MAD100D-0150-SA-M2-BP1-05-N1

The Bosch Rexroth Indramat MAD100D-0150-SA-M2-BP1-05-N1 is a high-performance MAD IndraDyn A Motors series servo motor designed for demanding industrial automation tasks. This compact Servo Motor delivers consistent torque and speed control through its advanced Multiturn absolute encoder EnDat2.1 feedback system. The motor’s robust construction incorporates a Flange mounting style and a whole-key balanced With shaft seal shaft type, ensuring mechanical stability under heavy loads. Cooling is provided by an integrated Axial fan, which directs airflow along the motor’s length to prevent overheating in continuous operation. The inclusion of an electrically-released holding brake with Holding Torque: 24 Nm guarantees secure standstill positioning when power is removed.

The technical configuration of this unit begins with a Motor Frame Size: 100 and Motor Frame Length: D, yielding a balanced footprint that fits standard machine tool interfaces. Power delivery is managed via a Connector on the Connection Side: B-side, facilitating safe and efficient wiring connections. The winding configuration is identified by Winding Code: 0150, optimized for a Rated Speed: 1500 rpm at nominal input. Environmental resilience is rated at Vibration Grade: R, ensuring compliance with industrial vibration standards. The motor’s Bearing Type: Standard specification is matched to its operational profile, delivering reliable service life with minimal maintenance.

Operational performance is defined by a nominal torque of 59.0 Nm and a peak torque capacity of 140.6 Nm, enabling rapid acceleration and load handling. The high-resolution encoder offers precise positional feedback over multiple revolutions, reducing cycle times in applications requiring frequent direction changes. The balanced shaft arrangement minimizes vibration and noise, supporting stable operation even at continuous high speeds. Integrated cooling maintains thermal equilibrium during extended duty cycles, preventing thermal derating under high-load conditions. The brake mechanism engages instantly upon power loss, protecting both the motor and the driven equipment from unintended motion.

System integration is simplified through compatibility with standard drive controllers and industrial networks, enabling seamless incorporation into motion control architectures. The flange mounting interface conforms to globally recognized dimensions, reducing custom adapter requirements during chassis design. With its combination of high torque density, efficient cooling, and secure braking, this motor is ideally suited for CNC machining centers, automated assembly lines, and robotics applications. Its robust design and precise feedback make it a preferred solution for OEMs and system integrators targeting high-throughput manufacturing environments.