Turion and others,
I had the same issue with the shaft.
What I did, was tap the shaft, from the good end, flush with the Com. and
then using a die crinder cut it flush with the opposite side.
Then I used a small punch to push in back into the lamitations, half way.
This allows you to insert the shaft from your other motor in to meet it.
I dont know if there is any magnetic flow threw the shaft so I made sure
they contact each other.
I am not finished winding but will be done soon and will post if it worked or not.
I do have a observation, when widing in this pattern. It appears that P4 and P5.
of UFO five pole motor, will have a longer wire because it has to travel further
around the other winding. Also the motor will be slighty out of balance.
The only way I see around this is to wind P1 thru P5 (NORTH) all at the same time,
and the P1-P5 (SOUTH) at the same time.
Sound like alot more work, but should be better balanced for larger motors.
Just my 3 cents worth.
Asymmetric motor pictures by AMP2000 - Photobucket
Here is a link to my Photo bucket, with a few pictures, and a couple of a
1941 Dyna motor. Both motor and generator. They had the right idea but
didn't get the winding right, I am sure..
Made by Western Electric with an input of 14v 6.5 amp and output of 375v .150amps..
Mark
I had the same issue with the shaft.
What I did, was tap the shaft, from the good end, flush with the Com. and
then using a die crinder cut it flush with the opposite side.
Then I used a small punch to push in back into the lamitations, half way.
This allows you to insert the shaft from your other motor in to meet it.
I dont know if there is any magnetic flow threw the shaft so I made sure
they contact each other.
I am not finished winding but will be done soon and will post if it worked or not.
I do have a observation, when widing in this pattern. It appears that P4 and P5.
of UFO five pole motor, will have a longer wire because it has to travel further
around the other winding. Also the motor will be slighty out of balance.
The only way I see around this is to wind P1 thru P5 (NORTH) all at the same time,
and the P1-P5 (SOUTH) at the same time.
Sound like alot more work, but should be better balanced for larger motors.
Just my 3 cents worth.
Asymmetric motor pictures by AMP2000 - Photobucket
Here is a link to my Photo bucket, with a few pictures, and a couple of a
1941 Dyna motor. Both motor and generator. They had the right idea but
didn't get the winding right, I am sure..
Made by Western Electric with an input of 14v 6.5 amp and output of 375v .150amps..
Mark
Originally posted by IndianaBoys
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