ADP104C-B35OB1-CS0H-A2N1 Bosch Rexroth Indramat
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MPN: R911323725
Ask for AvailabilityThe Bosch Rexroth Indramat ADP104C-B35OB1-CS0H-A2N1 is part of the ADP 3-Phase Induction Motors series and features standard bearings and servo feedback from Heidenhain. This motor is flange or foot mounted with a smooth shaft configuration and a top power connection. It is built with a cooling voltage of 230V and does not come equipped with a brake or shaft seal.
Internal Product Review
The ADP104C-B35OB1-CS0H-A2N1 is a 3-phase induction motor that stands out for precise Heidenhain servo feedback and flexible flange or foot mounting. Standard bearings and a smooth shaft support dependable operation and straightforward mechanical integration. A well-engineered motor choice for controlled industrial drive applications.
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Product Description:
The ADP104C-B35OB1-CS0H-A2N1 three-phase induction motor is produced by Bosch Rexroth Indramat and belongs to the ADP 3-Phase Induction Motors series. As an asynchronous motor, the unit converts electrical energy into continuous rotational torque for conveyors, tooling stations, and other automated machinery that require predictable speed control from a matched inverter. This operating principle supports steady output during continuous-duty material handling and production processes. Its housing and connection layout follow the mechanical outline common to the series, supporting integration in multi-axis installations.
The motor is built on the 104 frame size, giving a mid-range stator diameter that balances torque density with manageable weight. The stator stack extends to the C length, so the added lamination depth increases continuous power compared with shorter variants. For heat removal, an external blower driven by a 230 V cooling supply forces air across the surface, keeping winding temperature within permissible limits during heavy duty cycles. Position and speed signals are delivered to the inverter through Heidenhain servo feedback, enabling closed-loop regulation down to zero speed. This feedback arrangement supports stable low-speed operation during start-up and holding tasks. Installation can use foot plates or a front face ring because the housing supports flange or foot mounting, letting designers choose the most compact orientation.
The mechanical output end is a smooth shaft, so torque is transferred through shrink discs or keyed couplings supplied by the user. Because there is no shaft seal, the motor is intended for clean, dry environments where oil migration from attached gearboxes is not a concern. Stopping torque must be supplied externally since the motor is delivered without a brake; this choice reduces axial length and simplifies maintenance. Internally, standard ball bearings are fitted, and the rotor balance meets vibration class R, limiting radial displacement and allowing the motor to run at its rated frequency without excessive noise or structural stress.