200W 24V DC Servo Motor

A 200W 24V DC servo motor is specifically crafted for servo applications, featuring a power rating of 200 watts and an operational voltage of 24 volts. This high-precision motor is available for purchase and comes with detailed specifications, including a rated torque of 1.27 Nm, a rated speed of 1500 rpm, an 80mm flange size, and is equipped with a 2500 PPR incremental encoder. This brushless DC servo motor is well-suited for industrial CNC machines, where precision and reliable performance are paramount. The combination of its power capacity, voltage compatibility, and advanced features make it an optimal choice for applications requiring accurate control and responsiveness in industrial settings.


The 200W DC servo motor offers a robust combination of features that make it a reliable choice for various applications. With an IP55 protection grade and an F class insulation structure, it ensures durability and protection in diverse environments. The motor's optimized winding end structure minimizes copper and iron loss, resulting in a compact design that is both lightweight and exhibits low temperature rise, achieving high efficiency at 85%. Utilizing NdFe35 permanent magnet material, the ATO DC brushless servo motors showcase super coercivity and a robust anti-demagnetization ability, contributing to stable motor performance. Notably, these motors operate with low noise, low vibration, and low moment of inertia, providing a smooth and quiet operation. Furthermore, they deliver high torque, fast dynamic response, a wide speed range, and a robust overload capacity of up to four times the standard load, making them versatile and effective in demanding applications.

Motor			Encoder								Brake
MA/U	MB/V	MC/W	5V	A	B	Z	Hall A/U	Hall B/V	Hall C/W	Shielded Wire	Two Cables, Nonpolar
			Red	Gray	Green	Yellow	Brown	Blue	Orange
Yellow	Green	Blue	0v	A-	B-	Z-	Hall A/U-	Hall B/V-	Hall C/W-	Black (thick)
			Black	White/Gray	White/Green	White/Yellow	White/Brown	White/Blue	White/Orange

The DC servo motor, integral to servo motor position control, is comprised of essential components such as the stator, rotor core, motor shaft, servo motor winding commutator, servo motor winding, tachometer generator winding, and tachometer generator commutator. The rotor core, constructed from laminated silicon steel punching sheets fixed onto the motor shaft, serves as a crucial element in various digital control systems. Functioning as an actuator drive and power drive, the DC servo motor is particularly suited for applications requiring precise control of constant speed or speed change curves. The positioning of servo motors is primarily achieved through pulses. Upon receiving a pulse, the servo motor rotates a specific angle, facilitating displacement. The servo motor itself emits pulses, creating a closed-loop system where each rotation corresponds to a specific number of pulses. This closed-loop mechanism ensures accurate motor control, allowing for precise positioning with a remarkable level of precision, down to 0.001 mm.