2AD100D-B05OA6-AS06-B2N1

Product Description

The 2AD100D-B05OA6-AS06-B2N1 model of the 2AD series is designed by the Indramat Rexroth Bosch company. Motors with varying drive powers and interfaces for specialized applications are part of the 2AD series. Electrical current can be transferred between static and moving parts without physical contact in brushless AC motors. This elimination of brushes avoids the mechanical degradation, frictional losses, and heat buildup that are common with brushed counterparts. Magnetism is the fundamental operating principle of this alternating-current motor.

This asynchronous motor of C length uses a digital servo for the feedback mechanism. A tiny microprocessor is used by digital servos to detect and control output voltage pulses. As compared to analog devices, digital servos send almost six times the increased number of pulses. These sinusoidal signals help to maintain steady torque, resulting in more rapid reaction times. The asynchronous motor requires an 184.6 A current input to operate at its nominal speed of 1500 rpm. Class F insulation is employed. It is made up of different combinations of materials, such as asbestos, glass fibre, mica, etc., with an appropriate bonding that is tested according to IEC standards (DIN VDE 0530-1) to ensure the capability of the motor to operate at high temperatures.

The combined mass of the motor and radial blower is 450 kg. With a radial blower, the air is displaced radially, which means that it changes direction by around 90 degrees to generate high airflow with a 340 VA power consumption. The driven shaft maintains a uniform and smooth power flow, which promotes excellent acceleration and overall efficiency. There is no holding break; a shaft end and sealing ring are used in the motor to simplify its operation