R2AA08075FXPF6
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The R2AA08075FXPF6 is a servo motor manufactured by Sanyo Denki. Part of the R SANMOTION Servo Motors series, it features a rated output of 750 W and operates with an input voltage of AC200V. The motor is equipped with a pulse encoder and insulation classification of Type F. It operates within 0 to 40°C.
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Product Description:
The R2AA08075FXPF6 is a 750 watts middle inertia servo motor made by Sanyo Denki. It is from the R SANMOTION servo motor series known for demonstration of precise torque and speed together with stable operational performance in automation systems. The R2AA08 AC servo motor operates under a voltage range of AC 200V power class.
The R2AA08075FXPF6 AC servo motor supports the PA035C absolute encoder which provides battery backup system for position retention when power is lost. The encoder features a 17-bit resolution and 131072 P/R combine with 16-bit multi-rotation tracking of 65536 counter turns. The R2AA08 AC servo motor has rotor inertia measurement of 1.82 × 10⁻⁴ kg·m² while the electrical and mechanical time constants of 2.5 ms and 3.0 ms respectively. The R2AA08 AC servo motor functions between 3000 r/min rated speed and reaches 6000 r/min maximum speed. Its rated torque is 2.39 Nm along with a continuous stationary shaft torque of 2.55 Nm and the peak maximum torque achieved is 8.5 Nm. The R2AA08 AC servo motor’s rated and stall armature current measure at 4.6 Arms but the peak armature current exceeds this limit at 15.5 Arms. It exhibits a torque constant value of 0.559 Nm/Arms together with a voltage constant rating of 19.5 mV/min.
The R2AA08075FXPF6 AC servo motor possess per phase impedance of 0.93 Ω and operates between 0°C and 40°C of temperature conditions. It tolerates up to 90% RH without moisture at an altitude of below 1000 m. The R2AA08 AC servo motor follows standard mechanical specifications with its 80 mm flange dimension. It does not come with a brake system or a gearhead and with the encoder installed the total weight reaches 2.7 kg.
Frequently Asked Questions about R2AA08075FXPF6:
Q: Why is a 17-bit encoder with 16-bit multi-rotation tracking used in R2AA08075FXPF6?
A: It provides high-resolution feedback and continuous position tracking over multiple rotations, enhancing accuracy in synchronized motion systems.
Q: What advantages does the 0.93 Ω per phase impedance offer?
A: It allows for effective current regulation and reduces phase-to-phase interference, improving operational efficiency and motor protection.
Q: Why is a middle-inertia motor like R2AA08075FXPF6 ideal for industrial automation?
A: Middle inertia balances responsiveness and load handling, making it suitable for systems requiring frequent starts, stops, and directional changes.
Q: How does the PA035C encoder improve reliability in R2AA08075FXPF6?
A: It features a battery backup system, ensuring position data retention even during power failures, critical for position-sensitive operations.
Q: How does the 80 mm flange size benefit the R2AA08075FXPF6 servo motor?
A: This standard dimension allows for easy integration into existing mounts and compatibility with a wide range of industrial machine frames.
