S90D130A-MA09S2 High-Torque Gear Stepper Motor
The S90D130A-MA09S2 high-torque gear stepper motor is engineered for applications requiring robust performance and precision. With a reduction ratio of 1:9, this motor excels in providing increased torque output, making it ideal for demanding tasks in robotics, CNC machinery, and industrial automation.
Featuring a step angle of 0.20 degrees, the S90D130A-MA09S2 allows for fine control and accurate positioning, essential for tasks where precision is critical. The motor operates at a rated current of 3.0 A for half-winding and 2.1 A for full winding, ensuring flexibility in power management based on your system's specific needs. Its low winding resistance of 0.49 ohms translates to efficient energy use, maximizing performance while minimizing heat generation.
The inductance of 1.5 mH contributes to the motor’s smooth operation, enhancing responsiveness and reliability in various applications. With a maximum allowable torque of 6.3 N·m, the S90D130A-MA09S2 is well-suited for high-load scenarios, providing the necessary strength to tackle challenging tasks with ease. Additionally, the rotor inertia of 1400 g·cm enables quick acceleration and deceleration, which is crucial for applications requiring rapid changes in motion.
Equipped with six leads, this stepper motor simplifies integration into existing systems, while its weight of 3.0 kg ensures stability without compromising on portability. For optimal performance, the recommended drivers include the Y2SD2-EC and Y2SED3, both designed to provide precise control and efficient operation.
In summary, the S90D130A-MA09S2 stepper motor is a versatile and powerful solution for engineers and developers looking to enhance their applications with a reliable and high-performance component. Whether in industrial settings or advanced robotics projects, this motor delivers exceptional torque, precision, and responsiveness, making it an invaluable addition to your toolkit. Elevate your projects with the S90D130A-MA09S2 and experience the advantages of advanced motion control technology.
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