MAC112C-1-KD-4-C/130-B-1/DI524LV/S014
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MPN: R911245731
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MAC Permanent Magnet Motor manufactured by Bosch Rexroth Indramat. This motor has a power connecter on Side B. This motor also includes a C encoder and a Standard blocking brake.
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Product Description:
Rexroth Bosch's MAC112C-1-KD-4-C/130-B-1/DI524LV/S014 motor has centering diameter (130 mm for designs B05 and B14) which is one of the important features of this motor. The alignment and stability of motor parts are crucial for mechanical coupling and overall performance. Diameter is important for motor alignment, minimizing vibrations, and unnecessary wear, especially in high-accuracy tasks, where slight imbalances can cause a decrease in the motor's performance. It has a nominal RPM of 2000 min-1, the rate at which a motor operates at maximum efficiency without excessive stress on the motor's components or the driven load. The nominal speed is a speed that will give optimal performance without exerting extra pressure on the other components.
An incremental encoder with shock-damped mounting is essential in delivering exact feedback in the given motion control systems. These encoders are incremental and not absolute; hence they output corresponding signals relative to position or rotational movements. Shock-damped mounting contains mechanisms that counter mechanical shocks and vibrations characteristic of industrial environments. By minimizing these impacts, the encoder can give precise feedback without any disturbance resulting from resonance effects, thus enhancing the reliability and accuracy of industrial operations.
The benefits of using incremental encoders with shock-damped mounting are numerous. First, the setup improves operational efficiency, and it is preferred for use in machines whose accuracy is critical. Further, it increases the service life of both the encoder and the motor as the damping system does not affect the sensitive components of the encoder. There is another major advantage, which is the ability of the system to work in different industrial conditions, including environments with high vibrations. This is beneficial for industrial applications, where large equipment generates significant levels of vibration.
