2AD132C-B35OA1-AD03/S001, Bosch Rexroth Indramat, 2AD 3-Phase Induction Motors motors deliver robust performance in demanding industrial settings. This AC Induction Motor of Size 132 features a rugged squirrel cage rotor designed for smooth torque delivery and extended service life. The unit omits a holding brake, simplifying installation in applications where passive deceleration is acceptable. Its flange and foot mounting options allow direct integration into diverse mechanical assemblies without compromising alignment or stability.
Designed for harsh environments, this motor employs an Axial Blower cooling system that ensures uniform heat dissipation across the stator winding. The IP65 protection class and vibration grade R rating guard against dust ingress and mechanical shock. Power connections enter from Side A and exit through the Top terminal box, streamlining cable routing in compact drive cabinets. High-resolution motor feedback combined with embedded NTC thermistors offers precise temperature monitoring, while the winding code AD and motor length code C standardize performance characteristics for easy replacement across the 2AD series.
Engineers benefit from seamless integration into Bosch Rexroth drive platforms, leveraging built-in feedback for closed-loop control and coordinated multi-axis operation. The IP65 enclosure and squirrel cage design minimize maintenance intervals, supporting continuous operation in manufacturing, material handling, and conveyor systems. Overall, the 2AD132C-B35OA1-AD03/S001 balances reliability, compactness, and precise feedback to optimize uptime and throughput in industrial automation applications.
Cooling Type
Axial Blower
Brake
Without holding brake
Feedback Device
High-resolution motor feedback
Motor Length Code
C
Mounting
Flange and foot mounting
Power Connection Direction
To Side A
Power Connection Position
Top
Product Type
AC Induction Motor
Vibration Grade
R
Class of motor protection
IP65
Rotor
Squirrel cage
Size
132
Temperature sensors
NTC thermistors
Winding code
AD