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Y09-59D3-1305 High-Torque Stepper Motor

General technical parameters Electrical technical parameters

Stepping angle 1.8° Rated voltage 24V DC

Number of phases 2 Rated current 4.2A

Insulation resistance 100MΩMIN(500V DC) Resistance 0.39±15%Ω

Insulation level Class B/winding Inductance 1.1±20%mH

Weight About 620g Holding torque 1.0N.m

Braking torque 300gf.cm REF. Moment of inertia About 280g.cm²

    The Y09-59D3-1305 stepper motor is engineered for high-performance applications requiring precise motion control and robust torque output. With a stepping angle of 1.8°, this motor delivers exceptional accuracy, making it ideal for use in CNC machinery, robotics, and various automated systems. Its two-phase design enhances stability and responsiveness, ensuring reliable operation in demanding environments.

    Operating at a rated voltage of 24V DC, the Y09-59D3-1305 boasts a rated current of 4.2A, providing the necessary power for high-torque applications. The motor features a resistance of 0.39 ± 15%, which ensures consistent performance while optimizing energy efficiency. With an insulation resistance of 100 MΩ minimum at 500V DC, this motor is built to last, offering protection against electrical failures and ensuring durability in harsh conditions.

    Designed to meet Class B insulation standards, the winding construction prevents overheating and extends the motor's lifespan. The inductance is specified at 1.1 ± 20% mH, contributing to smooth operation and effective control of motion. Weighing approximately 620 grams, this motor is robust yet manageable, making it suitable for a variety of applications where weight is a consideration.

    One of the key features of the Y09-59D3-1305 is its impressive holding torque of 1.0 N·m, which ensures that the motor can maintain its position even under significant loads. This capability is particularly valuable in applications where precision positioning is critical. Additionally, the motor offers a braking torque of 300 gf·cm (reference value), allowing for quick and safe stops during operation. The moment of inertia is approximately 280 g·cm², enabling rapid acceleration and deceleration, which is essential for dynamic movements.

    In summary, the Y09-59D3-1305 stepper motor is an excellent choice for engineers and developers seeking a powerful and reliable solution for their projects. With its combination of high torque, precision, and efficiency, this motor is designed to meet the challenges of modern automation and motion control applications. Enhance your systems with the Y09-59D3-1305 and experience superior performance and accuracy in your operations.

    ●Motor configuration and performance parameters

    General technical parameters

    Electrical technical parameters

    Stepping angle

    1.8°

    Rated voltage

    24V DC

    Number of phases

    2

    Rated current

    4.2A

    Insulation resistance

    100MΩMIN(500V DC)

    Resistance

    0.39±15%Ω

    Insulation level

    Class B/winding

    Inductance

    1.1±20%mH

    Weight

    About 620g

    Holding torque

    1.0N.m

    Braking torque

    300gf.cm REF.

    Moment of inertia

    About 280g.cm²

    Y09-59D3-1305_00
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