2AD132C-B35OA1-BS00/S003
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911226921
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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 132, and a Motor Length of C."
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Product Description:
The 2AD132C-B35OA1-BS00/S003 motor is manufactured by Rexroth Bosch. It has one significant feature i.e., squirrel cage rotor. The squirrel cage rotor is one of the most reliable components used in electric motors, especially industrial motors. The main advantage of this rotor is its extremely rigid construction. With aluminum or copper bars coated with steel laminations, this rotor provides durability and resistance to failure. There are no brushes or slip rings, which makes this motor economical and usable for a long time.
Another advantage of the squirrel cage rotor is that it is relatively simple. This reduces the complexity of the design of the motor so that installation and service can be easier. It provides high efficiency and torque output thus suitable for applications like pumps, conveyors and compressors. The design of the rotor also increases its stability by reducing mechanical stress and electrical overload. Motors with squirrel cage rotors do not need an encoder to function. In these motors, the rotor position is controlled by the electromagnetic field of the stator, thus enabling asynchronous operation without the need to monitor the rotor position. This provides simplicity, a cost-effective measure and an efficient motor's life.
Running a motor with no motor encoder is beneficial in conditions where the encoder does need to provide precise information to a control system. This feature makes 2AD motors very reliable especially in harsh industrial applications. Therefore, the features of this motor such as durability, simple design, high efficiency and compatibility with various systems make the motor efficient to use in many industrial applications. Its structure provides reliability in its operation and at the same time reduces operating expenses thus making it an efficient addition to today's motor engineering processes.
