Y07-28D1-3411-02LC-100 High-Torque Screw Stepper Motor

The Y07-28D1-3411-02LC-100 screw stepper motor is designed for applications that demand both precision and higher torque, making it suitable for a wide range of industries, from automation to instrumentation. Featuring a stepping angle of 1.8°, this motor ensures smooth and controlled movements with each step, ideal for processes requiring meticulous positioning and accuracy. The 24V DC rated voltage and 1A rated current provide the motor with a stable power supply, ensuring consistent performance even under varying loads.

This 2-phase stepper motor is equipped with insulation resistance of 100 MΩ (500V DC), which enhances durability and operational safety, particularly in environments where reliability is critical. Its electrical resistance is rated at 2.2±15% Ω, while the inductance is 1.2±20% mH, delivering efficient energy use and responsive control. The motor's insulation is rated at Class B, allowing it to perform optimally in environments with higher temperatures.

A standout feature of the Y07-28D1-3411-02LC-100 is its substantial holding torque of 60 mN·m, which ensures that the motor maintains its position with stability, even when powered off. This level of holding torque is especially important in applications where precision is key and positional stability is non-negotiable. The motor’s step length of 0.01 mm enables fine-tuned adjustments, ensuring accurate movement control in applications such as medical devices, high-precision machinery, and automated systems.

Weighing approximately 120 grams, the motor is compact enough to fit into smaller systems without compromising its robust performance. Its moment of inertia, rated at about 9 g·cm², enables smooth transitions between steps and minimizes energy loss during operation, enhancing overall system efficiency.

In conclusion, the Y07-28D1-3411-02LC-100 screw stepper motor offers the perfect combination of precision, high torque, and energy efficiency. Its fine step length, substantial holding torque, and durable construction make it the ideal solution for applications requiring meticulous control and high reliability. Whether in automation, instrumentation, or precision manufacturing, this motor provides dependable performance tailored to meet the specific demands of modern technology.