Product Description:

Bosch Rexroth Indramat manufactures the ADP104D-B05OA1-FS0H-A2N2 induction motor within the ADP 3-Phase Induction Motors series. As a three-phase asynchronous motor, it converts electrical energy into rotational motion for material-handling equipment, packaging lines, and other automated machinery. Its design supports use with compatible drives and gearboxes in automated systems, where steady torque delivery and predictable speed response are needed for routine production tasks. The motor format is intended for industrial duty, so it can serve as a direct drive source or as part of a geared assembly.

Mechanical compatibility begins with standard bearings that support the radial and axial loads expected in continuous duty. An integrated cooling fan operates from 230 V, helping remove heat when the stator is fully loaded for extended periods. Mounting is provided through a flange-mounted interface, which keeps shaft alignment tight and allows direct attachment to mating machine faces. Position and speed data are returned through Heidenhain servo feedback, allowing the connected drive to supervise motion more closely during speed changes and load variations. The motor uses frame size 104, and motor length D increases the active core to support higher torque within the same general housing family. A smooth shaft simplifies coupling to gear reducers or other driven elements, and the motor has no shaft seal, so it is better suited to dry operating areas. The motor ships without a brake, so holding or stopping torque must be supplied by the drive or by an external mechanism. Power enters from the top of the housing with direction code A, which helps keep cable routing compact in enclosed installations.

Dynamic performance is qualified to S vibration severity, which indicates rotor balance suitable for operation where smooth running is important. Electrical behavior follows the FS winding code, which matches the stator characteristics to compatible Rexroth frequency converters. This combination supports dependable inverter-fed operation in systems that require repeatable acceleration, controlled speed regulation, and stable mechanical response over long production cycles.