R2AA08075FCPPX Sanyo Denki
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The Sanyo Denki R2AA08075FCPPX is a middle inertia servo motor that is part of the R SANMOTION Servo Motors series. This model has a rated output of 750 W and uses a 200 Volt supply, featuring a battery backup absolute encoder. It includes a holding brake with a rating of 24 VDC and an 80mm flange size, with a maximum rotation speed of 6000 min -1.
Internal Product Review
The R2AA08075FCPPX is a SanMOTION R Series middle-inertia servo motor designed for responsive motion control. A rated output of 750 W and 200 Volt supply support stable drive performance in general automation axes. The battery backup absolute encoder and 24 VDC holding brake add dependable position retention and secure stopping, making this servo motor a strong choice for precise machine applications.
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Product Description:
The R2AA08075FCPPX is a servo motor produced by Sanyo Denki within the R SANMOTION Servo Motors series. Designed for precision motion control, the unit works with a compatible 200-volt class servo amplifier to convert electrical energy into controlled torque. This operation allows indexing tables, pick-and-place heads, and packaging axes to follow commanded positions accurately. Integrated feedback provides the position data required for closed-loop operation, while the braking hardware helps secure stationary loads. The compact design is suitable for industrial automation systems that require repeatable speed control and efficient use of installation space.
At its continuous rating, the motor delivers 750 W of mechanical power, which indicates the sustained load that the motor can support under suitable operating conditions. The stator has a nominal voltage rating of 200 V, allowing the motor to operate with common amplifiers in 200-volt class control systems. The shaft can reach a peak speed of 6000 rpm, supporting rapid traverse moves and short positioning cycles without additional speed-increasing gears. An 80 mm square flange provides a symmetrical mounting surface for connection to compatible reducers, couplings, or linear stages. Dynamic response is supported by a medium-inertia rotor, which balances acceleration performance with load matching for machinery that alternates between rapid positioning and moderate holding duties.
Position feedback is generated by a battery-backed absolute encoder, allowing the controller to retain multi-turn position data after the main power supply is removed. This stored position information can reduce the need for a homing cycle when the machine is restarted. Holding force is supplied by a 24 VDC electromagnetic brake, which helps prevent downward drift or unintended movement while the axis is stationary. The brake is especially useful for vertical or gravity-loaded applications in which the shaft must remain secured when drive power is unavailable. The encoder, brake, and motor windings are integrated into one housing, helping reduce external components and simplify cable routing in confined machine spaces.
