SF-A2.0026.030-14.054
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The SF-A2.0026.030-14.054 servomotor delivers 1.7Nm torque at 3000 RPM. It features a high-precision encoder with 20 angular seconds accuracy. It operates with low noise (58dB) and has a minimum service life of 20,000 hours.
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Product Description:
The SF-A2.0026.030-14.054 is a high performance and precise servomotor designed for motor control applications. It is made by Bosch Rexroth Indramat specifically to deliver effective results in applications related to Industrial Automation.
The SF-A2.0026.030-14.054 servomotor has a nominal speed that is 3000 RPM operating under high load. The device is able to generate 1.7Nm torque per supplying one ampere current and functioning at 40°C temperature. The motor is featured with an encoder, that gives feedback regarding the motor position to the controller. The encoder is able to provide 20 angular seconds precision per 8 million incr/rev. The shaft of the SF-A2.0026.030 motor is cylindrical and is aligned with the DIN 748 standard. This feature makes the device compatible with the typical mechanical systems and does not need any keyway for connection. The motor has ball bearings that support the shaft and also reduces the friction. The bearings are designed for handling radial and axial loads and its minimum service life to operate is 20000 hours. The SF servomotor and its encoder have a moment of inertia calibrated at 1.5 × 10⁻⁴ kgm². This lower value means the motor can easily accelerates and decelerates and that too rapidly. It only generates 58 decibel of noise level up to distance of one meter from the motor. The noise emissions are very low and follow the EN 60034-T9 standards.
The SF-A2.0026.030-14.054 servomotor has a plug-in connection. This empowers the system of the power and encoder to be easily connected to it. It also comes with an electronic rating plate allowing the drive controller for optimizing itself automatically for the motor. The inverter enhances the efficiency and performance by modifying its settings according to the characteristics of the motor.
Frequently Asked Questions about SF-A2.0026.030-14.054:
Q: What is the significance of the encoder in the SF-A2.0026.030-14.054 servomotor?
A: The encoder provides precise position feedback to the controller for accurate motor control. This helps optimize performance, ensuring smooth operation in dynamic industrial automation tasks.
Q: How does the cylindrical shaft design benefit the SF-A2.0026.030-14.054 motor?
A: The cylindrical shaft, aligned with DIN 748 standards, ensures easy integration into existing systems. This eliminates the need for a keyway, simplifying installation and enhancing compatibility.
Q: What role do the ball bearings play in the SF-A2.0026.030-14.054 servomotor?
A: Ball bearings reduce friction and support both radial and axial loads. This improves motor efficiency, while also extending the service life of the motor to 20,000 hours.
Q: Why is the moment of inertia important in the SF-A2.0026.030-14.054 servomotor?
A: A low moment of inertia (1.5 × 10⁻⁴ kgm²) allows the motor to accelerate and decelerate rapidly. This enhances its responsiveness, making it suitable for high-performance applications in industrial automation.
Q: What is the importance of the electronic rating plate in the SF-A2.0026.030-14.054 motor?
A: The electronic rating plate helps the drive controller automatically adjust for optimal motor performance. This allows the motor to work efficiently under varying operational conditions.
