Winding layer pitch compensation for an air-core reactor
A winding layer pitch compensation for an air-core reactor which has at least two radially spaced apart concentric winding layers, includes a first set of strip-shaped star sheets, each of which is configured to be arranged radially below or above the winding layers and which are provided with at least one receiving slot along an edge extending from that edge, a second set of strip-shaped compensation sheets, each of which is provided with at least one insert slot along an extending from another edge, where a compensation sheet can be inserted into each receiving slot of a star sheet in a formfitting manner, where the star sheet engages into the insert slot of the compensation sheet in a formfitting manner, and where the slot depths of at least two receiving slots of the set of star sheets are different.
1. A winding layer pitch compensation for an air-core reactor, which has at least two radially spaced apart concentric winding layers, comprising:
a plurality of first strip-shaped star sheets, each of said plurality of first strip-shaped star sheets being for a radial arrangement and being respectively arranged below and above the winding layers and being provided along an edge with at least one receiving slot emanating from the edge; and
a plurality of second strip-shaped compensation sheets, each of said plurality of second strip-shaped compensation sheets being provided along another edge with at least one insert slot emanating from the other edge,
wherein a plurality of respective compensation sheets of the plurality of second strip-shaped compensation sheets is insertable in a form fitting manner into each receiving slot of a respective first strip-shaped star sheet of the plurality of first strip-shaped star sheets which engages in a form fitting manner into a respective insert slot emanating from the other edge of the plurality of second compensation sheets;
wherein slot depths of at least two receiving slots of the plurality of first strip-shaped star sheets are different; and
wherein the plurality of first strip-shaped star sheets do not reach into a central air space of the air-core reactor when installed.
2. The winding layer pitch compensation as claimed in claim 1 , wherein each of said plurality of first strip-shaped star sheets has at least two receiving slots spaced apart from one another, emanating from the edge, of which the slot depths are different.
3. The winding layer pitch compensation as claimed in claim 1 , wherein that the plurality of first strip-shaped star sheets are made of metal and the receiving slots are milled into said plurality of first strip-shaped star sheets.
4. The winding layer pitch compensation as claimed in claim 2 , wherein that the plurality of first strip-shaped star sheets are made of metal and the receiving slots are milled into said plurality of first strip-shaped star sheets.
5. The winding layer pitch compensation as claimed in claim 1 , wherein the plurality of second strip-shaped compensation sheets along with the respective insert slot are molded or cut from plastic.
6. The winding layer pitch compensation as claimed in claim 1 , wherein slot widths of at least two receiving slots of a star sheet of the plurality of first strip-shaped star sheets are different and the second set of strip-shaped compensation sheets have correspondingly adapted different thicknesses.
7. The winding layer pitch compensation as claimed in claim 1 , wherein the plurality of the first strip-shaped star sheets are welded at one of their ends to form a star.
8. The winding layer pitch compensation as claimed in claim 1 , wherein the plurality of first strip-shaped star sheets have anchorages for spacer strips or tensioning bandages extending between the at least two radially spaced apart concentric winding layers.