genius, that's it guys

This is very insightful

can you make a parts list and where i can buy all this parts?

You could at least use a decent multimeter!.

Best video I’ve seen thanks for sharing

Seems simple. However in an industrial environment with start stop stations 15 20 feet apart running in conduit with multiple wires of different colors it can get very confusing

great video sir, i wonder what software do you use to simulate the motor control diagram, is it available for free?

Pak untuk wiring breake tidak ada ya.thank yuo

Thanks

Walt you are awesome. I can't even begin to tell you how much I learned from you while working at access. I was always involved in your classes and loved learning from you. Your a great teacher, employer,

What computer program do you use for control wiring?

Excellent review. I've moved from electrical work into marine electronics. Going back to electrical work now

If you did 30 degrees would you use 1/6th pie?

With the proper cable……never named the cable

How does look like in Studio 5000 ladder logic?

What is that red wire on top connected to? The red wire that is through the plexiglass, does that come straight from the NO switch?

Great video tutorial, thank you for sharing your knowledge ❤

Hey Walter, great video, very well explained. This is Jason Rase.

Where is the 1+1+1" came from?

Here is a much easier method. Rather than using 1/2 of the tangent, you can just multiply by the offset angle with a decimal in front of it. So for a 30 degree offset angle you would just multiply .3 times the center to center distance. Using my simplified method, the calculation would be .3 x 2.75 = .875 This is very close to what was calculated in the video .2679 x 2.75 = .737 The difference is about an 1/8 of an inch which would be negligible for parallel offsets. This is much easier to remember and doesn't require the use of trig tables or calculators with trig functions.

great informational video , keep it up, thanks

you are such an amazing teacher , much appreciated.

thank you so much

Balaklava 😉

Sir do you have any courses related to motor control circuits...Direct On line starter and start delta motor control circuits...

and how do i make a spread sheet ?

It would be better if you had the start and stop buttons horizontally mounted on the clear sheet. That way, it would look like pressing one of your nipples starts a device and the other stops it. A small artistic point but worth thinking about.

Can you provide the link for the contactors and overload relay you used in video?

Like your videos, hope you do more thanks

I can’t even really see what you are doing. You are so far zoomed out from the starters that I can’t see what you are pointing to and speaking about

Hi wassup nice vidéo im french can you make à vidéo with 1E stop +2 stop + 2 start + 2 jog + 1 relay CC plz I will ve verry gratefull

Thanks

THANKS FOR THE GOOD CLASS

Thank you for helping me relearn this

Is it the same with any switch and any vfd?

perfect simple explanation thank you

Does anyone have a wiring diagram for this scenario?

I was trained to use the shrink value for the angle I’m bending and multiply it by the center to center distance for parallel offsets. It works well. Just in case you don’t have an ugly book.

At 10:27 in the video, you measure the distance of the pipes. Are you measuring the gap you wish to maintain from the center of the pipe that has the tape stretched over the top? Or are you measuring from the edge of that pipe to the edge of the pipe you already bent?

Okay, guys… Not to rip on the instructor as his experience is truly impressive, and rewarding to learn from. However… To find the multiplier of *any* angle isn’t as simple as “just checking in the Ugly’s book for what the value should be for the angle of the bend” because one might have an angle that’s not listed that they might still need to find. To find the multiplier of *absolutely ANY angle*, you use the cosecant of the angle you’re working with, or csc (theta), which equals the fraction of… (1/[sin theta]) …which will give you the multiplier value of *any angle*. However, there’s still one more step to achieving this value that is ALWAYS helpful. If you know that you have to bend at a certain angle and can’t find the value of sine as the denominator, you can convert the angle to radians by… multiplying [angle] * (pi radians/180), then reduce the fraction. Using sin of this *also* gives you what the multiplier is, with the numerator being 1 - a key component of the unit circle.

Thanks for the explanation. You help me understand this concept.

I’ll like to see how you wire something like that with wires and all of that! Thank you

Amazing video🔥 us newbies appreciate it

I'm in school for this now and my instructors are barely explaining these simple concepts. Your explanations pretty much gave me more confidence in understanding this stuff. Subscribed!

easily the most helpful video ive ever seen regarding this, going through the schematic really changes a lot thanks

I need to practice this to wrap my head around it fully. Where can I get these parts at a reasonable price?

thank you brotha for being you

Thank you very helpful !

Im learning this in class right now, and your videos have been very helpful. But im just confused about one thing. On the schematic the holding contact at 13[ ]14, shows that it is NO, but 13/14 is a NC contact. Could you please explain what im missing? please and thank you

Excellent video sir