MAD130D-0200-SA-M2-AG1-05-N1

The Bosch Rexroth Indramat MAD130D-0200-SA-M2-AG1-05-N1 motor, part of the MAD IndraDyn A Motors series, is engineered for high-performance spindle applications in modern industrial settings. It is designed with a focus on robust power delivery and precision control, boasting a rated power of 31.4 kW, a rated speed of 2000 RPM, and a rated torque of 150 Nm. These key features, alongside its ability to deliver a continuous torque at standstill of 155 Nm, underscore its capacity to handle rigorous tasks that demand steady and dynamic motion. This motor is ideally suited for applications requiring precise rotational control and reliable performance under varying load conditions.

In terms of technical specifications, the motor excels with several detailed performance metrics. It operates with a derating speed of 1500 RPM and a documented maximum speed of 341 Nm under specified conditions. The motor is further optimized by a rated current of 71.3 A, ensuring consistency in high-load operations. With a rotor moment of inertia of 0.164 kgm^2 and a torque constant at 20 degrees C measured at 2.62 Nm/A, the design achieves an excellent balance between responsiveness and sustained force. The presence of 3 pole pairs contributes to its efficient performance and smooth rotational dynamics.

Additional features enhance the overall functionality and adaptability of the motor. It incorporates an effective cooling mode using an axial fan with a blowing mechanism that maintains optimal operating temperatures by constantly dissipating heat. Moreover, the inclusion of a singleturn absolute encoder providing 2048 increments offers precise motion feedback for advanced control scenarios. The motor's design features such as the flange mounting style and the use of standard bearings not only streamline installation but also add to its durability and reliability. Together, these attributes provide significant operational benefits for demanding industrial applications, ensuring efficient and stable performance in continuous use environments.