R2AA06010FCPPU Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The Sanyo Denki R2AA06010FCPPU is part of the R SANMOTION Servo Motors series and features a 60 mm flange size. This middle inertia motor is rated for a 100 W output and a supply voltage of 200 Volts. It comes equipped with a battery backup absolute encoder and includes a 24 VDC holding brake.
Internal Product Review
The R2AA06010FCPPU is a Sanyo Denki SANMOTION R servo motor with 100 W rated output and 200 V supply voltage. A battery backup absolute encoder and 6000 min-1 maximum rotation speed support accurate positioning and responsive motion control. Middle-inertia construction with a 24 VDC holding brake makes this motor a strong choice for demanding servo applications.
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Product Description:
The R2AA06010FCPPU servo motor is produced by Sanyo Denki as a member of the R SANMOTION Servo Motors series. It serves as an electromechanical actuator for industrial automation tasks that require closed-loop position and velocity control, such as pick-and-place stations, indexing tables, and lightweight conveyors. By converting regulated electrical power into precisely controlled rotational motion through a matched drive, the unit provides accurate axis movement while integrating position feedback and a holding brake for power-off conditions.
The motor delivers a nominal shaft output of 100 W, making it suitable for low-to-medium inertia loads without unnecessarily increasing the axis size. It is designed for a 200 V supply, allowing connection to compatible servo amplifiers that use the same bus voltage in multi-axis cabinets. At a maximum mechanical speed of 6000 rpm, the rotor can support rapid traverse movements before the drive transitions to precise positioning. A square 60 mm flange follows a compact mounting pattern and supports integration with compatible couplings or planetary gearheads. Position feedback is supplied by a battery-backed absolute encoder, which retains multi-turn position data when the main power is removed and reduces the need to repeat a homing cycle after startup.
System responsiveness is influenced by the motor’s medium-inertia rotor, which balances torque production with acceleration requirements and helps limit vibration during high-speed operating cycles. The rotor configuration suits axes that need stable motion under changing loads while maintaining responsive speed and position control. For vertical or safety-related axes, a 24 VDC fail-safe brake locks the shaft when the drive disables torque, helping prevent unintended movement during a power interruption or emergency stop. The brake also holds a stationary load without requiring the motor to produce continuous torque, although the connected machinery must remain within the brake’s permitted holding capacity.
