Information / Warnings - June 2022
Presentation of the new version
- Highlights of FluxMotor 2022
- List of warnings
- List of the main issues
- How to report an error ?
Documentation to be downloaded
Supervisor
- Required computer configuration
- Licensing system
- Demo
- Licensing - solidThinking
Preferences
- Common
- Paths
- Look
- Shortcuts
- Advanced
Units
Part Library
- Management of libraries
  - Reference commands
    - Create a New library
    - Load a library
    - Unload or Delete a library
    - Set library as favorite
  - Information
  - Attachments
- Management of parts
  - Reference commands
    - Edit
    - New
    - Duplicate
    - Import
    - Delete
  - Compare parts
    - Content management
    - Compare
  - Attachments
- External links
  - Browse
- PartFactory
  - How to get into Part Factory?
  - Part data
    - Description of parts
    - Geometry building
    - Slot physical properties
    - Magnet physical properties
    - Bar physical properties
    - Saliency physical properties
    - Dimensions on drawing
  - Design area
  - Test area
    - Simulate
  - System functions
    - User actions
    - Graphic management
Materials
- Manage a material
  - New
    - Lamination
    - Solid
    - Magnet
    - E.Conductor
    - E.Insulation
    - Liquid
    - Gas
  - Display, Hide or Delete
  - Duplicate
  - Edit
  - Material data
- System functions
  - Define default materials
  - Import materials
  - Export materials
  - General functions
- Advanced
  - Create B(H) curve
  - Define Iron Loss parameters
  - Manage magnet parameters
  - General relations with temperature
  - Gas properties verus temperature
    - Definition of the gas mass density
    - Definition of the gas dynamic viscosity
    - Definition of the gas thermal conductivity
    - Definition of the gas specific heat
  - Liquid properties versus temperature
    - Definition of the liquid mass density
    - Definition of the liquid dynamic viscosity
    - Definition of the liquid thermal conductivity
    - Definition of the liquid specific heat
    - Definition of the liquid thermal expansion
Motor Catalog
- Management of catalogs
  - Reference commands
    - Create a New catalog
    - Load a catalog
    - Unload or Delete a catalog
    - Set catalog as favourite
  - Information
  - Attachments
- Management of motors
  - Reference commands
    - Edit
    - New
    - Duplicate
    - Import
    - Delete
  - Compare motors
    - Content management
    - Compare
  - Attachments
- External links
  - Browse
Motor Factory
- How to get into Motor Factory ?
- System functions
  - Save, Save as
  - Store
  - User actions
  - Graphic management
  - Selection modes in GUI
  - Warning messages
Motor Factory Design
- Introduction
  - Description of sub areas
  - Export of Data
  - Structural data
  - Method to define the airgap
  - Consideration of thermal properties
  - Advice for use
- 3-Phase winding
  - Advice for use
  - Winding architecture
    - Automatic mode
    - Easy mode
    - Advanced mode
    - Expert mode
      - Expert mode - Table
  - Coil design
    - Circular shape type wire
    - Rectangular shape type wire
  - Winding insulation
  - End windings design
  - Calibration factors
  - Potting design
  - Winding outputs
    - Characteristics
    - Resistances
    - Inductances
    - Masses and costs
    - Winding Architecture
    - Magneto-Motive Force analysis
    - Quality criteria
  - Hairpin winding design
    - Winding architecture - Inputs
      - Automatic mode
      - Easy mode
      - Advanced mode
      - Expert mode
        Expert mode - Table
    - Coil design - Inputs
    - Insulation design - Inputs
    - End winding design - Inputs
    - Calibration factors - Inputs
    - Potting design - Inputs
    - Hairpin winding outputs
      - Characteristics
      - Slot filling
      - Resistances
      - Inductances
      - Masses and costs
      - Winding architecture - Visualization
      - Magnetomotive force
      - Quality criteria
  - Materials
- SM PM IR 3PH
  - MACHINE
    - TOPOLOGY
      - Inputs
      - Advice for use
      - Structural Data
    - HOUSING
      - Frame
      - Fin
      - Circuit
    - SHAFT
      - Inputs
        Shaft type
      - Shaft inputs
      - Bearings
  - ROTOR
    - MAGNET
      - Design
        Inputs / Outputs
      - Skew
    - POLARIZATION
      - Choice of polarization
  - STATOR
    - SLOT
      - Slot design
        Inputs / Outputs
      - Skew
      - Lamination
    - WINDING
  - COOLING
    - External cooling
      - Fluidic - Inputs
      - Radiation - Inputs
      - X-Factors
      - External cooling outputs
    - Internal cooling
      - Fluidic - Inputs
      - Radiation - Inputs
      - Interface gaps - Inputs
      - Slot thermal model - Inputs
      - X-Factors
      - Internal cooling outputs
  - MATERIALS
    - Inputs - Outputs
    - How to assign a material ?
