I've never seen a shaded pole motor with a defective shaded pole. If yours did have a bad shaded pole then the motor would just hum when energized . If you were then to spin the rotor by hand the rotor would then spin up to full speed in the direction you rotated it.
Not really just depends what way you have the rotor installed . The rotor itself has little diagonal lines that are basically compressed layers of metal that are insulated from eachother and acts as a permanent magnet when current is added and it then creates a balanced spining motor since its constantly pushing back and forth from the stator thats also layers of metal induced by the coil wrapped around it
Not really just depends what way you have the rotor installed . The rotor itself has little diagonal lines that are basically compressed layers of metal that are insulated from eachother and acts as a permanent magnet when current is added and it then creates a balanced spining motor since its constantly pushing back and forth from the stator thats also layers of metal induced by the coil wrapped around it
TheNYgolfer, Thank you for the comment, however the direction of the motor will always turn towards shading coil, this is because of the counter EMF that is produced at start up. I encourage you to look at some images online of this. The motors are only reversible if you can remove the rotor and stick it back in the opposite way.
@@bkingprca yes thats what i said if you remove the rotor . But the shaded coil usually has to windings on each side one is usually small and the ither big and are usually from what i seen equally mirrored from the shaded coil on the opposite side of the stator so its really pushing against one another to keep the rotor balance if not it would be grinding on one side of the stator from the being balanced. This can be simply done in a experiment by removing the shad d pole and making it be in series acordiny to how the other one is installed from big loop to snall loop then the shaded poles would be pointing in one direction according to what you said. ( i have multiple shaded poles infront of me ) but there maybe some shaded poles that are made acording to your theory that somehow stay balanced
@@bkingprca oops sorry I thought you were the OP and i read to quick and only replied back thinking of his first comment. My mistake . Good content keep it up
Terrible/useless video. You did not tell what happens in the rotor or how torque is developed. You had some scribble on the board and did not tell about that pic in the video.
The video is 6 minutes if you want to know more in depth look for a longer video there's no way someone could cover that depth in 6 minutes you simpleton
Good explanation, thanks!
Thank you
Are the shaded poles complete circles? I can't tell if mine is broken.
I've never seen a shaded pole motor with a defective shaded pole. If yours did have a bad shaded pole then the motor would just hum when energized . If you were then to spin the rotor by hand the rotor would then spin up to full speed in the direction you rotated it.
Good explanation but the rotor turns away from the shaded pole not towards it.
Not really just depends what way you have the rotor installed . The rotor itself has little diagonal lines that are basically compressed layers of metal that are insulated from eachother and acts as a permanent magnet when current is added and it then creates a balanced spining motor since its constantly pushing back and forth from the stator thats also layers of metal induced by the coil wrapped around it
Not really just depends what way you have the rotor installed . The rotor itself has little diagonal lines that are basically compressed layers of metal that are insulated from eachother and acts as a permanent magnet when current is added and it then creates a balanced spining motor since its constantly pushing back and forth from the stator thats also layers of metal induced by the coil wrapped around it
TheNYgolfer, Thank you for the comment, however the direction of the motor will always turn towards shading coil, this is because of the counter EMF that is produced at start up. I encourage you to look at some images online of this. The motors are only reversible if you can remove the rotor and stick it back in the opposite way.
@@bkingprca yes thats what i said if you remove the rotor . But the shaded coil usually has to windings on each side one is usually small and the ither big and are usually from what i seen equally mirrored from the shaded coil on the opposite side of the stator so its really pushing against one another to keep the rotor balance if not it would be grinding on one side of the stator from the being balanced. This can be simply done in a experiment by removing the shad d pole and making it be in series acordiny to how the other one is installed from big loop to snall loop then the shaded poles would be pointing in one direction according to what you said. ( i have multiple shaded poles infront of me ) but there maybe some shaded poles that are made acording to your theory that somehow stay balanced
@@bkingprca oops sorry I thought you were the OP and i read to quick and only replied back thinking of his first comment. My mistake . Good content keep it up
Terrible/useless video. You did not tell what happens in the rotor or how torque is developed. You had some scribble on the board and did not tell about that pic in the video.
Thank you for your criticism, where are your videos?
@@bkingprca Everybody like a little; nobody likes a smart.
The video is 6 minutes if you want to know more in depth look for a longer video there's no way someone could cover that depth in 6 minutes you simpleton