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16 Dec,2024

Buy TT555 12V 7RPM Rectangular Gearbox DC Motor

In the rapidly evolving world of electronics, motors play a crucial role in various applications, from robotics and automation to DIY electronics projects and more. One such essential component is the TT555 12V 7RPM Rectangular Gearbox DC Motor, a versatile, reliable, and affordable solution for a variety of applications. At Electroboat.in, India\'s leading online store for electronics components, we offer the TT555 12V 7RPM Rectangular Gearbox DC Motor and many other related products at the best prices, with secure delivery options across the country.

In this comprehensive guide, we will walk you through the various features of the TT555 motor, its applications, and how to buy it online at Electroboat.in. Whether you\'re a hobbyist, engineer, or developer, this guide will help you make an informed decision.

What is the TT555 12V 7RPM Rectangular Gearbox DC Motor?

The TT555 12V 7RPM Rectangular Gearbox DC Motor is a robust and highly efficient DC motor used primarily in various robotics, automation, and DIY electronics projects. The 12V motor is paired with a rectangular gearbox that helps reduce the speed and increase the torque, making it ideal for applications where precision and low speed are important.

Key Features of the TT555 12V 7RPM Motor:

  1. 12V Operating Voltage: The TT555 12V DC motor operates at a nominal voltage of 12V, which is standard for most Arduino and Raspberry Pi powered projects, making it easy to integrate into your systems.

  2. 7RPM Speed: With a speed of 7 revolutions per minute (RPM), the TT555 motor is well-suited for tasks that require slow, precise movement, such as in robotics, actuators, or automation systems.

  3. Rectangular Gearbox Design: The gearbox provides a reduction in speed, increasing the output torque. This makes it perfect for tasks where high torque is needed at low speeds.

  4. Compact Size: The TT555 12V 7RPM DC motor has a compact, rectangular form factor, which allows it to fit into tight spaces, making it ideal for projects with limited room.

  5. High Efficiency: The TT555 motor provides a good balance between performance and power consumption, ensuring that your projects remain efficient while keeping energy usage low.


Applications of the TT555 12V 7RPM Rectangular Gearbox DC Motor

The TT555 12V 7RPM Rectangular Gearbox DC Motor is ideal for a wide range of applications, especially in fields where precise control, low-speed rotation, and high torque are required. Let’s dive into some common uses for this versatile motor:

1. Robotics

One of the most popular uses of the TT555 12V 7RPM Rectangular Gearbox DC Motor is in robotics. Robots often need motors that can provide both high torque and slow rotational speeds. Whether you\'re building a robotic arm, mobile robot, or a mechanical device, the TT555 motor offers a reliable solution.

  • Control System for Robotic Arms: The motor’s 7RPM speed and high torque make it perfect for controlling the actuators and joints of robotic arms.
  • Movement for Mobile Robots: For mobile robots that require slow and steady movement, the TT555 motor helps them navigate with precision.

2. Automation Systems

The TT555 12V 7RPM motor is also ideal for use in various automation systems, such as conveyor belts, positioning systems, and smart factories. Its slow speed and high torque are perfect for tasks that require fine control over movement, such as in automated machines, motion control systems, and automated assembly lines.

  • Conveyor Belts: The motor can be used to drive slow-moving conveyor belts, ensuring that goods or products are moved smoothly without excessive acceleration.
  • Positioning Systems: It is used in systems that require precise positioning, such as CNC machines or automated measuring devices.

3. DIY Electronics and IoT Projects

For hobbyists and engineers working on IoT projects, the TT555 12V motor provides a great solution for tasks like actuators, mechanical controls, or sensors that need to move with precision. The TT555 12V 7RPM Rectangular Gearbox DC Motor is commonly used in:

  • Arduino Projects: The motor can easily be integrated into Arduino-based systems for moving parts in DIY electronics projects.
  • Remote-Controlled Devices: From model cars to miniature robots, this motor serves as a reliable part of remote-controlled systems.
  • IoT Systems: As part of smart devices, the motor can move parts like doors, windows, or even automated cameras.

4. Automotive Applications

The TT555 12V motor is a great choice for small vehicle models, remote-control cars, and miniature prototypes that require precise, low-speed movements.

  • Remote-Controlled Cars: The low-speed motor allows for controlled movements in toy cars, robotics, and hobby vehicles.
  • Prototype Vehicles: It is used to build prototype vehicles for showcasing concepts that require slow-moving components.

5. Educational Kits

If you’re teaching or learning about mechanical design, Arduino programming, or electronics, the TT555 motor is an excellent addition to your educational kits. The motor’s simplicity, coupled with its functionality, makes it a great learning tool.


Why Buy the TT555 12V 7RPM Rectangular Gearbox DC Motor at Electroboat.in?

When purchasing electronic components like the TT555 12V 7RPM Rectangular Gearbox DC Motor, it\'s essential to choose a reliable supplier. Electroboat.in is your trusted partner in India for all electronics needs. Here\'s why:

1. Competitive Prices

At Electroboat.in, we understand the value of cost-effective solutions. The TT555 12V 7RPM DC motor is available at a competitive price, ensuring that you get the best value for your money. We provide affordable options for hobbyists, professionals, and large-scale industrial buyers.

2. Wide Range of Products

Our inventory includes a variety of DC motors, gearboxes, and robotics components, in addition to the TT555 12V 7RPM Rectangular Gearbox DC Motor. Whether you’re working on a small DIY project or a large industrial application, we have everything you need.

3. Reliable Shipping Across India

We offer fast and reliable delivery services across India. Whether you’re based in New Delhi, Mumbai, Bangalore, or Chennai, our delivery service ensures that your products, including the TT555 motor, reach you on time.

4. Customer Support

At Electroboat.in, we believe in providing excellent customer service. Our team is always available to assist you with your purchases, whether you need help with selecting the right product, troubleshooting, or tracking your order. Our goal is to make your shopping experience as smooth and hassle-free as possible.

5. Secure Online Shopping Experience

Our platform provides a secure shopping environment. You can confidently make purchases using safe payment methods such as UPI, credit/debit cards, and net banking.


How to Integrate the TT555 12V 7RPM Motor into Your Projects

Integrating the TT555 12V 7RPM Rectangular Gearbox DC Motor into your projects is easy, especially if you\'re using Arduino, Raspberry Pi, or other microcontrollers. Below is a simple step-by-step guide to help you get started.

Step 1: Gather Your Materials

To get started, you will need:

  • TT555 12V 7RPM motor
  • Arduino board (or Raspberry Pi, depending on your project)
  • Jumper wires
  • Power supply (12V)

Step 2: Wiring the Motor

  1. Connect the motor’s terminals to the Arduino board using jumper wires. For most Arduino projects, you can connect the motor to the digital pins.
  2. Connect the motor’s VCC to the 12V power supply.
  3. Connect the ground (GND) of the motor to the ground (GND) of the Arduino board.

Step 3: Code the Motor

You can use the following basic Arduino code to control the motor’s direction and speed:

cpp
<button class=flex gap-1 items-center select-none py-1>Copy code</button>
int motorPin = 9; // Pin where the motor is connected void setup() { pinMode(motorPin, OUTPUT); // Set motor pin as an output } void loop() { digitalWrite(motorPin, HIGH); // Turn motor on delay(1000); // Wait for 1 second digitalWrite(motorPin, LOW); // Turn motor off delay(1000); // Wait for 1 second }

Step 4: Test the Motor

Upload the code to your Arduino board, power it on, and test the TT555 12V motor. You should see the motor rotate based on the code commands.



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