Working Magnetic Motor on you tube??

[CLaNZeR]

I've been lurking here and at Steorn since the start of this - excellent work so far. What does the graph look like overlaid with a baseline reading of just the rotor wind down with no stators?  Just interested in seeing how much energy is taken out of the system visually.

Hi KlicUK

Below the graph shows:

1.) BLUE: AGW Lock at around 410 RPM
2.) RED: With Stator no AGW attempted
3.) PURPLE: No Stator Wind Down.



Spreadsheets are available at http://overunity.org.uk/forum/index.php?topic=71.0

Cheers

Sean.

[CLaNZeR]

That is what you would expect without any OU, correct?

Yep but you have to do the Dummy Run really to get a baseline too look for any gains, so a valid request.

Cheers

Sean.

[dean_mcgowan]

Actually it appears there is no difference between AGW and normal as there is a delay on the AGW before it starts from 4000 rpms or rather it begins at a higher RPM

[Omnibus]

Actually it appears there is no difference between AGW and normal as there is a delay on the AGW before it starts from 4000 rpms or rather it begins at a higher RPM

That's true here. I think I've seen difference with and without AGW, though, but still don't have quantitative data to show. Several postings back I mentioned something to that effect--without AGW wind down time around 15s while with AGW wind down time about 35s. That's an average of 5 trials. See, however, the previous figure--the dampers appear to make a noticeable difference. Haven't tried with dampers yet.

[CLaNZeR]

Actually it appears there is no difference between AGW and normal as there is a delay on the AGW before it starts from 4000 rpms or rather it begins at a higher RPM

On the last chart I agree.

What is interesting is the drop and increase when it latches.