Bedini Ferris Wheel Regauging Motor

[minoly]

Hi Patrick!!

isn't this one?

SOLID STATE RELAY-HFS33|MOSFET output|DC control|Low on-state resistance|Photo isolation|2500V dielectric strength|Environmental friendly product (RoHS compliant)

can any one tell me how to do this with single parts? to make a cap dump at 14 volts or so?

Yesterday I came from work and my mechanical cap dump was destroyed the pulley was all break and the gear disk also, lol.

I have tryed the SCR cap dump with out luck my SCR always get latched, and I have also tryed that inverted NPN cap dump that works!! but it does not dump all the cap intro the batt, just a little.

best!!

Alvaro

Hi Alvaro,

Isn't that a "HongFa" product? we're looking for a "Douglas Randall".

Patrick

[Les_K]

Just some fun stuff

Hopefully this is of value. The first is how I tune the machine as just a place to start.
The second is a shot of the signal across the coil.

Timing3GT.mp4 - YouTube

FerrisWheel.mp4 - YouTube

Les

[John_K]

Timing

Les,

Thanks for the videos. It looks like you have it timed right. Where would you say the rotor magnet is in relation to the middle coil when the coils switch off?


John K.

Hopefully this is of value. The first is how I tune the machine as just a place to start.
The second is a shot of the signal across the coil.

Timing3GT.mp4 - YouTube

FerrisWheel.mp4 - YouTube

Les

[Les_K]

Ok, Here is first step I put together to see what might be happening. I have been reading some things about the rotation of magnetic spin and there is more to it than I ever dreamed.
So as I understand the rotation or spin as Ed described it, it is happening at several levels. I think I am suggesting only one of those here....
Rotational Firing sequence-1.mp4 - YouTube

Les

[John_K]

Thanks Les

Les,

Thanks for the vid. I assume the coil switches on just after TDC. It would be good to see on video when the hall switches on and then switches off.

See my post a couple of pages ago on where the hall should switch off the coil. You need to give it a little more on time.


John K.

Ok, Here is first step I put together to see what might be happening. I have been reading some things about the rotation of magnetic spin and there is more to it than I ever dreamed.
So as I understand the rotation or spin as Ed described it, it is happening at several levels. I think I am suggesting only one of those here....
Rotational Firing sequence-1.mp4 - YouTube

Les

[Les_K]

Not sure I explained that right....
When I rotated the wheel I was going backwards from it's running rotation. So I was showing where the hall was switching off. At least at no rpm....

Is this where you mentioned it?

http://www.energeticforum.com/181549-post1700.html

Ok here is a vid....
Looking for timing.mp4 - YouTube

Les

[Armagdn03]

I got your email LesK, and see your new build! awesome! I will call you here in a bit if I get a chance!

[Les_K]

Sounds good, and thanks it looks a lot nicer than in the pictures.
I sent you my phone#

Les

[John_K]

Timing

Les,

Yes, that was the one.

Have a look at John Bedini's timing wheel on the Ferris wheel again. Notice how close the magnets are together? From the looks of it the magnets are spaced less than one magnet width apart. Why do you think John did this?

Now compare this to the timing magnets on your wheel.




John K.

Not sure I explained that right....
When I rotated the wheel I was going backwards from it's running rotation. So I was showing where the hall was switching off. At least at no rpm....

Is this where you mentioned it?

http://www.energeticforum.com/181549-post1700.html

Ok here is a vid....
Looking for timing.mp4 - YouTube

Les

[Les_K]

Ok, I think I see what you are getting at. I think you are suggesting that the button mags are actually facing north but creating a scalar south for the hall.

I remember this was talked about and at one time you had suggested making a super pole south so that is what I did on my other machine. here is a vid I hope it is visible but I used some small rectangular magnets and created a scalar south.

ScalarSouthFor Hall.mp4 - YouTube

I'll be looking for some reflective tape tomarrow so maybe we can have some led fun then...

Les

[John_K]

Timing

Les,

You have two machines! I thought the machines in the videos were different. Wow, living on the edge

Thanks for the vid and please thank your dog for its commentary (Maybe it is trying to tell you something)

OK, seriously, that's not what I was talking about. I hope I didn't send you on a wild goose chase. But it does have something to do with the scalar south, but the scalar south between the rotor magnets, not the timing wheel magnets.

Les, I want you to work this out without me giving you the answer so you have to think about it. The question is "why has JB got his timing wheel magnets spaced less than one magnet width apart?"

You have enough experience with the Monopole SG to work this out as it is the same. The only difference is the way JB is triggering the circuit, the SG uses the trigger wire but the Bedini/Cole circuit uses hall triggering. But both methods are a way to adjust the timing.

John K.

P.S. So you can see the timing with the LED just put some black tape around the perimeter and then stick some skinny white strips where the centre of the magnet is. You don't need reflective tape, but it makes it easier to see. Connect the LED so you see the timing marks when the coil is on (hall is on).

