Product Description:

The 2AD132B-B05OB2-BS03-B2N2 motor is built by Bosch Rexroth Indramat and belongs to the 2AD 3-Phase Induction Motors series. It serves as the electromechanical actuator in drive systems that require constant torque across a broad speed band, converting inverter output into rotational energy for machine axes and auxiliary equipment. This operating role makes the motor suitable for variable-speed industrial equipment that depends on stable torque delivery during repeated duty cycles in conveyors, processing systems, and machine tools.

Cooling is handled by an axial blower, which forces air along the stator to maintain thermal limits during continuous duty. The frame size of 132 provides a mounting pitch and shaft height consistent with DIN dimensions, supporting installation in standardized machines. Mechanical fixation relies on flange mounting, so the housing seats against a mating surface and transmits radial loads directly to the machine structure. The motor is supplied without a holding brake, so position retention during power-off must be managed by the drive or external locks. Position and speed data are generated by high-resolution motor feedback, which supports tight velocity loops. Standard bearings support the rotor, and the BS winding set gives electrical resistance and inductance values suited to this motor configuration and compatible drive tuning.

The physical package follows B length code, which provides additional active iron without changing the flange circle. Vibration behavior is graded S, which limits residual imbalance in sensitive installations. Power cables enter toward Side B at the Top of the terminal box, keeping connectors clear of coolant lines that are often routed below the motor. The driven shaft is supplied without a shaft end on side B, and the main shaft carries no shaft seal but is balanced with the full key in place for direct coupling to belt pulleys or gear hubs. Bearings are the standard configuration for the series, supporting predictable service intervals under axial or radial load profiles in routine industrial operation.