MAD100C-0150-SA-C0-AG0-05-N1

The MAD100C-0150-SA-C0-AG0-05-N1 spindle motor from Bosch Rexroth Indramat is part of the prestigious MAD IndraDyn A Motors line. Engineered for precision and dynamic performance, this motor is designed to deliver robust torque output and reliable speed control in demanding industrial environments. Among its key specifications are the 1500 RPM rated speed and a continuous torque of 48 Nm, ensuring consistent operation under varying load conditions. Its application is well-suited for high-precision automation tasks where dependable positioning and controlled motion are paramount.

The motor features technical specifications that underscore its advanced engineering. With a Key Speed of 1000 RPM it provides essential baseline responsiveness, while a maximum torque of 110.4 Nm stands as a testament to its capability to handle sudden load variations. Furthermore, the unit supports a Maximum Power of 15.38 kW and operates with a Rated Power of 7.5 kW, indicative of its robust energy conversion efficiency. The detailed ratings extend to a Maximum current of 39 A and a Rated current of 19.7 A, complemented by an impressive Maximum speed of 9,000 RPM. A low moment of inertia of 0.0284 kgm ensures that the motor can respond quickly to control inputs, making it a technically advanced solution for precision tasks.

Additional features support its versatility in industrial settings. The motor is equipped with a cooling system that operates via an Axial Fan, Blowing mechanism, ensuring thermal regulation during extended cycles. Its compatibility is enhanced by the integration of a high-precision encoder with Singleturn Absolute, 2048 increments, facilitating exact position feedback critical for automation. The mounting style, featuring a Flange and a Standard bearing, adds to the mechanical robustness, ensuring ease of installation and durability. Overall, the combination of precise technical specifications and practical design elements makes this spindle motor an optimal choice for applications requiring both high performance and reliable long-term operation.