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LS2652-FAN series servo motor is designed for industrial motion control applications that require a combination of high rotational speed, stable torque output, and fast dynamic response. The low-inertia rotor structure supports rapid acceleration and deceleration, making it suitable for systems with frequent speed changes.
With a 265 mm flange interface, the motor is intended for integration into large mechanical assemblies, including automated production lines, processing equipment, and high-speed rotary mechanisms. Multiple rated speed options allow engineers to select an operating point that matches system inertia and load characteristics.
The motor is designed for 380–480 VAC power supply environments and uses forced-air cooling to maintain thermal stability during continuous or high-speed operation. It supports closed-loop servo control for precise regulation of speed, torque, and position in demanding industrial applications.
LS2652-FAN series servo motor is designed for industrial motion control applications that require a combination of high rotational speed, stable torque output, and fast dynamic response. The low-inertia rotor structure supports rapid acceleration and deceleration, making it suitable for systems with frequent speed changes.
With a 265 mm flange interface, the motor is intended for integration into large mechanical assemblies, including automated production lines, processing equipment, and high-speed rotary mechanisms. Multiple rated speed options allow engineers to select an operating point that matches system inertia and load characteristics.
The motor is designed for 380–480 VAC power supply environments and uses forced-air cooling to maintain thermal stability during continuous or high-speed operation. It supports closed-loop servo control for precise regulation of speed, torque, and position in demanding industrial applications.
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