Product Description:

The 2AD180C-B35RB3-BS03-B2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat and supplied within the 2AD 3-Phase Induction Motors series. It converts three-phase electrical energy into mechanical rotation for automated material-handling stations, packaging equipment, and general machine-tool axes where continuous torque and straightforward control are required. Its induction design makes it suitable for applications that need dependable speed control and steady operation over long production cycles. That makes it a practical choice for equipment that runs for extended periods with repeated starts and stops.

This model uses a radial blower that forces air across the frame to remove heat produced by the stator windings during sustained duty. It is delivered without a holding brake, so any position locking must be provided by an external mechanism or by drive torque. Position and speed are relayed by high-resolution motor feedback, allowing tight velocity regulation and error detection in closed-loop applications. Mechanical attachment is flexible because the housing supports flange and foot mounting, and both patterns share the same reference surfaces to maintain shaft alignment. Electrical leads enter a sealed terminal box that simplifies cable termination and provides strain relief in industrial panels.

The frame corresponds to 180 in the series sizing chart, and the active iron stack uses length code C, giving a power balance between torque output and overall weight. Dynamic behavior falls under vibration grade R, which helps reduce transmitted oscillation to the driven load, and power connections are routed on Side B when viewed toward the shaft. The keyed shaft is balanced with the full key but has no shaft seal, and the opposite face is supplied without a shaft end to accommodate close-coupled gear stages. Standard bearings support radial forces associated with belt or gear drives, while winding code BS indicates the wire gauge and insulation scheme used for the stator circuit.