Product Description:

The ADP164B-B35OB2-DS0H-E2N1 is a three-phase induction motor produced by Bosch Rexroth Indramat within the ADP 3-Phase Induction Motors series. It converts electrical energy into steady rotary motion for conveyors, packaging machines, and other automated equipment that demand continuous duty and vector-controlled speed regulation. By pairing induction technology with encoder feedback, the unit supports precise closed-loop control while remaining compatible with common industrial power systems. This combination is useful where stable speed, repeatable positioning support, and durable daily operation are required from the same motor platform.

Its frame is identified as size 164 with length code B, giving a mid-range footprint suited to machines with limited installation space. The housing supports flange or foot mounting, allowing either direct gearbox coupling or base-plate alignment. A top-entry terminal box and a power lead orientation in direction B help keep mains conductors clear of service areas. Forced ventilation is provided by an auxiliary blower rated at 230 V, maintaining airflow regardless of shaft speed. Position data are transmitted through Heidenhain servo feedback signals for tight vector control, while internal standard bearings manage radial and axial forces. The motor is delivered without a brake, which reduces inertia during acceleration and deceleration cycles.

The output shaft uses a half-parallel key so torque is transferred through a keyed hub without relying on interference fits alone. A shaft seal arrangement limits oil mist or dust ingress at the bearing journal, which helps protect the bearing area during routine operation. Operational resonance is classified under vibration severity level R, allowing direct mounting on standard industrial frames without extra isolation pads. Winding code DS matches the electrical characteristics expected by compatible Rexroth inverters, supporting thermal balance during continuous operation and stable response after load changes. This layout suits drive systems that need consistent motor behavior across varying speeds and load conditions.