2AD132C-B35RA1-BS11

Product Description:

Bosch Rexroth Indramat manufactured the 2AD132C-B35RA1-BS11 motor. This strong servomotor, which is a member of the 2AD family, has a torque rating of 115 Nm. In industrial applications, torque—a rotational force—is essential because it establishes the motor's capacity to overcome resistance and start or speed up a load's rotation. Applications needing strong starting power or precise control of large loads might benefit from its 115 Nm torque, which shows a substantial capacity to tackle heavy-duty activities. With a rated speed of 1100 rpm, this motor can accomplish 1100 complete spins every minute. In a range of industrial environments, this speed and high torque enable effective operation. The motor's rated power, which indicates how quickly it can do tasks, is 13.2 kW. It's interesting to note that the motor can provide its entire torque even when it is not spinning since it can sustain a stationary continuous torque of 115 Nm.

Both efficiency and controllable noise levels are given top priority in the motor's design. The quantity of air needed for cooling is indicated by its medium air volume of 1000 m³/h. During extended usage, its effective cooling system guards against overheating and guarantees ideal operating temperatures. Additionally, the motor generates a noise level of 75 dB(A), which is within permissible bounds for industrial settings while being audible. This motor's design likewise heavily relies on electrical factors. A minimum power connection with a cross-section of 6 mm² is necessary. This guarantees that the wiring won't overheat or experience severe voltage drop while handling the high currents needed to run the motor. The moment of inertia of the motor's rotor is 0.076 kgm². The 2AD132C-B35RA1-BS11 motor weighs 115 kg.

Because of its remarkable 7500 rpm maximum speed, the motor efficiently manages high-speed applications. This high-speed capacity is essential for applications demanding quick and accurate motions. Another critical component of this motor's design is thermal control. Given a constant load, the thermal time constant of 50 minutes indicates how long it takes the motor to attain around 63.2% of its ultimate temperature increase. This comparatively long thermal time constant increases the motor's durability and dependability, enabling it to tolerate brief overloads without rapidly overheating. The motor is intended to run between 0 and 40 °C, which is the acceptable range of ambient temperatures.