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Electric Motor drives
Electric motor drives designed for precision and efficiency are the backbone of modern rotating machinery, delivering seamless control and unmatched performance. Whether it's optimizing speed, power, torque, or size, our motor drives are engineered to meet the demands of diverse industrial or research applications.
Our electric drives are highly customizable, designed to precisely fit your unique power and speed requirements while ensuring compatibility with your operational needs. The rotor's robust design enables it to handle significant mechanical loads and high speeds, complemented by a stator winding tailored to match speed and torque demands. Our motor design consistently delivers peak performance, often surpassing efficiencies found in low-frequency motors, resulting in minimal heat generation in both the rotor and stator. To further enhance adaptability, our motors can be equipped with hydrodynamic or gas bearing technology and are seamlessly integrated with suitable inverters to provide comprehensive drive solutions that meet your specific requirements.
Model | Rated Power | Rated speed | Outer stator diameter | Active (magnet) length | Weight | Pole pairs |
---|---|---|---|---|---|---|
InDrive-15 | 150 W | 16 000 rpm | 37 mm | 88 mm | TBD | 2 |
InDrive-6K | 6 kW | 160 000 rpm | 63 mm | 40 mm | TBD | 1 |
InDrive-10K | 10 kW | 120 000 rpm | 63 mm | 48 mm | TBD | 1 |
InDrive-30K | 30 kW | 26 000 rpm | 170 mm | 90 mm | TBD | 1 |
InDrive-30KX | 30 kW | 80 000 rpm | 106 mm | 80 mm | TBD | 1 |
We specialize in delivering stators with variable parameters, allowing for custom drive designs that precisely meet your unique specifications. Our stators can be tailored to diverse applications by adapting them to defined temperature tolerance, chemical compatibility, resin composition, assembly requirements, and target speed and power.
Our production is characterized by low losses at high-frequency operation and slotless winding design.
Features can be combined as desired.
The rotor supply available caters to a wide range of high-speed applications, making it an ideal choice for integrators and niche scenario developers. The emphasis lies in optimizing electrical properties, specifically in low-pole designs tailored for high-speed applications. Our streamlined process includes magnet fitting, banding, welding, and balancing, resulting in a durable and efficient rotor. To ensure resilience against mechanical and chemical factors in extreme speeds and environments, rotors can be equipped with metallic sleeve protection.