Q1AA07075DXS70M
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The Q1AA07075DXS70M servo motor is part of the industrial switching/digital control family, boasts a high reliability rating, features a digital switching interface, and operates within a temperature range of -40C to +105C. Designed for the Q SANMOTION Servo Motors series by Sanyo Denki, it is RoHS compliant.
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Product Description:
Sanyo Denki is a global manufacturer of various industrial products used in industrial automation. The Q1AA07075DXS70M Q SANMOTION Servo Motor is one of their products designed to deliver reliable and high-performance results in industrial environments.
The Q1AA07075DXS70M SANMOTION Servo Motor is a part of the 70 series within the Industrial switching/digital control family. With a rated current of 4.5 Arms and a torque constant of 2.5 N·m/Arms the motor is capable of offering smooth and consistent performance across various applications. The motor operates effectively across a wide temperature range of -40C to +105C which makes it versatile enough to function in both harsh and standard environments. The inertia value is 0.656×10⁻³ kg·m² Preserving balanced and efficient motion control. This servo motor features a static friction torque of 2.38 N·m and a brake torque of 2.83 N·m optimizing its response to stop and start movements. With a winding resistance of 0.63 Ω, the Q1AA07075DXS70M SANMOTION Servo Motor minimizes energy losses and improves overall efficiency. The motor is built to provide high reliability meeting industrial standards for durability and performance. It weighs just 0.8 kg making it lightweight while still maintaining the strength needed for demanding tasks.
The Q1AA07075DXS70M SANMOTION Servo Motor is specifically designed for medium-speed, high-performance applications. It operates at a rated speed of 3000 min⁻¹ and provides a rated power output of 750 W. The main circuit electric wire diameter is 2mm² allows for efficient electrical transmission and stable performance. Its combination of power, torque, and efficiency makes it suitable for use in various industrial automation systems. Whether operating in extreme or typical conditions, this motor ensures precision and durability which makes it an essential component for high-demand tasks.
Frequently Asked Questions about Q1AA07075DXS70M:
Q: How does the rated current of 4.5 Arms impact the performance of the Q1AA07075DXS70M motor?
A: A 4.5 Arms rated current allows the motor to provide stable and efficient power for medium-speed applications. This enhances overall motor efficiency and reduces energy consumption.
Q: Why is the Q1AA07075DXS70M motor's torque constant of 2.5 N·m/Arms important?
A: The 2.5 N·m/Arms torque constant enables the motor to deliver consistent and precise torque across various speeds. This results in smooth and balanced motion control in industrial applications.
Q: Why is the Q1AA07075DXS70M motor designed with a 2mm² main circuit wire diameter?
A: The 2mm² wire diameter enables efficient electrical transmission, reducing losses and ensuring stable performance even at higher operational speeds.
Q: How does the brake torque of 2.83 N·m improve the motor’s performance?
A: The brake torque ensures quick and precise stopping, enhancing the motor’s ability to start and stop movements rapidly. This improves overall operational efficiency in automation systems.
Q: How does the 750 W rated power output of the motor enhance its capabilities?
A: The 750 W power output allows the motor to handle high-load tasks, making it perfect for demanding automation systems. It ensures that the motor can maintain consistent performance during prolonged usage.
