Product Description:

The 2AD100C-B35OB1-AS03-A2N2 is an AC induction motor produced by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. It is intended for continuous duty in automated machine tools and material-handling lines, where steady rotation is required over long operating periods. The motor converts three-phase electrical energy into rotary motion without brush wear, which reduces routine service points in daily production use. Stator-fed magnetic fields act on a squirrel-cage rotor to provide stable torque, allowing the unit to drive gearboxes, pumps, and spindles in closed-loop systems. Its layout suits production equipment that runs repeated cycles throughout the day.

Thermal regulation uses an internal blower supplied with 230 V and arranged as an axial blower, so cooling air moves along the stator laminations before exiting at the rear. Position data comes from high-resolution motor feedback, allowing the drive controller to monitor shaft angle for closed-loop speed or position control. The motor uses flange and foot mounting, which gives the machine builder two standard installation options on one frame. Incoming power passes through a sealed connector on the top of the housing that faces side B, helping keep cable routing compact. Frame size 100 places the motor in a medium mechanical envelope, while standard bearings support the rotor and the unit is supplied without a holding brake.

The rotor has a smooth shaft without a seal, so the coupling side does not provide its own oil barrier, and side B remains without a shaft end for single-sided drives. Dynamic behavior meets vibration grade S, which helps limit running displacement in precision assemblies and supports smooth operation at speed. Electrical performance follows winding code AS, matching the motor to compatible Rexroth inverter characteristics for current and thermal behavior. Motor length code C provides the required stack height for this frame size. The axial blower outlet is oriented away from the top connector, which helps reduce hot-air recirculation around the cable entry.