Q2AA2211KVXD22 Sanyo Denki
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The Sanyo Denki Q2AA2211KVXD22 is part of the Q SANMOTION Servo Motors series and is a medium-inertia motor with a 220mm flange size. It has a rated output of 11 kW, operates at a maximum speed of 2000 min-1, and uses a 200V supply voltage. This model operates without a holding brake and features the PA035M sensor with absolute encoder technology that includes an incremental function.
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Product Description:
The Q2AA2211KVXD22 servo motor is manufactured by Sanyo Denki as part of the Q SANMOTION Servo Motors series. This AC unit belongs to the Q Series family of motion products and is intended for precise rotary positioning in automated lines, machine tools, and packaging equipment. When connected to a matching amplifier, the motor translates command current into controlled torque and speed, supporting repeatable closed-loop motion in industrial automation.
The motor bolts to machinery through a 220 mm square flange that matches common IEC mountings. Its magnetic structure provides medium inertia, allowing stable acceleration of moderate loads without aggressive tuning. Shaft power is rated at 11 kW, providing continuous output for conveyors, extruders, or winding stations. During operation, the rotor can reach 2000 rpm, and the motor is powered by a compatible 200 V drive connected to a standard factory three-phase supply. The wide frame accommodates a longer magnetic stack, which helps the motor sustain torque at low speeds. The broad flange area also spreads reaction forces, reducing stress on adjoining gearboxes and couplings during cyclic operation.
Operation is permitted in ambient air from 0 to 40 °C, while relative humidity may rise to 90% if condensation is avoided. The motor is supplied without a brake, so mechanical holding must be provided externally or through drive-applied torque. Position feedback is delivered by the PA035M absolute encoder. Its incremental track supports fine velocity estimation and homing functions, while its multi-turn memory provides the controller with the absolute shaft position at power-up. The permitted temperature and humidity ranges support operation in climate-controlled industrial facilities. Adequate airflow around the housing helps prevent heat from accumulating near the stator during extended duty cycles.
