Product Description
The Rexroth Bosch's MAC071C-0-US-4-C/095-B-2/WA612XX/S001 motor is employed in a variety of industries where precise and controlled operation is required. The AC motor rotates because of an air gap that exists between the rotor and stator. An important factor influencing the motor's electrical properties is the gap's width. Usually, it is kept at a minimum because a big gap impairs performance. On the other hand, too tiny gaps could cause friction and noise. Due to the high torque capability, this type of motor provides minimum failure even in case of heavy loads.
The motor's rotor has a 12.9 x 10^-4 kgm² moment of inertia for longevity and dynamic performance. Higher speed is possible because of its torque constant of 0.900 Nm/A. The moment of inertia is particularly important in the production process of the MAC071C-0-US-4-C/095-B-2/WA612XX/S001 motor because it impacts the rotor's performance characteristics, energy efficiency, load, and control. Signals of the encoder might be either absolute or incremental. Incremental signals only transmit a change in position, not a precise location. On the other hand, absolute encoders use a unique "signal" for every position, indicating that both the absolute location and the position have altered. This decreases mechanical strains and increases durability or efficiency, which makes it useful for a variety of industrial applications.
This 071-sized MAC series motor is designed for analogue drives and includes natural convection cooling, tacho feedback, and a 6.5 Nm blocking brake for safety and system integration. To cool the motor, natural convection depends on the buoyancy factor. Cool air replaces warm air as it naturally rises higher away from the source of heat due to the difference in density.
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