The Bosch Rexroth Indramat MAF160B-0200-FQ-M2-EF0-05-A1/S039 from the MAF IndraDyn Asynchronous Motors series delivers robust performance with a rated power of 50.3 kW and a rated torque of 240 Nm at a rated speed of 2000 1/min. Its rated current of 108.5 Amperes ensures efficient operation under continuous load, while a continuous torque at standstill of 250 Nm and continuous current at standstill of 112.3 Amperes enable reliable start-up conditions. The motor maintains stability up to a derating speed of 1500 rpm, and achieves a maximum torque of 550 Nm for short-duration peak demands. Its design supports a minimum power cable cross-section of 35 mm2, facilitating safe and compliant installations.
Thermal and electrical characteristics are optimized by a torque constant at 20 °C of 2.4 Nm/A, offering precise current-to-torque conversion for responsive control loops. At elevated speeds and loads, the motor’s performance envelope is preserved through internal controls that manage peak currents and prevent overheating. The combination of rated and continuous currents ensures that the drive system can handle dynamic load changes without compromising stability. Compact yet powerful, this motor occupies minimal space in cabinets while delivering high torque density.
Integration is simplified by a high-resolution Multiturn absolute encoder with EnDat2.1 and 2048 increments, providing accurate feedback for position and speed. A smooth shaft with labyrinth seal enhances contamination resistance, and the fixed A-side bearing ensures mechanical rigidity. Although not equipped with a holding brake, the motor’s robust construction and Bosch Rexroth Indramat’s quality protocols guarantee dependable operation in demanding industrial environments.
Continuous current at standstill
112.3 Amperes
Continuous torque at standstill
250 Nm
Derating speed
1500 rpm
Maximum speed
550 Nm
Min. cross section of power cable
35 mm2
Rated current
108.5 Amperes
Rated power
50.3 kW
Rated speed
2000 1/min
Rated torque
240 Nm
Torque constant at 20!C
2.4 Nm/A