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thank you for mentioning every latched circuit has a breaking contact, it really helps in solving my puzzle in PLC

Thank you

YOU ARE LEGEND THANK YOU SO MUCH

Not really ladder logic description more of a coil electrical schematic description.

Appreciate!

Thank you very much, it cleared my confusion hehe

I read through a couple PLC manuals and always struggled with how to read the ladder diagram. This made everything very clear. Thank you!

Wow thank you you saved my life

I gotta watch this a few more times 🎉🎉

Hope you’re still out here Lars. Thanks

You're quite helpful.

they are in different rungs, with address, those three rungs are separeted circuits cannot influence each others.

The way this guy talks is radical.

True is 1 closed contact, false is 0 open contact?...?

unfortunately i wanted to see in ladder logic the stop button, some videos in that configuration they program it as NO, i simulated it with the zelio as NC and it works fine.

Love this.

I hope you see this but I’m in school right now and my instructor won’t explain things to us. This video and all your other ones have saved me a lot of frustration THANK YOU

man ,wish i had you as my motor controls class instructor back in the early ‘90’s

So nice thanks sir

Why does every one explain the circuit that you should not use in a car or any other machine?

i need a power circuit for the mix of two liquids

thanks well explained ❤

well explained thanks 😊

at 14:04 I believe T stands for temperature in the formula gas law, not time (t)

❤❤❤❤ Great

Was looking for videos on latching relays but this helped certain applications make more sense. We use a start and stop button for our motor starters and I always kinda wondered how just a N.O contact would keep it energized after you release the button

confusing but i get it 🤣🤣🤣🤣

thank you saving me from 3 hours of studying, god bless you

Hello thank you very much for your explanation. but do you think a over drive factor (ODF) of about 2 for this matter is really enough?

Hello there, we have problems with Voltage fluctuations, where the voltage dips briefly and then comes back on right away. This causes my AC compressor many problems, so I installed a ICM Delay on Make Timer. The strange thing is that the timer does not cut out at those dips but only delays once the electricity goes off completely ( same counts for the built in delay in my Air handler thermostat). So here my question : would a Ditek Surge Protector be a solution or do I need to install something else ? Thank you so much !

Amazing instructor

There is a confusion about off delay timer. In my anderstanding ,there are 3 types of off delay timer. 1)- pneumatic timer could used for off delay 2)- True off delay 3)- with signal contact the off delay should always be energised

❤🎉

*YOU DIDN'T TELL HOW TO CALCULATE THE GAIN?*---how tp calculate the gain and how got the value 200? What if the base voltage is same as the collector boltage? Is there a simple way to calculate that in that case?

Thank you for this video with a great explanation. Just in practical situations Beta(saturation) = 10 NOT 200.

Thanks for all de ideas and instructions you give us... better than nobody....nice!!!

Greatly explained, thank you!!!

Sounds like you know what you're talking about, but are extremely muddy and drag out simple concepts with far too much unnecessary tangents. Simple explanation is the connection flips between the NC and NO pin when the relay is energized. That's how you start, and add small details as needed. You lose people by talking all over the place and having a messy drawing. Video could have literally been 2 minutes long, had plenty of detail and been straight to the point.

Is there any timer that on/off every month or biweekly for like few hours?

great explaination with symbol elobrating . thank you sir.

Thanks a lot hunter Biden!

Love the energy.

Lars makes sense of relays, momentary buttons, NO/NC etc for me. Thanks Lars.

DON'T use the term OPEN when describing a conducting diode or transistor. YOU ARE CONFUSING YOUR STUDENTS...Open is a poor choice of words..also the reason the water valve analogy is just confusing to newbies..a closed valve stops water current..an open valve allows full..closed switch..full current..open switch..no current

I want a circuit of a pump that runs for 20mins, stop for 2hours and continue the process again using a timer

Thank you Lars Do you know that you are a good teacher, yeah good teacher ;)

Verry interesting 😊

It's not pronounced "kirch-off" -> it's pronounced "kirk-off"