MAD160C-0150-SA-C0-BP0-35-N1

The MAD160C-0150-SA-C0-BP0-35-N1 spindle motor from Bosch Rexroth Indramat is a high-performance unit within the MAD IndraDyn A Motors series, engineered for demanding industrial drive systems. This Product Type: Servo Motor features a robust Motor Frame Size: 160 with a Motor Frame Length: C configuration, delivering compact power density in a flange-mounted design. Cooling is handled by an efficient Cooling: Axial fan system that maintains thermal stability during continuous operation. The motor incorporates a Bearing Type: Standard arrangement and an industry-standard Connection Type: Connector interface on its B-side for streamlined installation. Dual-mode Mounting Style: Flange and foot mounting provides flexible integration into existing machinery.

Performance characteristics are highlighted by a Rated Torque: 215 Nm and peak capability up to Maximum Torque: 496.0 Nm, ensuring stable output under load variations. Continuous power reaches Maximum Power: 69.29 kW while drawing a Rated Current: 75.3 A, with surge currents accommodated by the motor’s design. A Number of Pole Pairs: 2 yields smooth electromagnetic operation, optimized for the Rated Speed: 1500 rpm standard and support for key speeds around 1000 rpm. The motor’s dynamic response is characterized by a Thermal Time Constant: 15.0 minutes, allowing sustained duty cycles in harsh environments. Vibration performance meets Vibration Grade: R standards, and the Shaft Type: whole-key balanced With shaft seal ensures precision coupling and minimal runout.

Reliability is further evidenced by a mass of Mass: 238 kg, which contributes to mechanical inertia and system stability in high-torque applications. The unit is supplied Holding Brake: Without holding brake, allowing OEMs to integrate custom braking solutions as required. Its robust construction and dual mounting provisions facilitate seamless integration into manufacturing lines, automation cells, and heavy-duty machinery. With standardized connectors and proven IndraDyn A platform compatibility, the motor reduces installation risk and simplifies maintenance planning. Typical use cases include CNC spindles, robotic tooling spindles, and precision winding systems where consistent torque delivery and long service life are critical.