Stators

STATOR_1

Command: pre_models(“STATOR_1”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_1

Example for the input:

../../../../_images/stator1.png
m.inside_rad      =      10.000   --    Inner radius          RI         [mm]
m.tip_rh2         =      10.500   --    Head  radius          RH2        [mm]
m.tip_rh1         =      11.000   --    Head  radius          RH1        [mm]
m.slot_rf2        =      14.000   --    Foot  radius          RF2        [mm]
m.slot_rf1        =      14.500   --    Foot  radius          RF1        [mm]
m.yoke_rad2       =      20.000   --    Outer radius          RA2        [mm]
m.yoke_rad        =      20.000   --    Outer radius          RA1        [mm]
m.slot_width      =       1.000   --    Slot  width           SW         [mm]
m.tooth_width     =       3.000   --    Tooth width           TW         [mm]
m.airgap          =       1.000   --    Mesh height (2/3 airgap)         [mm]
m.tot_num_sl      =          12   --    Total number of teeth on 2pi
m.num_sl_gen      =           3   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_1")

STATOR_2

Command: pre_models(“STATOR_2”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_2

Example for the input:

../../../../_images/stator2.png
m.inside_rad      =      10.000   --    Inner radius          RI         [mm]
m.yoke_rad        =      20.000   --    Outer radius          RA         [mm]
m.slot_t1         =       1.000   --    Slot depth            T1         [mm]
m.slot_t2         =        .500   --    Slot depth            T2         [mm]
m.slot_t3         =        .500   --    Slot depth            T3         [mm]
m.slot_depth      =       6.000   --    Slot  depth           HS         [mm]
m.slot_width      =       2.500   --    Slot  width           SW         [mm]
m.corner_width    =       3.500   --    Corner width          KW         [mm]
m.nodedist        =       1.500   --    Rel. node distance in iron > 0.5
m.airgap          =        .500   --    Mesh height (2/3 airgap)         [mm]
m.num_layer       =       2.000   --    Number of winding layers
m.tot_num_sl      =          10   --    Total number of teeth on 2pi
m.num_sl_gen      =           2   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_2")

STATOR_3

Command: pre_models(“STATOR_3”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_3

Example for the input:

../../../../_images/stator3.png
m.yoke_diam       =     100.000   --    Outer diameter yoke   DAS        [mm]
m.inside_diam     =      60.000   --    Inner diameter        DIS        [mm]
m.slot_height     =      15.000   --    Total slot height     HSL        [mm]
m.slot_h1         =       1.000   --    Slot opening height   H1S        [mm]
m.slot_h2         =       4.000   --    Slot head height      H2S        [mm]
m.slot_width      =       3.000   --    Slot width SWI;< 0 groove in Slot[mm]
m.slot_r1         =       2.000   --    Upper Radius          R1S        [mm]
m.slot_r2         =       3.000   --    Lower Radius          R2S        [mm]
m.wedge_width1    =        .000   --    Distance middlepoints B1S        [mm]
m.wedge_width2    =        .000   --    Distance middlepoints B2S        [mm]
m.nodedist        =       1.000   --    Rel. node distance in iron > 0.5
m.middle_line     =       1.000   --    Layers: 0;vert:1;horiz:2;vert+horiz:3
m.tooth_width     =       7.000   --    Tooth width TW (replaces B1; B2) [mm]
m.slot_top_sh     =        .000   --    Top of slot: corner=2; line=1; arc=0
m.airgap          =       1.000   --    Mesh in airgap: 2/3 airgap height[mm]
m.tot_num_sl      =          12   --    Total number of teeth on 2pi
m.num_sl_gen      =           3   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_3")

STATOR_4

Command: pre_models(“STATOR_4”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_4

Example for the input:

