ADP134B-B05OB1-FS3H-C2N1 Bosch Rexroth Indramat
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MPN: R911329123
Ask for AvailabilityThe Bosch Rexroth Indramat ADP134B-B05OB1-FS3H-C2N1 is a three-phase induction motor from the ADP 3-Phase Induction Motors series. It is flange-mounted with a smooth shaft and includes standard bearings and a shaft seal. The motor uses servo feedback from Heidenhain and has a cooling voltage of 230V with the power connection located on the top.
Internal Product Review
The ADP134B-B05OB1-FS3H-C2N1 is a 3-phase induction motor that stands out for flange mounting and Heidenhain servo feedback. Top power connection and a shaft seal make installation straightforward while supporting clean, dependable operation. An excellent choice for controlled motion systems requiring consistent industrial motor performance.
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Product Description:
The ADP134B-B05OB1-FS3H-C2N1 is an induction motor built by Bosch Rexroth Indramat for the ADP 3-Phase Induction Motors series. It belongs to the 3-phase induction motor product group and is intended to supply constant torque in industrial automation where coordinated motion is commanded by a frequency inverter. The motor’s electromechanical design allows it to drive linear actuators, indexing tables, or pump sets within cabinet-mounted or open-frame machinery.
This unit uses flange mounting so its front face can be fastened directly to a gearhead or machine wall, reducing misalignment. The cooling fan operates from 230 V, giving a dedicated low-voltage supply that separates thermal management from the main power bus. Position reporting is supplied through Heidenhain servo feedback, which delivers high-resolution encoder data for closed-loop speed control. With a motor size of 134, the stator core provides a large iron cross-section for higher continuous torque, while the B length code adds stack depth without changing the footprint. A smooth shaft eases coupling to clamp collars or shrink disks, and the drive end is protected by a shaft seal that limits lubricant loss and helps prevent dust ingress. Standard bearings support radial and axial loads typical of belt drives or spur gears.
Electrical terminations follow power-connection direction B, meaning the conduit entry points face the coupling side, and the cables emerge on the top of the housing to simplify routing inside vertical panels. Dynamic balance is verified to vibration severity class R, limiting oscillation transmitted to adjacent structures during high-speed runs. The stator winding code FS indicates resistance and inductance values used with HCS and IndraDrive inverters for proper current loop tuning. This cable orientation helps keep the power and feedback leads clear of nearby rotating parts in many machine layouts.