
( Brand: Mitsubishi ), ( Manufacturer Part Number: HK-ST352WK ), ( Part Type: Ac Servo Motor )
The Mitsubishi HK-ST352WK AC Servo Motor is a high-performance, versatile electric motor designed for various automation applications. This servo motor from Mitsubishi Electric, a renowned manufacturer of industrial automation components, delivers precise speed and position control, making it an excellent choice for machinery requiring accurate motion control.
This single-phase, AC servo motor boasts a maximum continuous output power of 3.5 kW and a maximum speed of 3,000 rpm. Its compact, lightweight design, with a flange diameter of 160 mm, makes it suitable for space-constrained applications. The motor's maximum torque is 12.3 Nm, ensuring it can handle demanding tasks with ease.
The HK-ST352WK features an advanced vector control system, which ensures efficient power utilization and high torque density. This motor's low inertia also facilitates quick response and high acceleration, resulting in smoother motion and improved overall system performance.
The servo motor comes with a built-in encoder, which provides accurate position and velocity feedback. This feedback is crucial for the motor's closed-loop control system to maintain optimal motor performance and ensure precise motion control. The encoder's resolution is 512 pulses per revolution, ensuring high-resolution position feedback.
Additionally, the HK-ST352WK motor is designed with a high level of electrical insulation and robust construction, ensuring reliable operation in harsh environments. Its IP55 protection rating makes it suitable for applications with moderate levels of dust and water splashing.
The Mitsubishi HK-ST352WK AC Servo Motor is compatible with various control systems, including the Mitsubishi Q Series, S Series, and M Series servo drives. Its extensive communication capabilities, including CANopen and SERCOS III, enable seamless integration into complex automation systems.
In summary, the Mitsubishi HK-ST352WK AC Servo Motor is a high-performance, compact, and versatile electric motor designed for precision motion control applications. Its advanced vector control system, high torque, and excellent feedback capabilities make it an ideal choice for a wide range of industrial automation applications.
The Mitsubishi HK-ST352WK is a versatile and high-performance AC servo motor designed for various industrial automation applications. In this analysis, we will discuss its key features, pros, cons, and provide a conclusive recommendation.
Features:1. Continuous power rating: 3.5 kW
2. Maximum torque: 14.2 Nm
3. Built-in encoder for position feedback
4. High-speed response and accuracy
5. IP65 protection rating
Pros:1. High torque-to-size ratio, making it suitable for applications requiring high power in a compact package.
2. Built-in encoder provides accurate position feedback, ensuring precise control and motion.
3. High-speed response allows for fast acceleration and deceleration, reducing cycle time in some applications.
4. IP65 protection rating makes it suitable for use in harsh environments.
Cons:1. Higher cost compared to standard AC motors or open-loop servo motors.
2. Requires more complex control systems compared to standard AC motors.
3. May have a longer lead time for purchase and delivery due to its specialized nature.
Conclusion:The Mitsubishi HK-ST352WK AC servo motor is an excellent choice for applications that require high power, precise control, and accurate position feedback. Its compact size, high torque-to-size ratio, and built-in encoder make it a suitable option for space-constrained automation systems. However, its higher cost and more complex control requirements may deter some users. Ultimately, if the application's demands outweigh the additional cost and complexity, the Mitsubishi HK-ST352WK is a recommended choice.
Recommendation:If you have an industrial automation application that requires high power, precise control, and accurate position feedback, the Mitsubishi HK-ST352WK AC servo motor is worth considering. Its advanced features make it a reliable and efficient solution for various automation tasks. However, carefully evaluate the application's requirements and budget before making a final decision. If the application's demands don't require the advanced features of a servo motor, consider alternative options such as standard AC motors or open-loop servo motors.