ADP164C-B05OB1-FS0H-B2N1 Bosch Rexroth Indramat
MPN: R911299820
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The Bosch Rexroth Indramat ADP164C-B05OB1-FS0H-B2N1 is part of the ADP 3-Phase Induction Motors series and features standard bearings with flange mounting. It has a motor length labeled C, a top power connection, and uses servo feedback by Heidenhain. The motor is designed with a whole parallel key shaft configuration and operates with a cooling voltage of 230V.
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Product Description:
The ADP164C-B05OB1-FS0H-B2N1 is an induction motor manufactured by Bosch Rexroth Indramat within the ADP 3-Phase Induction Motors series. The unit serves in automated production lines, transforming three-phase power into rotational motion for pumps, conveyors, and handling equipment that demand continuous duty. Integrated servo-compatible feedback permits the connected drive controller to close a precise velocity loop, so the motor can maintain commanded speed even when process load varies.
The motor uses a 164 housing frame, and the stator laminations are stacked to length code C, giving the torque density expected for mid-range machinery. The motor uses flange mounting, allowing direct attachment to gearboxes or equipment walls without separate feet and helping reduce alignment error. The internal blower operates from 230 V, supplying forced air across the windings to stabilize temperature during sustained loading. Signal resolution originates from Heidenhain servo feedback, which relays position data in real time. Electrical behavior is characterized by winding designation FS, which indicates the resistance and inductance values selected for pairing with Rexroth drive inverters. Standard bearings support the rotor, and the power terminals exit in direction B on the top of the housing, simplifying vertical cable runs inside a cabinet.
A keyed shaft with a whole parallel key transmits torque to couplings or pulleys, and the motor has no brake installed, so stopping energy must be managed by the external drive. Because there is no shaft seal, the motor is intended for clean environments where oil spray and high humidity are not present. Dynamic balance follows vibration class R, which helps limit radial oscillation at nominal speed. This layout supports stable operation in applications where accurate speed control and straightforward mechanical integration are required.