Product Description:

The ADP134D-B35OB1-AS0H-B2N1 is a three-phase induction motor produced by Bosch Rexroth Indramat within the ADP 3-Phase Induction Motors series. It is intended for general motion duties in automated lines where continuous torque and fixed-speed duty cycles are required. By combining a squirrel-cage rotor with an external frequency inverter, the unit delivers constant mechanical output suitable for pumps, material-handling rollers, and packaging machinery.

This motor uses standard bearings, so service intervals follow the manufacturer’s normal lubrication schedule and no special high-load provisions are necessary. A forced-air auxiliary circuit rated at 230 V moves cooling air across the stator frame, maintaining winding temperature under heavy loading. The active lamination stack corresponds to motor size 134, providing a large iron cross-section for higher magnetic flux and greater continuous torque than smaller ADP models. Position confirmation is supplied through servo feedback from a Heidenhain encoder, allowing the drive to monitor actual shaft speed during operation. Installation can use either foot bolts or ISO flange pilots, a flexibility denoted as flange or foot mounting, so the motor can fit existing baseplates or face-mount to gearboxes without adapters.

No dynamic holding feature is provided because the design is shipped with no brake installed; systems that need emergency stopping must add an external mechanical retainer. The electromagnetic core is extended to the geometry labeled as motor length D, which increases the available slot volume and improves short-term overload capability. Power and feedback connectors exit from the housing top and are oriented toward side B, simplifying cable runs when the motor is placed against a machine frame. A whole parallel key secures the output shaft, and the absence of a shaft seal limits the motor to clean indoor environments where fluid ingress is unlikely. The rotor is balanced to vibration severity level R, keeping oscillation within limits suited for direct coupling to precision gear stages.