AM8051-1E20-0000
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The AM8051-1E20-0000 belongs to Beckhoff's AM8000 series. It is optimized for minimal maintenance and high repeatability. The motor features a 50 mm free shaft and 2.7 A standstill current, making it suitable for dynamic applications.
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Product Description:
The AM8051-1E20-0000 Servo Motor from Beckhoff is a permanent magnet-excited three-phase synchronous motor. It is specialized for industrial automation systems. The nominal voltage for this motor is 400 to 480 V AC, and its main output power is rated at about 1.20 kW. The motor reaches 17.7 Nm of torque magnitude at a current of 12.1 A, making it helpful for challenging movements.
The AM8051-1E20-0000 servo motor hits its rated speed of 2500 RPM and gives a maximum peak torque of 4.8 Nm, using a standstill current of 2.7 A. A rated torque constant is given as 1.77 Nm per Ampere. The AM8051-1E20-0000 servo motor’s rotor inertia is close to 2.25 kg·cm², which makes the motion it controls both stable and repeatable. It comes with a shaft that has a feather key for a strong mechanical link. The diameter of the shaft is 24 mm, with a tolerance class k6, and the free shaft end reaches 50 mm. F5 is the type of flange, with a usual size of 104 millimeters. An absolute encoder that supports several directions is part of the feedback and works using One Cable Technology (OCT). Consequently, there is less cabling involved, which helps with how securely the motor can be mounted.
The AM8051-1E20-0000 servo motor does not come with a holding brake and uses self-cooling, requiring no external fan. Using the encoder gives the controller extra control accuracy because it supplies information on the motor’s exact position multiple times. This particular servo motor is perfect for adding automation in small and closed-loop systems. It is developed for systems where constant torque, accurate positioning, and limited need for maintenance are important. This servo motor is designed for working with several motion control platforms.
Frequently Asked Questions about AM8051-1E20-0000:
Q: How does the rotor inertia of the AM8051-1E20-0000 contribute to motion stability?
A: The 2.25 kg·cm² rotor inertia of the AM8051-1E20-0000 allows for smooth acceleration and deceleration, minimizing vibrations and enhancing control stability.
Q: Why is the k6 shaft tolerance important in AM8051-1E20-0000?
A: The k6 tolerance ensures a precise fit between the motor shaft and mechanical components, which improves alignment and reduces wear over time.
Q: What benefits does the self-cooling design offer in AM8051-1E20-0000?
A: The self-cooling design eliminates the need for external fans, reducing component count and maintenance while ensuring effective heat dissipation in continuous operations.
Q: Does the AM8051-1E20-0000 support horizontal and vertical mounting orientations?
A: Yes, the AM8051-1E20-0000 is structurally designed to support multiple mounting orientations, allowing flexibility in integration with different machine architectures.
Q: How does the flange size F5 benefit mechanical integration of AM8051-1E20-0000?
A: The standardized F5 flange (104 mm) allows easy compatibility with common mounting systems, supporting fast installation and alignment in machinery.
