Q2AA07040DCP00M Sanyo Denki
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The Sanyo Denki Q2AA07040DCP00M is a medium-inertia servo motor from the Q SANMOTION Servo Motors series, offering a rated output of 400W and operating with a 200V supply voltage. It features a 76mm flange size, a 24V holding brake, and supports maximum rotation speeds from 4500 to 5000 min-1. The motor utilizes a reduced wiring absolute sensor model PA035C, supports an operating temperature range of 0 to 40°C, and is compliant with CE and UL standards.
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Product Description:
The Q2AA07040DCP00M is a 200 V servo motor produced by Sanyo Denki and supplied under the Q SANMOTION Servo Motors series within the broader Q Series portfolio. Designed as a standard model, it converts electrical command signals from a matching drive into precise torque for position and speed control in industrial automation cells, packaging stations, and pick-and-place axes. The motor meets CE and UL requirements for installation in European and North American equipment, supporting its use in machinery intended for either market.
Mounting uses a 76 mm square flange, allowing the motor to attach directly to gearboxes and index tables sized for that frame. The rated mechanical output is 400 W, enabling moderate load handling without requiring an oversized drive. The stator windings are designed for a 200 V DC bus, making the unit compatible with common SANMOTION amplifiers. Shaft speed can be commanded from 4,500 to 5,000 rpm, providing additional range for acceleration before the axis settles at its operating speed. A normally engaged 24 V brake holds the shaft at rest and releases when the control system energizes its coil. This arrangement helps prevent vertical axes from drifting during a power loss.
Dynamic response is influenced by the medium-inertia rotor, which balances quick starts with resistance to load disturbances. The motor can operate in ambient air from 0 to 40 °C, allowing the system to use standard ventilation instead of liquid cooling. Protective gasketing permits operation at up to 90% noncondensing relative humidity, provided moisture does not accumulate on the motor. Position and revolution data are returned through the PA035C reduced-wiring absolute sensor, reducing the number of conductors required for feedback. The absolute sensor retains position information across power cycles, allowing the connected drive to recover axis position without repeating a complete homing routine after every startup.
