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Thanks i am a Sophomore of Electrical power engineer I try so much I want to be an engineer Thank you so much 🎉🎉

You just save me thank you sir

The way he explained it the wiring in the video for the high voltage is wrong then you should probably relay that to everyone so they don't get confused other than that really good video

Thanks Pete, for nice explanation

man ur video series is so crazy good

👍👍

Sir i have a golf vehicle when i press pedal single time it can not move so i press pedal many time then it move and the smoothely run but the only problem is that its starting torque is very low because batteries are fully charged i check input voltage of motor 48 volt dc exact i want to increase motor starting torque what you suggest please reply its humble request

I'm a residential electrician which is nothing compared to this and slowly I started accepting my truth at class that PLC requires more brain than what I have but you're videos are giving me hope, you're way of explaining is making sense to me finally, TY! 2 months away from graduating

230V/400V is better...😉😆

your tutorial is useful but i needed idea on how to set up the usb 4750 using driver , i have downloaded and installed the driver and SDK of DAQNavi , but the driver is not being recognized by device manager , pls help

thank you

i want that simulator for 1200 cpu on v18 how can find it?

I have a small motor like this but its not wired this way where the windings have a long jump line. The two windings are connected together but kept separate by the brush and armature. I think its way less confusing to be wired that way since the way its wired on the diagram is the way its wired irl. Whereas in the vid that jumper wire can cause some confusion.

So if we change the number of windings could we change the voltage ratio from sqrt(3) to 1? If so could the windings of each transformer pair be different and each have their own ratios?

Can you add 2 more lights in rung #2 and have them flash with flashing light 1?

Hey can you do a detailed video of wiring up a three phase reversing like you had in the wiring schematic with the large black motor control you showed in this video @11:40? This is what i have to do for my test at work.

This video connected the dots for me, literally! Taking it from ladder to schematic was awesome. Thank you very much.

Best explanation. Wish you best of luck.

Many thanks 🎉😢❤😊 4:53

Many thanks 🎉😢❤😊

Awesome information. Thanks

A partir de que versión se puede editar, yo tengo la 30 y no me deja

Very good I will try it in my SLC micro logic1000

Great video, well explained, no unnecessary waffle 👍🏿

Thank you , that was very helpful 🙏

I was impressed by your excellent demonstration and equipment. Can you tell me how a three terminal reversible motor is wired internally? I have worked out a schematic for a four terminal motor, but cannot find anything or devise anything for a three terminal reversible series wound DC motor. Thanks for the information!

Thank you for the excellent demonstration! I would appreciate it if you could illustrate the process of transitioning from induction to synchronous motor with an incremental increase in speed up to the synchronous speed. Additionally, if you could demonstrate the transition to a capacitive load motor with a fixed speed at synchronous speed through excitation, it would help me better understand the behavior in speed.

thanks

Excellent explanation

This video help me with my research about DC motors , thank you

this helped me understand the wiring of a six wire 240 volt motor and how to reverse it, i just wasn't understanding the wiring and you made it seem easy

You deserve an award sir! 🥇 You just saved a soul! 😂

If I understood correctly in the ladder language, a load can be activated regardless of whether we have an open or closed circuit in the switch. There is no electrical continuity but logic. And my main question, does ladder language consider all switches as double throw?

oh i am a student, i do not enough money to buy this licience so can you give me this product key and serial number to install it please

Very good video on xic vs xio. Concept always confused me. After this tutorial, not anymore! Thank you!

Thank you so much for making this video! Very well done and answered a lot of questions I had! Great work!

Great video that still applies. Perhaps the reason the motor didn't shudder in the beginning is there was no load? We did this experiment following a Festo/Lab Volt created lab, which asks us to start the motor at max load (3.0 N-m). Our set-up has the Dynamometer/Prime Mover module. We measured in excess of 3A winding current, and loud shuddering. Wish we would have known that was expected when first trying it!!

Please make some videos about Metadyne transformer or rotary converters

I'm struggling to make this make sense at school, here i am at 2am with no rush listening to this guy who makes everything so clear and simple to understand. Great job

Thank you so much. You’re doing gods work. Trying to diagnose a transformer as a young electrician.. this is exactly what I needed as i knew I could adjust the taps to step down their voltage I just didn’t know how.

Great demonstration, thank you.

Any concerns with using the high leg?

Best video I've seen yet. Learned more in the first 6 minutes than I did in any other video. Thank you

Many thanks for good information

I still don't get how you find the current flow for each load resistor.

非常棒！

What about the motors that have permanent magnets rotor? How do they start up

How to program a encoder in factory io

please indicate all the materials used in making ni rtd and how to make it

u saved me