Type 52R

The IPM_HoleMagnet52RData is accessed through the eMotorSolution.CheckPoints.Rotor.IPMSM.IPM_HoleMagnet52R module.

Parameters

• W0_expression: str | float The string mathematical expression or a float value for W0.
• W0_unit: Literal["m", "dm", "cm", "mm", "in", "ft"] The unit of the W0. Default is "m".
• W3_expression: str | float The string mathematical expression or a float value for W3.
• W3_unit: Literal["m", "dm", "cm", "mm", "in", "ft"] The unit of the W3. Default is "m".
• H0_expression: str | float The string mathematical expression or a float value for H0.
• H0_unit: Literal["m", "dm", "cm", "mm", "in", "ft"] The unit of the H0. Default is "m".
• H1_expression: str | float The string mathematical expression or a float value for H1.
• H1_unit: Literal["m", "dm", "cm", "mm", "in", "ft"] The unit of the H1. Default is "m".
• H2_expression: str | float The string mathematical expression or a float value for H1.
• H2_unit: Literal["m", "dm", "cm", "mm", "in", "ft"] The unit of the H1. Default is "m".
• R0_expression: str | float The string mathematical expression or a float value for R0.
• R0_unit: Literal["m", "dm", "cm", "mm", "in", "ft"] The unit of the R0. Default is "m".
• R1_expression: str | float The string mathematical expression or a float value for R1.
• R1_unit: Literal["m", "dm", "cm", "mm", "in", "ft"] The unit of the R1. Default is "m".
• hole_material_init: str The name of the hole material. It should be one of the non-magnet materials in the project's materials collection. Default is Air.
• magnet_material_init: str The name of the magnet material. It should be one of the magnet materials in the project's materials collection. Default is NdFeB.

Methods

Method	Description
set_W0(expression, unit)	Sets the expression: str | float and unit: Literal["m", "dm", "cm", "mm", "in", "ft"] for W0.
set_W3(expression, unit)	Sets the expression: str | float and unit: Literal["m", "dm", "cm", "mm", "in", "ft"] for W3.
set_H0(expression, unit)	Sets the expression: str | float and unit: Literal["m", "dm", "cm", "mm", "in", "ft"] for H0.
set_H1(expression, unit)	Sets the expression: str | float and unit: Literal["m", "dm", "cm", "mm", "in", "ft"] for H1.
set_H2(expression, unit)	Sets the expression: str | float and unit: Literal["m", "dm", "cm", "mm", "in", "ft"] for H2.
set_R0(expression, unit)	Sets the expression: str | float and unit: Literal["m", "dm", "cm", "mm", "in", "ft"] for R0.
set_R1(expression, unit)	Sets the expression: str | float and unit: Literal["m", "dm", "cm", "mm", "in", "ft"] for R1.
set_hole_material(material_name)	Sets the material_name: str for hole_material. It should be one of the non-magnet materials in the project's materials collection.
set_magnet_material(material_name)	Sets the material_name: str for magnet_material. It should be one of the magnet materials in the project's materials collection.
validate()	Returns the validation status in dictionary format.

Attributes

Attribute	Description
W0	float Returns the evaluated value of W0 in m. ⚠️ read-only
W3	float Returns the evaluated value of W3 in m. ⚠️ read-only
H0	float Returns the evaluated value of H0 in m. ⚠️ read-only
H1	float Returns the evaluated value of H1 in m. ⚠️ read-only
H2	float Returns the evaluated value of H2 in m. ⚠️ read-only
R0	float Returns the evaluated value of R0 in m. ⚠️ read-only
R1	float Returns the evaluated value of R1 in m. ⚠️ read-only
hole_material	str Returns the name of the hole material. ⚠️ read-only
magnet_material	str Returns the name of the magnet material. ⚠️ read-only
hints	dict[str, float] Returns the hints for the slot in m. ⚠️ read-only