VKA4100N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

VKA4100N is an industrial-grade DC servo motor, specifically designed for large-scale industrial applications. It is a three-phase, monomotor, brushless, fan-cooled motor which is sealed against dust and dirt ingress. It has an integrated control electronics and a built-in speed and position encoder, offering precision feedback and dynamic control capabilities.

VKA4100N applications include robotics and automation, mechanical engineering, automotive industry, food processing and petrochemicals. Its asynchronous motor design delivers high torque while operating at low RPMs, meaning it can be used to move heavy objects with high efficiency. It can also be used to quickly position and stop objects accurately, making it ideal for precision positioning applications, such as automated assembly lines. Additionally, its build-in encoder ensures accurate speed and position feedback, allowing for highly dynamic control.

The working principle of the VKA4100N is based on a three-phase rotating electrical field. It uses the Lorenz force which is generated by the electrical field to produce a torque which is used to drive the shaft connected to the motor. The field rotates at a frequency which is determined by the supply voltage and is controlled by a three-phase AC drive circuit. The feedback from the speed/position encoder is used to control the electrical output from the motor to ensure the desired speed and position are achieved.

In addition, the motor also features an adjustable slip-ring assembly, allowing the user to adjust the torque and speed characteristics of the motor. This is especially useful for applications which require precise control of the motors and allows the user to fine tune the motor’s response. It is also worth noting that the motor is protected against overload, short circuit and reverse polarity.

In conclusion, the VKA4100N motor is ideally suited for large-scale industrial applications, offering precise control and dynamic capabilities. Its asynchronous design delivers high torque and low RPMs, and it features an integrated control and a built-in encoder for feedback. With its adjustable slip-ring assembly and overload protection, the motor can be used to move large objects quickly and accurately, making it ideal for precision positioning applications.

The specific data is subject to PDF, and the above content is for reference