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28BYJ-48 5V Stepper Motor with ULN2003 Driver Board

SKU: 8318207

Original price was: 95,00 EGP.Current price is: 75,00 EGP.

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The 28BYJ-48 5V Stepper Motor with ULN2003 Driver Board is a compact, geared stepper motor and driver combo used for precise position control in robotics, camera sliders, and automated valves. The unipolar motor pairs with a ULN2003 Darlington driver board for simple 4-wire control from any microcontroller.

Key features:

  • Driver IC: Built around the ULN2003 Darlington transistor array, which switches the four motor coils directly from 5V logic-level signals.
  • Geared Precision: An internal 1:64 gear reduction delivers a fine effective step angle for smooth, accurate positioning.
  • Step Resolution: Produces 4096 steps per output shaft revolution in half-step mode for precise motion control.
  • Keyed Connector: The motor plugs directly into the driver board via a 5-pin JST connector, eliminating wiring mistakes.
  • Onboard Indicator LEDs: Four LEDs show the active coil sequence, making debugging and testing straightforward.
  • Arduino Compatible: Works out of the box with the Arduino Stepper library and common CNC and robotics firmware.

This combo is a popular starting point for beginners exploring stepper motor control, offering reliable low-speed torque for light-duty automation projects.

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Specification

Technical Specification

Input Voltage

5V

Step Angle

5.625° (1/64 gear reduction)

Gear Reduction Ratio

1:64

Driver IC

ULN2003 Darlington Array

Max Current

Up to 500mA per phase

Steps per Revolution

4096 (half-step mode)

Display

Input Voltage

5V

Step Angle

5.625° (1/64 gear reduction)

Gear Reduction Ratio

1:64

Driver IC

ULN2003 Darlington Array

Max Current

Up to 500mA per phase

Steps per Revolution

4096 (half-step mode)

RAM

Input Voltage

5V

Step Angle

5.625° (1/64 gear reduction)

Gear Reduction Ratio

1:64

Driver IC

ULN2003 Darlington Array

Max Current

Up to 500mA per phase

Steps per Revolution

4096 (half-step mode)

Storage

Input Voltage

5V

Step Angle

5.625° (1/64 gear reduction)

Gear Reduction Ratio

1:64

Driver IC

ULN2003 Darlington Array

Max Current

Up to 500mA per phase

Steps per Revolution

4096 (half-step mode)

Video Card

Input Voltage

5V

Step Angle

5.625° (1/64 gear reduction)

Gear Reduction Ratio

1:64

Driver IC

ULN2003 Darlington Array

Max Current

Up to 500mA per phase

Steps per Revolution

4096 (half-step mode)

Connectivity

Input Voltage

5V

Step Angle

5.625° (1/64 gear reduction)

Gear Reduction Ratio

1:64

Driver IC

ULN2003 Darlington Array

Max Current

Up to 500mA per phase

Steps per Revolution

4096 (half-step mode)

Features

Input Voltage

5V

Step Angle

5.625° (1/64 gear reduction)

Gear Reduction Ratio

1:64

Driver IC

ULN2003 Darlington Array

Max Current

Up to 500mA per phase

Steps per Revolution

4096 (half-step mode)

Battery

Input Voltage

5V

Step Angle

5.625° (1/64 gear reduction)

Gear Reduction Ratio

1:64

Driver IC

ULN2003 Darlington Array

Max Current

Up to 500mA per phase

Steps per Revolution

4096 (half-step mode)

General

Input Voltage

5V

Step Angle

5.625° (1/64 gear reduction)

Gear Reduction Ratio

1:64

Driver IC

ULN2003 Darlington Array

Max Current

Up to 500mA per phase

Steps per Revolution

4096 (half-step mode)