Y07-59D1-4404-10LC-200 High-Torque Screw Stepper Motor for Advanced Automation

The Y07-59D1-4404-10LC-200 screw stepper motor is meticulously designed to deliver high performance and reliability in various automation applications. With a stepping angle of 1.8°, this motor ensures precise positioning, making it ideal for tasks that require exact movements, such as CNC machinery, robotics, and automated assembly lines.

Operating at a rated voltage of 24V DC, the Y07-59D1-4404-10LC-200 is a two-phase stepper motor that provides a rated current of 3A, ensuring powerful performance under load. Its insulation resistance is rated at a minimum of 100 MΩ at 500V DC, which enhances its durability and protects against electrical interference, extending its service life in demanding environments.

With a resistance of 1.1 ±15% Ω and an inductance of 3.2 ±20% mH, this motor maintains consistent performance across a variety of applications. The Class B insulation level allows it to operate efficiently at higher temperatures, ensuring reliable functionality even in continuous operation scenarios. Weighing approximately 620g, it balances power with a manageable form factor.

The holding torque of 1300 mN·m guarantees stable positioning, making it particularly useful in applications where maintaining a set position is critical. Additionally, the motor's step length of 0.05 mm allows for finer adjustments, enabling precise control in complex movements. With a moment of inertia of around 280 g·cm², it provides quick response times and smooth transitions during dynamic tasks.

In conclusion, the Y07-59D1-4404-10LC-200 screw stepper motor is an exceptional choice for engineers and developers looking for high torque and precise movement control, ensuring optimal efficiency and effectiveness in advanced automation projects.