One result. transformer # 14T0011-002 surplus new.  Two multiple tap primaries N - 100v -105v -110v -115v -120v plus multiple secondaries. Idle current will reduce to 21ma. using 1.8 mfd 600v cap. 40w incandescent bulb on load pulls 40.8w on meter. Next test 40w bulb in input side glows brighter than one in load side. This transformer weighs 22 lbs. and was used to try to get a large measurable difference.
Garry

I'm not in it for any money so whatever I find, I post. hehe
Much safer that way.

Here is a small vid I made with the standard circuit best scenario with my newer transformers.
http://www.youtube.com/watch?v=wsmBGNeWPfc

The result is no OU of course for these transformers. Just wanted to show the off phase and output discrepancy between each side of the AC.

Anyone that has a pair of nice fat bifilar coils, with or without core can try the same wiring and see what gives.

Also, anyone with a romero wheel that is using bifilar pick-up coils can put one pick-up coil on the wheel and one pick-up coil as the other transformer and see if the output can occur without creating drag. Thane Heins can try this with his magrotor or his many other coils.

wattsup

Quote from: iflewmyown on August 15, 2012, 10:08:57 AM
One result. transformer # 14T0011-002 surplus new.  Two multiple tap primaries N - 100v -105v -110v -115v -120v plus multiple secondaries. Idle current will reduce to 21ma. using 1.8 mfd 600v cap. 40w incandescent bulb on load pulls 40.8w on meter. Next test 40w bulb in input side glows brighter than one in load side. This transformer weighs 22 lbs. and was used to try to get a large measurable difference.
Garry

You need to use two similar coils from it and leave others unconnected. Use the finer coils. Measure the idle power of just one coil, then compare it to power you see when two coils are connected together (without load). Idle power should be lower. If it higher then second coil is wrong way and you need to swap connections.

Check the efficiency of your trafo, use it as normal trafo and check how much power it can provide at output. When wiring is correct, then you can take this power and then some without taking it from the wall.

Measure the resistance of the coils you use for reference.

edit:

Can you take measurements with and without cap ?

@ T1000 (ARUNAS): Did you make a video of your setup?, unfortunately for me, I can't get it from your  quick drawn circuit.
                        Thanks

[size=78%]Quote from: iflewmyown on August 15, 2012, 04:08:57 PM[/size]
One result. transformer # 14T0011-002 surplus new.  Two multiple tap primaries N - 100v -105v -110v -115v -120v plus multiple secondaries. Idle current will reduce to 21ma. using 1.8 mfd 600v cap. 40w incandescent bulb on load pulls 40.8w on meter. Next test 40w bulb in input side glows brighter than one in load side. This transformer weighs 22 lbs. and was used to try to get a large measurable difference.
Garry


Jack :You need to use two similar coils from it and leave others unconnected.


That is what I did.


Jack: Use the finer coils. Measure the idle power of just one coil, then compare it to power you see when two coils are connected together (without load). Idle power should be lower. If it higher then second coil is wrong way and you need to swap connections.


That is what I did.

Jack: Check the efficiency of your trafo, use it as normal trafo and check how much power it can provide at output.


Each coil separate 124VAC .085A     Dc. ohms .8           


Wired together .038A   no load


Normal isolation transformer  With load 124VAC 2.2A  input         


Normal isolation transformer  With load 120VAC 2.2A out


Garry