2AD160C-B05OB3-BS03-A3N1
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MPN: R911242620
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The 2AD160C-B05OB3-BS03-A3N1 AC servo motor is designed with flange mounting (IM B05), IP65 protection with a shaft sealing ring, and a blower cooling system. Part of the 2AD 3-Phase Induction Motors series by Bosch Rexroth Indramat, it includes a holding brake and operates at a typical rated voltage of 400 V.
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Product Description:
The 2AD160C-B05OB3-BS03-A3N1 induction motor has a length code of C. Bosch Rexroth manufactures the AC induction motor and is built to have a mass of 240 kg. It is made with a flange mounting method that ensures the installation is safe and stable. The AC induction motor belongs to the series of 2AD 3-phase induction motors.
The 2AD160C-B05OB3-BS03-A3N1 induction motor does not have a holding brake, and the motor has normal bearings that support it well. In addition to lacking a seal ring, the motor's shaft is smooth in form. A high-resolution system, the motor's feedback system improves the accuracy of operations. The radial blowers maintain a constant temperature and are used for cooling purposes. The motor has a size code of 160. The motor's temperature time constant is 65 minutes, which means it works well all the time. For dynamic requirements, the motor's rotor moment of inertia of 0.229 kg·m² is adequate. With a PWM frequency of 4 kHz, the motor typically produces an average noise level of 75 ± 3 dB(A). The vibration grade is R, which means that the process will be controlled.
The 2AD160C-B05OB3-BS03-A3N1 induction motor needs to be plugged into side B to work, and the motor can handle temperatures from 0 to 40 °C. The motor has a type of link that is specified by EN 60204 is a terminal box that has a cross-section that is at least 35 millimeters square. The electrical power of the motor can be seen by the number BS for the winding. The motor has the right amount of noise and cooling to keep it stable while it works.
Frequently Asked Questions about 2AD160C-B05OB3-BS03-A3N1:
Q: Why does the 2AD160C-B05OB3-BS03-A3N1 motor use a radial blower cooling system?
A: The radial blower cooling system ensures uniform airflow. It stabilizes thermal conditions during extended operation. This design prevents overheating and maintains consistent thermal performance across varying load requirements.
Q: How does the rotor inertia of 2AD160C-B05OB3-BS03-A3N1 support operational accuracy?
A: The rotor inertia of 0.229 kg·m² provides a balance between acceleration and control. It enables a reliable torque response. This supports applications demanding steady rotational accuracy under dynamic conditions.
Q: Why is the vibration grade R applied in 2AD160C-B05OB3-BS03-A3N1 motor design?
A: The vibration grade R ensures controlled vibration levels. It supports consistent shaft movement. This grade minimizes stress on connected machinery and maintains stable operation under continuous duty conditions.
Q: How does high-resolution motor feedback enhance 2AD160C-B05OB3-BS03-A3N1 performance?
A: The high-resolution motor feedback improves position monitoring. It ensures precise synchronization with control systems. This feature enhances operational reliability in motion tasks requiring continuous accuracy and consistent performance.
Q: Does the 2AD160C-B05OB3-BS03-A3N1 motor length code C affect performance stability?
A: The motor length code C defines structural balance. It supports proportionate shaft dimensions. This enhances overall mechanical stability and maintains operational efficiency across varying torque and load conditions.
