High-Performance S60D120A-MACR6S2 Stepper Motor

The S60D120A-MACR6S2 stepper motor is meticulously designed for applications that demand both precision and reliability. With a reduction ratio of 1:3.6, this motor provides significant torque output, making it ideal for tasks that require a high degree of control, such as CNC machinery, robotics, and automation systems. The motor’s step angle of 0.50° ensures that it can make precise adjustments, facilitating smooth and accurate movement.

Operating at a current of 2.0A for half-winding and 1.4A for full winding, this motor strikes a balance between power and efficiency. The low resistance of 1.1Ω enhances its performance by reducing heat generation, which is essential for maintaining operational integrity during extended use. Additionally, the inductance of 1.1mH contributes to its responsive behavior, allowing for swift acceleration and deceleration during operation.

The S60D120A-MACR6S2 is rated for an allowable torque of 1.0N·m, making it suitable for various applications where strength and durability are required. With a rotor inertia of 135g·cm², this motor is designed to minimize lag and optimize performance, allowing for seamless transitions in movement.

Weighing just 0.8kg, this stepper motor is compact yet robust, making it easy to integrate into both small and large systems. It features six leads for versatile wiring configurations, enabling easy connections to a variety of drivers, including the Y2SD2-EC and Y2SED2.

In summary, the S60D120A-MACR6S2 stepper motor offers a combination of compact design, high torque output, and precise control, making it an excellent choice for demanding engineering applications. Its specifications are tailored to meet the requirements of modern automation technologies, delivering consistent and reliable performance across a range of scenarios.