Product Description:

The 2AD132C-B05OB1-CS03-A2N1 is an AC induction motor built by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. Designed as a mains-driven actuator for industrial automation, the unit converts three-phase electrical energy into rotational torque suitable for conveyors, metal-cutting machines, and press drives. Its construction follows the standard induction platform used for this motor line, enabling integration with compatible drive controllers and inverters for regulated speed and torque control. In variable-speed systems, that arrangement lets the motor adapt its shaft output to changing process demand during continuous industrial duty. It is suitable for applications that require steady operation through frequent starts and load changes.

Thermal management is handled by an integrated Axial Blower, which moves cooling air lengthwise across the stator so the motor can maintain rated temperature at continuous load. Mechanical attachment is provided through flange mounting, allowing a rigid interface with gearboxes or machine frames without additional foot hardware. Rotor position is reported by high-resolution motor feedback, permitting fine velocity loops in the associated drive. The motor uses frame size 132 and length code C, which indicate its mechanical envelope and active stack depth. Standard bearings support the rotor, and the design is supplied without a holding brake for axes that rely on external locking mechanisms.

Power conductors enter from the top of the housing and exit toward Side B, simplifying cabinet cable routing when the motor is seated against a machine wall. The drive end uses a smooth shaft without a seal, which reduces friction and suits clean, lubricated environments. Dynamic behavior is classified under vibration grade R, indicating balanced operation for general-purpose machinery. Electrical characteristics follow winding code CS, which corresponds to the resistance and inductance values used by compatible Rexroth frequency converters. This routing arrangement keeps the connection area accessible in enclosed machine layouts and leaves the coupling end clear for alignment.