Y07-20D1-0001-02LC-100 Precision Screw Stepper Motor

The Y07-20D1-0001-02LC-100 screw stepper motor is engineered for precision control, making it ideal for applications requiring accurate positioning and fine movements. With a 1.8° stepping angle, this motor ensures smooth, controlled motion, whether in automation systems, medical devices, or small-scale machinery. The 24V DC rated voltage, combined with a rated current of 0.6A, offers reliable performance while maintaining energy efficiency.

This 2-phase stepper motor features an insulation resistance of 100 MΩ at 500V DC, ensuring safety and durability in demanding environments. Its resistance of 6.5±15% Ω and inductance of 1.7±20% mH optimize electrical efficiency, providing consistent, dependable operation. The insulation level is rated Class B, making it suitable for environments with higher operating temperatures.

One of the standout features of this motor is its precision step length of 0.01 mm, allowing for exceptionally fine movements. This level of accuracy is critical in applications requiring meticulous control, such as laboratory equipment, optical devices, and high-precision assembly systems. The motor’s holding torque of 18 mN·m ensures stable positioning, while its moment of inertia is about 2 g·cm², ensuring swift and smooth transitions between steps.

Weighing only about 60 grams, this lightweight motor is easy to integrate into compact systems, providing both versatility and performance without adding unnecessary bulk. Its robust construction ensures longevity, making it a dependable component in any system.

In conclusion, the Y07-20D1-0001-02LC-100 screw stepper motor is an excellent choice for applications that demand high precision and reliability. With its fine step resolution, efficient design, and durable construction, this motor is well-suited for both industrial and technical applications requiring accurate control and consistent performance. Whether for small-scale machinery or high-precision tasks, this stepper motor delivers the results you need.