SERVOMOTOR MAD130D-0100-SA-M0-BQ0-35-V1

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth MAD130D-0100-SA-M0-BQ0-35-V1 (R911315261) is a dynamic and robust servo motor designed to meet the demands of precision applications in machine tools, printing machines, and metal forming. With its high power density, this motor is particularly suited for situations where space is at a premium yet high performance is required. It features fine-resolution encoder systems available in both single-turn and multiturn options, ensuring maximum machining accuracy through precise movement control. The MAD130D-0100-SA-M0-BQ0-35-V1 motor boasts an excellent radial runout capability which contributes to its outstanding machining precision. It offers a variety of configurations to suit different application needs, including options for keyway and holding brake. For high-speed applications or those with increased radial loads, special bearings are available to enhance performance and reliability. Constructed with industrial-grade materials, the motor has a protection rating that includes the blower motor, allowing it to operate effectively even in challenging industrial environments. The design prioritizes serviceability; for instance, the fan can be replaced easily without stopping the motor—a feature that can be particularly beneficial in continuous operation settings such as the printing industry. Key specifications of this model include its shaft length, maximum torque capacity, rated torque, and maximum current draw. It comes without a holding brake (brakeless design), has a specified flange size and bolt circle for mounting purposes, and utilizes an axial fan for cooling. The maximum speed achievable by this motor is complemented by its rated speed performance while maintaining efficiency at its rated power output. Additionally, it features a certain shaft diameter and rotor inertia value without brake. The spigot dimension is provided for precise installation requirements. Lastly, despite its powerful capabilities, the weight of the motor remains manageable within system design constraints.