2AD134C-B35OE1-DS36-A2N1

The Bosch Rexroth Indramat 2AD134C-B35OE1-DS36-A2N1 from the 2AD 3-Phase Induction Motors series is a rugged AC Induction Motor designed to deliver consistent performance across demanding industrial applications. With a motor size code 134 and motor length code C, this unit offers a balanced envelope for torque and speed characteristics, while the ambient temperature range of 0-40 Degrees Celsius ensures reliable operation in typical factory environments. Equipped with standard bearings and an integrated axial blower cooling type, the motor maintains optimal thermal stability under continuous duty. Constructed as a product type AC Induction Motor by Bosch Rexroth Indramat, the design emphasizes serviceability and long-term durability.

The 2AD134C configuration features versatile flange and foot mounting options that streamline mechanical integration into custom drives and OEM assemblies, ensuring rigid alignment and quick installation. A smooth shaft without seal on the drive end and the absence of a shaft end (Side B) reduce leakage paths and simplify coupling arrangements, while maintaining a vibration grade R profile for minimized noise and extended service life. Power connections are managed through a robust Junction Box (Blower with junction box) located to the right and on top of the housing, facilitating straightforward cable routing and maintenance access. Heavy-duty braking is provided by an electrically released system delivering 100 Nm of brake torque, and integrated digital servo feedback supports high-resolution position monitoring and closed-loop control stability.

Built with a winding code DS that optimizes thermal cycling and electromagnetic performance, this motor balances precise control with robust construction. Its standardized interfaces, clear power connection orientation, and flange-and-foot mounting flexibility make it ideal for conveyor drives, pump systems, and rotary indexing tables. The 2AD134C-B35OE1-DS36-A2N1 exemplifies a balance of durability, serviceability, and control flexibility required in modern automation environments.