Product Description

Rexroth Bosch is the manufacturing company of the 2AD101D-B05OB5-BD03-B2N1 AC motor. Depending on the design, the rotor shaft typically has a long, thin, and cylindrical shape. The rotor shaft is equipped with a squirrel cage, steel laminations, and bearings. Stainless steel is typically used to make rotor shafts because it is robust, resilient to corrosion, and resistant to erosion. The basic working concept of an induction motor is that an alternating current generates the magnetic field in its stator, which in turn creates a current in the rotor, resulting in the production of output torque.

A holding brake, a blower, feedback and power connections, and the output shaft are the essential parts of the 2AD series motor (2AD101D-B05OB5-BD03-B2N1), which offers a dependable and adaptable solution for a range of industrial applications. The motor has a power connection for the blower, encoder, and holding brake in addition to standard flange mounting and an axial fan for cooling. When operating in a low-pressure setting, axial fans are excellent for moving large volumes of air. Operating characteristics and appropriate selection data are used to choose a drive combination. A sensor known as an absolute encoder is integrated into the motor and produces numerical outputs immediately.

AC motors' exceptional performance in several applications is made possible by their speed-to-torque features, which prevent overheating, deterioration, and braking. The motor plain shaft has a key but lacks a shaft end and sealing. The standard bearings are ideal for bearing radial loads. Friction is unavoidable between the shaft that rotates and the portion that retains the rotation. Between these two parts, bearings are employed to minimize friction and save energy usage.