120000rpm

Rotate speed

70dB

Noise

≤0.2%

Rotational speed accuracy
Product introduction
"Empower and change lives with high-speed rotation technology." Using the sine wave control technology that is ahead of the traditional square wave control generation, we customize and develop brushless motor drivers for customers, and provide high-speed electric drive systems with high efficiency, low noise and long life. “
Basic parameters

The TSD-CM is designed from the ground up to ensure uniform and fast motor speeds, enabling precise control of multiple speeds and application integration needs. The high balancing accuracy realizes low vibration during motor operation and improves user comfort. The miniature drive system provides high torque density, long life and high efficiency, maximizing the performance of IoT + automation technology and improving reliability.

Energy saving: the best choice for cost saving; Unleash potential: Performance upgrades to operate more efficiently, reduce operating costs and reduce energy requirements.

The perfect combination of specific features creates solutions for multiple needs. Convenience, low noise, high efficiency, high heat resistance, long life, high-quality materials and other advantages in one, so that the size is smaller, the weight is lighter, more environmentally friendly and energy-saving, to meet the intelligent control of products, stepless speed regulation, lightweight, energy saving and environmental protection.


Product features

The TSD-CM series provides customized high-performance electric drive solutions for high-speed rotating motor scenarios such as hair dryers, vacuum cleaners, electric fans, power tools, pumps, and compressors with a speed of less than 300,000 rpm.

TSD-CM adopts FOC Hall-free sine wave vector control technology, leading the common technology on the market (with Hall/F square-wave control) generation, accurate control, small torque ripple, so that the motor runs smoothly at high speed, low noise and low vibration, and the user experience is good. Hall-free design, through advanced software algorithms to accurately position the high-speed rotor, replace the use of traditional hardware sensors, reduce the hardware cost of the system, and improve the reliability of the system. At the same time, the driving current harmonics modulated by the sine wave control algorithm are much lower than the traditional square wave control, which avoids the additional torque ripple caused by the square wave drive, which is conducive to the noise reduction and vibration absorption of the motor.


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