Motor Generators

[Rakarskiy]

I calculated the electromagnetic moment of the simplest generator and the Ampere force. Yes, indeed, the peak: electrical power is equal to mechanical power.

Something very interesting showed up, with variations in ampere-strength.Discoveries are ruled by chance!

We will consider how to make a generator in the area of research of Adams and Tewari.

https://rakarskiy-narod-ru.translate..._tl=en&_x_tr_h l=ru&_x_tr_pto=nui

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Hope Bromie is okay! Let HE help him!

[alexelectric]

We hope BroMikey is well, and that we will soon have him around here sharing his experiences and his prototypes, thank you BroMikey for all those years that you have guided and illustrated us in your proposals and projects.
Blessings

[dragon]

God is with you BroMikey, may he lessen the pain and sickness and help you heal quickly... God Bless

[Turion]

Got this email today from Tammy Rowland. This is a copy and paste so you know as much as I do.

”In the hospital, I am watching sign Mike Rowland chemo is a beast”

[pmgriphone]

Btw. What happened to Bromey. No posts from him since November 1st. Let's hope he is OK.

[pmgriphone]

http://rakarskiy.narod.ru/_fr/0/8389356.jpg

Rakker, you better put your angle dependence into your equations. All you equations depend on angle of rotation theta (like e.g. cos(theta) ).And again, check your brackets EVERYWHERE. Is it w/(2pi*r) or w/2pi*r. Also not clear what w is.

And what do you have on the left? the motor? and on the right the generator? or is the right the same as the left?

Not sure why your B field on the right would be dependent on current only. The magnetic field comes from the magnet (Bm) AND the current (I) in the wire. You are only taking one of them. You have to add up each contribution to get the total magnetic field.

You are mixing up a lot of things together here and that is why you are getting lost.

[Rakarskiy]

http://rakarskiy.narod.ru/_fr/0/8389356.jpg8389356.jpg

[Turion]

Finally got everything working the way I wanted. Watts in around 216 with no coils in place, which is less than I thought, but dang close to what my friend showed with his machine. Difference is, I’m getting the RPM I need and he was a few hundred short. But both machines are in the ballpark.

https://youtu.be/7DQvTBpVOw4

Finally, I can do some testing. I am still concerned about this motor, but I have a different motor I will switch out with when the motor mounts arrive. The shaft on the current motor needed a threaded sleeve because it was too small for the gears. The last time I tried using this kind of threaded sleeve, the shaft snapped off. Not something I look forward to seeing happen at high speed.

Don't know if I can get all the testing done I wanted to do in the next two days or if I even HAVE two whole days. I leave town for 10 days on Saturday and have friends house sitting to take care of my dogs. So sometime Friday my buddy from Sacramento is picking up the machine and will finish up where I leave off. That could be early on Friday or late. Not sure. SO tomorrow may be my only chance, and that is probably not enough time to get all the coils adjusted and record total output. But we will see.

[bistander]

https://strannik-2.ru/media/kunena/a..._generator.pdf

Hello Mr. Rakarskiy,

Screenshot_20211117-114741.png

I'm curious, how many poles, or pole pairs, must a synchronous generator have to deliver 563 Hz at 650 RPM?
thanks,
bi

[pmgriphone]

https://strannik-2.ru/media/kunena/a..._generator.pdf

Rakker, better proof read your scripts a bit more... I found more mistakes:

1.1 EMF [E] is calculated using the current formula for the complete circuit: Ii = (E - U) / (R + Rz), (where R is the resistance of the active wire of the generator case). To calculate the EMF, the formula will take the form: E = (U + I) * (Rz + R) = (220 + 4.55) * (48.4 + [?]),

[Rakarskiy]

https://strannik-2.ru/media/kunena/a..._generator.pdf

[Turion]

https://apple.news/A_W3KNHmOQhiT-xr12d22rQ

[Turion]

My new bushings and gears I was expecting on Monday got here a few days early. Got all the coils finished. Got all the adjustment bolts trimmed and capped with acorn nuts. Tomorrow I put it all back together and see what kind of rpm I can get at what cost. If I can get what I need with this new setup, I can begin testing. That’s all anybody wants to see anyway. They could care less about how much time, energy and money goes into this. But my WIFE does! LOL

https://youtu.be/o8ZO6jSm_og

[Rakarskiy]

Seriously Rakker, looks like you don't get it. What is in your paper is this: I = E - U / R + Rz

Using proper elementary school rules for division and addition, that means your first divide U/R, then add E and Rz. Clearly that is not what you meant in your formula as your units don't add up. I is in units of Amps, E is in units of voltage, U/R is in units of Amps, Rz is in units of ohms. Clearly, you can't add those up.

Clearly what you meant to write down is this: I = (E - U) /(R + Rz)

Yet the brackets are missing in your paper.... Fix it if you want anybody to understand what you mean.

But maybe you first need to revisit kindergarten before you go to elementary school?

I agree, the more brackets, the less interesting explanations. I have completed the entry.

[Turion]

Need to finish my coils today, stripping wire ends and getting them ready to put in the machine. But that should only take a couple hours.

So today is test day. Since I cannot get the machine up to 2850 rpm with current gearing, I will attempt to use alternate methods to get Lenz neutral.

I can also see what the output to load will be at the lower rpm. NOT to be confused with what it will output at the CORRECT rpm.

Data, data, data

As usual, life got in the way. Vet appointment for my dog I didn’t see on the calendar. As my wife works from home and I am retired, so that job is all mine. And he is worth it.