Product Description:

The ADP164B-B35OA1-BS0H-A2N1 is an asynchronous motor produced by Bosch Rexroth Indramat for the ADP 3-Phase Induction Motors series. Within automated cells, it converts three-phase electrical energy into mechanical rotation for conveyors, pumps, and presses that need steady torque and closed-loop speed regulation. Integrated Heidenhain servo feedback lets the connected drive controller monitor rotor position directly, so motion profiles remain repeatable even when load or temperature changes occur. This feedback arrangement also helps the drive react to process disturbances while maintaining consistent rotational behavior.

Bearing selection, mounting form, and auxiliary supplies govern installation details. The rotor turns on standard bearings, providing normal radial load support without specialized components. The housing supports flange or foot mounting, so the same frame can sit vertically or horizontally. Stator cooling is driven by an external blower at 230 V, keeping heat removal independent of the main power circuit. Position data is delivered through Servo Feedback (Heidenhain), giving high-resolution incremental signals for precise speed control. The output shaft is a smooth shaft, making clamp couplings or pulley hubs easy to seat without machining keyways. Power conductors follow direction code A and enter from the top terminal box, reducing cable bends when the motor sits low in a machine base. Because there is no shaft seal, the coupling area should be protected from liquids or abrasive dust.

With no brake installed, any required holding torque during standstill must come from the drive or an external mechanical latch. The motor uses motor size 164 with motor length B, a combination that supplies medium power while limiting axial footprint. This layout is useful where available machine depth is limited but the application still requires stable continuous output. Balance meets vibration severity level R, so the motor can accelerate quickly without imposing excessive dynamic forces on the mounting structure. The asynchronous design works with standard inverters and common industrial power distribution schemes.