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Aug 24, 2020 at 19:57 comment added user2934303 Because if that's the case I can also reconnect the cores A to D to have the double the amount of turns of cores 1 to 4 (because they're wound with two wires in parallel). In that way I could have the same current produce the double of the field in them. So I could make a similar scheme of that you made but swtiching the groups, using 1 to 4 in the place of A to D and vice-versa, plus using all cores from A to D with the double amount of turns, in some way to increase design voltage.
Aug 24, 2020 at 19:54 comment added user2934303 I took a lot of time to understand this scheme, but after simulating this using transformers in the place of opposing pairs, I got to the conclusion that the cores 2 and 4 would be producing the double the field (having the double the current) of the cores A, B, C and D, right? Is that correct?
Aug 24, 2020 at 5:25 comment added D.A.S. Yes a 2 pole at 60V works if you have a VFD now if only he had two motors locked in phase on same shaft but series wound as 2 pole then he has twice the power half speed at same line voltage. Stil a waste of effort except for the learning process.. now get a new washer motor from the dump and make a VFD for a lathe using DC to sine /cos synth Constant V/f
Aug 24, 2020 at 5:19 comment added Jasen Слава Україні yes that's my intention, eg left-to-right makes a north
Aug 24, 2020 at 5:12 comment added user2934303 Just a question: When a current flows in the same direction in any two coils in this diagram you made, does this mean those coils will be producing the same pole? Just asking cause in my diagram for example, a current going from A to A' produces the opposite pole of a current going from B to B', cause I always used the prime to refer to the inner leg of each core (but they're wound in different directions).
Aug 24, 2020 at 4:54 history answered Jasen Слава Україні CC BY-SA 4.0