Polarization
Overview
|  | |
| POLARIZATION design area | |
| 1 | Selection of the STATOR subset: POLARIZATION panel (Click on the icon POLARIZATION) | 
| 2 | Visualization of the polarization on one pole. | 
| 3 | Visualization of the polarization on the whole machine. | 
| 4 | Tabs to navigate through the different MAGNET menus | 
| 5 | Area to choose the polarization strategy. Five types of orientation and two coordinate systems and angle are available. See additional information below. | 
| 6 | Button to restore default input values. Default polarization is defined in Part Factory application via Excel file. See “Part Factory” application for more information. | 
| 7 | Button to Apply inputs. Pressing the enter key twice applies inputs too. | 
| 8 | Icon to export polarization data into *.txt or *.xlsx files. | 
Polarization coordinate system
Two coordinate systems are available:
A “ Global ” polarization coordinate system: The origin is positioned at the rotor center.
A “ Local ” polarization coordinate system which is specific to each considered magnet topology.
Note: The reference axis (X-axis for Cartesian coordinate system) has a red color.
Polarization orientation
Five strategies of polarization are proposed:
- 
                    Direction 
- 
                    Radial +, Radial – 
- 
                    Orthoradial +, Orthoradial – 
Polarization orientation illustrations
|  | 1 | Global coordinate system. The origin is positioned at the rotor
                                center. The reference axis is the X-axis. Its color is red. | 
| 2 | Local coordinate system. Its location is defined for each magnet
                                topology. See “Part Factory” application for more information. The reference axis is the X-axis. Its color is red. | |
| 3 | Borders of part sector in which magnet topology is defined. | |
| 4 | Magnet in which a point P is considered to illustrate the polarization orientation. | |
| 5 | Polarization of the magnet considered at any point P. | |
| Legend of pictures to illustrate the magnet polarization orientation | ||
|  |  | 
| Polarization / Radial + / Global coordinate system | Polarization / Radial – / Global coordinate system | 
|  |  | 
| Polarization / Orthoradial + / Global coordinate system | Polarization / Orthoradial – / Global coordinate system | 
|  |  | 
| Polarization / Radial + / Local coordinate system | Polarization / Direction + Angle / Local coordinate system |