Product Description:

Bosch Rexroth Indramat manufactures the 2AD200C-B35LL1-AS03-B2N1 within the 2AD 3-Phase Induction Motors series. The unit functions as a three-phase workhorse that converts electrical input from a variable-frequency drive into constant or vector-controlled torque for machine tools, packaging lines, and general automation. Its induction design tolerates wide load swings while maintaining consistent production speeds, allowing the motor to serve as a main spindle, conveyor prime mover, or auxiliary actuator wherever a continuous-duty AC platform is preferred over synchronous servo equipment. Because the rotor is energized electromagnetically rather than by permanent magnets, the motor is well suited to demanding industrial service that calls for stable operation across varying process loads.

Cooling is handled by an axial blower that pushes air along the stator during prolonged duty. Mechanical integration is enabled by flange and foot mounting, which provides two rigid contact faces for either plate or frame installation. The motor is delivered without a holding brake, so static positioning must rely on the drive or an external clamp. Mains conductors route through a junction box fixed on the left flank. The direction and position codes place the entry toward the operator when the shaft points forward. Frame code 200 indicates the center height and bolt pattern, while the rear side has no second shaft end and the drive-end keyway is factory balanced.

Speed regulation benefits from high-resolution motor feedback, which supplies fine incremental data so the inverter can compensate for slip quickly. This feedback arrangement improves low-speed stability and helps the drive hold commanded speed when the load changes suddenly. Operational smoothness meets vibration grade R, and the bearing set follows the manufacturer’s standard configuration to support high radial forces. Electrical behavior follows winding code AS, which sets resistance, inductance, and permissible current density for the duty cycle.