rotating machines
Medium power induction motors
High power density, high efficiency

Build based on 100+ years of experience and know-how we continue to deliver innovative electrical and mechanical power solutions to the world. Our machines efficiently operate in challenging applications and severe environments where reliability and ease of maintenance is critical. A specially designed frame and stator in the C7 that cools so effectively, that higher power ratings are easily achieved by smaller frame sizes.
The C7 features a standard set of frame, rotor and stator components that can fit into the majority of common application configurations. This means a faster cycle time to build and more consistent performance results during operation
Standard-built C7 squirrel-cage induction motors operate at 50/60 Hz, with outputs ranging up to 6,000 kW (9,000 HP).
GE Power Conversion’s range of high speed motors provides high quality and reliability with low maintenance and long life.
Our induction motors are fully customizable to match our customers requirements at whatever speed, from the method of cooling to the smallest accessory.
GE’s Advanced Induction Motor (AIM) solution is a multi-phase, power-dense induction motor specifically configured for naval marine propulsion applications.
GE’s structured naval motor range for electric and hybrid-electric ship propulsion from 4 MW to 24 MW. Using GE Power Conversion’s deep domain know-how to bring efficiency benefits of electric power to naval ships.
Our 2-poles turbo motors range up to 100 MW and 6,500 rpm and they can be developed to meet specific customers’ needs in order to cover all compressor or pump operating points.
Our synchronous motors are designed and manufactured to operate efficiently in a technologically complex and regulated environment where reliability, availability, and ease of maintenance are critical.
We offer a full range of horizontal and vertical synchronous motors, including direct-drive high torque density motors at speeds as low as 20 rpm.
Helping stabilize weak grids and enable higher penetration of renewable energy