Application

Linear actuator

Features

Long life: Since brushless motors have no carbon brushes, they wear less and can provide a longer service life and greater reliability.

High efficiency: Brushless motors are generally more efficient than brushed motors because they avoid energy losses caused by carbon brushes.

Low Maintenance Requirements: There are no carbon brushes and commutators to replace, so maintenance costs and effort on brushless motors are relatively low.

Reduced heat generation: Because brushless motors have less friction and electrical noise, they generate relatively less heat, increasing operating efficiency and potentially extending the life of other system components.

Control Accuracy: Brushless motors are often combined with an electronic speed controller (ESC) to provide precise speed, position and torque control.

Fast response: Brushless motors can start, stop, and reverse rotation quickly, making them ideal for applications that require fast and precise motion control.

Low Noise Operation: Brushless motors run smoother and make less noise due to the elimination of noise and sparks from carbon brush contact.

Compact size and weight: Compared to brushed motors of the same power, brushless motors tend to be smaller and lighter, making them easier to integrate into linear actuator systems with space constraints.

Wide speed range: Brushless motors can provide a wide speed range and maintain high efficiency throughout the speed range.

Reversibility: Brushless motors can easily switch between forward and reverse by changing the direction of current flow.

Programmability: Many brushless motor systems can be programmed through software to meet specific performance requirements such as acceleration profiles, maximum speed settings, etc.

Integrated electronic systems: Modern brushless motors may integrate sensors and control circuits to enable more complex control strategies and self-diagnostic capabilities.

Specification Parameters