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- Description

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- Description

Permanent magnet Type

Machine (Motor) Specification

Description Results Unit RPM 1800 [rpm] Rated torque 11.6710 [Nm] Rated current 4.3210 [A] Flux density @ Air Gap 0.6600 [T] Area of slot 87.1940 [mm^2] Lower slot width 4.5070 [mm] Upper slot width 6.6440 [mm] Length of teeth 12.2500 [mm] Pole pitch 90.0000 [deg] Pole rate 0.8640 [-] Angle of Al bar 4.0910 [deg] Length between aluminium bars 3.3830 [mm] Thickness of rotor yoke 12.4180 [mm] Conductor Dia. 0.8740 [mm] Turns of coil 15.0000 [-] Bundle of coil 6.0000 [-] Area of conductor 1.2000 [mm^2] Area of conductor per slot 18.0060 [mm^2] Length of end coil 134.0130 [mm] Length of one coil turn 488.0270 [mm] Length of coil turns per phase 84916.6490 [mm] Conductivity 58000000 [-] Resistance of coil 1.2200 [ohm]

Description Results Unit Operating point of PM 0.8040 [T] Max. MMF 1953.5260 [A] Field intensity 609336.0680 [A/m] Permeability of air 0.0000 [H/m] Relative permeability of PM 1.0500 [-]

Description Results Unit Pitch of coil 8.0000 [-] Series conductors per phase 348.0000 [-] Conductors per Phase 353.9300 [-] Series conductors per phase 348.0000 [-] Series turns per phase 174.0000 [-]

Permanent magnet Type

Open Job Monitor

Task Name State Start Time End Time JobId Folder Name Action

Machine (Motor) Specification

Description Results Unit Cross sectional area of rotor bar Fill Factor (No Insulation) 0.0106 [m^2] (Average) Coil Length, in Slot Pitches 0.0023 [m^2] Total Number of Series Conductors 3.3832 [mm] Average Coil Throw, in Slot Pitches 0.1796 [T] Peak value of fundamental harmonic 0.2129 [T] SOH-Inner diameter of stator 0.0005 [m] Slot height-SOH2 (Stator) 0.0233 [m] SOH2-Inner diameter of stator 0.0011 [m] Fill Factor (With Insulation) 0.0005 [m] Height of slot from SOH2 (Rotor) 0.0233 [m] (Average) Coil Length, in Slot Pitches 0.0156 [m] Total Number of Series Conductors 0.0005 [m] Length of end coil 134.0612 [mm] Length of effective air gap 0.0005 [m] Distribution Factor 0.0995 [m] Chord Factor 0.9848 [-] Carter coefficient 1.2504 [-] Carter coefficient 1.0000 [-] Carter coefficient 0.9698 [-] Carter coefficient 0.9550 [-] Carter coefficient 0.1100 [m] Carter coefficient 0.3113 [m] Carter coefficient 0.0027 [H] Carter coefficient 0.0221 [H] Carter coefficient 360.0000 [-] Carter coefficient 180.0000 [-] Carter coefficient 180.0000 [ohm] Carter coefficient 0.0000 [ohm] Carter coefficient 0.4120 [-] Carter coefficient 1.0512 [-] Carter coefficient 0.0006 [ohm] Carter coefficient 87.2804 [mm^2] Carter coefficient 87862.0392 [mm] Carter coefficient 1.7491 [-] Carter coefficient 1.1895 [-] Carter coefficient 0.0045 [m] Carter coefficient 0.0066 [m] Carter coefficient 0.0000 [deg] Carter coefficient 488.1224 [mm] Carter coefficient 0.0056 [m] Carter coefficient 0.0016 [m] Carter coefficient 6.0000 [-] Carter coefficient 0.0058 [m] Carter coefficient 0.0016 [m]

Parameter Results

Description Results Unit Fill Factor (With Insulation) 0.0023 [H] Fill Factor (No Insulation) 0.1930 [H] (Average) Coil Length, in Slot Pitches 0.2081 [ohm] Total Number of Series Conductors 0.0021 [H]

Description Results Unit Fill Factor (With Insulation) 118.0903 [Vrms] Fill Factor (No Insulation) 1.2620 [ohm] (Average) Coil Length, in Slot Pitches 0.0735 [H] Total Number of Series Conductors 0.0662 [H]

Parameter Results

Description Results Unit Fill Factor (With Insulation) [H] Fill Factor (No Insulation) [H] (Average) Coil Length, in Slot Pitches [ohm] Total Number of Series Conductors [H]

Description Results Unit Fill Factor (With Insulation) [Vrms] Fill Factor (No Insulation) [ohm] (Average) Coil Length, in Slot Pitches [H] Total Number of Series Conductors [H]

Solve Information

Description Value Unit Fill Factor (With Insulation) Fill Factor (No Insulation) 1.5346 [ohm] (Average) Coil Length, in Slot Pitches 72.5607 [ohm]

Description Value Unit Fill Factor (With Insulation) 1.1277 [Vrms/rad/sec] Fill Factor (No Insulation) -14.7594 [A] (Average) Coil Length, in Slot Pitches 0.0600 [H] Total Number of Series Conductors 1.1111 [-] Average Coil Throw, in Slot Pitches 0.9766 [Wb] Winding Factor 2.0000 [-] Distribution Factor 1.5204 [ohm] Chord Factor 376.9911 [rad/sec] Effective Series Conductors 188.4956 [rad/sec] Effective Series Conductors 1800.0000 [rpm]

