Product Description:

The 2AD132D-B35OB1-AS16-D2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat and belongs to the 2AD 3-Phase Induction Motors series. Within an automated plant, the motor provides continuous rotary power for conveyors, gantry axes, or large tooling stations where closed-loop speed and torque control are required over long duty cycles. Its three-phase design integrates with compatible drive controllers, allowing coordinated motion sequences and rapid torque response in machining centers, packaging lines, and material-handling systems. The design also suits production equipment that must keep motor response consistent during starts, stops, and changing load conditions.

It uses axial blower cooling, so an internal fan pushes air along the winding stack to remove heat without external ducts. The feedback channel is digital servo feedback, which sends position data to the drive for vector control and stable speed regulation. The motor has a frame size of 132, which matches standard IEC equipment and provides a substantial stator diameter for this housing class. The housing supports flange and foot mounting, giving a choice between base installation and face mounting. The power cable exits on side B, simplifying layout when the rear faces a cabinet wall. Standard bearings support the rotor, and length code D indicates the axial stack depth selected for the required power density.

An electrically engaged clamp brake on the drive end holds the load during power-off sequences. The driven shaft has a shaft seal and is balanced with the entire key, which limits lubricant escape and permits coupling at higher speeds without additional balancing work. Compliance with vibration grade R minimizes dynamic forces transmitted to the machine frame and helps maintain smooth operation. The stator is wound to code AS, which identifies the winding arrangement used for the intended voltage class. Power terminals are positioned on the top of the housing to clear floor-level obstructions, and side B is left without a shaft end for compact integration with adjacent equipment. This arrangement supports compact machine layouts where rear clearance is limited and cable routing must stay above the base.