The Y09-59D3-1401-03LC-280 screw stepper motor is a high-performance motor engineered to deliver powerful torque and precise control, making it ideal for demanding industrial applications. With a stepping angle of 1.8°, this motor offers smooth and controlled movements, perfect for precise positioning tasks in automation, robotics, and manufacturing processes. Powered by a 36V DC rated voltage and drawing a rated current of 4A, this motor provides consistent and reliable performance even under heavy operational loads.
This 2-phase stepper motor features insulation resistance rated at 100 MΩ (500V DC), ensuring electrical safety and longevity in harsh working conditions. The motor's resistance is rated at 1.2±15% Ω, and its inductance is 12±20% mH, which ensures efficient energy consumption while maintaining optimal performance. The Class B insulation level makes the motor suitable for environments with moderate heat, allowing it to handle extended periods of continuous operation.
One of the standout features of the Y09-59D3-1401-03LC-280 is its impressive holding torque of 4 N·m, which guarantees that the motor holds its position securely, even when powered off. This high level of torque is essential for heavy-duty applications where stability and precision are critical, such as CNC machinery, large-scale 3D printing, and automated assembly lines. The step length of 0.015 mm allows for ultra-precise control, making it ideal for processes that require fine-tuned adjustments and high accuracy.
Weighing around 2 kg, the motor’s robust build is complemented by a substantial moment of inertia of approximately 1400 g·cm², which ensures smooth transitions between movements, reducing mechanical stress and increasing overall system efficiency.
In summary, the Y09-59D3-1401-03LC-280 screw stepper motor is a powerful, precise, and reliable solution for applications that require high torque and fine control. Whether used in advanced robotics, industrial automation, or high-precision manufacturing systems, this motor provides outstanding performance and durability. Its combination of high holding torque, fine step resolution, and robust design makes it a crucial component for any application demanding exact movement and dependable torque.