Product Description:

The 2AD180D-B35LR1-BS36-B2N1 is an induction motor built by Bosch Rexroth Indramat and belongs to the 2AD 3-Phase Induction Motors series. Designed for drive packages in machine tools, packaging lines, and transfer systems, it converts three-phase electrical energy into mechanical rotation for industrial automation. The motor combines the footprint flexibility of a flange drive with the torsional capacity needed for precision servo duty, allowing it to act as the primary mover in coordinated multi-axis assemblies. In servo-controlled systems, it provides steady torque delivery during acceleration, constant-speed operation, and commanded deceleration.

Thermal management is provided by an axial blower mounted on the stator shroud, and this forced airflow helps keep winding temperature within limits during continuous duty. Rotor position is reported through digital servo feedback, enabling real-time correction of speed and torque commands from the inverter. The motor frame conforms to size code 180, while the laminated core stack uses the D length, giving a higher electromagnetic cross-section than shorter variants. Installation flexibility comes from flange and foot mounting, so the unit can bolt to a base plate or directly to a machine wall. A standard bearing set supports radial and axial loads, and the stator uses AC induction principles rather than permanent magnets.

Power conductors terminate in a terminal box fixed on the left side when the viewer faces the shaft, yet the cable exits to the right to suit common cabinet layouts. Dynamic holding is provided by an electrically released heavy-duty brake that engages automatically on power loss. The rotor is factory balanced with the entire key, no shaft seal is fitted, and side B is supplied without a shaft end for coupling-only operation. This arrangement supports installations where the opposite end remains closed rather than being used for an additional mechanical connection. Winding identification BS matches this stator to specific drive ratings, while vibration behavior meets grade R to limit transmitted oscillations in high-precision assemblies.