SVP11-3,81

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SVP11-3,81 is a precision open-loop high-precision planetary gear motor developed by Zhongshan Turtle motors. It is designed to be single-stage planetary gear transmission structure, and its driving force is about 11 Nm. On the basis of the original specifications, it has the characteristics of high precision, no retractability and controllability. The motor has the features of high torque output, small size, light weight, and high reliability, and becomes the preferred actuator for a variety of new energy cars.

SVP11-3,81 is widely used in multi-axis linkage robotic arm, linear motor, inverted motor, coreless motor, AGV (automated guided vehicle) system, three-dimensional warehouse system, intelligent door recognition system, medical devices, industrial automation, intelligent lifting systems, automation equipments, and other applications.

SVP11-3,81 motor works based on the principle of electromagnetic induction, that is, it makes the current through the coils to generate a magnetic field, and when it interacts with magnetic field, it causes force of attraction or repulsion to generate torque so that the motor can drive some parts. The motor consists of a stator and a rotor. The stator is a magnetic field source composed of several electromagnets and permanent magnets. The rotor is also made up of several areas that interact with the magnetic field to generate torque. When voltage is applied to stator coil, current flows through the coil and generates a magnetic field, which interacts with the rotor magnetic field and induces a torque to drive the rotor to rotate.

SVP11-3,81 motor provides a wide range of speed and control options which so powerful enough to drive the robotic body efficiently. With the strong power and easy access, it can be convenient for the users to adjust and control its speed with the electric control system. Typical feedback system includes sensors, PID and other algorithms, and those can be used to achieve a smoother, faster and accurate control. Moreover, the output torque and speed can be regulated precisely and stably, to meet the requirements of various applications.

In conclusion, the features of high-precision, high torque output, small size, lightweight, and high reliability make the SVP11-3,81 motor an ideal choice for various applications. With the development of new energy industry, SVP11-3,81 motor is playing an increasingly important role in various robotic applications.

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