R2AA06040FCP00M
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The Sanyo Denki R2AA06040FCP00M is part of the R SANMOTION Servo Motors series, offering an output power of 400W. It features a speed of 3000 rpm, a rated current of 2.8A, and operates at AC 200V. With IP67 ingress protection and versatile installation options, it is designed for a range of applications.
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Product Description:
Sanyo Denki makes the R2AA06040FCP00M is an efficient servo motor. The company is known for its precise motion control solutions. This servo motor is widely used in industrial automation and other fields that need steady performance. It was made for tasks that need precise motion control.
The R2AA06040FCP00M servo motor has a maximum armature current of 2.8 Arms and a peak stall torque of 4.8 N·m. The motor has a voltage constant of 18.3 mV/min⁻1 and a torque constant of 0.524 N·m/A, which makes it a good energy converter. The motor has a phase resistance of 1.36 Ω and a rated power rate of 39 kW/s, which allows it to respond quickly to changes in the load. The motor can quickly speed up and slow down because its electrical time constant is 3.2 ms and its mechanical time constant is 0.61 ms. The motor's stop system makes sure that the holding torque is always there, which is important for keeping the position accurate. The R2AA06040FCP00M servo motor can be easily added to systems that need to be precise and reliable, thanks to its advanced design and technical specs.
With a high armature stall current of 10.8 A, the R2AA06040FCP00M servo motor is designed to give reliable performance. It's great for uses that need to control motion quickly because it has a high torque density and low inertia. The brake system can handle a rated current of 0.11/0.32 A and has a static friction force of 1.37 N·m. The rotor moment of inertia for the brake is 0.06 x 10⁻ kg·m², which helps it stop precisely. The motor's brake mass of 0.39 kg makes it work better generally. Because it is small and well-built, the servo motor can be easily added to a variety of systems that need precise control of power and speed.
Frequently Asked Questions about R2AA06040FCP00M:
Q: Do I need to worry about braking performance with the R2AA06040FCP00M?
A: The motor's brake system provides a static friction torque of 1.37 N·m. This ensures reliable position holding and braking precision.
Q: How does the R2AA06040FCP00M handle dynamic load changes?
A: With a rated power rate of 39 kW/s, the motor responds rapidly to dynamic load changes. This enhances system flexibility.
Q: Why is the R2AA06040FCP00M designed with low inertia?
A: The low inertia reduces acceleration time and improves performance. It allows for quicker motion control in high-speed applications.
Q: Does the R2AA06040FCP00M support precise motion control?
A: Yes, its compact design and high torque density ensure precise motion control. The motor's specs allow for accurate speed and torque regulation.
Q: How does the R2AA06040FCP00M perform under heavy torque demand?
A: The motor provides a peak stall torque of 4.8 N·m. It is capable of handling heavy torque loads efficiently without performance degradation.
