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clarkjohnsen wrote:

Then you haven't looked close enough.

Or perhaps the equipment that I used was not made by clueless people?

clarkjohnsen wrote:

This is where you veer off course. The AC polarity under discussion (anyway by myself) does not concern code -- that is, the hot/neutral/ground alignment. Instead it's an internal aspect, not under the control of any code or convention.

clarkjohnsen wrote:

Internally, again, no code applies. Take the power transformer's secondary leads: what convention instructs a manufacturer which side to use as hot? None!

This is all theory. If you did it yourself then you would realize that that there is no straight answer to this question and BTW it has nothing to do with secondary but with primary. Yes, if you deal with ONE transformer then the primary has only one position where the leakage between neutral and ground is minimal. But what if you have two transformer or 8 transformers as I have in my amps? Setting each of them individually according the minimum leakage does not assure that all of them combined will have the minimum leakage . Furthermore, take two amps with properly optimized minimum leakage assembly, combine then in the one single ended system and measure the leakage with straight and revered electrical polarity on primary. The logic suggests that if the each of the component with minimum leakage combined in the straight electrical polarity then the summing leakage shall be lower as well. Unfortunately it is not always the case. This makes the subject much more complex than just a theoretical debate.

clarkjohnsen wrote:

: All explained in The Wood Effect, and other places.

It has absolutely nothing to do The Wood Effect, but you can’t help your to bring it in, again,

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