Product Description:

The 2AD200C-B35RA1-AS03-B2N1 is an AC induction motor produced by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. In automated equipment, it converts electrical energy into rotary motion for pumps, presses, and material-handling axes that run under continuous-duty conditions. A high-efficiency stator, a squirrel-cage rotor, and integrated cooling help the motor maintain stable operation as load conditions change. This design supports use with drive-controlled systems that require dependable torque delivery and steady speed behavior during normal industrial operation.

This model is classified as an AC induction motor, so torque is produced through induced rotor currents rather than permanent magnets, which helps keep the mechanical arrangement straightforward. Cooling is provided by an internal axial blower, and the airflow travels along the motor axis to control housing temperature during loaded operation. The motor uses flange and foot mounting, which allows installation in either B35 or V1 arrangements without added brackets. A high-resolution motor feedback system supplies precise rotor position data so the drive can manage speed and position with close control. Power enters through a junction box on the right-hand side when facing the shaft, and the cable outlet points toward Side A. The shaft is balanced with a full key, has no shaft seal, and does not include a shaft end on Side B, so closely coupled mechanical assemblies can be used where appropriate.

The motor has a frame code of 200 and an active length code of C, which places it in a size range suited to medium-power conveyor and process-duty applications. Electrical connections terminate in a junction box that provides screw-terminal access for incoming line conductors and feedback wiring. Its vibration rating is R, indicating balancing quality suitable for higher-speed operation with controlled mechanical vibration levels. The winding uses designation AS, matching the motor to drive systems that use the proper voltage constant and thermal sensor calibration. The motor is also supplied without a holding brake, so any required static load holding must be provided by the drive or by external machine hardware.