Product Description:

The 2AD180C-B35OA2-BS03-A2V1 is an AC induction motor manufactured by Bosch Rexroth Indramat and included in the 2AD 3-Phase Induction Motors series. It converts three-phase electrical energy into continuous rotary motion for tooling spindles, presses, and packaging equipment in automated systems. The unit uses the 180 frame platform with length code C, which gives it a medium-frame format suited to applications that need steady output and repeatable speed under changing process loads. This arrangement allows the motor to fit established machine layouts while supporting continuous-duty operation.

The motor uses heavy-duty bearings to support the radial and axial loads that occur in cyclic production service. Cooling is provided by an axial blower, which forces air through the stator to reduce heat buildup during extended run times. Position and speed signals are supplied through high-resolution motor feedback, allowing compatible digital drives to maintain accurate velocity control. The 180 frame keeps the overall footprint consistent with common mounting layouts, and the housing supports flange and foot mounting for installation on either a machine wall or a base plate. Power conductors enter through a terminal box mounted on top of the frame, and the cable gland faces Side A for straightforward cable routing. The motor does not include a holding brake, so standstill holding must be provided by external clamping or drive torque.

A smooth shaft without a seal reduces friction at the output, and the rear face is machined without a shaft end to leave space for through-spindle tooling arrangements. Dynamic operation meets vibration grade R, which helps limit oscillation at the coupling during normal running conditions. Electrical characteristics follow winding code BS, allowing compatible drives to use the correct resistance and inductance values for this motor configuration. These features make the motor suitable for applications that require stable rotation, active cooling, and a straightforward mechanical interface.