1/2 hp (400W) AC Servo Motor with Driver, 1.27Nm, 3000rpm

The 400W AC servo motor kit with servo driver is a high-precision motion control solution designed for accurate speed, position, and torque control. Designed to enhance performance and operational reliability, it is commonly applied in CNC machinery, robotics systems, packaging equipment, and automated manufacturing lines.

Specification

Feature

• Smooth & Low-Noise Performance: 400W AC servo motor with driver features an epoxy-coated rotor that prevents debris buildup, ensuring smoother operation, reduced vibration, and quieter performance.
• High-Speed Performance: Achieve fast and precise motion control with a rated speed of 3000 rpm and maximum speed of 6000 rpm, perfect for high-speed automation systems.
• Pure Copper Winding: High-quality copper coils, 400W AC servo motor kit reduces heat generation, improves efficiency, and extends service life.
• Efficient Cooling System: The 400W AC servo motor with driver is equipped with an intelligent cooling fan and optimized airflow design for stable long-term operation.
• Dual-Chip Precision Control: Advanced dual-chip design enables fast response, high accuracy, and stable control performance for precise motion applications.
• Multiple Control Modes: 400W servo motor driver system supports various control modes, making it easy to integrate into different automation systems.
• RS485 Communication Interface: Built-in RS485 port ensures reliable and convenient connection with industrial control systems for seamless operation.
• Industrial-Grade Durability: Featuring Class F insulation (155°C), 400W industrial servo motor with driver is designed for reliable performance in harsh industrial environments.

Size (unit: mm)

AC Servo Motor

Servo Driver

Wiring

Package Includes

Tips: How stable and quiet is the 400W AC servo motor with driver?

400W AC servo motor kit is engineered for smooth and stable performance even under high-speed and high-load conditions. The epoxy-coated rotor effectively prevents debris adhesion, reducing imbalance, vibration, and mechanical wear. As a result, it delivers noticeably quieter operation and more consistent motion compared to standard servo motors. This makes it especially suitable for precision applications and working environments where low noise and stability are critical, such as CNC machining, robotics, and automated production lines.