    - Material datasheet
    - Materials for the winding
- SM PM OR 3PH
  - MACHINE
    - TOPOLOGY
      - Inputs
      - Advice for use
      - Structural Data
    - HOUSING
      - Frame
    - SHAFT
      - Shaft type
      - Shaft topology
      - Inputs
      - Display fix and rotating parts
  - ROTOR
    - MAGNET
      - Design
        Inputs - Outputs
      - Skew
    - POLARIZATION
      - Choice of polarization
  - STATOR
    - SLOT
      - Design
        Inputs - Outputs
      - Skew
    - WINDING
  - MATERIALS
    - Inputs - Outputs
    - How to assign a material ?
    - Material datasheet
    - Materials for the winding
- SM RSM IR 3PH
  - MACHINE
    - TOPOLOGY
      - Inputs
        Shaft type
      - Advice for use
      - Structural data
    - HOUSING
      - Frame
      - Fin
      - Circuit
    - SHAFT
      - Shaft inputs
      - Bearings inputs
  - ROTOR
    - SALIENCY
      - Design
        Inputs / Outputs
      - Skew
  - STATOR
    - SLOT
      - Design
        Inputs / Outputs
      - Skew
      - Lamination
    - WINDING
  - COOLING
    - External cooling
      - Fluidic - Inputs
      - Radiation - Inputs
      - X-Factors
    - Internal cooling
      - Fluidic - Inputs
      - Radiation - Inputs
      - Interface gaps - Inputs
      - Slot thermal model - Inputs
      - X-Factors
  - MATERIALS
    - Inputs - Outputs
    - How to assign a material ?
    - Materials for the winding
    - Material datasheet
- IM SQ IR 3PH
  - MACHINE
    - TOPOLOGY
      - Inputs
      - Structural Data
      - Advice for use
    - HOUSING
      - Frame
      - Fin
      - Circuit
    - SHAFT
      - Shaft type
      - Inputs
      - Bearings
  - ROTOR
    - BAR
      - Design
        Inputs / Outputs
      - Skew
    - END RING
      - Design
      - Impedance
        Automatic computation mode
        Constant computation mode
        Calibration factors
        Working point evaluation
        Main results
  - STATOR
    - SLOT
      - Design
        Slot Design - Inputs / Outputs
      - Skew
      - Lamination
    - WINDING
  - COOLING
    - External cooling
      - Fluidic - Inputs
      - Radiation - Inputs
      - X-Factors
      - External cooling outputs
    - Internal cooling
      - Fluidic - Inputs
      - Radiation - Inputs
      - Interface gaps - Inputs
      - Slot thermal model - Inputs
      - X-Factors
      - Internal cooling outputs
  - MATERIALS
    - Inputs - Outputs
    - How to assign a material ?
    - Materials for the winding
    - Material datasheet
- IM SQ OR 3PH
  - MACHINE
    - TOPOLOGY
      - Inputs
      - Structural Data
      - Advice for use
    - HOUSING
      - Frame
    - SHAFT
      - Shaft type
      - Shaft topology
      - Inputs
      - Display fix and rotating parts
  - ROTOR
    - BAR
      - Design
        Inputs / Outputs
      - Skew
    - END RING
      - Design
      - Impedance
        Calibration factors
        Automatic computation mode
        Constant computation mode
        Working point evaluation
        Main results
    - MATERIALS
      - Inputs / Outputs
      - How to assign materials ?
      - Materials datasheet
  - STATOR
    - SLOT
      - Design
        Inputs / Outputs
      - Skew
    - WINDING
  - MATERIALS
    - Inputs - Outputs
    - How to assign a material ?
    - Materials for the winding
    - Material datasheet
Motor Factory Test
- Introduction
  - Management of inputs
  - Start and stop
  - Save test resuls
  - Export test results
- SM PM 3PH
  - Introduction
    - Thermal settings
    - Power electronics mode settings
    - Mechanical loss model settings
  - Characterization
    - Open circuit - Cogging torque
      - Settings
      - Inputs
    - Open circuit - Back- emf
      - Settings
      - Inputs
    - Model - Motor - Maps
      - Settings
      - Inputs
    - Datasheet - Motor - I U
      - Settings
      - Inputs
    - Thermal - Steady state
      - Settings
      - Inputs
      - Input import
    - Thermal - Transient
      - Settings
      - Inputs
      - Input import
  - Working point
    - Work. Pt. - Sine wave - Motor - I PSI N
      - Settings
      - Inputs
    - Work. Pt. - Sine wave - Motor - T N
      - Settings
      - Inputs
    - Work. Pt. - Sine wave - Motor - I U
      - Settings
      - Inputs
    - Work. Pt. - Sine wave - Gen- I PSI N
      - Settings
      - Inputs
    - Work. Pt. - Sine wave - Gen - R L N
      - Settings
      - Inputs
    - Work. Pt. - Sq. wave - Motor -Forced I
      - Settings
      - Inputs
  - Performance mapping
    - Perf. Map. - Sine wave - Motor - Eff.Map
      - Inputs
      - Settings
      - Duty cycle
    - Perf. Map. - Sine wave - Gen. - Eff.Map
      - Settings
      - Inputs
      - Duty cycle
