2000W AGV Drive Unit High Torque Servo Motor 5200N Max Radial Force

AGV Drive Unit with 2000W Rated Power 5200N Max Radial Force

Product Description:

The AGV Drive Unit is a robust and reliable drive wheel with an integrated motor and gearbox. It is designed for superior performance with a flange size of 130x130mm and a rated power of 2000W. It features an incremental encoder for precise motor control and an axial force of up to 2400N. It is designed without a brake for optimal performance and easy maintenance. With its gearbox and integrated motor, the AGV Drive Unit offers superior power and reliability to meet the needs of various applications.

Features:

1.Perfect coordination: Integrated sales of motors and reducers ensure coordination between them. The performance of the two is complementary. The reducer reduces the output speed of the motor while increasing the torque to meet the needs of specific applications. This coordination ensures that the system operates optimally, improving performance and efficiency.

2.Simplified procurement: Purchasing matching motors and reducers can greatly simplify the procurement process. Users only need to obtain these two key components from the same supplier, reducing the complexity of supply chain management, thereby reducing procurement costs and time costs.

3.Reduced integration effort: Integration sales reduces the effort of system integration. Because the motor and reducer are already precisely matched, mechanical and electrical integration is simpler, reducing the time and complexity of installation and commissioning.

Improved reliability: The integrated design of the motor and reducer helps reduce mechanical connections and interface points, thereby reducing potential sources of failure. This improves system reliability and stability.

4.Precise control: The reducer helps improve the control performance of the motor. By reducing the output speed, the reducer makes it easier for the system to achieve precise position and speed control.

5.Space saving: Reducers usually have a compact design and can provide the required output performance in a limited space. This is very advantageous for applications with space constraints.

Planetary Gearbox Parameters: