MAD100D-0200-SA-M2-BH0-05-N1

The MAD100D-0200-SA-M2-BH0-05-N1 spindle motor from Bosch Rexroth Indramat is part of the distinguished MAD IndraDyn A Motors series and exemplifies high-precision, high-speed operation in industrial automation. With a maximum speed of 9000 rpm and a torque constant at 20 degrees Celsius of 2.62 Nm/A, this servo motor delivers reliable performance in demanding production environments. The motor frame size of 100 combined with a frame length D ensures compact installation in tight machine layouts. Designed primarily for precision motion control, it supports tasks such as machining spindles, indexing tables, and dynamic positioning systems with exceptional accuracy and responsiveness.

Built for robust industrial applications, the MAD100D-0200-SA-M2-BH0-05-N1 offers an axial fan cooling system to maintain optimal operating temperatures during continuous high-speed operation. The motor connects via a secure connector interface and features a multiturn absolute encoder EnDat2.1 for high-resolution position feedback and closed-loop control. Its bearing type is standard, ensuring dependable support for the rotor assembly. The flange mounting style simplifies integration into machine frames, while the rotor moment of inertia of 0.0392 kgm^2 balances rapid acceleration with motion smoothness. Power delivery is facilitated through a power wire cross section of 4 mm², providing sufficient current capacity for demanding dynamic loads.

Beyond core performance, this motor excels in durability and operational efficiency. Its vibration grade of R minimizes mechanical resonance, extending component life and reducing maintenance intervals. At a mass of motor 72 Kg, the unit offers stability in high-torque applications, while the sound pressure level of 70(+3) dB supports quieter factory environments. The smooth shaft design without a shaft seal reduces friction and wear, and the absence of a holding brake simplifies the mechanical design where braking is handled externally. Engineers benefit from the motor’s compatibility with standard industrial drives and feedback systems, delivering precise control, high reliability, and efficient operation for advanced automation and machining processes.