2AD132C-B35OL1-CS03-B2N1
The 2AD132C-B35OL1-CS03-B2N1 servo motor from Bosch Rexroth Indramat is part of the 2AD 3-Phase Induction Motors series, offering a robust solution for demanding industrial automation. This AC Induction Motor features a nominal voltage of 279 V, a nominal torque of 96 Nm, and delivers 15 kW of nominal power for high-performance applications. Rated at a nominal current of 39 A, it balances efficiency with power density. With a mass of 115 kg and a compact Motor Length Code C, this servo motor is engineered for reliability in heavy-duty environments.
Technical capabilities are underscored by the integrated high-resolution motor feedback device, providing precise position and speed control. The motor utilizes a dynamic axial blower cooling type to maintain optimal thermal performance, supported by a thermal time constant of 50 min that ensures gradual heat dissipation under continuous loads. Its vibration grade R rating and standard bearings deliver enhanced mechanical stability. The absence of a holding brake reduces maintenance and simplifies the design, while the shaft type without shaft seal, balanced with entire key guarantees smooth torque transmission.
Operational features focus on installation flexibility and ease of maintenance. The servo motor supports both flange and foot mounting arrangements for versatile integration into existing machinery. Its power connection is located at the top, with the cable output direction oriented to the left, allowing customizable cable routing in constrained spaces. A shaft end (side B) without shaft end configuration streamlines coupling to gearboxes or couplers. Designed for up to 0.95 maximum humidity, it maintains performance in humid or challenging environments.
Integration into industrial systems is facilitated by its standardized product type designation, ensuring compatibility with Bosch Rexroth drives and control units. This motor excels in applications such as conveyor systems, packaging machinery, and precision robotics where durability and precise control are critical. Its combination of high torque, efficient cooling, and robust feedback makes it an ideal choice for modern automation lines seeking long-term reliability and simplified commissioning.
