Q1AA13500DXS5WM
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The Q1AA13500DXS5WM servo motor delivers a rated output of 5 kW, a rated torque of 15.7 N·m, a peak torque of 47.6 N·m, and operates at a maximum speed of 4500 min⁻¹. Part of the Q SANMOTION Servo Motors series by Sanyo Denki, it features a rated current of 25.8 Arms and an impressive rated power rate of 291 kW/s.
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Product Description:
The Q1AA13500DXS5WM is a servo motor by Sanyo Denki. It features a low-inertia design optimized for fast response in high-performance motion systems. The Q1AA1 servo motor is compliant with both CE and UL standards to ensure compatibility with global equipment safety requirements.
The Q1AA13500DXS5WM servo motor has a 5.0 kW rated power consumption at a 3000 RPM rated speed as well as a 4500 RPM maximum rotation speed. It provides a 15.7 Nm rated torque as well as a 47.6 Nm instantaneous locked torque. The Q1AA1 servo motor consumes a 21.4 Arms as well as 83 Arms maximum current. It has a torque constant of 0.724 Nm/Arms and an induced voltage constant of 25.3 mV/min⁻¹ to ensures stable and efficient torque performance. The Q1AA1 servo motor includes a battery less sensor of type RA062C with 17-bit resolution to provide 131072 positions per rotation. The Q1AA1 servo motor runs on a 200V AC supply as well as has a 8.47×10⁻⁴ kg·m² rotor inertia for quick deceleration as well as acceleration. Its mechanical and electric time constants are 2.0 milli seconds and 19.2 milli seconds respectively.
The Q1AA13500DXS5WM servo motor is brake less as well as weighs 16 kg thus can be simply installed in systems where brakes are not required. It is equipped with IP67 protection for complete resistance to dust and water ingress. The Q1AA1 servo motor needs a 3-phase AC power input as well as can be mounted via a standard 130 mm flange. It utilizes natural convection to achieve cooling thus it is suitable for environments where forced cooling is not feasible.
Frequently Asked Questions about Q1AA13500DXS5WM:
Q: What advantage does the 17-bit resolution offer in the Q1AA13500DXS5WM servo motor?
A: The 17-bit resolution provides 131072 distinct positions per rotation, enabling ultra-precise movements in automation systems requiring sub-micron accuracy.
Q: How does a torque constant of 0.724 Nm/Arms help motor performance?
A: This ensures that for each ampere of current, a stable torque output is produced, contributing to smoother operation and accurate load control.
Q: What role does the 130 mm flange play in installing the Q1AA13500DXS5WM?
A: It provides standardized mounting compatibility, reducing the need for custom brackets or adapters in industrial applications.
Q: How does the induced voltage constant of 25.3 mV/min⁻¹ influence control system design?
A: It allows control systems to accurately interpret speed feedback, essential for maintaining motor synchronization and load stability.
Q: Is the Q1AA13500DXS5WM suitable for vertical mounting applications?
A: Yes, thanks to its compact 16 kg weight and brakeless design, it can be mounted in various orientations without added mechanical strain.
