MHD071B-061-NG0-UN | Bosch Synchronous Motor in the MHD Series

Technical Specifications

Information About MHD071B-061-NG0-UN

The MHD071B-061-NG0-UN is a synchronous servo motor designed for precision-driven industrial automation applications. This motor is part of the MHD Series, known for its efficiency and reliable performance in demanding motion control environments. As a servo motor, it is suitable for applications that require accurate control of position, speed, and torque, making it a crucial component in robotics, CNC machinery, and other automated systems that demand high performance and precision.

One of the key features of the MHD071B-061-NG0-UN is its voltage constant, rated at 70. This specification indicates the motor's ability to generate torque relative to the applied voltage, ensuring efficient operation and optimized energy consumption in various load conditions. The voltage constant is crucial in determining the motor's responsiveness and overall performance in motion control systems.

The motor is equipped with a plain shaft, meaning it does not include any additional mechanical features such as keyways or splines for securing mechanical components. The plain shaft design is typically chosen for applications where the motor needs to connect to specialized couplings, reducing wear and enabling smooth transmission of motion to other parts of the system. The plain shaft configuration provides versatility in how the motor is integrated into existing setups, allowing for custom mounting solutions tailored to specific industrial needs.

An important characteristic of the MHD071B-061-NG0-UN is the absence of a holding brake. While many servo motors are equipped with a brake mechanism to maintain position when power is removed, this motor does not include a holding brake, making it suitable for applications where a braking function is either unnecessary or provided by external components. This design choice can reduce the overall complexity and cost of systems where a braking mechanism is not required, especially in applications with continuous or uninterrupted motion, or in systems that rely on external braking methods.

In terms of construction and durability, the MHD071B-061-NG0-UN is engineered to operate under rigorous industrial conditions. Its robust design ensures reliability and extended operational life, even in environments where mechanical stress and fluctuating loads are common. This makes it an ideal choice for various automation sectors, where continuous operation and minimal maintenance are critical.