Confirming the Delayed Lenz Effect

[DeepCut]

Enough parts have arrived for me to do some basic testing, once i have the coil wound.

While thinking about the device and the next coil test i have realised a HUGE flaw in my thinking

I was previously getting 600VAC for around 30KRPM with the single diametric magnet setup, obviously a fast spinner since it was light and powerful (0.6 Tesla).

With the new 12-magnet rotor, driven by a DC motor, although i will get the same frequency in the coil at a lower speed of 2KRPM, i will only get an output of 40VAC.

What a f***ing dickhead Can't believe i hadn't thought of that while designing and then ordering all these bits and pieces.

We live and learn ...


::sniff::

DC.

[MileHigh]

Synchro1:

I am making generic comments.  Are you referring to a specific setup of yours?  I looked back though several pages and I did not notice a link.

Thanks,

MileHigh

[synchro1]

View of the 3/4 inch spinner in the 2 1/2 inch PVC core above. The coil is a Radio Shack green wire spool, wpapped bifilar with the same green wire. One coil wall has to be removed so the output coil can squeeze through the hole cut through the CD griping cap. This coil has the two snug 1/2" neo magnet core diametrics taped inside. The coil need's to be positioned after the main 3/8" rotor reaches Lenz threshold r.p.m. for the magnet core output coil which is much lower then the threshold for the spinner and the power coil alone. Remeber, the "output coil need the Lenz delayed kickback field to keep the coil core magnets from slowing the rotor down with magnetic drag! Also a load needs to be attached, just a capacitor and diode to get the delay propulsion.

[MileHigh]

Synchro1:

I looked at the pictures and read your comments and read some of the EF thread from 2010.  All that I see is a variation on a pulse motor like countless others around here have made.  I don't see any measurements.

Honestly, you are getting carried away and drawing conclusions without any real evidence that anything special is going on.  Anybody can take a magnet that rotates on a shaft and a reed switch and a coil and make a motor like you show in your pictures.  Have fun but it's unwise to "over-interpret" what you are observing.

MileHigh

[synchro1]

Synchro1:

I looked at the pictures and read your comments and read some of the EF thread from 2010.  All that I see is a variation on a pulse motor like countless others around here have made.  I don't see any measurements.

Honestly, you are getting carried away and drawing conclusions without any real evidence that anything special is going on.  Anybody can take a magnet that rotates on a shaft and a reed switch and a coil and make a motor like you show in your pictures.  Have fun but it's unwise to "over-interpret" what you are observing.

MileHigh

What do you mean you didn't see any measurements? You don't believe that diametric magnets will cause Lenz delay placed in the core of an output coil simply because you're being told that by me? Why don't you try it and find out. This is an important discovery.