Electric Drives We support you with interdisciplinary expertise in the manufacture of powerful and quiet electric drives. At every stage of development – from the initial idea and design to series production.
Discover balancing machines and spinning stands for eDrives, electric motors, armatures and rotors. Increase product quality, reduce vibration and achieve maximum precision with efficient balancing solutions for development, testing and high-volume production.
To the product: Automatic balancing To the product: Quality assurance
Electric Drives We support you with interdisciplinary expertise in the manufacture of powerful and quiet electric drives. At every stage of development – from the initial idea and design to series production. is an application documented by Schenck RoTec. This page summarizes the engineering task and the system-selection considerations for an Elina implementation.
Application challenge
Discover balancing machines and spinning stands for eDrives, electric motors, armatures and rotors. Increase product quality, reduce vibration and achieve maximum precision with efficient balancing solutions for development, testing and high-volume production.
Measurement or test approach
The engineering workflow combines rotor-specific balancing or spin-testing equipment, measurement electronics, software and a defined correction process.
Topics covered by the manufacturer
- Top performance at high speeds
- Advantages of Schenck balancing machines for electric drives
- High flexibility
- Fully automatic function sequence
- Easy integration into your production
- Short cycle times
- Easy setup and conversion
- Flexible degree of automation
Information required for system selection
Define rotor mass and dimensions, operating or balancing speed, permissible residual unbalance, correction method and production throughput.
Matched catalog components
- Automatic balancing
- Quality assurance
The problem
Discover balancing machines and spinning stands for eDrives, electric motors, armatures and rotors. Increase product quality, reduce vibration and achieve maximum precision with efficient balancing solutions for development, testing and high-volume production.
The method
The engineering workflow combines rotor-specific balancing or spin-testing equipment, measurement electronics, software and a defined correction process.
The result
The delivered configuration must be verified against the operating envelope and performance required by the application.