../../../../_images/stator4.png
m.yoke_diam       =      26.000   --    Outer diameter        DO         [mm]
m.slot_height     =       6.000   --    Total height          H          [mm]
m.slot_h1         =        .400   --    Slot height           H1         [mm]
m.slot_h2         =        .800   --    Height                H2         [mm]
m.slot_h3         =       1.100   --    Height                H3         [mm]
m.slot_h4         =       1.300   --    Height                H4         [mm]
m.inside_diam     =      12.000   --    Inner Diameter        DI         [mm]
m.slot_r1         =        .900   --    Radius                R1         [mm]
m.slot_width      =       1.000   --    Slot width            SW         [mm]
m.wedge_width1    =       2.000   --    Width                 B1         [mm]
m.wedge_width2    =       1.400   --    Width                 B2         [mm]
m.wedge_width3    =       1.100   --    Width                 B3         [mm]
m.num_layer       =       2.000   --    >0:No Wdg.Layers horiz <0:vertical
m.nodedist        =       1.000   --    Rel. node distance in iron > 0.5
m.airgap          =       1.200   --    Mesh in airgap: 2/3 airgap height[mm]
m.tot_num_sl      =          12   --    Total number of teeth on 2pi
m.num_sl_gen      =           1   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_4")

STATOR_41

Command: pre_models(“STATOR_41”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_41

Example for the input:

../../../../_images/stator41.png
m.yoke_diam       =     200.000   --    Outer diameter        DO         [mm]
m.inside_diam     =     100.000   --    Air gap Diameter      DI         [mm]
m.slot_height     =      30.000   --    Winding height        H          [mm]
m.slot_h1         =       2.000   --    Slot section height   H1         [mm]
m.slot_h2         =       4.000   --    Slot section height   H2         [mm]
m.slot_r2         =       2.000   --    Slot section radius   R2         [mm]
m.slot_dk         =      12.000   --    Slot Diameter         DK         [mm]
m.wedge_b1        =       2.000   --    Wedge overhang        B1         [mm]
m.slot_bs         =       9.000   --    Slot opening width    BS         [mm]
m.slot_bn         =       9.000   --    Slot Width            BN         [mm]
m.num_layer       =       2.000   --    Number of winding layers
m.nodedist        =       1.000   --    Rel. node distance in iron > 0.5
m.airgap          =       2.000   --    Mesh height (2/3 airgap)         [mm]
m.tot_num_sl      =          18   --    Total number of teeth on 2pi
m.num_sl_gen      =           1   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("Stator_41")

STATOR_5

Command: pre_models(“Stator_5”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_5

Example for the input:

../../../../_images/stator5.png
m.rexter          =     110.000   --    Radius extern         RE         [mm]
m.router          =     100.000   --    Radius outer          RA         [mm]
m.rback           =      90.000   --    Radius back           RP         [mm]
m.rinner          =      50.000   --    Radius inner          RI         [mm]
m.eccentr1        =      20.000   --    Eccenticity 1         E1         [mm]
m.rpol1           =      70.000   --    Radius Pole 1         R1         [mm]
m.rpolend         =       7.000   --    Radius Pole-end       R0         [mm]
m.widthpol        =     120.000   --    Width Pole out        B1         [mm]
m.width           =      60.000   --    Width Pole in         B2         [mm]
m.angle           =      45.000   --    Angle Windings        A3       [Grad]
m.eccentr2        =      20.000   --    Eccenticity 2         E2         [mm]
m.rpol2           =      55.000   --    Radius Pole 2         R2         [mm]
m.nodedist        =       1.000   --    Rel. node distance in iron > 0.5
m.airgap          =       1.000   --    Mesh height (2/3 airgap)         [mm]
m.num_poles       =           2   --    Total number of poles on 2pi
m.npols_gen       =           1   --    Number of poles be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_5")

STATOR_7

Command: pre_models(“STATOR_7”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_7

Example for the input:

../../../../_images/stator7.png
m.yoke_diam       =     161.000   --    Inner rotor/outer stator   D     [mm]
m.gap_diam        =      75.000   --    Airgap surface diameter    DR    [mm]
m.slot_height     =      40.000   --    Total height               H     [mm]
m.slot_h1         =       1.500   --    Slot height                H1    [mm]
m.slot_h2         =       3.500   --    Distance                   H2    [mm]
m.slot_h3         =       3.000   --    Distance                   H3    [mm]
m.slot_h4         =       1.500   --    Slot height                H4    [mm]
m.slot_r1         =        .000   --    Radius                     R1    [mm]
m.slot_r2         =        .000   --    Radius                     R2    [mm]
m.slot_width      =       1.500   --    Slot width                 SW    [mm]
m.tooth_width     =      12.600   --    Tooth width                B1    [mm]
m.tooth_width2    =      12.600   --    Tooth width                B2    [mm]
m.tip_width       =      12.340   --    Tooth head width           B3    [mm]
m.nodedist        =       1.000   --    Rel. node distance in iron > 0.5
m.airgap          =        .000   --    Mesh height (2/3 airgap)         [mm]
m.tot_num_sl      =           9   --    Total number of teeth on 2pi
m.num_sl_gen      =           1   --    Number of teeth be generated
m.zeroangl        =      80.000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_7")

