2AD132C-B05OA1-BS03-A2N1 Bosch Rexroth Indramat
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MPN: R911238111
The Bosch Rexroth Indramat 2AD132C-B05OA1-BS03-A2N1 is an AC induction motor from the 2AD 3-Phase Induction Motors series and is designed for flange mounting. It features high-resolution motor feedback, has a standard bearing configuration, and uses an axial blower for cooling. The motor has a smooth shaft without a seal and does not include a holding brake.
Internal Product Review
The 2AD132C-B05OA1-BS03-A2N1 is an AC induction motor with axial blower cooling and flange mounting. High-resolution motor feedback and a smooth shaft without seal support accurate drive integration and dependable mechanical performance. A well-engineered choice for demanding automation service.
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Product Description:
The 2AD132C-B05OA1-BS03-A2N1 is an AC induction motor built by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. Designed for cabinet-mounted drive systems, it provides the main rotary force required by conveyors, printing presses, and forming equipment in industrial automation. The motor receives three-phase power from a matched drive controller and delivers controlled motion that is essential for synchronized multi-axis processes. Its operating concept suits production lines that require reliable torque delivery and repeatable speed during changing process demands.
With size code 132, the motor uses a stator diameter and housing geometry associated with the 132 frame. The C length code indicates an extended active iron stack that supports higher continuous output. Heat is removed by an axial blower, allowing high-load operation without external cooling air from the cabinet. The motor uses flange mounting, so the frame bolts directly to a driven machine wall. The winding designation BS identifies the wire gauge and slot fill used with typical 300 V drives. Power terminals exit at the top of the housing, keeping cable runs short when the unit sits low in a panel.
Precise speed control is supported by integrated high-resolution motor feedback, which sends fine position data to the inverter for tight closed-loop regulation. This arrangement helps the drive correct slip and maintain stable speed when the load changes during operation. The motor uses a smooth shaft without a shaft seal, and the opposite face is supplied without a shaft end to conserve space in axial installations. Dynamic forces remain low because of vibration grade R and a set of standard bearings that follow the normal clearance class. Because the motor is supplied without a holding brake, the drive must provide stationary torque when power is removed, and power leads route toward side A to reduce interference with adjacent components.