral (reset ) windup :)

[@EdBonderenka]

I've been doing PLC since 2/30s in the mid 80s :) I've always been able to avoid PID, or just buy standalone heating controllers for an extruder. Just started a new job, and I've gotta learn PIDE as they are currently using them. And these videos are helping. You have a great ability to teach. Thank you.

[@TimWilborne]

I'm glad to hear it. We are actually working on some new PID videos.

[@EdBonderenka]

You inspired me to write a PIDE simulator. Then I could watch the interaction of the P and I Gains. I don't have access to an actual device to monitor so I wrote some logic to do it in emulator, while I wait for a project.

[@TimWilborne]

Great!

[@chintanbeladiya1058]

It is such an amazing concepts I m Instrumentation and control engineering student currently i m project on PID with AB PLC last many week i was find out this mathematical calculation it is auch an amazing thank you sir.. ❤

[@TimWilborne]

Best of luck!

[@raypopowski2872]

You rock Tim. You make the hard Math simple. In the last vid of the series can you do cascading or a 3 element control? I really just want to see how you can simplify that math. IE water level control resetting a fill control and adding a usage or drain rate to anticipate a level drop. Challenge make that simple. Love your vids. Keep it up

[@TimWilborne]

I'll do my best Ray, let me see how the "simple" explanation of derivatives goes 🖖

[@krishnarangaiah45]

I like your way of explanation, Kindly explain DERIVATIVE control also.So, That I can learn whole PID concept very well...Waiting for this very long time.

[@TimWilborne]

Hopefully it will be up soon.

[@bear7627]

look forward to see your PI control video

[@TimWilborne]

Check here for the latest. twcontrols.com/pid-control-proportional-integral-derivative

[@squishtomar1676]

Thank you for these videos. They are very helpful

[@TimWilborne]

Glad you like them Blaze!

[@jackkimsey5777]

Thanks for these videos! I think you should show how PI reacts since I've heard that a lot of times people don't even use the "D" (derivative) function. Thanks again.

[@TimWilborne]

That is the next video Jack. Thanks for watching!

[@syedhasanarif]

Hello Tim, Your content is awesome. When are you going to upload the PI control setup i.e., how the proportional and Integral work together to control the process variable?

[@TimWilborne]

Hopefully very soon, I've fallen behind on editing!

[@syedhasanarif]

@@TimWilborne I'm looking forward to it. Thanks!

[@bear7627]

good work Tim

[@TimWilborne]

Thanks 👍

[@elmoalso]

I think it is a great lesson Tim. I think it might be important to include whether you are using Independent vs Dependent model and the difference between those two models.

[@TimWilborne]

Hi Robert. That is already on the list to cover. Thanks for watching!

[@robertoguerra5375]

This is a great demonstration video. Thank you!! But I still miss the positional form, rather than the velocity form. In engineering school, they taught me 3 ways to calculate the best PID parameters, with the positional PID controller.

[@TimWilborne]

Glad it was helpful!

[@robertoguerra5375]

@@TimWilborne VERY helpful :)

[@warptmanbmx]

thanks for this series

[@TimWilborne]

Glad you enjoy it!

[@zacbrown6495]

Would be very handy if you done a video of the dependent vs independent

[@TimWilborne]

It's already on the list Zac. Thanks for watching!

[@buddyguy7175]

@@TimWilborne just want to second this idea. Working on a dependent PID block, love this video, its definitely helping me out immensely. I could just also use one on the dependent version.

[@jimbass924]

Great video!!

[@TimWilborne]

Thanks!

[@augustograton8958]

Thank you Tim !!! Awesome.

[@TimWilborne]

Glad you liked it Augusto!

[@marissagomez3809]

Awesome videos! Could you cover AOI's?

[@TimWilborne]

Already on the list and should be coming out soon. Thanks for watching Marissa!

[@bradthompson1209]

Jeez Tim you Luddite. 0 - 12! What were you thinking? This country is never going to get to the MKS system. Great explanation though! Keep up the good work. PLEASE!

[@dangerousdan991]

A wise man once told me, "The D in Derivative stands for Do Not Use".

[@TheBrownDoggie]

Use it only if you don't have a noisy measurement signal AND you need a quick bump to the final control element.