Method for producing a disk winding and disk winding
View Patent ↗An method for producing a disk winding having disks arranged alongside one another, includes winding the disk winding and fitting intermediate insulation between adjacent disks simultaneously, and subdividing the insulation into two sub-areas with a connecting conductor that runs from an end of one disk to a start of an adjacent disk along a diagonal within the intermediate insulation. The sub-areas can include a first intermediate area with a triangular cross-section formed below this diagonal and a second intermediate area which has an opposite triangular cross-section and formed above this diagonal.
1. A disk winding, comprising:
at least three disks arranged alongside one another;
intermediate insulation fitted between adjacent disks simultaneously with the winding within a winding process; and
a connecting conductor that runs from an end of one disk to a start of an adjacent disk along a diagonal within the intermediate insulation subdividing the intermediate insulation into two sub-areas with the sub-areas including a first intermediate insulation area which has a triangular cross-section and is formed below this diagonal and a second intermediate insulation area which has an opposite triangular cross-section and is formed above this diagonal,
wherein, for a disk winding which progresses from left to right, insulation is fitted in the second intermediate insulation area to a left of the disk and insulation is arranged in the first intermediate insulation area to a right of the disk simultaneously with the winding of the disk,
and wherein, for a disk winding which progresses from right to left, insulation is fitted in the second intermediate insulation area to the right of the disk and insulation is fitted in the first intermediate insulation area to the left of the disk simultaneously with the winding of the disk.
2. The disk winding as claimed in claim 1 , wherein, for a disk winding which progresses from left to right, no intermediate insulation area is arranged to the left of the first disk and, for a disk winding which progresses from right to left, no intermediate insulation area is arranged to the right of the first disk.
3. A method for producing a disk winding having at least three disks arranged alongside one another, the method comprising:
winding the disk winding in a winding process;
fitting intermediate insulation between adjacent disks simultaneously with the winding within the winding process; and
subdividing the intermediate insulation into two sub-areas with a connecting conductor that runs from an end of one disk to a start of an adjacent disk along a diagonal within the intermediate insulation, the sub-areas including a first intermediate insulation area which has a triangular cross-section and is formed below this diagonal and a second intermediate insulation area which has an opposite triangular cross-section and is formed above this diagonal,
wherein, for a disk winding which progresses from left to right, insulation is fitted in the second intermediate insulation area to a left of the disk and insulation is fitted in the first intermediate insulation area to a right of the disk simultaneously with the winding of the disk,
and wherein, for a disk winding which progresses from right to left, insulation is fitted in the second intermediate insulation area to the right of the disk and insulation is fitted in the first intermediate insulation area to the left of the disk simultaneously with the winding of the disk.
4. The method as claimed in claim 3 , wherein, for a disk winding which progresses from left to right, no intermediate insulation area is arranged to the left of the first disk and, for a disk winding which progresses from right to left, no intermediate insulation area is arranged to the right of the first disk.
5. The method as claimed in claim 3 , wherein, for a disk winding which progresses from left to right, no intermediate insulation area is arranged to the right of the last disk and, for a disk winding which progresses from right to left, no intermediate insulation area is arranged to the left of the last disk.
6. The method as claimed in claim 3 , comprising:
glass rovings impregnated with resin are used as insulation.
7. The disk winding as claimed in claim 3 , wherein, for a disk winding which progresses from left to right, no intermediate insulation area is arranged to the right of a last disk and, for a disk winding which progresses from right to left, no intermediate insulation area is arranged to the left of a last disk.
8. The disk winding as claimed in claim 3 , comprising:
glass rovings impregnated with resin as the intermediate insulation.