The Bosch Rexroth Indramat 2AD132B-B35OA2-BS01/S001 is a high-performance AC Induction Motor from the 2AD 3-Phase Induction Motors series, engineered for demanding industrial applications. This model delivers a continuous 10 kW output at a nominal voltage of 168 V and achieves a base motor speed of 1500 rpm. Weighing 90 kg, it balances robust construction with compact dimensions to fit standard drive assemblies. Its axial blower cooling ensures efficient thermal management under sustained loads.
Designed for precision and endurance, the motor features a nominal torque of 64 Nm and a nominal current of 45 A, providing consistent torque delivery across its operating range. It accelerates up to a peak speed of 7,500 rpm for rapid response and high-cycle applications, supported by a rotor inertia of 0.054 kgm2 that optimises dynamic performance. The windings follow the BS code, while the vibration grade R rating minimises resonant oscillations in high-speed environments. With an ambient temperature tolerance from 0 – 45 degrees C and a thermal time constant of 45 min, it withstands temperature excursions during start-up cycles.
Installation is simplified with combined flange and foot mounting and side-A power connection, aligning the top-positioned terminals for streamlined cabling. The absence of a holding brake reduces maintenance points, and the rugged axial blower sustains consistent airflow for long-term reliability. Its universal design integrates seamlessly into conveyors, mixers, and process drives, delivering dependable performance in continuous-duty industrial systems.
Cooling Type
Axial Blower
Brake
Without holding brake
Motor Length Code
B
Mounting
Flange and foot mounting
Power Connection Direction
To Side A
Power Connection Position
Top
Product Type
AC Induction Motor
Vibration Grade
R
Winding Code
BS
Ambient temperature
0 - 45 degrees C
Base motor speed
1500 rpm
Mass
90 kg
Nominal current
45 A
Nominal power
10 kW
Nominal torque
64 Nm
Nominal voltage
168 V
Peak speed
7,500 rpm
Rotor inertia
0.054 kgm2
Thermal time constant
45 min