pdf-icon

Atomic Stepmotor Base

SKU:A132

Description

Atomic Stepmotor Base is the standalone version of the ATOM Stepmotor, designed for users who already have an ATOM series controller and can directly purchase the base for use. This base is equipped with a high-performance DRV8825 driver chip, which can be used to drive stepper motors. By adjusting the variable resistor, it can provide a maximum driving capability of 1.2A, providing stable and powerful power for the stepper motor. In addition, the chip in the base has built-in overcurrent protection to ensure the safe operation of the motor and base.

Atomic Stepmotor Base also features a convenient DIP switch, allowing users to flexibly adjust the subdivision of the stepper motor and freely choose the motor's motion precision and control effect according to project requirements.

Furthermore, the base has a built-in DC-DC chip, which can be powered by an external power supply for the entire system. When using a stepper motor, an external power supply (9-18V) is required to ensure stable and reliable driving. This makes Atomic Stepmotor Base widely applicable in various fields, including 3D printers, CNC machines, robots, automation equipment, and camera gimbals.

Features

  • Built in DC-DC
  • Up to 1/32 micro-stepper
  • Maximum 1.2A drive current
  • Working status indicator
  • It is used on ATOM series hosts such as ATOM Lite/ATOMS3/ATOMS3 Lite

Includes

  • 1x Atomic STEPMOTOR Base

Applications

  • Stepper motor controller

Specification

Resources Parameters
Micro-Stepping Levels 1/32 Step
Output current Full-scale 1.2A
Supply voltage 9-18V
External port KF128L 2.54 6P
Case material Plastic ( PC )
Product Size 48*24*18mm
Package Size 136* 92*20mm
Product Weight 12g
Package Weight 14.4g

Schematic

schematics

EasyLoader

PinMap

image

Micro-stepping Setting

image

Decay mode

image

Module Size

module size

Examples

Arduino

UIFLow

How to use Atomic stepmotor and related API instructions in the UIFlow1.0

Video

  • Press the middle button to turn 5000 steps forward and reverse 5000 steps