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---
MotorRot:
name: "Spindle drive DL"
stator:
core:
air_gap_radius: 9 mm
yoke_radius: 20 mm
axial_length: 48 mm
axial_coil_overhang: 6 mm
iron_fill_factor: 0.92
material:
name: "NO20-140Y320"
pole_pairs: 1
skew_angle: 0.0 deg
air_gap:
AirGapSlotted:
slots: 18
starts_in_slot_middle: false
carter_factor_model: Bin12
slot:
SlotTrapezoidSemi:
tooth_width: 1.45 mm
air_gap_radius: 9 mm
yoke_radius: 20 mm
slots: 18
opening_width: 1.2 mm
opening_height: 0.5 mm
height: 20 mm - 9 mm - 5.5 mm
bottom_radius: 0.0 mm
top_radius: 0.0 mm
opening_radius: 0.0 mm
consider_tooth_tip_leakage: false
winding:
CoilAssembly:
slots: 18
pole_pairs: 1
phases: 3
layers: 2
coils:
- Full:
first_zone:
slot: 0
layer: 0
second_zone:
slot: 7
layer: 1
first_zone_is_positive: true
clockwise: true
turns: 12
phase: 1
wire:
SffWire:
conductor_material:
name: "Copper"
slot_fill_factor_conductor: 0.24
slot_fill_factor_overall: 0.3
axial_overhang: ~
end_length: ~
- Full:
first_zone:
slot: 1
layer: 0
second_zone:
slot: 8
layer: 1
first_zone_is_positive: true
clockwise: true
turns: 12
phase: 1
wire:
SffWire:
conductor_material:
name: "Copper"
slot_fill_factor_conductor: 0.24
slot_fill_factor_overall: 0.3
axial_overhang: ~
end_length: ~
- Full:
first_zone:
slot: 2
layer: 0
second_zone:
slot: 9
layer: 1
first_zone_is_positive: true
clockwise: true
turns: 12
phase: 1
wire:
SffWire:
conductor_material:
name: "Copper"
slot_fill_factor_conductor: 0.24
slot_fill_factor_overall: 0.3
axial_overhang: ~
end_length: ~
- Full:
first_zone:
slot: 6
layer: 0
second_zone:
slot: 13
layer: 1
first_zone_is_positive: true
clockwise: true
turns: 12
phase: 2
wire:
SffWire:
conductor_material:
name: "Copper"
slot_fill_factor_conductor: 0.24
slot_fill_factor_overall: 0.3
axial_overhang: ~
end_length: ~
- Full:
first_zone:
slot: 7
layer: 0
second_zone:
slot: 14
layer: 1
first_zone_is_positive: true
clockwise: true
turns: 12
phase: 2
wire:
SffWire:
conductor_material:
name: "Copper"
slot_fill_factor_conductor: 0.24
slot_fill_factor_overall: 0.3
axial_overhang: ~
end_length: ~
- Full:
first_zone:
slot: 8
layer: 0
second_zone:
slot: 15
layer: 1
first_zone_is_positive: true
clockwise: true
turns: 12
phase: 2
wire:
SffWire:
conductor_material:
name: "Copper"
slot_fill_factor_conductor: 0.24
slot_fill_factor_overall: 0.3
axial_overhang: ~
end_length: ~
- Full:
first_zone:
slot: 12
layer: 0
second_zone:
slot: 1
layer: 1
first_zone_is_positive: true
clockwise: true
turns: 12
phase: 3
wire:
SffWire:
conductor_material:
name: "Copper"
slot_fill_factor_conductor: 0.24
slot_fill_factor_overall: 0.3
axial_overhang: ~
end_length: ~
- Full:
first_zone:
slot: 13
layer: 0
second_zone:
slot: 2
layer: 1
first_zone_is_positive: true
clockwise: true
turns: 12
phase: 3
wire:
SffWire:
conductor_material:
name: "Copper"
slot_fill_factor_conductor: 0.24
slot_fill_factor_overall: 0.3
axial_overhang: ~
end_length: ~
- Full:
first_zone:
slot: 14
layer: 0
second_zone:
slot: 3
layer: 1
first_zone_is_positive: true
clockwise: true
turns: 12
phase: 3
wire:
SffWire:
conductor_material:
name: "Copper"
slot_fill_factor_conductor: 0.24
slot_fill_factor_overall: 0.3
axial_overhang: ~
end_length: ~
coil_layout:
MultiVertical: 2
parallel_paths: 1
connection: Star
end_winding_leakage_coefficient: 0.3 # Taken from Ponick, B. - 2008 - Berechnung elektrischer Maschinen
surface_magnet: ~
rotor:
core:
air_gap_radius: 4 mm
yoke_radius: 0.05 mm
axial_length: 48 mm
iron_fill_factor: 0.92
material:
name: NO20-140Y320
pole_pairs: 1
skew_angle: 0.0 degree
air_gap:
AirGapPlain:
number_segments: 0
air_gap_winding_height: 0 mm
winding: ~
surface_magnet:
magnet:
MagnetArcSegment:
length: 48 mm
thickness: 3.5 mm
angle: 180 degree
inner_radius: 4 mm
material:
name: "VACOMAX 225 TP"
axial_subdivision: 1
cross_section_subdivision: 1
sleeve:
thickness: 0.8 mm
material:
name: "Titan"