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    Servomotors and linear motors
    Servomotors and linear motors

    Servomotors – three-phase synchronous motors excited by permanent magnets on the rotor which operate as brushless direct-current electric motors. This motor function is provided by transistor converters with direct-current intermediate circuits, feedback-controlled by the position sensor (e.g. resolver) built in the servomotor.

    Linear motors – synchronous or induction three-phase motors with distributed windings with feedback position sensors supplied from static frequency converters which allow precise linear movement and force transfer while maintaining high dynamics of the drive.

    Both types of motors are intended for state-of-the-art electronically controlled electric drives with a wide regulation range, high dynamics and high accuracy, applied in the field of production mechanization and automation, packing equipment, etc.

     

    Servomotors

    Servomotors

    Servomotors with permanent magnets are intended for state-of-the-art electronically controlled electric drives with a wide regulation range, high dynamics and high accuracy, applied in the field of production mechanization and automation. They are three-phase synchronous motors excited by permanent magnets on the rotor and supplied from transistor converters. They are equipped with feedback position sensors (e.g. resolvers).
    Servomotors with separate ventilation

    Servomotors with separate ventilation

    Servomotors equipped with external ventilation for achieving higher permanent torques and power outputs.
    Water-cooled servomotors

    Water-cooled servomotors

    Servomotors equipped with water cooling for achieving higher permanent torques and power outputs.
    Servoactuators

    Servoactuators

    Servoactuators with PM with hollow shaft and ball screw. The rotary motion of the servomotor is transformed to linear motion by the ball screw. This design allows, in connection with a quality power supply and measuring system, a very accurate movement while maintaining the drive dynamics and axial force at the shaft end.
    Linear motors

    Linear motors

    They are synchronous or induction three-phase motors with distributed windings supplied from static frequency converters and with feedback position sensors, which allow precise linear movement and force transfer while maintaining high dynamics of the drive.