Product information
Electric Rotating Motor Design
Altair FluxMotor is a flexible open software tool dedicated to the pre-design of electric rotating machines. It enables the user to build a machine from standard or customized parts, add windings and materials to run a selection of tests and compare results. Based on modern technology, the standalone platform offers fast and accurate computations. When necessary, connection with Altair Flux™ finite element software enables more advanced studies, taking into account more complex phenomenon.
1. Benefits
1.1. High Productivity Gain
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Efficient working environment
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Create a model of an electric motor and evaluate it within a few minutes
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The technical-economic potential of an electric motor pre-design can be quickly understood, offering a high gain of productivity when modeling electric rotating machines
Better visualization of machine performance ensures accurate choices
1.2. A Broad Range of Users
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Technicians, engineers or researchers
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From designers and manufacturers to integrators, maintenance and training staff.
1.3. Fulfill All the Design Tasks
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Whatever the level of use: beginner, intermediate or expert
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Whatever the task: from selection or pre-design of motors to evaluation of performance
1.4. No Compromise on Accuracy
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Based on optimization technology, FluxMotor helps reduce computing time to the minimum
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The computations are based on 35 years of Flux experience, insuring accurate results
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Settings adapted to the task – levels of accuracy vs. speed
1.5. Connection for Advanced Studies
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Easy Flux project export to perform advanced studies like eccentricity, vibro-accoustic, etc.
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At any time, the full parameterized Flux project, with all the physical properties embedded, is ready to be solved in the Flux environment
2. Capabilities
2.1. Designing Electric Motors
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The FluxMotor dedicated design environment helps motor specialists to define machines within minutes
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Never start from a blank page! Altair FluxMotor will always propose an existing motor configuration
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Then, step by step, from the shaft, rotor magnet to the slot, winding and housing of the stator, a dedicated interface will help users to finalize machine design
2.2. User-oriented Winding Tool
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Offering 4 different winding modes (automatic, easy, advanced, and expert levels), the winding area is designed to help users find the right winding architecture
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Settings are well adapted to the task
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An automatic diagnostic is issued to evaluate the quality criteria of the winding. This helps users find the right winding parameters
2.3. A Comprehensive and Scalable Material Database
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A large selection of typical materials is provided: lamination, magnet, electric conductor, electric insulator, etc.
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Users can manage their own materials
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Easy way to define B(H) curve or iron losses parameters
2.4. Effective Machines Parts Management
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In the PartManager area, libraries are provided with standard parts
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A large number of slots or magnets are available
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All the topologies are parameterized
2.5. Customization of Parts (Slots, Magnets)
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Offered standard parts, slots or magnets, can be edited and customized for unlimited configuration
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Parts can be designed from a sketcher
2.6. Powerful Project Management
Motor catalog environment allows easy management of motors and projects.
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Enhance project management
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Access past studies quickly
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Manage full range of products
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Quick performance comparison
An embedded comparator is available.The general data and performance of several machines can be compared to help simplify the machine choice.
2.7. Testing and Evaluating Electric Motors
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FluxMotor’s dedicated test environment enables users to assess motor performance
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Standard and relevant test portfolio available
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Predefined tests ready to be performed
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Relevant input parameters allow users to control the test conditions
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Processes based on optimization technology
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Results are automatically illustrated
2.8. List of Automated Tests Ready to be Performed
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Open circuit tests with cogging torque and back-emf
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Maps vs (Id, Iq): Flux, inductance, torque, iron losses, etc.
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Data sheet present comprehensive synthesis of machine performance
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Working point computations with sine wave or square wave drive
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Performance mapping with efficiency maps
2.9. Getting a Report Automatically
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Description of all the achieved work for design and tests
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Export files for easy machine performance comparisons, in html or pdf format
2.10. A Seamless Connection to Go Further!
Flux models ready to be solved and analyzed can be generated within seconds. Thanks to this connection to Flux finite element electromagnetic and thermal simulation software, advanced studies – like eccentricity, vibro-accoustic, advanced drive and control strategies, etc. - can be launched.