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Why Spin Testing Matters for eDrive Systems
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On Track for Growth: Why Spin Testing Matters for eDrive Systems

Designing rotors that exhibit the structural integrity, proper balance, and durability to tolerate high-performance applications is becoming crucial to the advancement of eDrive technologies.

Our eBook, Why Spin Testing Matters for eDrive Systems, explores the challenges in designing a high-speed electric motor and why spin testing is the viable option. Also discussed are the types of spin tests and expert services to aid in accelerating the development of your high-speed motors, including:

  • Detailed rotor growth mapping
  • Burst test and high-speed video imaging
  • Calculating acceptable unbalance level

Fill out the form to access your copy of the eBook.

To download your copy of this eBook, simply fill out the form.

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As the race for improved electric drives for electric vehicles, drones, and hybrid drive/ propulsion systems accelerates, the need for testing of rotors used in high-speed electric motors is also on track for growth. Many nascent high-performance motors are designed to operate at much higher speeds than traditional units and require superior durability. Designing rotors that exhibit the structural integrity, proper balance, and durability to tolerate high-performance applications is becoming crucial to the advancement of eDrive technologies. 

eDrive Systems

 

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Why Spin Testing Matters for eDrive Systems GET YOUR COPY NOW
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