Product Description:

The 2AD184C-B35OC1-CS06-B2V1 is an AC induction motor produced by Bosch Rexroth Indramat as part of the 2AD 3-Phase Induction Motors series. In automated machine tools, packaging cells, and material-handling stations, the motor delivers controllable rotary power that a matched inverter can modulate for speed or torque. That operating role supports both steady running and responsive changes in speed under varying process demands. Because the motor is intended for inverter use, torque output can be adjusted to match changing loads without changing the basic mechanical installation. A top-mounted junction box on Side A helps simplify cable runs inside vertical cabinets while keeping the power inlet accessible.

Its thermal management relies on axial blower cooling driven from a dedicated 400 V supply, which moves air along the stator housing to remove heat generated in the windings during sustained operation. Mechanical durability is supported by heavy-duty bearings, and the C construction length matches a medium-depth frame. This combination suits applications with repeated starts, stops, and extended daily operating periods. For installation flexibility, the housing provides flange and foot mounting, allowing either face attachment or base mounting on the same motor body. The keyed shaft is balanced without a shaft seal, and the opposite end has no shaft extension, so axial loads are taken only on the drive side and the non-drive end remains mechanically simple.

On the control side, the motor incorporates digital servo feedback to relay position and speed data to the inverter, enabling precise vector control during rapid load changes. It is supplied without a holding brake, and the frame corresponds to size code 184. The internal assembly meets vibration grade R to limit transmitted oscillation into machine structures during normal operation. Electromagnetic behavior is set by winding code CS, giving the motor a predictable current and voltage profile for compatible converters and helping maintain stable inverter response across typical speed-control tasks.