Mass of the stator

$m_{\text{s}}=7200\text{kg}$

Mass of the rotor

$m_{\text{r}}=1900\text{kg}$

Mass inertia of the stator at the x-axis

${\theta }_{\text{sx}}=1500\text{kg}\cdot {\text{m}}^2$

Mass inertia of the stator at the y-axis

${\theta }_{\text{sy}}=2800\text{kg}\cdot {\text{m}}^2$

Mass inertia of the stator at the z-axis

${\theta }_{\text{sz}}=2800\text{kg}\cdot {\text{m}}^2$

Mass inertia of the rotor at the x-axis

${\theta }_{\text{rx}}=50\text{kg}\cdot {\text{m}}^2$

Mass inertia of the rotor at the y-axis

${\theta }_{\text{ry}}=100\text{kg}\cdot {\text{m}}^2$

Mass inertia of the rotor at the z-axis

${\theta }_{\text{rz}}=100\text{kg}\cdot {\text{m}}^2$

Height of the centre of gravity S

$h=560\text{mm}$

Horizontal (y-direction) distance from $A_{\text{DL}}$ and $A_{\text{NL}}$ to S

$b_{\text{L}}=530\text{mm}$

Horizontal (y-direction) distance from $A_{\text{DR}}$ and $A_{\text{NR}}$ to S

$b_{\text{R}}=530\text{mm}$

Axial (x-direction) distance from $A_{\text{DL}}$ and $A_{\text{DR}}$ to S

$a_{\text{D}}=700\text{mm}$

Axial (x-direction) distance from $A_{\text{NL}}$ and $A_{\text{NR}}$ to S

$a_{\text{N}}=700\text{mm}$

Axial (x-direction) distance from $B_{\text{D}}$ to S

$l_{\text{D}}=1000\text{mm}$

Axial (x-direction) distance from $B_{\text{N}}$ to S

$l_{\text{N}}=1000\text{mm}$