2AD104D-B05OC1-FS06-C2N1
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MPN: R911297976
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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 D."
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Product Description:
The 2AD104D-B05OC1-FS06-C2N1 by Rexroth Bosch is a squirrel cage induction motor that runs with the help of an alternating current. It uses the principle of electromagnetism to generate motion. The inner, cage-like part of the rotor is where the motor's shaft (output) is attached. The two end caps with circular shapes are joined by rotor bars. The stator generates EMF, which is used to control these rotor bars. This EMF is also produced by the exterior housing, which is made of laminated metal sheets and wire coiling. The squirrel cage rotor is a simple tool for creating an electromagnetic induction.
The 2AD104D-B05OC1-FS06-C2N1 has open functions and high power density when operated with the help of a control drive. The flange makes the connection strong and dependable by guaranteeing that the shaft of the AC motor is positioned accurately and firmly. The flange also makes it easier to transfer the motor's rotating movement directly to other pieces of machinery or equipment. Flanges allow these electric motors to be employed in a variety of industrial applications. A junction box facilitates the methodical and structured management and organization of electrical connections. This facilitates maintenance and repairs and makes it simpler to find and fix connections as needed. The junction box provides excellent waterproof, anti-corrosion, explosion-proof, and dustproof properties in harsh conditions.
A centrifugal blower concentrates air into a narrow stream by using centrifugal force and regulated paths. It causes a radial acceleration of the airflow, which causes a roughly 90° change in air direction. Incoming air is trapped and forced out of blowers in a certain direction. To maintain and modify the intended motion and guarantee precision and dependability, the drive controller uses an organized feedback system.
