Product Description:

The 2AD180D-B35OA2-BS06-B2N1 is an AC induction motor produced by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. It is intended to deliver constant torque in machine tools, printing presses, and other general-purpose automation stations where asynchronous drive technology is favored for reliable speed control. Its induction motor design makes it suitable for applications that need stable operation under changing loads and long production cycles. That operating profile is common in industrial equipment that prioritizes dependable speed regulation over highly dynamic servo response.

It uses an axial blower to force air through the housing, keeping the stator windings inside their thermal limits during continuous duty. Rotor position and speed are tracked with digital servo feedback, enabling closed-loop operation from a compatible drive controller. The frame belongs to motor size code 180 and length code D, a combination that indicates the stack height and output capacity within the 2AD family. Mechanical installation is simplified by flange and foot mounting, allowing the unit to be secured either to a faceplate or to a base frame. Power conductors exit toward Side A, minimizing cable loops when the drive cabinet is located on the same side of the machine. Standard deep-groove bearings support radial and axial loads without additional adapters.

Electrical terminations are collected inside a terminal box positioned on the top of the frame for vertical cable entry. There is no shaft end on side B, while the drive side is machined without a shaft seal and balanced with the entire key to maintain concentricity. Because the motor ships without a holding brake, external clamping devices must be used when static torque retention is required. The construction meets vibration grade R, which keeps dynamic levels within ISO limits during full-speed operation. Stator winding code BS ties the motor to its impedance and thermal profile, so the paired drive can apply the correct current limits and overload settings.