Product Description:

The ADP134B-B05OB1-ES0H-B2N1 induction motor is produced by Bosch Rexroth Indramat for the ADP 3-Phase Induction Motors series. As a three-phase asynchronous unit, it converts electrical input into continuous mechanical torque for conveyor sections, gantry axes, and other motion tasks in industrial automation. The motor works with Rexroth inverter platforms to support closed-loop speed regulation, enabling precise throughput while reducing maintenance interruptions. Its asynchronous design is suited to production equipment that benefits from steady operation over long duty cycles.

The motor has a frame size of 134, giving it a large stator diameter that increases continuous horsepower density. Mounting is handled through a flange-mounted face, so the housing bolts directly to the machine wall without a foot plate. The stator blower operates from a 230 V auxiliary supply to maintain winding temperature under cyclic duty. Position and speed signals are generated by the integrated Heidenhain servo feedback transducer, enabling fine velocity loops even though the motor is asynchronous. For applications that require rapid stops, an external brake must be added because this model ships with no brake installed. Standard bearings support the rotor, the length code B keeps overall depth moderate, and power enters from the top of the stator with connection direction B to match vertical cable ducts.

The mechanical drive side uses a whole parallel key configuration, allowing straightforward coupling to gearboxes or pulleys with positive torque transfer. This arrangement supports keyed hubs that need secure torque transmission without depending only on clamping force. The motor has no shaft seal, so the installation environment should be free of liquid spray to prevent ingress along the shaft bore. Dynamic behavior conforms to vibration severity level R, indicating a reduced vibration envelope suited for precision assemblies. Thermal and electrical parameters correspond to winding code ES, which sets the phase resistance and inductance values expected by the matching inverter.