2AD160C-B35OL1-BS03-D2N1

The Bosch Rexroth Indramat 2AD160C-B35OL1-BS03-D2N1 belongs to the distinguished 2AD 3-Phase Induction Motors series, offering robust performance for a wide range of industrial applications. This AC Induction Motor is engineered with standard bearings and utilizes an axial blower cooling type to maintain optimal operating temperatures under continuous duty. With a motor size code of 160 and length code C, it delivers consistent torque and speed control suitable for conveyor systems, pumps, and general machinery drives.

In its detailed design, the 2AD160C-B35OL1-BS03-D2N1 features a flange and foot mounting configuration that simplifies installation and alignment. The motor is fitted with a high-resolution motor feedback device, ensuring precise control and monitoring of rotational speed and position. Its power connection is routed to left via a top-mounted terminal box, facilitating straightforward electrical integration. A balanced shaft seal with full key design provides smooth load transmission, while the vibration grade R classification guarantees reliable operation with minimal mechanical disturbance. The winding code BS enhances thermal performance, and the ambient temperature range of 0-40 Degrees Celsius ensures suitability for standard industrial environments.

Designed without a holding brake, this motor emphasizes simplicity and durability, reducing maintenance requirements over its service life. The shaft end (Side B) is specified without extension, offering a compact footprint that is compatible with a variety of gearboxes and couplings. The axial blower cooling system contributes to energy efficiency by directing airflow exactly where heat dissipation is needed most. With a robust mounting arrangement and standardized components, the 2AD160C-B35OL1-BS03-D2N1 meets the demands of modern industry without necessitating additional certifications. Its efficient design, reliable feedback, and versatile mounting options make it an excellent choice for optimizing productivity, minimizing downtime, and ensuring smooth operation in harsh industrial settings.