Product Description:

The 2AD200C-B35RB2-AS03-B2N2 is an AC induction motor produced by Bosch Rexroth Indramat in the 2AD 3-Phase Induction Motors series. Designed as a prime mover for machining centers, material-handling axes, and packaging equipment, it converts drive power from an inverter into controlled mechanical rotation for continuous-duty automation tasks. Its induction design supports stable operation in applications that require repeatable speed control over long production runs. The motor is suited to installations where high output and consistent thermal behavior are needed during repeated acceleration and steady-state operation.

This model is supplied without a holding brake, so external load-locking devices must be used when power is removed. Heat is removed by an axial blower mounted on the housing, allowing the stator windings to remain within their thermal class during high duty cycles. Position and speed data are delivered through high-resolution motor feedback, enabling tight velocity loops in digital drive controllers. The stator geometry corresponds to motor size code 200, giving the machine a large active diameter for higher torque density, while the rotor stack follows motor length code C for a moderate active length. Power conductors enter through a junction box that is oriented to the right when facing the shaft, and the cables exit toward side B to keep front access clear.

Mechanical integration is simplified by flange and foot mounting surfaces that share the same datum, allowing either pedestal or face installation without adapter plates. Dynamic quality meets vibration grade S, so the motor can couple directly to precision gearboxes without additional balancing. The laminated core is wound to the characteristics of winding code AS, matching the motor to standard 2AD drives for nominal current and impedance. Standard rolling bearings support the shaft, which is balanced with a full key and has no shaft seal to minimize friction. The opposite side has no shaft extension, which reduces overhung load and helps simplify placement inside compact multi-motor machines.