Product Description:

The 2AD180C-B35RR1-BS03-D2V2 is an AC induction motor manufactured by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. In automated lines, it converts electrical energy into the rotational torque required for machine tools, material-handling systems, and packaging equipment where continuous three-phase power and reliable speed regulation are essential. It is suited to installations that need steady output during repeated acceleration, deceleration, and changing load conditions over long operating periods. This type of motor is commonly used where dependable rotary power must be maintained without reducing mechanical rigidity.

The rotor is supported on heavy-duty bearings, which help improve service life when radial and axial loads change rapidly during cycle shifts. Heat is removed through axial blower cooling, so airflow along the stator frame helps the motor maintain thermal capacity even at low shaft speeds. Position and velocity data are returned by high-resolution motor feedback, enabling the drive controller to maintain tight speed regulation without an external encoder. Mechanical integration is simplified through flange and foot mounting, allowing the housing to bolt either to a faceplate or a base rail depending on the machine layout. The motor is supplied without a holding brake, so stopping torque or vertical-axis load support must be provided by the drive or external braking hardware. With size code 180, the motor uses a mid-range frame footprint in the 2AD family, which suits machinery that needs a substantial motor body without moving to the largest housing in the product line.

Electrical termination is made in a terminal box that seals the power leads and permits conduit entry suitable for industrial wiring practices. From a front view toward the shaft, the power connection exits to the right, a fixed orientation that can simplify cable routing inside multi-axis enclosures and help separate power wiring from nearby machine components. Output torque is transferred through a keyed shaft with a shaft seal, where the seal helps limit contaminant ingress and the keyed interface provides a secure mechanical connection for pulleys, couplings, or gear hubs used in high-cycle duty. This arrangement keeps the mechanical connection straightforward while supporting equipment that operates through frequent starts, stops, and direction changes.