Product Description

The Q2AA04006DXS2C is one of the top-quality models of the Q SANMOTION Servo Motors series. Its rated output of 0.06 kW minimizes energy draw during light‐duty tasks. Typical mid‐range cycle requirements can be well met by a 3000 min⁻¹ rated speed, which helps to keep process timing constant. The motion envelope is extended to maximum speed of 5000 min⁻¹ for faster positioning. Under nominal loads, the variant with a rated torque of 0.191 Nm maintains precise placement by providing a constant force.

The motor can retain static loads and avoids drift while stopping due to its continuous stall torque of 0.216 N·m. By showing a 0.65 N·m peak torque, it provides short bursts of strong force that overcome abrupt surges in varied load conditions. Also, the module's rated current of 0.67 Arms restricts power demand, lowering electrical stress. To satisfy sudden acceleration needs, its peak current of 2.7 Arms yields high short-term power. This commercial motor has a torque constant of 0.314 N·m/Arms that guarantees steady torque per ampere. The servo module stabilizes back-EMF feedback with a voltage constant of 10.97 V/min for each phase. With 11.3 Ω phase resistance, it maintains torque precision by limiting voltage loss.

The motor's inertia which also includes wire and values 0.057 × 10⁻⁴ kg·m², further lowers the energy required for speed changes. Further, the rated power rate of 6.4 kW/s provides a quick power ramp up. In order to ease mechanical integration, the component’s aluminum plate of t6 × 250 mm is compatible with common mounting surfaces. Operating voltage of 200 VAC provides compatibility with common industrial supplies and simplifies power sourcing. The module’s input current of 0.53 A at 200 VAC support reduces line loading which improves electrical efficiency. The Q2AA04006DXS2C component balances these specifications for compact, efficient, and reliable servo performance.