Product Description:

The 2AD132D-B05OB2-AS03-B2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. It serves automated equipment that needs continuous three-phase torque under closed-loop control. By converting electrical energy into rotation, the unit drives spindles, handling axes, and pumps in machine tools, printing lines, and assembly stations, and it interfaces directly with Rexroth digital drives for coordinated motor control. Its induction-motor design is suited to industrial applications that require durable continuous-duty operation and consistent response to inverter commands.

Thermal management is handled by an integrated axial blower that moves cooling air along the stator fins and helps keep winding temperature within limits during duty cycles. Rotor position is reported by high-resolution motor feedback, allowing the controller to apply precise vector control. Installation uses flange mounting, so the motor face bolts directly to a machine wall and maintains concentric alignment without foot brackets. The frame size 132 corresponds to a 132 mm stator diameter, and the D length indicates the longer axial stack used for this power class. The unit is supplied without a holding brake, so any static load retention must be provided by an external clamp or drive-based torque.

Power entry is routed through the top of the housing and exits toward side B, which can simplify cable routing when the driven load is on the opposite end. This arrangement also supports compact installation where clearance above the housing is available for cable entry. The motor has vibration grade R, indicating restricted vibration during high-speed operation. Its electrical characteristics follow winding code AS, a coil variant used with Rexroth 400 V class inverters. The opposite end of the rotor has no shaft extension on that face, and the main shaft has no seal. Standard bearings support the shaft, and the rotor is balanced with a full key in place to help limit vibration and coupling runout.