3DU60L

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3DU60L Application Field and Working Principle

The 3DU60L (3-Dimensional Ultrasonic Motor) is a type of an ultrasonic motor system designed for high-precision motion control applications, such as industrial automation and robotics, defense, security, medical and health care, and consumer goods. It is characterized by its high accuracy, accuracy of motion control, high speed, and low noise and vibration features.

The 3DU60L provides an optimized system solution for a variety of motion control applications. It is designed to provide an efficient solution for controllable and precise motion using a combination of frame, motor, and actuator. In addition, the high accuracy of the motor’s motion control makes it highly suitable for precision applications.

The 3DU60L is composed of three parts: frame, motor, and actuator. The frame of the motor is designed with a low profile allowing for higher density of applications and providing an improved balance of motion compared to conventional motors. The motor is capable of generating force, torque, and motion without the need for gear transmission, offering superior motion control and accuracy. The actuator is used to control the motor and is designed with integrated sensors to detect the position of the motor.

The working principle of the 3DU60L is based on a frequency-dependent servo-motor mechanism. The motor is driven by an ultrasonic transducer that produces ultrasonic frequency vibrations which cause a motor’s coil to move. A frequency signal, transmitted from a control circuit, is converted into an electrical field by the transducer, which drives the motor’s coil. The frequency signal is then fed back to the control circuit by a feedback device, allowing the control circuit to control the motion of the motor.

The 3DU60L is a versatile control system capable of providing precise motion control in a wide range of applications. It offers a high accuracy of motion control over a wide range of speeds and allows for the use of multiple sensors to provide precise motion control. It also offers a low noise and vibration level, which is critical for applications in a wide variety of industries. This makes it ideal for applications such as industrial automation, defense, security, medical and health care, and consumer goods, among others.

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