MAD160C-0200-SA-S2-FG0-35-N1

The MAD160C-0200-SA-S2-FG0-35-N1 spindle motor from Bosch Rexroth Indramat represents the pinnacle of the MAD IndraDyn A Motors series, engineered for precision and durability in industrial automation. This air-cooled, asynchronous Servo Motor delivers a maximum output power of 90.20 kW and a peak torque capability of 494.2 Nm, ensuring robust performance in high-load applications. Its compact design is realized through a Motor Frame Size 160 paired with a Motor Frame Length C, optimizing power density and footprint. The motor’s axial fan cooling mode (SA) supports continuous operation, while the internal design has been verified to rigorous safety and quality benchmarks. Key control functions are enabled by a single-turn absolute encoder featuring the EnDat 2.1 protocol with 2048 increments, guaranteeing precise positional feedback for synchronized motion control.

Technically, the MAD160C-0200-SA-S2-FG0-35-N1 incorporates a Winding Code 0200 optimized for a Rated Speed of 2000 rpm, providing consistent performance across the operational range. Electrical connections are facilitated on the A-side Connection Side through a robust Terminal box interface, ensuring reliable signal and power routing. The motor eschews an internal braking mechanism (Without holding brake), enabling free rotation profiles or the accommodation of external brake assemblies. Its Smooth shaft with shaft seal design extends service life by effectively excluding contaminants, while a Standard bearing configuration delivers predictable rotational accuracy and maintenance intervals. The structural assembly meets a Vibration Grade R classification, aligning with DIN EN 60034-14 to limit mechanical wear and vibration-induced noise.

Operational features of the MAD160C series focus on thermal management and longevity. The Axial fan cooling arrangement and blowing design maintain internal temperatures within safe limits under sustained heavy-duty cycles. The absence of an onboard brake reduces thermal load and simplifies rotor dynamics, while the sealed shaft arrangement provides continuous protection against particulate ingress. The motor’s high inertia stability and consistent torque profile allow seamless integration into multi-axis systems, maintaining synchronous motion across a wide array of speeds. Comprehensive validation tests confirm its ability to withstand the rigors of continuous industrial deployment without performance degradation.

System integration is made straightforward via dual Flange and foot mounting options (code 35), accommodating a broad spectrum of machine tool and automation architectures. The combination of high power density, precise Encoder Type, and rugged mechanical construction makes this motor ideal for machine tools, printing and paper-processing equipment, packaging lines, and food-processing machinery. Its compatibility with industry-standard drive controllers and support for real-time feedback loops reinforce its suitability for applications that demand high accuracy, dynamic responsiveness, and extended operational uptime.