Product Description:

The 2AD184C-B35OD1-CS07-B2V1 is a three-phase induction motor manufactured by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. Designed for integration into automated machinery, the motor converts electrical power into mechanical rotation for tasks such as material transport, positioning, or spindle-drive duty in industrial automation cells. In these roles, it provides shaft torque for machine sections that require stable speed control and repeatable motion. A top-side conduit entry, Side B terminal orientation, the keyed shaft without a seal, and the absence of a rear shaft end simplify cable routing and mechanical coupling in compact automation layouts.

Cooling is provided by an internal axial blower that forces air across the windings, and the blower runs from a factory-wired supply of 400 V, so no auxiliary transformer is required. Forced airflow helps maintain winding temperature during low-speed operation, when shaft-driven cooling would be less effective. The rotor is carried on heavy-duty bearings, which support sustained radial and thrust loads encountered in conveyors and machining spindles. A digital multi-turn absolute encoder delivers position feedback to the drive, eliminating homing moves and supporting high-resolution closed-loop control. The motor uses flange and foot mounting, so the same frame can bolt either to a gearbox face or to a machine base. Size designation 184 and length code C indicate the active iron length and stack height, helping users match torque and inertia to the driven load.

The motor is supplied without a holding brake, so applications that raise or lower loads must employ external mechanical locks or rely on drive torque at standstill. Precision is helped by the R vibration grade, which restricts imbalance and reduces transmitted vibration to surrounding structures. Power conductors and protective earth land in a sealed junction box, and the insulated CS winding code sets resistance and inductance values compatible with 50/60 Hz networks and Rexroth frequency inverters. This arrangement keeps electrical connections enclosed while allowing the inverter to work with the motor's electrical characteristics more effectively.