MAF160B-0200-FQ-N0-HG0-05-A1

The Bosch Rexroth Indramat MAF160B-0200-FQ-N0-HG0-05-A1 from the MAF IndraDyn Asynchronous Motors series combines robust design and high-performance output for demanding industrial applications. Featuring rated power of 50.30 kW and rated torque of 240 Nm, this asynchronous induction motor maintains consistent performance across a nominal rated speed of 2000 RPM. An integrated liquid cooling system ensures efficient heat dissipation under continuous or cyclic loads, while the IP65 safety class protection for both motor and fan guarantees reliable operation in harsh environments. The encoder-less configuration and fixed A-side bearing simplify installation and reduce component count without compromising durability.

Electrical characteristics are optimized for precision control and energy efficiency. With a rated current of 108.5 A drawn from standard three-phase supply, this motor supports dynamic speed variation and torque response. The thermal performance is quantified by a thermal time constant of 3.5 min, enabling rapid stabilization after load changes, and an ambient temperature range for operation of 0 to +40 degrees Celsius secures consistent torque delivery under typical plant conditions. A sound pressure level of 72 (+3) dB[A] meets stringent workplace noise requirements, and the motor’s pole pairs of 3 facilitate smooth torque ripple reduction and improved low-speed control.

Mechanical integrity and serviceability are built into every aspect of the MAF160B design. Weighing 197 kg, the motor’s substantial mass contributes to vibration damping and operational stability in high-inertia applications. The plain shaft is protected by a preinstalled shaft sealing ring, shielding internal components from dust and moisture ingress, while the flange-mounted enclosure supports compact system layouts. With no holding brake and no encoder to maintain, maintenance intervals are extended and downtime is minimized, making this motor an ideal choice for continuous-duty main drive and servo applications in demanding production environments.