2AD101D-B05OB5-BD03-D2N1
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MPN: R911258162
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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 101, and a Motor Length of D."
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Product Description:
Rexroth Bosch manufactures the squirrel cage 2AD101D-B05OB5-BD03-D2N1 induction motor, which is compatible with digital control devices. The accessories and external components that can be used with the motors are specified in the documentation for each motor. The materials used for the rotor laminations are the same as those used for the stator laminations. These laminations are slightly skewed rather than straight to maximize the torque production. The degree of skewness is limited by the 2AD series motor's design. A controller can be used to change the speed and power of an alternating current motor.
The 2AD101D-B05OB5-BD03-D2N1 asynchronous motor has reliable standard bearings, shaft, rotor, key, and stator that determine the nominal speed and overall torque of the motor. The axial fan moves air along the axis as its power source. This particular airflow makes this fan a more efficient and preferred choice. The motor must be operated at specified temperatures, humidity, IP Class, and EMC conditions as outlined in the guidelines to run for an extended period. The absolute encoder does not require a counter and may read a digital code to determine the shaft position at any time. The encoder connection is designed with a plug or flange socket. The encoder model determines the pin assignments.
The chosen position of the electrical connector determines the encoder connection's location on the motor. The drive shaft ensures smooth acceleration and optimum system performance by effectively transferring power to its rotor. This constant power flow allows for effective acceleration and improves the overall running experience. Negative temperature coefficient semiconductor ceramics are used in NTC thermistors, which are temperature-sensitive resistive elements. It means that when the temperature rises, the resistance falls exponentially.
