Q1AA06040DXS1S Sanyo Denki
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The Sanyo Denki Q1AA06040DXS1S is part of the Q SANMOTION Servo Motors series and features a low-inertia motor design with a 60 mm flange size. It delivers a rated output of 400 W and operates at supply voltage of 200V, with maximum rotation speeds between 4500 and 5000 min-1. The servo motor comes without a holding brake and uses a reduced wiring incremental encoder for sensor feedback.
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Product Description:
The Q1AA06040DXS1S is a brushless AC servo motor manufactured by Sanyo Denki for the Q SANMOTION Servo Motors series. As part of the Q Series product line, the unit is intended to drive light-to-medium mechanical loads that require fast response and consistent tracking in automated assembly equipment, semiconductor handlers, and compact gantries. By converting controlled current from a matching drive into rotary motion, the motor forms the final actuation stage that positions tooling, conveyors, or optical stages according to programmed motion profiles used throughout industrial automation systems.
Its mechanical interface is a square flange measuring 60 mm, which matches many small gearheads and minimizes the need for adapter plates. The motor has a low-inertia rotor, so less drive torque is needed to achieve rapid acceleration and deceleration during indexing cycles. Continuous shaft power reaches 400 W, providing sufficient output for compact transfer stations while keeping the thermal rise moderate. The motor uses a 200 V supply, allowing connection to standard single-axis amplifiers in 200-volt-class control cabinets. Under commanded speed references, the shaft can rotate from 4,500 to 5,000 rpm, providing a usable velocity range for high-speed feeders and light spindle applications.
The motor can operate at ambient temperatures from 0 to 40 °C and at a relative humidity of up to 90%, allowing placement in general-purpose factory areas without dedicated climate control. Internal position feedback is supplied by the PP031/PP038/PP062 sensor family, which integrates a reduced-wiring incremental encoder; this arrangement reduces the connector pin count while providing high-resolution phase signals to the servo drive. Because the motor is supplied without a holding brake, an external brake or clamp must keep the load stationary when power is removed.