Product Description
The 2AD132D-B35OA1-AS03-E2N1 motor from Bosch Rexroth is a robust and efficient drive system that caters to industrial applications requiring precise motion control and reliability. The motor is perfectly suited for automation and intensive operations as it delivers consistent performance owing to its size 132 frame.
This model incorporates flange and foot mounting attributes, allowing for easy integration into various machine layouts. The power terminal is accessible from the top, facilitating accessible wiring and reducing installation complexity. The terminal box connections extend to Side A, ensuring an organized and efficient setup. To preserve optimal thermal conditions, the airflow is directed from point B to A courtesy of the axial cooling system that has blowing capabilities. This cooling configuration helps in operational longevity and prevents overheating when the machine is put to use in demanding jobs. It stands out for its optimal stability with the output shaft being balanced with a half key with sealing ring which not only minimizes vibrations but guards the model and its parts from environmental contaminants. The manufacturers have not included a secondary shaft end on Side B in the motor. This makes it ideal for unidirectional power transmission needs. The motor features high-resolution feedback, delivering precision kinematics and positioning, which is crucial for automated systems requiring fine-tuned accuracy. Constructed with standard bearings, this motor ensures smooth and reliable functionality while reducing maintenance requirements. Additionally, the vibration level is within the S grade, meaning its capability in effectively minimize oscillations and enhance durability under continuous operation.
With its efficient heat dissipation system, precise motion control, and well-balanced design, the 2AD132D-B35OA1-AS03-E2N1 motor can be of great use for industrial setups where high performance and reliability are critical. It is an all-rounded solution for manufacturing, automation, and other demanding applications.