R2AA06040FXSC9 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The Sanyo Denki R2AA06040FXSC9 is a middle inertia servo motor from the R SANMOTION Servo Motors series with a rated output of 400 W and a flange size of 60 mm. It features a wire-saving incremental encoder and operates at a supply voltage of 200 volts. The motor delivers a rated speed of 3000 min^-1 and a rated torque of 1.27 N·m, with a maximum rotation speed of 6000 min^-1.
Internal Product Review
The R2AA06040FXSC9 is a SANMOTION R servo motor with 400 W rated output and 200 Volt supply. Middle-inertia construction and 6000 min^-1 maximum rotation speed support responsive performance in precision motion applications. A wire-saving incremental encoder simplifies feedback integration, and 4.8 N·m peak torque is a strong highlight for fast acceleration duty.
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Product Description:
The R2AA06040FXSC9 is a medium-inertia AC servo motor manufactured by Sanyo Denki for the R SANMOTION Servo Motors series. It is intended for positioning and speed-control axes in industrial automation. The motor couples directly to gearboxes or load shafts through its 60 mm square flange, converting drive current into precise mechanical rotation for robots, conveyors, and compact machine tools.
During continuous duty, the motor provides a rated mechanical output of 400 W. At this operating point, it draws a phase RMS current of 2.8 Arms from a three-phase bus rated at 200 V, delivers a shaft speed of 3000 rpm, and produces 1.27 N·m of torque. These nominal values indicate the steady-state load that the drive can supply without exceeding the motor’s thermal limits. The phase resistance is 1.36 Ω, which contributes to copper losses that the frame dissipates through natural convection. A torque constant of 0.524 N·m/Arms relates commanded current to developed torque. The voltage constant of 18.3 mV/rpm relates back electromotive force to shaft speed. These electrical parameters allow compatible drive amplifiers in the SANMOTION R platform to regulate the current loop with predictable gain.
At zero speed, the motor can sustain a continuous stall torque of 1.37 N·m. For brief acceleration periods, it can reach a peak torque of 4.8 N·m. Maximum mechanical speed is limited to 6000 rpm, and reaching this speed requires no more than 10.8 Arms of peak phase current. The rotor inertia of 0.412 × 10⁻⁴ kg·m² moderates acceleration and contributes to stable response during point-to-point moves. Because a holding brake is not installed, static load retention must be provided by the drive or external mechanical components. Position feedback is supplied by a wire-saving incremental encoder that reduces the cable count on moving axes. The 60 mm flange supports installation in compact equipment, while the medium-inertia rotor is suited to small manipulators that require moderate load-inertia matching.