STATOR_KS1

Command: pre_models(“STATOR_KS1”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_KS1

Example for the input:

../../../../_images/statorks1.png
m.yoke_diam       =     135.000   --    Outer diameter        DO         [mm]
m.inside_diam     =      80.000   --    Inner Diameter        DI         [mm]
m.slot_angle      =      10.000   --    Angle                 ALPHA    [degr]
m.slot_height     =      15.500   --    Total height          H          [mm]
m.slot_topwidth   =       5.760   --    Slot width top        B          [mm]
m.slot_bk         =       5.970   --    Slot width top        BK         [mm]
m.slot_width      =       2.300   --    Slot width            SW         [mm]
m.slot_h1         =        .665   --    Distance              H1         [mm]
m.slot_h2         =       2.050   --    Distance              H2         [mm]
m.slot_r1         =       1.200   --    Radius                R1         [mm]
m.slot_r2         =       1.860   --    Radius                R2         [mm]
m.nodedist        =       1.000   --    Rel. node distance in iron > 0.5
m.tooth_width     =        .000   --    Tooth width           B1 [facult][mm]
m.middle_line     =        .000   --    Centerline: no: 0; vertic: 1; horiz:2
m.airgap          =        .660   --    Mesh height (2/3 airgap)         [mm]
m.tot_num_sl      =          36   --    Total number of teeth on 2pi
m.num_sl_gen      =           1   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_KS1")

STATOR_KS2

Command: pre_models(“STATOR_KS2”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_KS1

Example for the input:

../../../../_images/statorks2.png
m.yoke_diam       =     100.000   --    Outer diameter        DO         [mm]
m.inside_diam     =      40.000   --    Inner Diameter        DI         [mm]
m.slot_angle      =      40.000   --    Angle                 ALPHA    [degr]
m.slot_height     =      20.000   --    Total height          H          [mm]
m.slot_topwidth   =      15.000   --    Slot width top        B          [mm]
m.slot_width      =       2.000   --    Slot width            SW         [mm]
m.slot_h1         =        .800   --    Distance              H1         [mm]
m.slot_h2         =       2.000   --    Distance              H2         [mm]
m.slot_r1         =       1.000   --    Radius                R1         [mm]
m.slot_r2         =       4.000   --    Radius                R2         [mm]
m.middle_line     =        .000   --    Centerline: no: 0; vertic: 1; horiz:2
m.slot_top_sh     =       1.000   --    Typ of top of slot: line = 1; arc = 0
m.nodedist        =       1.000   --    Rel. node distance in iron > 0.5
m.airgap          =       1.000   --    Mesh height (2/3 airgap)         [mm]
m.tot_num_sl      =           9   --    Total number of teeth on 2pi
m.num_sl_gen      =           1   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_KS2")

STATOR_KS3

Command: pre_models(“STATOR_KS3”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_KS3

Example for the input:

../../../../_images/statorks3.png
m.yoke_diam       =     100.000   --    Outer diameter        DO         [mm]
m.inside_diam     =      40.000   --    Inner Diameter        DI         [mm]
m.slot_angle      =      40.000   --    Angle                 ALPHA    [degr]
m.slot_height     =      20.000   --    Total height          H          [mm]
m.slot_topwidth   =      15.000   --    Slot width top        B          [mm]
m.slot_width      =       2.000   --    Slot width            SW         [mm]
m.slot_h1         =        .800   --    Distance              H1         [mm]
m.slot_r1         =       4.000   --    Radius                R1         [mm]
m.slot_r2         =       4.000   --    Radius                R2         [mm]
m.middle_line     =        .000   --    Centerline: no: 0; vertic: 1; horiz:2
m.slot_top_sh     =       1.000   --    Typ of top of slot: line = 1; arc = 0
m.nodedist        =       1.000   --    Rel. node distance in iron > 0.5
m.airgap          =       1.000   --    Mesh height (2/3 airgap)         [mm]
m.tot_num_sl      =           9   --    Total number of teeth on 2pi
m.num_sl_gen      =           1   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_KS3")

