MAD100D-0100-SA-S2-HH0-05-N1

The Bosch Rexroth Indramat MAD100D-0100-SA-S2-HH0-05-N1 from the MAD IndraDyn A Motors series combines high-performance spindle control with precise feedback and robust construction for demanding automation tasks. This servo motor features a motor frame size 100 and a motor frame length D, delivering a rated speed of 1000 rpm and consistent torque output across mid-speed ranges. A singleturn absolute encoder EnDat2.1 provides high-resolution position feedback, while the standard bearing type ensures reliable rotational accuracy and extended service life under cyclic loads. To maintain optimal thermal conditions during continuous operation, the motor integrates an axial fan cooling system that efficiently dissipates heat without compromising compact dimensions.

Connectivity is managed via a robust terminal box on the B-Side connection side, offering secure electrical and signal interfaces that simplify installation and service tasks. With its flange mounting style and a smooth shaft without shaft seal, mechanical integration into spindle assemblies and rotary tables becomes straightforward, eliminating alignment concerns. The motor’s vibration grade R classification and precise winding design (winding code 0100) reduce resonance and noise at high speeds, preserving bearing integrity and improving machining surface finishes. Offered without holding brake, this configuration streamlines the powertrain for applications that require rapid direction changes and minimal static torque resistance.

Engineered for high-dynamics spindle tooling and servomotor tasks, the MAD100D-0100-SA-S2-HH0-05-N1 accelerates swiftly to setpoints with minimal overshoot, making it ideal for precision milling, drilling, and grinding centers. When paired with Bosch Rexroth’s IndraDrive controllers and drive electronics, it enables seamless commissioning via electronic nameplate data, reducing setup times and ensuring consistent performance across production lines. The result is a dependable spindle motor solution that delivers enhanced throughput, exceptional positional accuracy, and long-term operational reliability in advanced manufacturing environments.