Q2AA10150VCP41
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The Q2AA10150VCP41 is a high-precision servo motor with a power rating of 1.5kW and low noise operation. Manufactured by Sanyo Denki as part of the Q SANMOTION Servo Motors series, it delivers a speed of 2000 RPM and weighs 8.5kg. This motor ensures enhanced cooling for extended use and high torque for precise control.
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Product Description:
This Q2AA10150VCP41 Servo Motor from a leading manufacturer Sanyo Denki known for precision engineering, offers exceptional performance across various industrial automation applications.
The Q2AA10150VCP41 servo motor is designed to provide very accurate and controlled movements, by positioning itself with a high degree of accuracy, which is critical in applications requiring exact placement or motion. It comes with an overall mass of 8.5 kg. A motor of this weight is likely to be robust and may be used in industrial or heavy-duty applications where high performance and durability are needed. It operates on a typical voltage found in industrial settings, which could be either 110V or 220V depending on the region which is an important consideration for compatibility with the existing power systems. It is best suited for delivering high torque, which allows it to exert a significant force for rotating loads. This feature is essential for tasks requiring precise control and manipulation of heavy or resistant objects. It uses an optical encoder to track its position. It gives the motor's position in a continuous scale which means it doesn't require a reference point or recalibration after power loss. With the help of battery backup feature, it is able to continue to operate even in power failure situations.
This Q2AA10150VCP41 servo motor has acquired an advanced cooling system, which allows it to run for longer periods without overheating, which is critical in continuous or high-performance applications to avoid thermal damage. This Q SANMOTION Servo Motors series module is a medium inertia servo motor and has a balanced characteristic that makes it suitable for a variety of applications. It is capable of starting and stopping quickly while maintaining good stability.
Frequently Asked Questions about Q2AA10150VCP41:
Q: How does the optical encoder in the Q2AA10150VCP41 Servo Motor work?
A: The optical encoder tracks the motor's position continuously, providing high accuracy. It eliminates the need for recalibration after power loss, ensuring stable performance.
Q: Why is the cooling system important in the Q2AA10150VCP41 Servo Motor?
A: The advanced cooling system prevents overheating during extended operation. It helps the motor maintain optimal performance, especially in high-demand, continuous tasks.
Q: How does high torque benefit the Q2AA10150VCP41 Servo Motor in industrial applications?
A: High torque ensures that the motor can handle heavy loads with precision. This is essential for tasks requiring reliable force and control in industrial environments.
Q: Why does the Q2AA10150VCP41 Servo Motor use minimal vibration?
A: The motor's minimal vibration design enhances stability and precision. It reduces mechanical wear and inaccuracies during operation, ensuring smoother performance.
Q: What role does the battery backup play in the Q2AA10150VCP41 Servo Motor?
A: The battery backup ensures that the motor’s encoder continues to operate during power failures. This feature maintains position accuracy even without a constant power supply.
