Operational values

Command: post_models(“r_flux_load”,”r”)

Returns the flux-linkage in an array with freely selectable identifier “r”.

Example:

post_models("r_flux_load","r")
Load_flux   = r[1]   -- Load flux [Vs]
Noload_flux = r[2]   -- Noload flux [Vs]

Command: post_models(“r_load_voltage”,”r”)

Returns the voltage in an array with freely selectable identifier “r”.

Example:

post_models("r_load_voltage","r")
Load_voltage =   r[1]   -- Load_voltage [V]
Noload_voltage=  r[2]   -- Noload_voltage [V]

Command: post_models(“r_current”,”r”)

Returns the current in a variable with freely selectable identifier “r”.

Example:

post_models("r_current","r")
current = r[1]   -- Current winding [A]

Command: post_models(“r_cosphi”,”r”)

Returns the power-factor in a variable with freely selectable identifier “r”.

Example:

post_models("r_cosphi","r")
cos_phi = r[1]    -- Power factor cos phi

Command: post_models(“r_beta_opt”,”r”)

Returns the current angle for maximum torque (I vs. Up, i.e. q-axis) in the variable with the freely selectable identifier “r”.

Example:

post_models("r_beta_opt","r")
angl_I_UPopt = r[1]   -- Load angle I vs. Up [Degr]

Command: post_models(“AV_DEMAGN”,”r”)

Returns parameters for assessing the magnetization or demagnetization state in the list with the freely selectable identifier “r”.

Example:

post_models("AV_DEMAGN","r")
av_demagn   = r[1]  -- Average Demagnization [kA/m]
max_demagn  = r[2]  -- Maximum Demagnization [kA/m]
area_demagn = r[3]  -- Relative Area of Demagnization [