Product Description:

The 2AD180C-B35OB2-BS13-C2N1 is a three-phase induction motor built by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. As a drive element, the motor converts electrical energy from an inverter into rotational mechanical power for positioning, conveying, or processing machines in automated factories. In inverter-controlled systems, it can provide stable torque across a broad speed range and support repeatable motion during frequent starts, stops, and speed changes. Its frame size, electrical winding, and cooling arrangement suit continuous duty in cabinet or open-frame installations where reliable torque delivery and feedback accuracy are required.

An internal electrically engaged clamp brake secures the shaft when power is removed, helping prevent drift on vertical axes. Thermal control is handled by an axial blower, which forces ambient air through the stator housing and keeps winding temperature within acceptable operating limits. The design follows the 180 frame code, giving the motor a size that supports higher inertia loads without making the installation unnecessarily large. For mechanical integration, flange and foot mounting patterns are machined into the end shield and base, allowing the motor to bolt to gearboxes or machine frames without adapter plates. Position and speed data are returned by high-resolution motor feedback, enabling the connected drive controller to close precise vector-control loops.

Electrical power reaches the windings through a top-mounted terminal box, with cable entry oriented toward side B so routing stays clear of cooling air. The active conductor set corresponds to BS winding code, matching the drive current to the motor's thermal behavior. Motion is transferred through a smooth shaft with a shaft seal; the seal keeps lubrication inside the bearing region, and vibration grade R supports balanced running at rated speed. Additional details, including the C length variant, standard bearings, and the lack of a shaft end on side B, suit installations that need compact depth and one-sided load coupling. This arrangement also leaves the opposite end less obstructed in machines where nearby guards or framework limit clearance.