Brushless DC Servomotors has very low cogging torque to meet the industrial requirement. They are designed with NdFeB magnets. They can have high power and torque density, and small size structure. Without the mechanical communication, motor speed can be over 10, 000RPM. Wide speed range, low rotor inertia, low EMI, no brush maintenance, no brush dust are Brushless DC Servomotor benefits. It is the best selection to improve your products.
Internal Permanent Magnet (IPM) rotor design to avoid the surface mount magnets disadvantaged.
Patented rotor structure to have super low cogging torque performance for IPM servomotor.
No skewed slot on stator and rotor, it can increase reliabilities and reduce product costs.
Energy efficiency motor adopts the high magnetic energy permanent magnet NdFeB to have high power and torque density, and small size structure.
Electrical commutation can perform low noise, low EMI and no brush maintenance.
Lower rotor inertia and good heat dissipation, windings of Brushless DC servomotors are in the stator. In a brush-type motor, the winding is in the rotor.
Power and torque density are much higher than the conventional motors.
Without mechanical commutation, motor speed can be over 10, 000 rpm.
The innovating structure has an excellent feature in energy saving during heavy-load operation, and high torque at low speed driving. The high efficiency range is much wider than conventional motors.
Standard Servo motors are built with NTC thermistor for motor temperature feedback.
Taichung, Taiwan
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IWEN CHU (Adlee Powertronic Co., Ltd.)
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