DC Motor 3-12V 64RPM 1:110 Reduction Ratio Full Metal Gear Motor with Encoder – Precision Motion Control in Pakistan

The DC Motor 6-12V 32-64RPM 1:110 Reduction Ratio Full Metal Gear Motor with Encoder is engineered for applications requiring precise motion control. Operating within a voltage range of 6 to 12 volts, it delivers rotational speeds between 32 to 64 RPM, facilitated by a 1:110 gear reduction ratio. The integrated encoder provides accurate feedback on position and speed, essential for robotics, automation, and DIY electronics projects. Its full metal gear construction ensures durability and reliable performance under various operating conditions.

Available at Digilog.pk, this high-quality motor is perfect for your precision motion control needs. We offer fast delivery across Pakistan, including major cities like Lahore, Karachi, Peshawar, Quetta, and Multan.

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• Motor Driver Module for DC Motors
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• High-Quality Jumper Wires for Prototyping

For detailed insights into DC motors and their applications, visit Electronics Tutorials.

Key Features

• Voltage Range: 6V to 12V
• Speed: 32 to 64 RPM
• Gear Reduction Ratio: 1:110
• Construction: Full metal gears for enhanced durability
• Encoder: Integrated for precise position and speed feedback
• Applications: Ideal for robotics, automated machinery, and DIY electronics projects

Internal Linking Headline: Enhance Your Projects with These Components

• Motor Driver Module for Efficient Control
• Arduino Uno R3 for Microcontroller Integration
• High-Quality Jumper Wires for Reliable Connections

External Linking Headline: Deepen Your Understanding of DC Motors

• Comprehensive Guide on DC Motors
• Implementing Encoders in Motion Control

FAQs

1. What is the significance of the 1:110 reduction ratio? The 1:110 reduction ratio means the motor's output shaft turns once for every 110 rotations of the motor's internal shaft, resulting in increased torque and reduced speed, suitable for applications requiring precise control.

2. How does the integrated encoder benefit my project? The encoder provides real-time feedback on the motor's position and speed, enabling precise control in applications like robotics and automation.

3. Is this motor compatible with Arduino boards? Yes, this motor can be controlled using Arduino boards, especially when paired with appropriate motor driver modules.

4. What type of power supply is recommended for this motor? A DC power supply within the 6V to 12V range is suitable, with current ratings that meet the motor's requirements.

5. Can this motor be used for continuous operation? While the motor is designed for durability, continuous operation should be within the specified voltage and load limits to prevent overheating and ensure longevity.