Product Description:

The 2AD200C-B35RB3-AS03-A2N1 is an AC induction motor produced by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. Designed for continuous drive duty in automated machine tools, packaging cells, and material-handling axes, the unit converts three-phase electrical energy into mechanical rotation with closed-loop compatibility. Its construction follows standard 2AD mechanical codes so it can be paired directly with Rexroth drive controllers for speed regulation, torque control, and coordinated multi-axis motion in industrial automation lines.

The motor carries size code 200, indicating a 200 mm frame diameter used for the mechanical interface and heat dissipation. Axial power density is set by length code C, which gives a medium stack length suitable for moderate continuous load requirements. Radial blower cooling forces air over the housing fins, allowing a higher thermal load than natural-convection motors of the same frame. Installation flexibility is provided by flange and foot mounting, enabling either face mounting to a gear housing or base mounting to a skid. The machine is supplied without a holding brake, so position retention during power loss must be achieved by the external drive or mechanical stops. Standard bearings support general-purpose duty, while winding code AS identifies the stator coil design and insulation scheme.

The motor uses high-resolution motor feedback, which transmits precise rotor position data to the inverter for smooth vector regulation. Output torque is delivered through a smooth shaft without a seal, minimizing friction while requiring external guarding against contamination. The motor uses a junction box power connection on side B, positioned to the right when facing the drive end, which simplifies cable routing along machine frames. Dynamic balance conforms to vibration grade R, keeping residual oscillation low for precision tooling. The opposite rotor side is left without a shaft end, reducing overall length and avoiding secondary coupling loads.