Servo motor

Servo motors refer to motors with servo mechanisms. In the servo mechanism, we will need a closed control loop, and with the feedback that can be received from a motion sensor such as the encoder shaft, with the help of the controller and drive, the steering motor is given to move exactly according to the required torque. With the above definition, the servo motor can be used in cases where it is necessary to move or move, speed or apply precise and controlled force.

Servo motors are generally divided into three categories. AC servo motors based on induction motor design, DC servo motors based on DC motor design and Brushless AC servo motors based on coalless synchronous motors

Servo motors include a wide range of motors in different sizes and powers and in various torque-speed combinations, which with the technology of making special magnetic materials to create high output torque, even in small sizes, you can control the maximum position control, speed And give torque with a drive and control.
Advantages of servomotors Using advanced servomotors in robotic systems, industrial production lines, CNC, etc., you will achieve the following capabilities:
Various load settings such as load inertia, speed gain and other parameters automatically
stop vibration-free operation Due to the advanced drive control system, it is
possible to communicate with peripherals, for example, with the controller or human-machine interface through the
parameter setting port and display the status of the drive check.
Position, speed and torque control with one drive
Non-vibration stopping operation due to advanced drive control system
Use of Absolute encoders and current motor position detection at any time

Ability to select start and stop slope linearly or S-shape

Ability to change the direction of motor rotation without the need to change the motor wiring

Select the ratio of different electronic gearboxes through inputs

And the ability to compensate for the lag caused by the error of mechanical parts