Otto`s replication of Steven Mark`s TPU

[ronotte]

Hi all,

here are detailed instructions on how to build & cconnect the Mobius coils.

BUILDING DETAILS

6? Mobius double wire loop

1.This coil loop is composed (in demo unit) by a single turn of standard lamp-wire (two isolated parallel .8mm copper strand wires) this just to ease the assembling.

2.After cutting the correct wire length you must prepare as well an equivalent length of silicon (or  the like hose but able to support >100?C heat) hose 1 cm of diameter in order to setup a support structure for the lamp-wire itself.

3.Form the hose in a circle and fix it by inserting for example a wood inset between the two ends.

4.You have now to glue the lamp wire to the internal side of the formed hose loop. In demo unit we glued the lamp-wire to hose in a vertical way (horizontal would be best but is more difficult to do).

4? Mobius double wire loop

Just do the same done for the 6? unit but this time of course you have to put the lamp-wire on the outer side of the loop. This is to enhance coupling of the two loops.

Control Coils
You have to build 3. Each CC is a transformer so it has a primary and a secondary. In order to do winding you have firstly to prepare a suitable support structure. Remember that the structure must have a longitudinal inner hole to match the overall shape of the Mobius  hose + lamp-wire assembly. When the CC are finished you will have to slide the e assemblies into the Mobius loop and position them at 120 degree.

Summarizing:

? CC structure width: about 1?.
? Primary winding: you have to use 4.20 mt. length. And .5 mm. copper enameled wire.
? Secondary winding: you have to use 10.50 mt. length and .35 mm. copper enameled wire.

NOTE #1: the coils are parallel wound in a CW way. The primary wire will reach the end first as it is shorter. No problem you continue winding of the secondary wire till the end.

NOTE #2: Each CC has a starting and an ending, label on the support structure that wires as next you will follow always the same connection rule (I mean do not slide the CC on Mobius coil in a vice-versa way).

After completed the two wire loops assemblies, you have to put the small one into the larger one and start to do the connections. In Fig 8 you can see an 6? setup (note that the 6? is opened, that just for easy working on).

Hint:

We do suggest in order to avoid errors, to do like this:

1.Lay down on your work-bench the 6? assembly collector loop (1 cm. hose with the glued lamp-wire) leaving the 4 end leads (about 5 cm.) out.

2.   Put the 4? assembly collector loop inside the bi loop leaving the 4 end leads out.

3.   Connect the big loop lamp-wire upper wire, on left side, to the smaller loop lower wire left side.

4.   Do the same for the 4 leads on right side.

You did the job without errors!.

Regards to all

Please feel free to ask for any other building details.

Roberto & Otto

[otto]

Hello all,

@Roberto

you have saved my life. Now, try to make a little drawing how the controls looks. Please. Im with my "big guy" 15" TPU and mixing the frequencies. Im using only 1 control coil.

@Marco

good so.

Otto

Otto

[ronotte]

Hi all,

here is the detailed Mobius schematic as per Otto's request.
Good work.

Roberto

[chrisC]

@renotte

Many thanks for the detailed drawing and description. Any chance of a couple of good quality photos. of how the mobius coil & collectors are arranged and positioned?
Thank you.

regards

chrisC

[Bruce_TPU]

@ Roberto
Great job as always on documentation!  A heartfelt thank you! 

@ Chris
Ditto's, We indeed could use a few photo's, and one of the finished product

@Marco
An Accurate 3D rendition like the one you have started would also be awesome

@ EVERYONE

Anything that we can do to ease and simplify replication is of the UTMOST importance.  Not just for us now replicating but for all those researchers in the future who will be interested in this technology!  I'm sure everyone understands how important to realize this.

Thank you and Cheers, We have a new energy source!  Thank you SM!!
Bruce