Mini 4 Channel Motor Drive L293D Module High Voltage Current Module Arduino HW-310 - Image 1
Mini 4 Channel Motor Drive L293D Module High Voltage Current Module Arduino HW-310 - Image 2
Mini 4 Channel Motor Drive L293D Module High Voltage Current Module Arduino HW-310 - Image 3
Mini 4 Channel Motor Drive L293D Module High Voltage Current Module Arduino HW-310 - Image 4
Mini 4 Channel Motor Drive L293D Module High Voltage Current Module Arduino HW-310 - Image 5
Mini 4 Channel Motor Drive L293D Module High Voltage Current Module Arduino HW-310 - Image 6
Mini 4 Channel Motor Drive L293D Module High Voltage Current Module Arduino HW-310 - Image 7

Mini 4 Channel Motor Drive L293D Module High Voltage Current Module Arduino HW-310

A3967 Easy Driver Stepper Motor Driver V4.4+Pin Header For Arduino
NodeMCU Motor Shield Board L293D ESP-12E ESP8266 WiFi Module Expansion
0 out of 5
( There are no reviews yet. )

$8.95 Inc. GST
You save (%)

Availability: 7 in stock SKU: 10-3-2-2 Category:
Quantity Discount (%) Price
1 — $8.95
2 - 4 5 % $8.50
5 - 9 7.5 % $8.28
10 - 19 10 % $8.06
20 - 49 12.5 % $7.83
50 - 99 15 % $7.61
100+ 17.5 % $7.38

Description

Mini 4 Channel Motor Drive L293D Module for High Voltage Current – Ideal for Arduino HW-310

Unleash the Power of Precision Motor Control with Our Mini 4 Channel Motor Drive L293D Module!

Are you seeking unparalleled control over your motors? Look no further than our Mini 4 Channel Motor Drive L293D Module, designed to elevate your motor control experience to new heights. Specifically crafted for Arduino enthusiasts, our HW-310 module offers a range of impressive features that guarantee optimal performance.

Key Features:

  • Two 5V Servo Motor Ports: Enjoy jitter-free connectivity with high-resolution, high-precision timers tailored for Arduino, ensuring your motor control is seamless and reliable.
  • Multi-Motor Capability: Effortlessly manage up to four bidirectional DC motors with four PWM speeds, each boasting an incredible 0.5% resolution. Experience unparalleled control over your motor functions.
  • Stepper Motor Flexibility: Seamlessly control up to two stepper motors with options for positive and negative control, single/double step control, interleaved or microstep control, and even precise rotary angle manipulation.
  • Robust L293D Chip: Our module is powered by the L293D chip, offering the ability to handle up to 0.6A (with a maximum of 1.2A) current per bridge. Benefit from thermal shutdown protection and a versatile voltage range of 4.5V to 36V.
  • Power-Up Assurance: The integrated pull-down resistor guarantees that your motor remains stationary during power-up, preventing any unexpected movements.
  • User-Friendly Design: Our module features large terminal terminals designed to simplify wiring, accommodating wire sizes ranging from 10 to 22AWG. The addition of an Arduino reset button further enhances convenience.
  • Dual Power Terminals: With two external power terminals, ensure a clear separation between logic and motor drive power, enhancing overall safety and efficiency.
  • Broad Compatibility: Engineered to seamlessly integrate with Mega, Diecimila, and Duemilanove boards, our module provides universal compatibility for your convenience.

Specifications:

  • Model: HW-310
  • Color: Multicolor
  • Material: Electronic Component
  • Size: 39x35x12mm

Elevate your motor control endeavors with our Mini 4 Channel Motor Drive L293D Module. Unleash precise control, experience seamless connectivity, and embrace the future of motor management.

Package Includes:

  • 1 x Motor Drive Shield

Choose excellence in motor control—choose the Mini 4 Channel Motor Drive L293D Module. Elevate your projects today!

