2AD164C-B05OB1-FS06-A2N1

The Bosch Rexroth Indramat 2AD164C-B05OB1-FS06-A2N1 from the 2AD 3-Phase Induction Motors series is an advanced AC Induction Motor designed for demanding industrial applications. It features a robust motor size code 164 frame with a compact motor length code C and an optimized FS winding code that ensures efficient thermal dissipation and torque consistency under variable load cycles. Engineered for ambient temperatures from 0-40 Degrees Celsius, the motor maintains peak performance within a vibration grade R envelope, minimizing vibration-induced wear and extending service life. The registered motor designation 2AD underscores its seamless integration into Bosch Rexroth’s modular drive ecosystem, offering scalable power density, high reliability, and compliance with industrial drive standards.

It employs an axial blower cooling type powered by a 400V axial blower voltage supply, delivering continuous heat removal even under maximum torque demands. The motor shaft is supported by standard bearings selected for extended maintenance intervals, while the smooth shaft type without seal allows direct coupling or gearhead attachment with minimal alignment complexity. Flange mounting ensures rigid installation and precise concentricity, simplifying retrofit into existing machines and conveyor systems. Power is routed through a power plug (blower with plug) located at the top position, directed toward side B, streamlining wiring layouts and reducing panel crowding in compact control cabinets.

This AC Induction Motor is configured without holding brake to suit applications where passive backdrive prevention is unnecessary, reducing system complexity and maintenance costs. A digital servo feedback device provides high-resolution speed and position data for precise closed-loop control, advanced diagnostics, and condition monitoring. Robust mechanical interfaces and consistent series standards accelerate commissioning, support interoperability with inverter drives, and minimize downtime across diverse automation platforms.