Easy mode
1. User input parameters
| Label | Symbol | Tooltip, note, formula |
| No. Layers | N Layers | Number of layers - 1 or 2 (Easy mode). |
| Coil pitch | Coil pitch = number of slot pitch between coil input and coil output (Easy mode / Advanced mode). | |
| Winding type | * | Winding type - Lap or Concentric (Easy mode / Advanced mode). |
| Phase sequence | * | Phase sequence (all modes). |
| No. parallel paths | P paths | Number of parallel paths (all modes). |
2. Building the winding architecture - Easy mode – Main principles
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| Building the winding architecture - Easy mode | |
| 1 | Selection of the Easy mode for building the winding architecture. |
| 2 | Selection of coil pitch. The proposed solutions depend on the number of slots and the number of poles. Example 1: With 12 slots and 10 poles, only one solution is proposed: a tooth winding. Example 2: With 48 slots and 8 poles, two solutions are proposed: 5 or 6. For various possibilities, a list of solutions are proposed. |
| 3 | Selection of the number of layers. The proposed solutions depend on the
number of slots and the number of poles. Example: With 12 slots and 10 poles, only one solution is proposed: 1 layer. The three possible cases are illustrated below. |
| 4 | Number of parallel paths. The possible numbers of parallel paths are automatically computed and proposed to the user. When the user chooses a number of parallel paths, the connections on the winding scheme are automatically updated. See examples in Auto mode chapter. |
| 5 | Selection of winding type: Concentric or Lap.Illustration of these two types of winding is given below. |
| 6 | Definition of the phase sequence i.e. the rotation direction of the
Magneto-Motive Force (M.M.F): Clockwise or Counter clockwise.The rotation direction is defined when facing the machine on the connection side. |
| 7 | Icon to restore default input values. Default values are those which defined the winding architecture by using the automatic mode. |
| 8 | Icon to apply inputs. Pressing the enter key twice applies inputs too. |
| 9 | Icon to export winding data into a text file |
3. Number of layers
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| Building the winding architecture – The number of layers is represented in the winding scheme | |
| 1 | Example where the No. layers is equal to 1. |
| 2 | Example where the No. layers is equal to 2. |
4. Coil pitch
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| Building the winding architecture – Definition of the coil pitch(N° Slot return coil) - (N° Slot Go coil) | |
| 1 | Example where the coil pitch is equal to 5 - From slot 1 to slot 6 (6-1 = 5). |
| 2 | Example where the coil pitch is equal to 6 - From slot 1 to slot 7 (7-1 = 6). |
5. Winding type
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| Building the winding architecture – Definition of the winding type: Lap or Concentric | |
| 1 | Example for the concentric winding type. |
| 2 | Example for the Lap winding type. |