ADP134D-B35OB1-CS0H-A2N2 Bosch Rexroth Indramat
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MPN: R911291544
Ask for AvailabilityThe Bosch Rexroth Indramat ADP134D-B35OB1-CS0H-A2N2 is part of the ADP 3-Phase Induction Motors series and features a 134 size motor with length D. This model is flange or foot mounted with a smooth shaft and standard bearings, and uses servo feedback by Heidenhain. The power connection is located at the top with a connection direction B, no brake installed, and a cooling voltage of 230V.
Internal Product Review
The ADP134D-B35OB1-CS0H-A2N2 is a Bosch Rexroth Indramat 3-phase induction motor with Heidenhain servo feedback and a smooth shaft. Flange or foot mounting and 230V cooling support straightforward machine integration and stable thermal management. Standard bearings reinforce dependable service characteristics, making the motor a strong choice for precise industrial drive applications.
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Product Description:
The ADP134D-B35OB1-CS0H-A2N2 is a three-phase induction motor produced by Bosch Rexroth Indramat and assigned to the ADP 3-Phase Induction Motors series. Within automated plants, the unit acts as the primary mover that transforms alternating electrical energy into shaft torque for conveyors, extruders, or packaging axes. Its design is intended for integration with inverter drives that manage speed and torque through vector control, allowing dependable motion in continuous-duty industrial environments.
Standard bearings support radial and axial loads, and the motor is supplied with no brake installed, so stopping or holding must be handled by external mechanics or drive control. An integral fan fed by a 230 V cooling voltage circulates air through the frame to keep winding temperature within limits. Mounting flexibility comes from flange or foot mounting, enabling face mounting to gearboxes or base mounting on skids. Position and speed data are delivered through servo feedback from a Heidenhain encoder for closed-loop regulation. The frame envelope corresponds to motor size 134, and the D length stack provides extra core volume for higher continuous power density. Power conductors exit according to direction B on the top of the housing, simplifying upward cable routing inside a cabinet.
The mechanical output end is a smooth shaft, avoiding keyways or splines to reduce stress concentrations when coupled to precision hubs. Because there is no shaft seal, installation must prevent direct exposure to coolant spray or oil migration along the bore. Operating balance satisfies vibration severity level S, so dynamic runout and bearing load remain low under variable frequency drive excitation. Electrical characteristics are identified by winding code CS, which indicates the proper current limits for this coil set. Clearance is preserved around the frame for adjacent components, suiting tightly packed automation cells.