Ok, I think I see what you are getting at. I think you are suggesting that the button mags are actually facing north but creating a scalar south for the hall.

I remember this was talked about and at one time you had suggested making a super pole south so that is what I did on my other machine. here is a vid I hope it is visible but I used some small rectangular magnets and created a scalar south.

ScalarSouthFor Hall.mp4 - YouTube

I'll be looking for some reflective tape tomarrow so maybe we can have some led fun then...

Les

[john_g]

Handbook of Magnetic Phenomena

Hi

JB has mentioned about the Handbook of Magnetic Phenomena, by Harry Burke. I have attached a scan of the index pages just to show what the book covers - massive amount!

Regards

John

[Les_K]

Les,

You have two machines! I thought the machines in the videos were different. Wow, living on the edge

Thanks for the vid and please thank your dog for its commentary (Maybe it is trying to tell you something)

OK, seriously, that's not what I was talking about. I hope I didn't send you on a wild goose chase. But it does have something to do with the scalar south, but the scalar south between the rotor magnets, not the timing wheel magnets.

Les, I want you to work this out without me giving you the answer so you have to think about it. The question is "why has JB got his timing wheel magnets spaced less than one magnet width apart?"

You have enough experience with the Monopole SG to work this out as it is the same. The only difference is the way JB is triggering the circuit, the SG uses the trigger wire but the Bedini/Cole circuit uses hall triggering. But both methods are a way to adjust the timing.

John K.

P.S. So you can see the timing with the LED just put some black tape around the perimeter and then stick some skinny white strips where the centre of the magnet is. You don't need reflective tape, but it makes it easier to see. Connect the LED so you see the timing marks when the coil is on (hall is on).

Hey, twice as much fun eh....
Yes, the dog.... Well, what can I say she knew I was talking to you and she's an australian shephard She was probably saying hi in aussie.....

Ok, first so we can see this properly lets get the timing rotor right. then we can see the led results properly and go from there. Does that sound ok?

So they are south facing magnets less that one magnet width apart, correct? Then I will get that made today. But this wheel is only about 22" diameter and only has eight magnets on the rotor. So I thought I would use 1/4" button mags for the timing rotor. Do you think I should perhaps go to 1/2" ?

Then we should look at John's drawing of the magnets(Flux as some say) around the rotor. The scalar south that is created between those north facing poles and then we can start on the interaction between that and the timing. I am very anxious to see where we are going here John. I am still thinking about the importance of the Delta zeros in between the north facing magnet and the other side of the scalar south.
It has been my conjecture for some time that like JB said that if you want to affect the magnet you do it through the Delta Zero. So I look forward to getting into all of it.


Thanks John
Les

[John_K]

Timing magnets

Les,

The hall needs a south pole to switch so the south of the button magnets faces the hall.

Have another look at JB's timing wheel. Look closely at how close his button magnets are. I think he uses 1" but 1/2" should be fine for a smaller wheel. The timing marks he has on the timing wheel are also a clue.


John K.

Hey, twice as much fun eh....
Yes, the dog.... Well, what can I say she knew I was talking to you and she's an australian shephard She was probably saying hi in aussie.....

Ok, first so we can see this properly lets get the timing rotor right. then we can see the led results properly and go from there. Does that sound ok?

So they are south facing magnets less that one magnet width apart, correct? Then I will get that made today. But this wheel is only about 22" diameter and only has eight magnets on the rotor. So I thought I would use 1/4" button mags for the timing rotor. Do you think I should perhaps go to 1/2" ?

Then we should look at John's drawing of the magnets(Flux as some say) around the rotor. The scalar south that is created between those north facing poles and then we can start on the interaction between that and the timing. I am very anxious to see where we are going here John. I am still thinking about the importance of the Delta zeros in between the north facing magnet and the other side of the scalar south.
It has been my conjecture for some time that like JB said that if you want to affect the magnet you do it through the Delta Zero. So I look forward to getting into all of it.


Thanks John
Les

[Les_K]

Les,

The hall needs a south pole to switch so the south of the button magnets faces the hall.

Have another look at JB's timing wheel. Look closely at how close his button magnets are. I think he uses 1" but 1/2" should be fine for a smaller wheel. The timing marks he has on the timing wheel are also a clue.


John K.

Good, Just wanted to be sure about that. There was a lot of stuff back there about the hall magnets and switching.

Got the new wheel almost finished, Going to go get some glue and materials so it will be a few hours. But I think I am going to like this one much better.

I will go back and review the posts, I know this is all in there somewhere. And I remember going through it thouroughly. There was some debate as to whether the magnets created a turtle shell looking field or if it was re-aligned like a pie shape. I also recall that it was pretty much just like setting the dwell on a car (I did a lot of that back then...). The timing marks were lines pointing toward the center of rotation. To me that meant that they got finer toward the center and wider to the outside. I would intrepret that as meaning you were able to adjust the duration by moving in and out and the location on relation to the coils by rotating right or left.

I will go back and review in case I am missing something.
Les