TT Gearmotor with 1:48 Gear Ratio Single Shaft

Description

TT Gearmotor with 1:48 Gear Ratio Single Shaft This single-stage gearmotor is designed for robotics applications. It features a 1:48 gear ratio and operates at 6V with a current draw of 60mA, providing a speed of 100 RPM. The motor uses a high-efficiency strong magnet. Motor: 100 RPM Torque: 4.5 kg.cm Voltage: 3-6V Robot car production Utilizes a strong magnet for optimal performance. Motor parameters: 1, no load (6V): 100 RPM 2, no current load (6V): N/A 3, torque (6V): 4500 mg.cm 4, motor: 100 RPM 5, dimensions: 70.50mm x 27.00mm x 23.00mm (LWH) 6, weight: approximately 40g DC Voltage: 3V DC 5V DC 6V Current: 100mA 100mA 120mA Gear Ratio: 48:1 RPM (With tire): 100 190 240 Tire Diameter: 66mm Car Speed (m/minute): 20 39 48 Motor Weight (g): 50 Motor Size: 70mm*22mm*18mm Noise: <65dB Datasheets for all components are available upon request. Please contact us via the contact form if not included in the product download. Tutorial: How to Use TT Gearmotor with 1:48 Gear Ratio Single Shaft This gearmotor is ideal for projects requiring slow and powerful rotation, such as robotics or automata. Follow these steps to use it. Required Components: Arduino Uno, Breadboard, Jumper Wires, USB Power Supply, Position Sensors (optional) Steps: Verify motor voltage on the datasheet and connect the USB power supply to the breadboard. Connect the motor VCC and GND pins to the corresponding power supply pins. Connect the two motor control pins (A1, A2) to two digital pins on the Arduino. Write the Arduino sketch to control the motor movement. Upload the sketch to your Arduino and test rotation in both directions. Ensure the motor stops correctly when not activated. Add position sensors for improved movement accuracy (optional). Integrate the motor into a larger project. Example Code: void setup() { pinMode(A1, OUTPUT); pinMode(A2, OUTPUT); } void loop() { digitalWrite(A1, HIGH); digitalWrite(A2, LOW); delay(500); digitalWrite(A1, LOW); digitalWrite(A2, HIGH); delay(500); } Mini-project: Dancing Automata: Build a dancing automaton with the TT gearmotor