MAF100C-0250-FR-S2-BG0-05-A1

MAF100C-0250-FR-S2-BG0-05-A1, Bosch Rexroth Indramat, MAF IndraDyn Asynchronous Motors. The Bosch Rexroth Indramat MAF100C-0250-FR-S2-BG0-05-A1 motor from the MAF IndraDyn Asynchronous Motors series is a high-performance, liquid-cooled induction motor designed for demanding industrial automation tasks. It features a Singleturn absolute encoder EnDat2.1 with 2048 increments for precise position feedback and a plain shaft equipped with a sealing ring to protect against contaminants. The unit omits a holding brake, reducing complexity and maintenance requirements while maintaining robust operational stability. Its compact design integrates a rapid-action cooling coupling that maximizes thermal management and uptime.

In rigorous duty cycles, this motor delivers a Maximum power output of 33.27 kW and sustains a Continuous current at standstill of 38.5 A, enabling consistent torque delivery from standstill to full load. The rotor accelerates to a Key speed of 2000 1/min and peaks at 9000 1/min with bearing A, handling transient demands of up to Maximum current 85.8 A without derating. Under S6 intermittent duty (44% cycle), it operates reliably for Cycle duration (S6 - 44%) of 5 min, while discharging stored energy at Discharge capacity of 9.4 nF. Heat generated during operation—measured as Power loss to be dissipated at 1.97 kW—is efficiently carried away by the integrated liquid cooling circuit. The motor sustains a Sound pressure level of 70 (+3) dB[A], ensuring compliance with factory noise regulations.

Engineers will appreciate the motor’s liquid-cooled design and sealed shaft for seamless integration into closed-loop automation systems, reducing thermal stress and extending bearing life. Its precision encoder and high-speed capability enable tight synchronisation in multi-axis configurations, while the absence of a holding brake simplifies mechanical coupling and lowers service intervals. Supported by Bosch Rexroth Indramat’s global network, the MAF100C-0250-FR-S2-BG0-05-A1 ensures dependable performance in packaging, printing, and robotics applications where continuous operation and minimal downtime are critical.