📌 Code Examples & Usage – Mini 4-Channel L293D Motor Driver Module (HW-310)

📋 Overview

The HW-310 L293D motor driver module is a compact dual H-bridge motor controller capable of driving:

  • 2 × DC motors (forward / reverse)

  • 1 × stepper motor

  • 4 independent outputs for small motors or loads

It is ideal for:

  • Robot cars & tanks

  • Small CNC / motion projects

  • STEM & education kits

  • Arduino / ESP32 motor control

  • Relay replacement for bidirectional loads

⚙ Key Features

  • Driver IC: L293D

  • Channels: 4 outputs (2 H-bridges)

  • Motor voltage (VM): Up to ~36V (check motor & board rating)

  • Logic voltage: 5V (3.3V compatible for control)

  • Direction + PWM speed control

  • Built-in flyback diodes (inside L293D)

📌 Designed for small DC motors (not high-current motors).

⚠ IMPORTANT – Electrical Notes

🚨 Motor current limit

  • L293D is suitable for low-current motors only

  • Typical continuous current: ~600mA per channel

  • Not suitable for high-power motors

🚨 Separate motor power recommended

  • Use a separate supply for motors (VM)

  • Share GND between motor supply and controller

🔌 Pinout (Typical HW-310)

Power

Pin Function
VCC Logic supply (5V)
VM / +12V Motor supply
GND Ground

Motor Outputs

  • OUT1 / OUT2 → Motor A

  • OUT3 / OUT4 → Motor B

Control Pins

Pin Function
IN1 / IN2 Motor A direction
IN3 / IN4 Motor B direction
EN1 Enable / PWM Motor A
EN2 Enable / PWM Motor B

📌 Some boards have EN pins tied HIGH with jumpers — remove jumper to use PWM.

🔌 Wiring – Arduino Uno Example (2 DC Motors)

L293D Arduino
IN1 D2
IN2 D3
EN1 D5 (PWM)
IN3 D4
IN4 D7
EN2 D6 (PWM)
VCC 5V
VM Motor supply (e.g. 6–12V)
GND GND (shared)

🧪 1️⃣ Basic Example – Drive 2 DC Motors

// Motor A
int IN1 = 2;
int IN2 = 3;
int EN1 = 5;

// Motor B
int IN3 = 4;
int IN4 = 7;
int EN2 = 6;

void setup() {
pinMode(IN1, OUTPUT);
pinMode(IN2, OUTPUT);
pinMode(EN1, OUTPUT);

pinMode(IN3, OUTPUT);
pinMode(IN4, OUTPUT);
pinMode(EN2, OUTPUT);
}

void loop() {
// Motor A forward
digitalWrite(IN1, HIGH);
digitalWrite(IN2, LOW);
analogWrite(EN1, 200); // speed (0–255)

// Motor B forward
digitalWrite(IN3, HIGH);
digitalWrite(IN4, LOW);
analogWrite(EN2, 200);

delay(3000);

// Stop motors
analogWrite(EN1, 0);
analogWrite(EN2, 0);
delay(1000);

// Reverse both motors
digitalWrite(IN1, LOW);
digitalWrite(IN2, HIGH);
digitalWrite(IN3, LOW);
digitalWrite(IN4, HIGH);

analogWrite(EN1, 180);
analogWrite(EN2, 180);
delay(3000);

// Stop
analogWrite(EN1, 0);
analogWrite(EN2, 0);
delay(2000);
}

🧪 2️⃣ Direction Control Logic (Quick Reference)

IN1 IN2 Motor A
HIGH LOW Forward
LOW HIGH Reverse
LOW LOW Brake
HIGH HIGH Brake

(Same logic applies to IN3 / IN4 for Motor B)

🧪 3️⃣ Stepper Motor (Basic Bipolar)

Connect stepper coils to:

  • Coil A → OUT1 / OUT2

  • Coil B → OUT3 / OUT4

Then energise coils in sequence.

📌 L293D works for small stepper motors only.

🔧 Thermal & Protection Notes

✔ L293D has internal flyback diodes
✔ Still generates heat under load
✔ Keep motor current modest
✔ Provide airflow if running continuously

📌 For higher current motors, consider L298N, BTS7960, or MOSFET drivers.

🧠 Common Issues & Fixes

Issue Cause Fix
Motor doesn’t move EN pin LOW Set EN HIGH or use PWM
Only one direction IN pins wrong Check IN1/IN2 logic
Arduino resets Motor noise Separate motor supply
Motors weak Voltage drop Increase motor supply
Overheating Motor too large Use higher-current driver

Additional information

Weight 30 g
Dimensions 260 × 160 × 20 mm

Reviews

There are no reviews yet.

Only logged in customers who have purchased this product may leave a review.