Product Description:

The 2AD180C-B35OB2-BS03-C2N1 is an AC induction motor produced by Bosch Rexroth Indramat and supplied within the 2AD 3-Phase Induction Motors series. Intended for machine-tool spindles, conveyors, and similar automated axes, the unit converts three-phase electrical energy into steady rotary motion that can be regulated by a matched drive controller. Its standardized mechanical envelope helps it fit established machine layouts, while its feedback arrangement supports repeatable speed and torque control during continuous industrial use. This makes the motor suitable for applications that depend on stable rotation, predictable response to load changes, and consistent operation over long production cycles.

Thermal regulation is handled by an axial blower mounted on the housing, forcing cooling air along the stator to keep winding temperature within operating limits. The motor is supplied without a holding brake, which reduces overall length and inertia when external drive torque or machine mechanics hold the load at standstill. The frame uses motor size code 180, and the active stack follows motor length code C. The stator uses winding code BS, which corresponds to the electrical characteristics expected by the matching inverter. Standard bearings support radial and axial forces, and vibration grade R helps maintain smooth running in precision installations. This arrangement suits duty cycles where dependable thermal behavior and stable rotor motion are more important than integrated holding capability.

Closed-loop control accuracy is enhanced by high-resolution motor feedback that transmits fine-increment position data to the drive. Installation is flexible because the frame supports flange and foot mounting. Power enters through a top-mounted terminal box oriented toward Side B, which can simplify cable routing in crowded machine cabinets and keep connections accessible during service. The output uses a smooth shaft with a shaft seal, which helps limit the entry of dust and splash around the bearing area. Side B does not have a second shaft end, so the motor keeps a simpler coupling arrangement at the driven side. Upward cable exit also helps keep wiring clear of floor-level obstructions and moving machine elements.