  - Mechanics
    - NVH - Working point - I PSI N
      - Settings
      - Inputs
    - NVH - Spectrogram - I PSI N
      - Settings
      - Inputs
      - Input file
    - NVH - Spectrogram - T N
      - Settings
      - Inputs
      - Input file
- SM RSM 3PH
  - Introduction
    - Thermal settings
    - Power electronics mode settings
      - Power electronics parameters
      - Advice for use
      - Dedicated outputs
      - Power electronocs and tests
    - Mechanical loss model settings
    - Generic information
  - Characterization
    - Model - Maps
      - Settings
      - Inputs
    - Thermal steady state
      - Settings
      - Inputs
      - Input import
  - Working point
    - Work. Pt - Sine wave - Motor - I PSI N
      - Settings
      - Inputs
    - Work. Pt - Sine wave - Motor - I, U
      - Settings
      - Inputs
    - Work. Pt - Sine wave - Generator - I PSI N
      - Settings
      - Inputs
  - Performance mapping
    - Sine wave - Motor - Efficiency map
      - Settings
      - Inputs
      - Duty cycle
    - Sine wave - generator - Efficiency map
      - Settings
      - Inputs
      - Duty cycle
  - Mechanics
    - Working point - I, PSI, N
      - Settings
      - Inputs
    - Spectrogram - I, PSI, N
      - Settings
      - Inputs
      - Import file
    - Spectrogram - T, N
      - Settings
      - Inputs
      - Import file
- IM SQ 3PH
  - Introduction
    - Thermal settings
    - Power electronics mode
    - Mechanical loss model parameters
  - Characterization
    - Char. - Model - Motor - Basic
      - Settings
      - Inputs
    - Char. - Model - Motor & Generator - SSFR
      - Settings
      - Inputs
    - Thermal - Steady state
      - Settings
      - Inputs
      - Input import
    - Thermal - Transient
      - Settings
      - Inputs
      - Imput import
  - Working point
    - Work. Pt. - Sine wave - Motor - U f N
      - Settings
      - Inputs
  - Performance mapping
    - Perf. Map. - Sine wave - Motor - T(slip)
      - Settings
      - Inputs
      - Slip distribution table
  - Mechanics
    - Working point - U, f, N
      - Settings
      - Inputs
    - Working point - I, f, N
      - Settings
      - Inputs
    - Spectrogram - U, f, N
      - Settings
      - Inputs
      - Import file
    - Spectrogram - I, f, N
      - Settings
      - Inputs
      - Import file
Motor Factory Export
- SM PM 3PH
  - Make a report
    - Inputs
  - Connector for HyperStudy
    - Inputs for exporting to HyperStudy
    - Get back results in FluxMotor
  - Model for Flux 2D environment
    - Basic model - Current source
      - Settings
      - Inputs
    - Thermal model - Set of losses
      - Settings
      - Inputs
    - Open circuit - Back-emf
      - Settings
      - Inputs
    - Working point - I, Ctrle Angle, N
      - Settings
      - Inputs
    - Working point - I, Ctrle Angle, N - Hairpin
      - Settings
      - Inputs
    - List of generic advanced inputs
  - Model for Flux Skew environment
    - Basic model - Current source
      - Settings
      - Inputs
    - Open circuit - Back-emf
      - Settings
      - Inputs
    - Working point - I, Ctrl Angle, N
      - Settings
      - Inputs
    - List of generic advanced parameters
  - Data in FMU format
    - Inputs
    - Settings
    - Char. Model - Motor - Maps - Look-up tables
- SM RSM 3PH
  - Make a report
    - Inputs
  - Connector for HyperStudy
    - Inputs for exporting to HyperStudy
    - Get back results in FluxMotor
  - Model for Flux 2D environment
    - Basic model - Current source
      - Settings
      - Inputs
    - Working point - I, Ctrle Angle, N
      - Settings
      - Inputs
    - Working point - I, Ctrle Angle, N - Hairpin
      - Settings
      - Inputs
  - Model for Flux Skew environment
    - Basic model - Current source
      - Settings
      - Inputs
    - Working point - I, Ctrle Angle, N
      - Settings
      - Inputs
- IM SQ 3PH
  - Make a report
    - Inputs
  - Connector for HyperStudy
    - Inputs for exporting to HyperStudy
    - Get back results in FluxMotor
  - Model for Flux 2D environment
    - Working point - U-f-N - Sinus application
      - Settings
      - Inputs
    - Working point - U-f-N - Transient application
      - Settings
      - Inputs
    - Working point - U-f-N - Transient application - Hairpin
      - Settings
      - Inputs
    - List of generic advanced inputs
  - Model for Flux Skew environment
    - Working point - U-f-N - Sinus application
      - Settings
      - Inputs
    - Working point - U-f-N - Transient application
      - Settings
      - Inputs
    - List of generic advanced inputs

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Altair FluxMotorTM

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