Product Description:

The 2AD160B-B35RB1-BS03-D2V1 is an AC induction motor engineered by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. As a drive element, it converts electrical energy into controlled mechanical rotation for material-handling lines, packaging stations, and general automation axes that demand continuous torque at variable speed. The model couples directly to inverters and fits on machinery frames or in drive systems where reliable operation and standardized mechanical interfaces are required. This arrangement makes the motor suitable for installations that need steady output across a broad operating range without adding unusual mounting hardware.

It uses heavy-duty bearings to absorb radial and axial forces from belt pulls or other overhung loads during operation. An integrated axial blower pushes cooling air through the housing so the stator windings remain within their thermal limits during continuous duty. With a 160 motor size code, the shaft height and mounting footprint align with IEC 160 dimensions. The motor uses flange and foot mounting, so it can be secured either to a base plate or directly to a machine wall. Incoming power is terminated in a side-mounted terminal box, which keeps the main electrical connection enclosed and accessible. The unit is supplied without a holding brake, the shaft includes a seal, and no rear shaft extension is provided.

Position and speed regulation benefit from high-resolution motor feedback, which returns fine incremental data to the drive controller for closed-loop operation. Cabling routes on side B, and the connection sits on the right when facing the driven shaft, which helps when motors are installed in parallel rows. Dynamic balance conforms to vibration grade R, reducing transmitted vibration in high-cycle machinery. The electromagnetic package uses winding code BS, while the B-length stator stack gives the motor medium inertia for rapid acceleration and stable running under changing loads. This combination supports applications that need precise speed control, dependable cooling, and a mounting arrangement that fits common industrial machine layouts.