Q2AA05020DXP5S
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The Q2AA05020DXP5S servo motor delivers a 0.2 kW rated output, a rated torque of 0.637 N·m, a maximum speed of 5000 min⁻¹, and a peak torque of 2.05 N·m. Manufactured by Sanyo Denki as part of the Q SANMOTION Servo Motors series, it features a rated current of 1.6 Arms and an inertia of 0.25×10⁻⁴ kg·m².
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Product Description:
The Q2AA05020DXP5S belongs to the SANMOTION Q series as a servo motor designed by Sanyo Denki to perform motion control operations in compact industrial systems. The Q2AA0 servo motor pairs with the QS1A01 amplifier to offer closed-loop feedback, current tuning and system optimization.
The Q2AA05020DXP5S servo motor has a 200V AC input power. It provides a torque of 0.637 Nm and can achieve a peak torque of 2.1 Nm during dynamic acceleration phases. The Q2AA0 servo motor features a 0.49 Nm/Arms torque constant and a back EMF constant of 17.2 mV/min⁻¹ to provide accurate torque and voltage correlation at different speeds. It supports a rated armature current of 1.6 Arms and a peak armature current of 5.8 Arms. Its armature resistance is 2.5 ohms. The Q2AA0 servo motor has a 0.245 × 10⁻⁴ kg·m² rotor inertia for high-speed changes. It is equipped with a PA035C reduced wiring absolute encoder that provides 131072 counts per revolution using 17-bit resolution. The encoder does not require battery backup and supports position retention even after shutdown. The Q2AA0 servo motor does not feature a holding brake as well as has a 54 mm flange size for system compatibility with compact mounting frames. Its housing meets IP55 protection standards.
The Q2AA05020DXP5S servo motor is rated at 200 watts while operates efficiently at 3000 RPM and can reach up to 5000 RPM when needed. It has an electrical time constant of 3.3 milliseconds and a mechanical time constant of 0.4 milliseconds, it responds quickly and precisely. Weighing only 0.57 kg, it's ideal for systems that need to be both lightweight and space-saving.
Frequently Asked Questions about Q2AA05020DXP5S:
Q: How does the 17.2 mV/min⁻¹ back EMF constant in Q2AA05020DXP5S assist motor performance?
A: It helps maintain precise voltage-torque correlation across speed variations. This ensures smooth dynamic response during high-speed operations.
Q: What is the role of the QS1A01 amplifier when used with Q2AA05020DXP5S?
A: It enables precise current tuning and closed-loop feedback. This ensures optimal performance and system adaptability.
Q: How does the encoder in Q2AA05020DXP5S maintain position without battery backup?
A: The PA035C encoder uses a reduced wiring absolute system. It stores position data mechanically or electronically, removing the need for battery-powered retention.
Q: What makes the 54 mm flange size suitable for compact systems?
A: It allows installation in tight mechanical frames. This benefits OEMs designing space-efficient machinery.
Q: How does IP55 protection enhance the Q2AA05020DXP5S servo motor?
A: It safeguards the motor against limited dust ingress and water jets. This ensures reliability in semi-harsh industrial environments.
