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 motors 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 17PM-K843-P3VS 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 17PM- K843-P3VS