ADP134D-B35OA1-CS0H-B2N1 Bosch Rexroth Indramat
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MPN: R911285455
Ask for AvailabilityThe Bosch Rexroth Indramat ADP134D-B35OA1-CS0H-B2N1 is part of the ADP 3-Phase Induction Motors series. This motor features standard bearings, flange or foot mounting, and uses a cooling voltage of 230V. It offers servo feedback from Heidenhain and has a whole parallel key shaft configuration.
Internal Product Review
The ADP134D-B35OA1-CS0H-B2N1 is a well-engineered 3-phase induction motor with Servo Feedback (Heidenhain) for accurate motion control. Flange or foot mounting and a whole parallel key shaft support straightforward mechanical integration in drive systems. A 230V cooling provision supports consistent thermal management, making this motor a strong choice for controlled industrial duty.
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Product Description:
The ADP134D-B35OA1-CS0H-B2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat and assigned to the ADP 3-Phase Induction Motors series. Designed for fixed-frame machinery, the motor delivers continuous shaft power to automated equipment that depends on steady speed and torque. Its squirrel-cage rotor works with external inverters so that production lines can vary throughput without changing mechanical gearing. By combining an industrial housing with standardized mounting options, the unit fits material-handling and packaging applications that require a robust drive motor.
Frame size 134 provides a stator diameter that supports higher thermal dissipation than smaller models, and the D length extends the active core to raise continuous torque without altering the mounting pattern. Internal blower cooling runs on a separate supply of 230 V, which keeps airflow stable even when the main motor operates under low-frequency control. Position verification for closed-loop drive regulators is handled through servo feedback (Heidenhain), which transmits high-resolution incremental data to the controller. The motor can be flange or foot mounted, allowing installation in vertical or horizontal layouts without redesigning baseplates.
The rotor spins on standard bearings that meet DIN service life expectations, and the design has no brake installed, so dynamic stopping must be supplied by the drive or external actuators. Output torque is transmitted through a whole parallel key shaft, and there is no shaft seal, so the installation area should remain free of fluid spray. Dynamic balance complies with vibration severity level R, which helps reduce oscillation transmitted to machine frames. Winding code CS identifies the coil resistance and inductance set, and the power leads exit in direction A at the top of the housing to simplify cable routing toward overhead trays.