Product Description:

The 2AD200C-B35LL2-AS03-D2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. Designed for industrial automation, it converts electrical energy into controlled rotary motion for machining centers, printing lines, material-transfer systems, and other equipment that requires steady motor response under variable loads. A standard bearing set supports the rotor, while the stator windings interact with an inverter-fed power supply to deliver continuous torque and speed regulation required by closed-loop drive packages. The motor forms part of integrated axis modules where mechanical durability and thermal stability remain important during long production cycles.

Heat is removed by an axial blower that forces air along the frame, keeping the windings within their temperature limits during continuous duty. Installation is adaptable through flange and foot mounting, permitting base or face attachment without extra brackets. The integrated high-resolution motor feedback supplies exact rotor angle data so the drive can deliver smooth sinusoidal currents and stable speed control across a broad operating range. A keyed shaft with a shaft seal helps prevent lubricant leakage and provides a balanced coupling surface. Operating motion remains within vibration grade R, which helps protect encoders and gearboxes. The rear housing is supplied without a shaft end to shorten the assembly.

The frame corresponds to motor size 200, while motor length code C indicates the active lamination stack that influences the continuous torque available at a given speed. Electrical behavior follows winding code AS, matching the stator resistance and inductance to common three-phase bus voltages fed through the junction box mounted on the left. The terminals face that side when the shaft is viewed from the front, which simplifies cabinet wiring. Because the motor is delivered without a holding brake, deceleration and standstill security are handled by the drive or by external mechanical restraint when load holding is required.