Product Description:

The 2AD132C-B05OB1-BS01-D2V1 AC induction motor is built by Bosch Rexroth Indramat and belongs to the 2AD 3-Phase Induction Motors series. It supplies mechanical power to automated machinery where continuous rotation and high starting torque are required, such as material-handling stations or gantry axes. The motor fits directly into closed-loop drive assemblies, allowing the controller to modulate speed and torque for process accuracy and energy efficiency. In operation, this arrangement helps the motor respond smoothly to changing load demand without interrupting production flow.

The motor body carries heavy-duty bearings that permit sustained radial and axial forces without premature wear when belt tension or gearbox loading changes during service. Frame size 132 gives the motor a medium-power physical envelope, and length code C indicates an extended active core that supports higher continuous torque than shorter motors in the same frame. Heat is removed by an integrated axial blower, so winding temperature remains controlled during frequent reversals and low-speed operation. The shaft is balanced with a full key, and the shaft seal helps limit lubricant loss while supporting stable running at higher speeds. Because the unit is supplied without a holding brake, the driven axis must be kept at rest by external mechanical holding or commanded drive torque after power is removed.

Mechanical installation uses flange mounting, which allows the housing to bolt directly to a machine plate or gearbox for accurate alignment. Power conductors exit toward Side B, and the terminal box is positioned on the Top of the frame, which can simplify cable routing in vertical or tightly packed layouts. Running smoothness is supported by vibration grade R, which helps limit oscillation at operating speed. The stator uses winding code BS, which indicates the winding arrangement used for this motor. The non-drive side has no shaft end, so that end remains available for the encoder arrangement rather than a second mechanical output.