Product Main Parameters

Common Product Specifications

Product Manufacturing Process

The manufacturing process of an AC servo motor involves precision engineering to ensure reliability and efficiency. The process begins with the selection of high-grade materials, followed by the intricate assembly of motor components such as the rotor, stator, and feedback devices. Advanced manufacturing techniques, including computer-aided design (CAD) and computer-aided manufacturing (CAM), are utilized to ensure each motor meets strict quality standards. The final product undergoes rigorous testing to ensure compliance with safety and performance benchmarks, including the Safe Torque Off (STO) feature. The resulting motors deliver precise control critical for automation and CNC applications. (Refer to authoritative papers for further details).

Product Application Scenarios

AC servo motors with STO capabilities are integral to modern automation systems. They are commonly used in robotics, CNC machining centers, and automated manufacturing setups requiring precision and safety. These motors allow for accurate positioning and dynamic response essential in machinery with complex movements. In robotics, they enable precise task execution. In CNC machines, their high efficiency and quick response optimize production speed and quality. The STO capability enhances safety, ensuring the motor can be stopped quickly in emergencies, reducing risks in high-speed industrial environments. (Refer to authoritative papers for further details).

Product After-Sales Service

We provide comprehensive after-sales service with a 1-year warranty for new products and a 3-month warranty for used products. Our support network ensures prompt assistance and maintenance solutions, with technical teams available for troubleshooting and repair services.

Product Transportation

All products are shipped using reliable courier services such as TNT, DHL, FedEx, EMS, and UPS. We ensure secure packaging to prevent damage during transit and provide customers with tracking information for real-time updates.

Product Advantages

• High precision and reliability.
• Energy-efficient operations.
• Enhanced safety with STO integration.
• Rapid dynamic response time.
• Complies with international safety standards.

Product FAQ

1. What is STO in AC servo motors?

   Safe Torque Off (STO) is a safety feature that prevents the motor from generating torque by disabling the power supply, ensuring the motor cannot activate unexpectedly. This enhances safety in industrial applications.

2. Are the motors new or used?

   We offer both new and used options. New motors come with a 1-year warranty, while used ones have a 3-month warranty, ensuring reliable performance regardless of condition.

3. How do AC servo motors differ from DC motors?

   AC servo motors are more efficient, especially at high speeds, and offer precise control in closed-loop systems compared to DC motors, making them suited for high-demand applications like CNC machines.

4. Can the motors be integrated into existing systems?

   Yes, our AC servo motors can be easily integrated into existing industrial systems. They are compatible with various controllers and feedback devices for seamless operation.

5. What is the typical lead time for orders?

   We maintain a substantial inventory to ensure quick shipping. Most orders are processed and shipped within a few days, depending on the destination and order size.

6. Do you provide installation support?

   Yes, we offer technical support for installation and setup, ensuring that our motors operate correctly and efficiently in your application.

7. Is there a trial period for testing?

   While we do not offer a specific trial period, our robust warranty and technical support ensure any issues are addressed promptly, providing peace of mind for your purchase decisions.

8. What makes your factory’s AC servo motors unique?

   Our factory’s AC servo motors feature advanced STO safety integration, superior precision, and energy efficiency, making them suitable for cutting-edge industrial applications.

9. What should I do if there’s a problem post-purchase?

   If you encounter any issues, contact our dedicated customer service team, available 1-4 hours after inquiry submission. We prioritize swift responses and effective solutions.

10. How does STO enhance machine safety?

    STO rapidly shuts off power to prevent accidental operation, reducing equipment damage and enhancing operator safety, thereby playing a crucial role in modern safety systems.

Product Hot Topics

1. Integrating AC Servo Motors with STO in Robotics

   As robotics technology advances, the integration of AC servo motors with Safe Torque Off (STO) ensures unprecedented precision and safety. These motors allow robots to operate in intricate environments with complex tasks, offering precise control over movement. The STO feature enhances safety by preventing unexpected torque generation, mitigating risks in collaborative and high-speed robotic applications. As a result, factories adopting this technology can achieve increased efficiency while maintaining safety, paving the way for more intelligent and interconnected manufacturing processes.

