Hw 130 Motor Control Shield For Arduino Datasheet Free Verified

Drive up to (5V) connected to the Arduino's high-resolution dedicated timers. 2. Technical Specifications Specification Driver Chip 2 x L293D Push-Pull Drivers Logic Shift Register 1 x 74HCT595 Logic Voltage 5V DC from Arduino Motor Supply Voltage (External) 4.5V to 25V DC (Absolute Max 36V) Output Current (Per Channel) 600mA Continuous Peak Output Current 1.2A (Non-repetitive, brief surge) Thermal Protection Automatic internal shutdown 3. Terminal and Pin Mapping

This shield utilizes specific Arduino pins to control direction and speed (PWM). Note that when this shield is attached, you cannot use these pins for other sensors.

The is a low-cost, compact motor driver shield designed for Arduino Uno (and compatible) boards. It allows the control of two DC motors (bidirectional) or one stepper motor. The shield is based on the L9110S (or equivalent MX1508) H-bridge driver IC, known for its low saturation voltage and internal protection diodes. hw 130 motor control shield for arduino datasheet free

The easiest way to program the HW-130 is by using the legacy . Do not use the V2 library, as it is designed for I2C-controlled shields. 1. Library Installation Open the Arduino IDE.

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else if (command == 'S') motor1.run(RELEASE); motor2.run(RELEASE);

The is an excellent low‑cost entry point into motor control for robotics, animatronics, and automation projects. By combining an L293D driver with a 74HC595 shift register, the shield provides full control of up to four DC motors, two steppers, or two servos while consuming very few of the Arduino’s precious I/O pins. The hardware is fully compatible with the widely documented Adafruit Motor Shield library, and a large number of free resources—including community‑written tutorials, pinout diagrams, GitHub projects, and even PDF user manuals—are available to help you get started. Terminal and Pin Mapping This shield utilizes specific

What is your ? (9V battery, Li-ion, Wall adapter?)

2 connections for 5V hobby servos using the Arduino's high-resolution timers. Current Output: 600mA continuous per channel (1.2A peak).

void setup() pinMode(MOTOR_A_IA, OUTPUT); pinMode(MOTOR_A_IB, OUTPUT); // Initially stop motor digitalWrite(MOTOR_A_IA, LOW); digitalWrite(MOTOR_A_IB, LOW);

If you have any questions or would like to share your project, please let me know. To help you with your next steps, you can share: What type of motor (DC or stepper) you are using?