R2AA05010FXP9G
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The R2AA05010FXP9G servo motor boasts a rated output of 100 W, a rated torque of 0.318 Nm, a rotor moment of inertia of 0.117 x10^-4 kg·m², and operates within a temperature range of 0 to +40°C. Part of the R SANMOTION Servo Motors series by Sanyo Denki, it features an amplifier power supply of AC100V to 115V.
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Product Description:
The R2AA05010FXP9G Servo Motor originates from Sanyo Denki as a product device of the industrial automation system. The device is designed to utilize a 200V AC supply. The motor operates efficiently when used between 0 to +40°C temperature conditions. The control power supply operates at 40 VA. The amplifier power supply accepts power between 100V to 115V AC.
The R2AA05010FXP9G servomotor has a specified working range of ±15% below and up to 10% above 50/60Hz frequencies within a 3-Hz range. The Servo Motor reaches its maximum power production of 100 W. The output capability enables tight-torque systems to use compact setups. The device provides ratings for rated torque at 0.318 Nm. The continuous stall torque amounts to the same value as the rated stall torque. Continuous load requires these values to enable the steadiness of torque production. The motor operates at a speed rating of 3000 min⁻¹. Standard automation solutions, along with positioning systems, find an appropriate fit with this operating speed. The rotating rigid body element of R2AA05010FXP9G servomotor has a component of 0.117 * 10^-4 kilogram-meter squared (kg*m^2). The designed rotational control remains stable when machines begin and stop operations quickly.
Installation of the R2AA05010FXP9G servomotor occurs through flange mounting for stability purposes. This motor holds an IP67 protection standard. The weight of the motor assembly, along with the encoder, amounts to 0.71 kilograms. The motor exhibits a 4.8-ohm value of phase resistance. Stable currents during motor operation result partly from the phase resistance. The main circuit power supply rated for operation is 0.3 kVA. The brake utilizes two current levels of 0.07 A and 0.27 A according to the specification. This brake accepts powered voltages of DC 90V with DC 24V that can operate with ±10% variation.
Frequently Asked Questions about R2AA05010FXP9G:
Q: How does R2AA05010FXP9G ensure quick start-stop cycles?
A: R2AA05010FXP9G supports fast switching due to low inertia and optimized torque delivery, enabling precise stop-start responsiveness.
Q: Why use 200V AC input in R2AA05010FXP9G?
A: 200V AC input in R2AA05010FXP9G matches global industrial voltage standards for seamless system integration and performance reliability.
Q: How does brake voltage flexibility help R2AA05010FXP9G?
A: Dual voltage brake support in R2AA05010FXP9G ensures braking stability with flexible control configurations.
Q: Why does R2AA05010FXP9G support low torque automation?
A: The 0.318 Nm torque output makes R2AA05010FXP9G ideal for tasks requiring minimal but consistent torque handling.
Q: Why use stable rotor design in R2AA05010FXP9G?
A: A stable rotor in R2AA05010FXP9G reduces vibration and supports balance during extended high-speed rotation cycles.
