DC Motor 4058GW High Torque 12V 15RPM 1:505 36KG*CM

Description

What is the DC Motor 4058GW? The DC Motor 4058GW is a direct current motor designed for applications that require high torque and low speed. Suitable for both beginners and intermediate users, it offers flexibility in building various types of devices. Features Operating Voltage: 12V RPM (Revolutions per minute): 15 Gear Ratio: 1:505 Maximum Torque: 36KG*CM What is it used for? This motor is ideal for projects that require poor load resistance, such as robots or mobile carts. It can be used in conjunction with Arduino or ESP to control the movement and direction of a device. Tutorial How to use the DC Motor 4058GW This DC motor is perfect for projects requiring low load resistance, like robots or mobile carts. Suitable for both beginners and intermediate users. What you need: DC Motor 4058GW, Arduino, Resistor (100 ohm), 12V Battery Steps Check the datasheet for motor specifications. Connect the motor to Arduino using a JST SH 3P connector. Connect a resistor (100 ohms) between pin 9 of Arduino and the motor to protect the microcontroller. Attach the 12V battery to the motor. Upload the following source code to Arduino. Run the code to control the motor speed. Test the motor to ensure it works correctly. Check the current consumption to avoid overloads. Example Code “` void setup() { pinMode(9, OUTPUT); } void loop() { analogWrite(9, 255); // Set maximum speed delay(2000); analogWrite(9, 0); // Brake motor delay(2000); } “` Mini-project Build a simple mobile cart using the DC Motor 4058GW and two wheels. Set up a control circuit to move it forward and backward. Common Mistakes Omitting the protective resistor. Connecting the motor directly to Arduino without protection. Using a battery other than 12V. Imposing too high speed without checking current. Recommended Accessories: Arduino Uno, 12V Battery, Resistor (100 ohm), JST SH 3P Connector Frequently Asked Questions How can I control the motor’s speed? Use the `analogWrite` function to set a value between 0 and 255 for speed control. What are the current limits of the motor? Check the datasheet for exact specifications, but generally do not exceed 1.5A.