STATOR_KW

Command: pre_models(“STATOR_KW”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_KW

Example for the input:

../../../../_images/statorkw.png
m.inside_rad      =    1337.000   --    Inner radius          RI         [mm]
m.yoke_rad        =    1500.000   --    Outer radius          RA         [mm]
m.slot_t1         =       2.000   --    Slot depth            T1         [mm]
m.slot_t2         =       4.000   --    Slot depth            T2         [mm]
m.slot_t3         =        .000   --    Slot depth            T3         [mm]
m.slot_depth      =     112.000   --    Slot  depth           HS         [mm]
m.slot_width      =      41.500   --    Slot  width           SW         [mm]
m.corner_width    =      45.500   --    Corner width          KW         [mm]
m.tooth_width     =      47.500   --    Tooth width           TW         [mm]
m.tip_width       =      47.500   --    Tooth width airgap    TB         [mm]
m.nodedist        =       1.600   --    Rel. node distance in iron > 0.5
m.airgap          =       2.200   --    Mesh height (2/3 airgap)         [mm]
m.wedge_air_sh    =        .000   --    Slot closing // air gap = 1 else 0
m.tot_num_sl      =          48   --    Total number of teeth on 2pi
m.num_sl_gen      =           1   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR_KW")

STATOR3_Linear

Command: pre_models(“STATOR3_Linear”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR3_Linear

Example for the input:

../../../../_images/statorlin.png
m.l_corner_x0     =      10.000   --    Left lower Corner     XO (ZO)    [mm]
m.l_corner_y0     =      10.000   --    Left lower corner     YO (Ro)    [mm]
m.slot_height     =      20.000   --    Total slot height     H          [mm]
m.slot_h1         =       2.000   --    Slot opening height   H1         [mm]
m.slot_h2         =       5.000   --    Distance radius 1     H2         [mm]
m.tip_slot        =       3.000   --    Slot o-width SW <0 groove in slot[mm]
m.yoke_height     =       8.000   --    Yoke height           HJ         [mm]
m.slot_r1         =       4.000   --    Radius                R1         [mm]
m.slot_r2         =       5.000   --    Radius                R2         [mm]
m.width_bz        =      25.000   --    Stator width(slot+tooth width) BZ[mm]
m.tooth_width     =      10.000   --    Tooth width           TW         [mm]
m.nodedist        =       1.000   --    Rel. node distance in iron > 0.5
m.cood_system     =       1.000   --    Coordinate System x/y (1) or r/z (2)
m.airgap          =       2.000   --    Mesh height (2/3 airgap)         [mm]
m.middle_line     =       1.000   --    Centerline: no: 0; vertical: 1
m.tot_num_sl      =           1   --    Total number of teeth on 2pi
m.num_sl_gen      =           1   --    Number of teeth be generated
m.zeroangl        =        .000   --    Reference angle to x-axis [grad]

m.mcvkey_yoke =   'dummy'

pre_models("STATOR3_Linear")

STATOR_SR

Command: pre_models(“STATOR_SR”)

Generiert parametrisches CAD-Modell einer oder mehrerer Statornuten

Call: STATOR_SR

Example for the input:

../../../../_images/statorsr.png
m.inside_rad          =       8.0     -- Inner radius stator   RI        [mm]
m.slot_bottom_r               =       10.0  -- Slot bottom radius      R2        [mm]
m.yoke_rad            =       12.0    -- Stator outer radius   R3        [mm]
m.tooth_bes           =       25.0    -- Stator pol arc        BeS       [deg]
m.slot_tps              =       22.5    -- Stator pol taper      TpS       [deg]
m.tip_rad             =       0.0     -- Top radius            Fr        [mm]
m.airgap              =       1       -- Air gap               Gap       [mm]
m.nodedist                    =       1.000   -- Rel. Node distance
m.tot_num_sl          =       6       -- Total number of teeth on 2pi
m.num_sl_gen          =       6        -- Number of teeth be generated
m.zeroangl            =       0.000   -- Reference angle to x-axis [grad]
m.rlength             =       100.000 -- rel. length fe in z-dir [%]

m.mcvkey_yoke         =       'dummy'

pre_models("STATOR_SR")