MAF100C-0200-FQ-C0-AH0-35-H1

MAF100C-0200-FQ-C0-AH0-35-H1, Bosch Rexroth Indramat, MAF IndraDyn Asynchronous Motors series induction motor integrates a squirrel-cage rotor and liquid cooling to sustain continuous operation under heavy loads. Its robust design delivers high torque density and precise speed control, making it ideal for demanding servo and main drive applications in machine tooling, printing, and metal forming. Equipped with thermistor-based temperature monitoring in the winding, it ensures reliable thermal protection and long service life without derating. The unit's optimized rotor dynamics and low-inertia profile support rapid acceleration and deceleration cycles for high-performance automation environments.

Built around a Motor size 100 frame and Motor Length C configuration, this motor achieves a Nominal Speed 2,000 min-1 while withstanding short-term peaks beyond 11,000 min-1. It generates a continuous Rated Torque 64 Nm at a Rated Current 36.7 A, with an overload capacity that supports momentary torque surges up to 145.2 Nm. The integrated Incremental encoder, 2048 increments provides high-resolution feedback for closed-loop control, and the High speed bearing system maintains stability at elevated RPMs. Electrical connections are conveniently located on Connectors Side A, and the absence of a Holding Brake reduces complexity in applications where simple shaft coupling is required. Flexible Flange and Foot mounting options facilitate installation in both horizontal and vertical orientations.

Designed for seamless integration into modern drive architectures, the MAF100C motor offers a standardized interface compatible with common servo controllers and drive modules. Its liquid-cooled enclosure protects against contaminants such as oils and coolants, enhancing reliability in harsh industrial environments. The combination of high torque, precise position feedback, and modular mounting arrangements makes this motor an excellent choice for high-accuracy tasks, delivering consistent performance in continuous and intermittent-duty cycles.