2AD132D-B05OA1-AS03-D2N3
The Bosch Rexroth Indramat 2AD132D-B05OA1-AS03-D2N3 is a robust member of the 2AD 3-Phase Induction Motors series designed for demanding industrial automation applications. Featuring a nominal power rating of 22 kW and a nominal torque of 140 Nm, this asynchronous servo motor delivers reliable high-performance motion control. It operates at a base speed of 1500 RPM, making it ideal for precise speed and torque regulation in manufacturing lines. Integrated high-resolution feedback ensures accurate monitoring of shaft position and speed, allowing tight process control in complex machinery.
Incorporating an axial blower cooling system, the 2AD132D-B05OA1-AS03-D2N3 maintains optimal operating temperatures under continuous load conditions. The motor's insulation class F and vibration grade S1 guarantee durability against thermal and mechanical stresses. A shaft seal balanced with a full key minimizes vibration, reduces frictional losses, and prolongs bearing life. Feedback and power connections are rated IP65 for superior protection against dust and water ingress, while the axial blower has an IP54 rating. The flange mounting design and standard bearings simplify installation and maintenance, and the absence of an optional holding brake offers flexibility in system integration.
This AC induction motor supports flange mounting and comes without a shaft end (side B), streamlining coupling with external drives and gearboxes. The recommended ambient range of 0 to 45 °C (up to a maximum of 55 °C) and altitudes up to 1000 meters (maximum 5000 meters) ensure broad compatibility with global industrial environments. Power wiring should meet EN 60204 standards with a minimum 16 mm2 conductor cross-section for safe operation. Weighing approximately 135 kg, the motor's solid construction and robust design enhance its service life and reduce downtime. In industrial applications, this motor's precision feedback, efficient cooling, and vibration-optimized shaft result in smoother operation, greater energy efficiency, and higher system throughput.