Product Description:

The 2AD132C-B35OR1-BS03-A2N2 is an AC induction motor produced by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. It supplies continuous rotary power to machining centers, transfer lines, and packaging spindles, converting three-phase energy into shaft torque for pumps, feed screws, or conveyor drives. This makes it suitable for applications that need steady speed, repeatable torque delivery, and compatibility with inverter-based control. Dimensional conformity with earlier 2AD models supports installation in existing cabinets and machine beds.

Cooling is handled by an integrated axial blower that pushes air along the stator housing, permitting full-load duty even when the motor sits inside an enclosure. Position data for speed regulation arrives through high-resolution motor feedback, enabling the inverter to run slip-compensated loops and maintain stable motion across changing load conditions. Installation remains flexible because the frame supports flange and foot mounting, so it can be attached to a wall plate or set on a base. The active length corresponds to code C, and the frame size is 132, providing torque suited to midsized axes. Power cabling enters from the top, keeping conductors clear of floor debris, and motion is transmitted through a smooth shaft without a seal where the external coupling or machine layout already manages leakage control. The rear face is delivered without a shaft end, so only the drive side couples to the load.

Standard bearings support the rotor and match the load profile expected in general-purpose automation. Balance quality complies with vibration grade S, which helps limit radial displacement at nominal rpm and reduce stress on the bearing seats. The terminal box is oriented to the right, simplifying conduit runs when multiple motors share a common frame. The motor uses winding code BS, which corresponds to the turns count and resistance needed for compatible power modules. Because the unit ships without a holding brake, machines that require static position retention must use an external clamping device or another holding method.