The Bosch Rexroth Indramat 2AD132D-B35RB1-BD03-A2V1 is a robust member of the 2AD 3-Phase Induction Motors series, designed for demanding industrial applications. This AC Induction Motor features a Motor Size of 132 and heavy-duty Bearings to deliver reliable continuous operation. Utilizing an Axial Blower cooling system and a smooth shaft design, it excels at maintaining optimal thermal performance for long duty cycles.
Built for precision and resilience, the 2AD132D-B35RB1-BD03-A2V1 incorporates a High-resolution motor feedback device for accurate speed and position control. Its Motor Length Code D architecture, combined with versatile Flange and foot mounting options, facilitates seamless integration into existing systems. Power is connected on Side B at the Right position (viewed from the front), ensuring efficient cable routing. The Winding Code BD and vibration grade R further underline its engineered balance between torque output and operational smoothness.
This motor operates reliably across an ambient temperature range of 0–40 Degrees Celsius without a holding brake, enhancing flexibility in brake configuration. Its smooth shaft without seal on Side B minimizes maintenance needs and contamination risk. The absence of a shaft end on Side B allows for compact coupling arrangements. Certified for rigorous industrial use, the 2AD132D-B35RB1-BD03-A2V1 delivers superior durability and efficiency, reducing downtime and ensuring consistent performance in high-demand production environments.
Bearings
Heavy-duty
Cooling Type
Axial Blower
Brake
Without holding brake
Feedback Device
High-resolution motor feedback
Motor Length Code
D
Mounting
Flange and foot mounting
Shaft Type
Smooth shaft without seal
Power Connection Direction
To Side B
Power Connection Position
Right (View from front towards shaft)
Product Type
AC Induction Motor
Shaft End (Side B)
Without shaft end
Vibration Grade
R
Winding Code
BD
Ambient Temperature Range
0-40 Degrees Celsius
Motor Designation
2AD
Motor Size
132
The 2AD132D-B35RB1-BD03-A2V1 performs cleanly with minimal fluctuation. Quick to respond under shifting load conditions, it provides stable rotation. Heat remains controlled over long durations. The interface supports seamless integration. It feels solid across multiple applications, delivering repeatable results under dynamic workloads without causing concern or requiring constant monitoring.