2AD100D-B05OA6-AS03-B2N1

Product Description

The 2AD motor (2AD100D-B05OA6-AS03-B2N1) by Bosch Rexroth utilizes an alternating current input voltage to run at an asynchronous speed. When AC (alternating current) is first applied to the winding, the rotor remains stationary. The frequency of the voltage generated in the rotor and stator is the same. Slip causes the rate of the induced voltage to decrease when the rotor begins to spin. The rate of slip is primarily determined by the load with which the motor operates, but it is also influenced by the rotor circuit's resistance and the magnitude of the electromagnetic field that the flux in the stator develops.

The motor, model number 2AD100D-B05OA6-AS03-B2N1, includes an axial blower, a junction box for power output attached to side A, and a standard flange mounting. The axial fan uses the blowing principle to move airflow from side B to side A with a power consumption of 400 VA. They serve a variety of purposes, such as providing fresh air, sucking air out of rotary filters or returning air trenches, and exhausting air out. The 3-phase winding is secured by the core and metal housing. The predetermined value of the rated torque rotor is 500 Nm.

The junction box contains all the electrical wiring in a small space. This reduces the possibility of any physical touch, ensuring safety. If there are additional split connections or changes to the electrical system, the connection points are shielded from adverse weather conditions. As a result, there is less chance of unintentional fires or water destroying the connections. The capability to change the speed-torque characteristics of squirrel cage motors by simply rearranging the rotor bars is a significant advantage.