MAD160B-0200-SA-M2-KK5-05-N1

The MAD160B-0200-SA-M2-KK5-05-N1, manufactured by Bosch Rexroth Indramat, is a high-performance member of the MAD IndraDyn A Motors series designed for precision motion control. This servo motor incorporates a robust standard bearing type and an axial fan cooling system to maintain optimal thermal performance under continuous operation. The housing is equipped with a B-side connection orientation and a secure terminal box interface for flexible installation in compact drives. With an electrically actuated holding brake and a flange mounting scheme, this motor ensures both positional stability and straightforward mechanical integration.

Rich in technical detail, the MAD160B unit boasts a motor frame size 160 and motor frame length B for balanced rigidity and compact footprint. The rotor achieves a rated speed of 2000 rpm driven by a winding code 0200 coil pattern that delivers smooth torque delivery. Holding torque reaches 100 Nm, clamped by an electrically-clamped brake that enables rapid stopping and high-precision positioning. Dual feedback is provided via a multiturn absolute encoder EnDat2.1 paired with a singleturn absolute encoder, 2048 increments, yielding submicron resolution and robust error recovery. Connection reliability is further enhanced by a half-key balanced shaft with integrated seal, mitigating concentricity errors and preventing lubricant leakage. The entire assembly meets vibration grade R standards, ensuring durability in dynamic applications.

Engineers will appreciate the MAD160B’s seamless compatibility with multi-axis controllers and real-time fieldbus networks, streamlining commissioning and diagnostics. The combination of precise feedback, high holding torque, and enhanced cooling yields exceptional reliability and uptime in demanding servo applications. Ideal for machining spindles, rotary indexing tables, and automated assembly systems, this motor delivers consistently accurate performance and integrates effortlessly into both new and retrofit installations.