MKD090B-047-GP0-KN | Bosch Digital AC Synchronous Servo Motor

Technical Specifications  

Information About MKD090B-047-GP0-KN

The MKD090B-047-GP0-KN is a digital AC synchronous servo motor designed as part of the MKD Series, engineered for precise motion control in industrial automation systems. This motor belongs to the servo products category and is specifically designed to deliver high-performance, reliable motion control for various applications, including robotics, machine tools, and automated manufacturing systems. As a robust servo motor, it offers versatility and performance in demanding environments where precision, speed, and durability are critical.

The MKD090B-047-GP0-KN features a 090 motor size, making it suitable for medium-duty industrial applications. The motor size plays a significant role in determining the torque and power output, making the 090 size an ideal balance between performance and compactness. The motor length is designated as "B," indicating that it has a standard length configuration for its size class. This length ensures the motor provides sufficient torque for applications requiring moderate to high load-bearing capabilities, while maintaining a manageable size for integration into space-constrained systems.

The winding code for this motor is 047, which specifies the configuration of the motor’s windings and its electrical characteristics. This winding code is crucial in defining the motor's operating parameters, such as its voltage and current requirements, which directly affect its efficiency and performance in various operating conditions. The 047 winding ensures that the motor can deliver consistent and efficient power across a range of speeds, making it well-suited for applications that require stable torque output and precise speed control.

One of the key features of the MKD090B-047-GP0-KN is its resolver feedback system. Resolver feedback provides precise position and speed data to the control system, enabling accurate motion control and enhanced performance in automation applications. Resolver technology is known for its reliability and durability, particularly in harsh industrial environments. It can operate effectively in conditions involving high vibration, extreme temperatures, and dust, making it a suitable choice for industries such as automotive manufacturing, robotics, and CNC machining. This type of feedback ensures that the motor’s position is continuously monitored and adjusted, contributing to greater accuracy in tasks that require precise motion control.