2AD132D-B05OA2-AS13-D2N1

Product Description:

Bosch Rexroth Indramat manufactured the 2AD132D-B05OA2-AS13-D2N1. One of this motor's most notable characteristics is its 19.3 kW rated output. The motor has a torque rating of 155 Nm. Torque is the rotating force that tends to make an item rotate. It stands for the "turning force" that a motor is capable of providing to its load. In many industrial operations, higher torque is essential because it enables the motor to overcome more resistance and accelerate heavier loads. The 2AD132D-B05OA2-AS13-D2N1 has an incremental encoder with 2500 increments for accurate motion control. When it comes to motion control systems, encoders are crucial feedback devices. They provide precise movement monitoring and control by converting the motor's shaft location into digital signals. As the shaft rotates, an incremental encoder, such as the one in use here, produces pulses; the number of pulses is proportional to the angular displacement. For accurate position feedback, a high resolution is offered by the 2500 increments.

The motor has a simple shaft with a keyway and shaft seal to provide dependable performance in demanding industrial settings. The shaft seal is essential for keeping impurities like dust, grime, and liquids out of the motor's internal parts and bearings. Because of this protection, the motor lasts longer and requires less maintenance. The motor's rated speed of 1150 rpm indicates the shaft's rotational speed under typical working circumstances. Because of its high torque and speed, the motor can effectively drive a variety of industrial loads. Another crucial requirement is the 50.0 A-rated current. During regular operation, the motor pulls this much electrical current from the power source, which is an essential characteristic of system wiring and electrical component size.

The motor can tolerate this current even while the rotor is not moving since the standstill continuous current is also 50.0 A. This is crucial in cases when the engine may momentarily stall while under load. The rated torque is less than the stationary continuous torque of 160 Nm. This shows that the motor can start or run under a heavy load with a greater torque for a brief period. The motor's rotor has a moment of inertia of 0.076 kgm², which indicates how resistant it is to variations in its rotational motion. A decreased moment of inertia allows for faster acceleration and deceleration, enhancing the motor's dynamic responsiveness. The motor weighs 115 kg. This is an important consideration when mounting and installing the engine. The weight must be sufficiently supported to guarantee stability and avoid vibrations.