Y07-59D1-17150 High-Performance Stepper Motor

The Y07-59D1-17150 stepper motor is designed for precision and reliability in demanding applications such as robotics, automation, and CNC machinery. With a stepping angle of 1.8°, this motor offers excellent positional accuracy, making it ideal for tasks that require meticulous control over movement.

Operating at a rated voltage of 24V DC, this two-phase stepper motor is capable of handling a rated current of 3.0A when using half winding and 2.1A when operating at full winding. This flexibility allows for enhanced torque generation, with a holding torque of 1.8N·m, ensuring that the motor can maintain its position under various load conditions. The braking torque of 600gf·cm adds to its effectiveness, providing rapid stopping capabilities and minimizing the risk of overshooting during operation.

Constructed with a robust insulation resistance of 100MΩ at 500V DC, the Y07-59D1-17150 ensures reliable operation in diverse electrical environments. Its resistance value of 1.2±15Ω and inductance of 2.2±20%mH contribute to efficient energy consumption, reducing heat buildup during extended use.

Weighing approximately 1100g, this stepper motor strikes a balance between durability and compactness, making it suitable for applications with space constraints. The moment of inertia is around 470g·cm², which facilitates smooth acceleration and deceleration, critical for precise control in motion applications.

The Class B insulation level provides an additional layer of reliability, enabling the motor to function effectively across various temperature ranges. Overall, the Y07-59D1-17150 stepper motor combines efficiency, high torque, and precise motion control, making it a top choice for engineers and designers seeking dependable performance in their projects.