Product Description:

The 2AD180D-B35RR3-BS03-A2N1 is an AC induction motor produced by Bosch Rexroth Indramat as part of the 2AD 3-Phase Induction Motors series. Designed for industrial automation, the unit supplies constant rotary torque to conveyors, packaging lines, and processing machinery when driven by a compatible inverter. Its three-phase construction converts electrical energy into mechanical motion while maintaining the slip behavior needed for controlled speed regulation. This operating principle makes the motor suitable for applications that need steady rotation, repeatable response to load changes, and reliable performance during continuous production.

Cooling is handled by a radial blower, which forces air across the frame to keep winding temperature within acceptable limits during continuous duty. The motor uses frame size 180, giving it a large stator diameter that supports high torque for demanding loads. Installation flexibility is provided through flange and foot mounting, allowing either face-mounted or base-mounted positioning on the machine bed. Closed-loop control accuracy is improved by integrated high-resolution motor feedback, which lets the drive monitor rotor position for vector control and stable speed response. For applications that rely on dynamic stopping through the drive, the motor is supplied without a holding brake, which reduces axial length and removes brake wear from the assembly.

Power conductors terminate in a terminal box mounted on the right side, matching the specified connection orientation and helping manage cable routing in enclosed installations. Output torque is delivered through a smooth shaft without a seal, so external sealing should be provided when the motor is used near fluids or fine dust. The motor uses vibration grade R, which limits running vibration and helps protect nearby couplings, bearings, and sensors at operating speed. Its winding code is BS, identifying the electrical winding arrangement used for this frame class. Together with the feedback system and cooling method, that winding arrangement supports predictable interaction with compatible drive modules during regulated motor operation.