How the 12V 200 RPM Geared DC Motor Powers Successful Robotics Projects: Real-World Benefits
Now that you understand the features and benefits of the 12V 200 RPM Geared DC Motor, let’s dive into some real-life examples of how this motor helps engineers, hobbyists, and educators bring their projects to life.
Case Study 1: Robotics Arm for Educational Kits An engineering college used the 12V 200 RPM Geared DC Motor to build a robotic arm for a student project. The motor’s 1.5 kg-cm torque was ideal for moving small objects, while the 200 RPM speed ensured that the movements were controlled and precise. The plastic gears were durable enough for the project’s requirements, and the overall lightweight design made the robot easy to assemble and modify.
Case Study 2: Home Automation System A home automation project used the 12V 200 RPM Geared DC Motor to control a door lock system. The motor was connected to a small actuator to automate the locking and unlocking mechanism. With its low no-load current and ability to handle a reasonable load, the motor was able to perform consistently without overburdening the power supply.
Step-by-Step Instructions for Use:
- Connect the motor to a 12V power source (Ensure the power supply matches the voltage requirement).
- Mount the motor on a chassis or frame, ensuring the shaft is aligned with the mechanical components (gears, wheels, or actuators).
- Control the motor using an Arduino or another microcontroller for more precision in your automation.
- Fine-tune the speed and direction to suit your application, whether for moving wheels or controlling robotic arms.
With its low power consumption, reliable torque, and easy integration into most robotics systems, this motor is perfect for both beginner and advanced users.
