Search for and install the "Adafruit Motor Shield library". Step 2: Wiring Stack the HW-130 on top of the Arduino. Connect DC Motors to M1 and M2 screw terminals.
To minimize the number of control pins required from the Arduino, the HW-130 uses a 74HC595 shift register to handle the motor direction states. Arduino Pin Allocations:
To gather information, I need to search for the datasheet, specifications, tutorials, and other relevant resources. I will perform multiple searches simultaneously to cover these aspects. search results show some relevant pages. For the datasheet, result 0 from hifisac.com might be a product page with specifications. Result 1 from forum.arduinopolska.pl might have user discussions. Result 5 from motorba.com.ar might be a tutorial. Result 1 from findic.com might be a user manual. Result 3 from digitalcodesign.com might be a product page. I'll open these to gather more details. product page (result 0) provides some specifications. The forum page (result 1) is a user discussion. The tutorial page (result 2) might have more details. The findic page (result 3) seems to be a datasheet for a different component (Xilinx). The digitalcodesign page (result 4) is a product page. I'll also open the Medium article and the GitHub repository from the search results. Medium article and the GitHub repository provide additional insights. The AranaCorp page provides general information about Arduino Motor Shield. The forum page discusses power issues. I'll also search for "HW-130 motor shield L293D pinout" and "HW-130 motor shield library".'ll open result 0 from the pinout search and result 1 from the forum search. pinout page provides some details. The forum page discusses a power issue. I'll also search for "HW-130 motor shield schematic".'ll open result 2 from the search. search results are providing a good amount of information from various sources. I will also search for "HW-130 motor shield datasheet PDF free download" to see if I can find a direct PDF link. results seem to be for a different product (Xilinx programmer). The user is likely looking for a datasheet for the motor shield. I will inform them that an official dedicated datasheet is not available and instead provide a detailed guide. Now I will organize the gathered information into a comprehensive article. The article will cover: introduction, key features, technical specifications, pinout and connections, how to use with Arduino, code examples, where to find resources and documentation, applications and projects, troubleshooting and best practices, and a conclusion. I will cite the sources used.Note**: A complete, manufacturer-issued datasheet specifically for the "HW-130 Motor Shield" is not readily available online. However, the HW-130 is a clone of the popular , which is built around the L293D motor driver chip. Therefore, the Adafruit Motor Shield V1.0 documentation is the most relevant and reliable resource available for the HW-130. hw 130 motor control shield for arduino datasheet free
#include // Connect a DC motor to motor port M1 AF_DCMotor motor1(1); void setup() // Set speed to 200/255 (0-255 range) motor1.setSpeed(200); void loop() motor1.run(FORWARD); // Turn motor forward delay(1000); motor1.run(BACKWARD); // Turn motor backward delay(1000); motor1.run(RELEASE); // Stop motor delay(1000); Use code with caution. 5. Troubleshooting & Tips
Electrical characteristics (typical, varying by exact HW-130 model) Search for and install the "Adafruit Motor Shield library"
Proper power management prevents damage to both your Arduino and the HW-130 shield. The Power Jumper (PWR)
Since the "HW-130" is a very common, generic motor driver shield (often based on the L298P chip) typically manufactured by generic Chinese brands like HW, Keyes, or RobotDyn, there is no single official "corporate" datasheet like you would find for an Intel processor. To minimize the number of control pins required
Let me know in the comments if you need help with the code snippet to get it running!
The HW-130 Motor Control Shield is a stackable shield designed specifically for Arduino boards, including the Arduino Uno, Mega, and Due. This shield provides a convenient and easy-to-use interface for controlling two DC motors, making it an ideal solution for projects that require precise motor control, such as robotic arms, conveyor belts, and CNC machines.
Note: Some clones swap pins – always check continuity.