Description
The 5V 4-Phase Stepper Motor is a compact and reliable stepping motor designed for precise control in low-voltage applications. Commonly used in robotics, automation, 3D printing, CNC machines, and DIY electronics, this motor operates using a 4-phase stepping sequence to deliver accurate movement in small increments. Its low operating voltage makes it ideal for microcontroller-based projects such as those using Arduino, Raspberry Pi, or other embedded systems. This stepper motor provides consistent torque and excellent positioning control, making it a perfect choice for applications where space is limited but precision is essential.
Key Features:
Low Voltage Operation : Runs efficiently on 5V DC, ideal for microcontroller-powered systems. Built-in Gear Reduction : Integrated 1:64 gearbox increases torque and positioning accuracy. Precise Step Control : Offers 5.625° per step resolution for smooth and accurate motion control.
Durable Construction : Reliable performance for continuous and repetitive operations. Low Noise Operation : Quiet stepping for sensitive or indoor environments. 4-Phase Unipolar Design : Compatible with common stepper drivers like ULN2003.
Bidirectional Movement : Supports both clockwise and counterclockwise rotation. Ideal for DIY & Robotics : Great for Arduino, Raspberry Pi, CNC, and 3D printing applications. Stable Rotation: Excellent for projects needing controlled angular movement.
PHASE STEPPER STEP MOTOR
Easy Integration : Includes a 5-pin connector, ready for plug-and-play use with driver boards. Compact & Lightweight : Small form factor is perfect for space-constrained projects.
Specifications:
Operating Voltage: 5V DC Step Angle: 5.625° per step
Gear Reduction Ratio 1:64 Phase: 4-phase Connector Type: 5-pin header
Current per Phase ~300mA Resistance per Phase: ~50Ω
Drive Method: Unipolar Shaft Diameter: ~5mm
Dimensions: Approx. 28mm x 28mm x 20mm Weight: ~35g
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