2AD160B-B35OR2-BS03-B2V2

The Bosch Rexroth Indramat 2AD160B-B35OR2-BS03-B2V2 from the 2AD 3-Phase Induction Motors series by Bosch Rexroth Indramat combines rugged construction with precise motor control capabilities. This AC Induction Motor carries the motor designation 2AD and features a motor size code 160 frame alongside a compact motor length code B, all wound with the high-performance winding code BS. Designed as an asynchronous drive solution, it leverages an integrated feedback device high-resolution motor feedback system to achieve repeatable speed and torque accuracy under dynamic loads. Its inherent efficiency and compatibility with standard inverter drives make it well suited for a wide range of automation applications.

Built to excel in industrial environments, the 2AD160B model employs heavy-duty bearings and an axial blower cooling type to ensure low friction losses and consistent thermal performance. The motor is rated for operation across an ambient temperature range of 0-40 Degrees Celsius and meets vibration grade S for superior mechanical stability. The streamlined rotor features a brake without holding brake configuration that reduces rotating mass and minimizes maintenance without compromising response time. Robust insulation and precise balancing further extend the motor’s operational lifetime, delivering reliable power in process-control and continuous-duty scenarios.

Installation flexibility is provided through versatile flange and foot mounting options, allowing both face-mounted and base-mounted arrangements. The shaft type without shaft seal, balanced with entire key design promotes smooth start-stop cycles and eases coupling alignment. Electrical integration is simplified by a terminal box positioned on the top with the power connection direction to Right, facilitating rapid wiring access and clear routing of supply conductors. Together, these features make the 2AD160B-B35OR2-BS03-B2V2 an ideal candidate for conveyors, packaging lines, and general-purpose drive systems where durability and ease of service are critical.