** The only thing you need to control is the final temperature of the
windings when in use - and that depends on the ambient temp, among other
things.
The temp rise of the primary needs to be no more than 50 degrees C.
Be aware of using thermal fuses with too low a temp rating.
The 50C will be a challenge because we are constrained in transformer size
(to what they have in there now). Luckily we only need about 70% of its
current VA-rating.
** Don't ya love they way this septic fool posts paragraphs where the first
and second sentences are in complete contradiction ??
The 50C will be a challenge because we are constrained in transformer
size (to what they have in there now). Luckily we only need about 70% of
its current VA-rating.
** Don't ya love they way this septic fool posts paragraphs where the
first and second sentences are in complete contradiction ??
Says _current_ transformer up there, meaning the one we use right now,
** Blatant lie - there is no such wording.
The fuckwit only mentioned the SIZE of the transformer in use.
Simply using an international version of that one will cook itself out of
the board at 264V. I've tried that.
** But with all that SPARE capacity you claim to have, it can easily be
wound with more turns on the primary and secondary and the problem is
solved.
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