Product Description
The 2AD104D-B05OD1-ES06-B2N1, produced by Bosch Rexroth, is a sturdy asynchronous induction AC motor from the 2AD series. This series covers a range of high-end induction motors specifically engineered for high end applications. These motors are characterized by their rugged construction and fixed blower units, which enhance their durability and reliability. Their versatility allows them to be utilized across various industries, handling heavy loads, some of the typical uses for this type of motor include machine tools, packaging and food industry machines, metal shape forming machines, and printing and paper processing machines. These applications benefit from the motor's precision, efficiency, and consistent performance. This widespread applicability is attributed to the motors' ability to deliver precise, efficient, and consistent performance in diverse industrial settings.
This motor delivers a rated torque of 64 Nm and operates with a rated current of 22.4 A. It has a base speed of 1400 rpm and can achieve a maximum speed of up to 9000 rpm. With a nominal power output of 9.4 kW, this motor is a powerful solution for numerous industrial tasks. The motor features a frame shape of type B05, indicating flange mounting, which ensures secure and stable installation. For cooling, the motor includes an axial blower that operates at 230V. The blower's design directs airflow from the B side to the A side of the motor, effectively managing the motor's temperature and maintaining optimal operating conditions.
In addition to its mechanical robustness, the motor features a digital servo feedback system involving high-resolution sensors as encoders. These sensors convert the mechanical motion of the servo motor into digital signals, which are then processed by the drive controller to monitor and adjust the motor's position, speed, and torque with high precision. This type of feedback is essential in applications requiring exact control, such as CNC machines, robotics, and automated production lines. The integration of digital servo feedback ensures that the motor delivers precise, efficient, and consistent performance, further enhancing its suitability for high-end industrial applications.