Product Description
The MAC112C-0-KD-4-C/130-B-1/WA605XX by Rexroth Bosch has a feedback mechanism with a mounted incremental or absolute encoder. Motor feedback is very essential in asynchronous motors to achieve high degrees of control, and if tachofeedback is used in combination with either incremental or absolute encoders it brings several benefits. Tachofeedback operates by calculating the rotational speed of the motor and provides real-time speed information to the controlling system. The feedback mechanism is useful in maintaining stability in the motor speed regardless of several conditions of load. Tachofeedback systems enable better speed control, which is vital, especially in the use of robots or computer numerical control technology.
Both the incremental and the absolute encoders add another layer of control. By accumulating the pulses given by the control system, incremental encoders estimate the degree of change in the motor movement. Each point in the motor's rotary motion has a distinct coordinate. These encoders are ideal for position-tracking accuracy in applications such as robotic arms and conveyor systems. These kinds of encoders enhance motor performance, but absolute encoders offer a distinct advantage where positioning is important, such as rotating a shaft at a precise and fixed speed.
Standard tacho types are employed in tachofeedback systems, improving the motor's steadiness and precision. When these feedback mechanisms are incorporated, asynchronous motors can shift up to a new level of control, thus enhancing the overall operations. This setup is advantageous in many industrial applications because it gives the appropriate flexibility and adaptability, that a motor requires to work under varying velocity and load. Hence, a motor with efficient feedback using tachofeedback and incremental or absolute encoder is well known for its robustness and reliability.
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