Reliable Y09-59D3-3305 Two-Phase Stepper Motor

The Y09-59D3-3305 stepper motor is engineered for efficiency and precision, making it an ideal choice for a variety of industrial applications. With a stepping angle of 1.8°, this motor allows for fine control over movement, providing accurate positioning essential in tasks such as 3D printing, CNC machining, and robotics. The two-phase design enhances performance stability, ensuring smooth operation even under load.

Rated for a voltage of 24V DC and a current of 4.2A, the Y09-59D3-3305 is designed to deliver reliable power without compromising efficiency. The motor features an insulation resistance of a minimum of 100MΩ when tested at 500V DC, showcasing its capability to withstand electrical stress. Additionally, it operates with a resistance of 0.47Ω±15%, contributing to its overall effectiveness in diverse applications.

The holding torque of 1.4N·m ensures that the motor can maintain its position reliably, while the braking torque of 460gf·cm provides adequate force to halt movement when required. The moment of inertia is approximately 440g·cm², which allows for quick response times, enabling the motor to accelerate and decelerate efficiently in dynamic environments.

Weighing about 880g, this motor combines a sturdy build with compact design, making it suitable for both space-constrained applications and larger setups. The insulation level is classified as Class B, which offers good thermal resistance and longevity, ensuring the motor performs reliably over extended periods.

In summary, the Y09-59D3-3305 stepper motor offers a combination of reliability, precision, and durability, making it a top choice for automation systems. Its specifications are tailored to meet the demands of modern engineering challenges, delivering consistent performance across various operational scenarios.