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Brush OD32series
start-motors
017
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The fundamental differences between brushless and brushed motors:
1. Structure: Brushless gear motors do not have brushes, which reduces energy loss and mechanical wear, making the operation more stable and with lower noise; brushed motors, on the other hand, require brushes and are prone to wear, resulting in higher maintenance costs.
2. Application scenario: Brushed gear motors are commonly used in small household appliances and toys, which are sectors with high sensitivity to cost. On the other hand, brushless motors are widely applied in high-end fields such as electric vehicles, drones, and industrial robots.
3. Control accuracy: Brushless gear motors usually achieve higher control accuracy through electronic control, making them suitable for applications that require high performance and reliability; brushed motors have relatively lower control accuracy.
4. Starting performance: Brushless gear motors operate smoothly during both starting and braking, while brushed motors have high torque and quick response during starting.
These differences make brushless gear motors more common in applications that require high performance and high reliability.
The fundamental differences between brushless and brushed motors:
1. Structure: Brushless gear motors do not have brushes, which reduces energy loss and mechanical wear, making the operation more stable and with lower noise; brushed motors, on the other hand, require brushes and are prone to wear, resulting in higher maintenance costs.
2. Application scenario: Brushed gear motors are commonly used in small household appliances and toys, which are sectors with high sensitivity to cost. On the other hand, brushless motors are widely applied in high-end fields such as electric vehicles, drones, and industrial robots.
3. Control accuracy: Brushless gear motors usually achieve higher control accuracy through electronic control, making them suitable for applications that require high performance and reliability; brushed motors have relatively lower control accuracy.
4. Starting performance: Brushless gear motors operate smoothly during both starting and braking, while brushed motors have high torque and quick response during starting.
These differences make brushless gear motors more common in applications that require high performance and high reliability.
