Type: Hybrid Stepper Motor

This motor combines the principles of permanent magnet and variable reluctance stepper motors, providing high accuracy and torque.

NEMA 17 Frame Size:

The motor conforms to the NEMA 17 standard, meaning the dimensions of the motor's front face are 42mm x 42mm (or roughly 1.7 inches). This is a common size for stepper motors used in many industrial and hobbyist applications.

Step Angle:

1.8° per step, translating to 200 steps per full revolution. This step angle offers a good balance between precision and torque, making it suitable for fine movement control in applications requiring incremental rotation.

Bipolar Configuration:

The motor is designed with a 4-wire bipolar configuration. This type of motor requires a bipolar driver and typically offers better torque compared to unipolar stepper motors, due to more efficient usage of the windings.

Holding Torque:

This motor provides a strong holding torque, which keeps the motor shaft in a fixed position when powered but not stepping. The exact value may vary, but the torque is usually optimized for precise positioning tasks.

Current per Phase:

Typically operates at a current rating of 1.0-2.0 A per phase, ensuring strong performance under varying load conditions. Bipolar motors typically rely on current-driven control rather than voltage-driven.

Voltage:

It typically operates at a relatively low voltage (e.g., 3-5V), but this depends on the driver system, as stepper motors are primarily controlled by regulating current rather than voltage.

Connector and Wiring:

It includes 4 wires, supporting the bipolar configuration, and can be easily connected to a compatible driver or control board.

Shaft:

The motor is equipped with a single or double shaft depending on the variant, allowing for coupling to gears, pulleys, or direct-drive systems.

Features:

• High Precision: The motor’s 1.8° step angle ensures precise control over angular position, making it suitable for applications that require fine positioning, such as 3D printers, CNC machines, and automation systems.

• Durable and Reliable: Minebea stepper motors are known for their durability, able to withstand continuous use in demanding industrial applications.

• Smooth Operation: The hybrid design of the stepper motor ensures smooth and stable stepping, minimizing vibration and ensuring consistent performance.

Wide Range of Applications:

• 3D Printing
• CNC Machining
• Robotics
• Medical Equipment
• Industrial Automation
• Precision Positioning Systems

Applications:

The Minebea NEMA17 is commonly used in systems where precise movement and reliable control are necessary. Its combination of fine step resolution and strong holding torque makes it an excellent choice for:

• Industrial automation systems that require high precision and reliability.
• 3D printing and CNC machines that demand accurate control of position and speed.
• Robotics and medical devices where consistent, controlled movement is essential.

This stepper motor provides excellent performance in various technical and industrial environments, known for its precision and durability.

Package Included:

1x  Minebea stepper motor