Calculate Mechanical Loss

Induction

Permanent Magnet

Result Chart

Machine (Motor) Specification

Description Value Unit Inner diameter of stator [mm] Outer diameter of stator 162.09 [mm] Stack length of stator core 110.00 [mm] Diameter of upper arc part of slot 6.64 [mm] Number of stator slot 36 [-] Slot opening (1.8 X coil diameter) 1.57 [mm] Diameter of 1st circle (Slot opening height) 100.95 [mm] Diameter of 2nd circle (Slot opening height) 102.01 [mm] Diameter of 3rd circle (Slot opening height) 126.51 [mm] Thickness of teeth 4.39 [mm] Thickness of yoke 14.47 [mm]

Description Value Unit Diameter of aluminium bar 3.38 [mm] Number of aluminium bars 44 [-] Length between outer diameter of rotor and aluminium bar (If the length >= 0.5 then fix the value=0.5) 0.50 [mm] Angle between the upper edge of permanent magnet and upper intersection of aluminium bar and tangential line from origin point 34.31 [deg] Angle between the lower edge of permanent magnet(+MRIB) and lower intersection of aluminium bar and tangential line from origin point 32.71 [deg] Depth of permanent magnet 155.46 [deg] Length between outer diameter of rotor and center of permanent magnet 3.60 [mm] Magnet barrier, length between aluminium and permanent magnet 1.20 [mm] Stack Length of Rotor 3.21 [mm] Width of permanent magnet 22.04 [mm] Number of Pole 0.80 [mm] Inner diameter of rotor 21.30 [mm] Outer diameter of rotor 4 [-]

Description Value Unit Layers of coil 2 [-] Number of strand 2.00 [-] Diameter of conductor (Coil) 0.87 [mm] Number of parallel circuit 1 [-]

Machine (Motor) Specification

Description Value Unit Inner diameter of stator [mm] Outer diameter of stator [mm] Stack length of stator core [mm] Diameter of upper arc part of slot [mm] Number of stator slot [-] Slot opening (1.8 X coil diameter) [mm] Diameter of 1st circle (Slot opening height) [mm] Diameter of 2nd circle (Slot opening height) [mm] Diameter of 3rd circle (Slot opening height) [mm] Thickness of teeth [mm] Thickness of yoke [mm]

Description Value Unit Diameter of aluminium bar [mm] Number of aluminium bars [-] Length between outer diameter of rotor and aluminium bar (If the length >= 0.5 then fix the value=0.5) [mm] Angle between the upper edge of permanent magnet and upper intersection of aluminium bar and tangential line from origin point [deg] Angle between the lower edge of permanent magnet(+MRIB) and lower intersection of aluminium bar and tangential line from origin point [deg] Depth of permanent magnet [deg] Length between outer diameter of rotor and center of permanent magnet [mm] Magnet barrier, length between aluminium and permanent magnet [mm] Stack Length of Rotor [mm] Width of permanent magnet [mm] Number of Pole [mm] Inner diameter of rotor [mm] Outer diameter of rotor [-]

Description Value Unit Layers of coil [-] Number of strand [-] Diameter of conductor (Coil) [mm] Number of parallel circuit [-]

Winding Connection

# Go Return Truns 1 1 9 15 2 2 10 15 3 18 11 15 4 19 27 15 5 20 28 15 6 36 29 15 7 1 29 15 8 2 9 15 9 18 10 15 10 19 11 15 11 20 27 15 12 36 28 15

BH Curve Property

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Material

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Current Material Data

BH Curve

Iron Loss

Import Slip Data

Preview

Machine (Motor) Specification

- [W]
- [V]
- [Hz]
- [-]
- [-]
- [-]
- [-]

- [kN/m^3]
- [-]
- [T]
- [T]
- [%]
- [%]
- [%]
- [%]
- [mm]
- [-]
- [T]
- [mm]
- [mm]
- [-]
- [-]
- [-]
- [-]
- [-]
- [-]

Calculate Mechanical Loss

Coefficient

- [-]
- [-]

RPM

- [rpm]
- [rpm]
- [rpm]

Mechanical Loss Chart

Machine (Motor) Specification

# RPM [rpm] Loss [W]

Input Parameter Variables

- [-]
- [Hz]
- [T]
- [-]
- [-]

Permanent magnet Type

Open Job Monitor

Task Name State Start Time End Time JobId Folder Name Action

Input Parameter Variables

- [V]
- [Hz]
- [-]

- [-]
- [-]
- [ohm]

- [celsius]
- [celsius]

- [Nm]
- [Nm]
- [Nm]

- [A]
- [A]
- [A]

- [deg]
- [deg]
- [deg]

- [-]
- [-]
- [-]

- [V]
- [Nm]

Set Winding Info

- Lap

- Concentric

Set Conductor Info

- Round Wire
- Inner Dia. of No.1 wire[mm]
- Outer Dia. of No.1 wire[mm]
- Number of strands[-]

- Linear thickness[mm]
- Layer to layer[mm]

Insulator

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