2AD132D-B35LB1-AS03-B2N2

The Bosch Rexroth Indramat 2AD132D-B35LB1-AS03-B2N2 from the 2AD 3-Phase Induction Motors series is a robust AC Induction Motor engineered for demanding industrial automation and process-control applications. It delivers a continuous nominal power of 22 kW paired with a nominal torque of 140 Nm, ensuring high drive efficiency and reliable startup performance. Capable of reaching a peak speed of 7500 RPM, the design balances rotational dynamics against thermal limits to maintain operational stability. Integrated F-class insulation and an AS winding code reinforce the stator against thermal stress and electrical transients, while the 0.118 kg·m² rotor inertia optimizes acceleration profiles for precision-driven machinery.

Installation versatility is provided by dual flange and foot mounting options that accommodate both panel and baseplate assemblies without modifications. Service intervals are extended by standard bearings selected for high-load endurance, and an S vibration grade prevents resonance at elevated speeds. Thermal management is handled by a robust axial blower cooling type that sustains consistent temperature gradients across the stator pack. With power cable entries oriented to Side B and termination blocks positioned on the left (viewed from front towards shaft), panel designers can streamline wiring runs and minimize footprint. Even without an integrated holding brake or shaft seal, the balanced shaft with full key profile delivers smooth torque transmission and reduces mechanical wear over prolonged cycles.

A high-resolution motor feedback device is embedded to support advanced speed and position control, accelerating commissioning and simplifying integration with drive electronics. The motor is rated to perform in ambient temperatures ranging from 0 to 45°C, ensuring reliable operation in diverse factory climates. Compact Motor Length Code D geometry, backed by Bosch Rexroth Indramat’s quality validation and vibration-tested prototypes, makes this induction motor an excellent choice for power-intensive automation tasks requiring high power density and precision control.