2AD104C-B05OA1-CS07-H2N2
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MPN: R911311450
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Bosch Rexroth Indramat AC Motor in the 2AD Series. This Motor is an Asynchronous Motor Type that has a Motor Size of 104, and a Motor Length of C."
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Product Description:
The 2AD104C-B05OA1-CS07-H2N2 by Rexroth Bosch Indramat has incorporated advanced surface ventilation features. This asynchronous motor is part of the 2AD series and is made of cutting-edge equipment that is easy to use and powerful. Intelligent drive systems with open functionality and great power density can be developed in conjunction with the digital control units of the ECO-DRIVE or DIAX series. Two control loops are included in the motor drive controller: current and speed. The current loop regulates the instantaneous current through the armature, while the speed loop typically handles torque and field commands.
The 2AD104C-B05OA1-CS07-H2N2 has a 104C dimension and a digital servo feedback system that has an integrated MTG encoder. The motor and fan blades are enclosed in a casing that protects the internal components of the fan and facilitates effective airflow direction. The overall operation and long-term reliability of the axial fan are improved by this structural component. Flanges are installed in the motor to ensure precise motor installation. A motor's mounting position is crucial to achieve optimal performance, high dependability, and top-quality operation.
The squirrel cage rotor is the rotating part of this the rotating part of this induction motor that transforms electrical energy into mechanical output. Hysteresis loss and eddy current loss are prevented by laminating the rotor core. The iron cores are composed of copper or aluminum and are short-circuited at both ends. This results in an improved transformation ratio between the motor and stator. The skewed conductors are also intended for minimizing cogging. A bearing shaft supports the motor's rotating machinery parts. Its objective is to transfer radial stress and torque from these rotating components to the motor bearings, hence minimizing wear and friction.
