Product Description:

The 2AD132D-B35OB1-AS03-D2V2 is a three-phase drive motor developed by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. In automated production lines, the unit converts electrical energy into controlled mechanical rotation for conveyors, tooling spindles, and material-handling axes. Its induction-motor design works with compatible drive electronics to support stable speed control under changing process loads. This makes it suitable for equipment that must deliver repeatable rotary motion during extended operating cycles.

It employs heavy-duty bearings to tolerate radial and axial loads that arise from belt tension or direct-coupled gearboxes. Cooling is provided by an integral axial blower, which pulls air along the housing to keep the stator winding within its thermal limit. Rotor position is tracked by high-resolution motor feedback, allowing drive controllers to regulate speed and torque with fine incremental counts. The motor length code D and frame size code 132 establish the physical envelope so the motor fits standardized machine interfaces. These dimensions support installation where shaft height, mounting geometry, and available space must match existing mechanical layouts.

Installation flexibility is aided by flange and foot mounting, permitting either face or base attachment. The power conductors exit the housing on side B and are routed from the top terminal location, which can simplify cable routing when the motor is mounted close to the floor. Dynamic loads are handled by a shaft that is balanced with the full key and sealed against contaminants, while the opposite face is supplied without a shaft end for applications that drive from one side only. The motor is supplied without a holding brake, so position retention must be handled by the drive or by external locking devices. Vibration behavior is rated S, indicating the permitted running characteristics at nominal speed. The AS winding scheme supports the required voltage-current pairing for medium-inertia tooling, and the motor is suitable for variable-frequency drive operation.