PM4_207 3V-12V Micro Stepper Motor Driver Controller with Manual Buttons for 2-Phase Motors

Price Negotiable

Price: $16~22.8/unit

MOQ: 1 Unit

Delivery Time: 15 work days after confirming the payment

Brand: VIC-TECH

Product Description

PM4_207 Micro Stepper Motor Driver Controller

This compact stepper motor driver controller is designed for precise control of 2-phase stepper motors with manual button operation. Operating voltage ranges from 3V to 12V DC, compatible with various motor specifications.

Key Features

3V-12V DC operating voltage range
Manual button control interface
External signal generator compatibility
2.0mm motor connector for easy installation
Common ground input signals for simplified wiring

Connection Specifications

Motor Port (A+ / A- / B+ / B-): Connect to motor phase A and B respectively

Power & Control Input Port:

VCC: 3-12V DC power input
GND: Power negative terminal
3.3V: Drive control board output
CP/DIR/EN: Pulse, direction, and enable signals (input signal level ≤ DC 5V)

Control Modes

This driver supports two primary control methods:

Manual Control: Direct operation using button combinations
Signal Control: Integration with external controllers via signal generators

Button Control Functions

Button Combination	Function Description
A = ON	Manual forward run from standstill
A+Q = ON	Manual forward acceleration from standstill
A+T = ON	Manual forward deceleration from standstill
D = ON	Manual reverse run from standstill
D+Q = ON	Manual reverse acceleration from standstill
D+T = ON	Manual reverse deceleration from standstill
Q = ON	Automatic run from standstill
T = ON	Stop motor during operation

Note: Combination keys must be pressed in the specified order to execute functions properly.

Technical Specifications

Operating Voltage: 3V-12V DC
Input Signal Level: ≤ DC 5V
Motor Compatibility: 2-phase stepper motors
Connector Type: 2.0mm motor interface
Control Signals: CP (pulse), DIR (direction), EN (enable)

Stepper Motor Technology

Stepper motors provide precise control of speed and position through fixed-angle rotation steps, eliminating accumulated error for reliable open-loop control applications.