2. Future of Industrial Automation with AC Servo Motors

   AC servo motors with STO are at the forefront of industrial automation, providing reliable, energy-efficient solutions for modern factories. Their ability to offer precise control and rapid responses make them ideal for advanced automation systems requiring high levels of accuracy. As safety standards continue to evolve, the STO feature becomes indispensable, ensuring machinery operates safely without compromising performance. This technology supports the shift towards smarter factories, where efficiency, safety, and connectivity are paramount, thus revolutionizing traditional manufacturing paradigms.

3. Role of STO in Enhancing Factory Safety

   Factory safety is paramount, and AC servo motors equipped with Safe Torque Off (STO) play a pivotal role. STO functions as an immediate safety cutoff, reducing the risk of accidents by disabling any torque generation when needed. This is vital in environments with heavy machinery, where quick response times can prevent workplace injuries. The integration of STO into servo motors reflects a commitment to safety, enabling factories to operate smoothly and sustainably by protecting both employees and equipment.

4. Economic Benefits of Using AC Servo Motors in Manufacturing

   Integrating AC servo motors with STO into manufacturing processes not only elevates safety standards but also offers substantial economic benefits. These motors increase operational efficiency by providing precise control and energy savings, thereby reducing long-term operating costs. Additionally, their robust design and reliability minimize downtime, translating to higher productivity. As factories strive to optimize resource utilization, the adoption of such advanced motor technologies represents a strategic investment with significant returns.

5. Simplifying Maintenance with AC Servo Motors

   Maintenance simplicity is a key advantage of AC servo motors equipped with Safe Torque Off (STO). The STO function allows for safe maintenance procedures by ensuring motors remain inactive during servicing, protecting technicians from hazards. This feature, combined with the motors' reliable performance and reduced wear and tear, streamlines maintenance operations, cutting down on costs and maximizing uptime in factory environments. Enhanced safety and efficiency make these motors a preferred choice in modern industrial setups.

6. Compatibility of AC Servo Motors with Modern CNC Systems

   AC servo motors with STO are meticulously engineered to seamlessly integrate with modern CNC systems. Their compatibility ensures that machinery operates at optimum efficiency, leveraging the motors' precision and rapid response capabilities. The STO feature adds an extra layer of safety, crucial for the demanding environments of CNC machining. By adopting these motors, factories enhance their production capabilities while ensuring compliance with stringent safety regulations, resulting in improved output quality and operational safety.

7. Energy Efficiency in Factories with AC Servo Motors

   AC servo motors are designed for energy efficiency, which is crucial in modern manufacturing environments. By utilizing closed-loop control systems, these motors optimize energy consumption, reducing operating costs. The STO feature further contributes by eliminating unnecessary power usage during idle times. This synergy of precision control and energy efficiency supports factories in achieving sustainability goals, reducing environmental impact, and maintaining competitive advantages in an increasingly eco-conscious market.

8. Impact of Advanced Control Features on Factory Production

   Advanced control features in AC servo motors, including Safe Torque Off (STO), significantly impact factory production by enhancing precision and safety. These features enable precise adjustments in machinery, improving product quality and consistency. Moreover, STO ensures that operations comply with safety standards, reducing the risk of malfunctions and accidents. As factories aim for higher productivity and quality standards, these motors become integral components in achieving operational excellence and driving innovation forward.

9. Trends in Servo Motor Technology for Smart Factories

   The evolution of servo motor technology is aligning with the demands of smart factories. AC servo motors with STO are at the forefront, offering advancements such as improved integration capabilities, real-time data communication, and enhanced safety features. These motors ensure that smart factories operate efficiently with minimal human intervention, optimizing processes and facilitating seamless interaction between machines and digital systems. Embracing these trends boosts competitiveness in an era defined by digital transformation.

10. Revolutionizing Industrial Safety with Servo Motor STO

    The Safe Torque Off (STO) feature in AC servo motors is revolutionizing industrial safety standards. By providing a reliable method of deactivating torque, STO minimizes the risk of accidents, especially in complex industrial settings. This innovation represents a significant leap forward in ensuring operational safety, protecting workers, and preventing equipment damage. As industries push for enhanced safety protocols, the implementation of STO-equipped motors underscores a commitment to safeguarding human and mechanical resources.

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