Three-Leaf Fan for DC 130-Type Motors

The Three-Leaf Fan for DC 130-Type Motors is a compact and efficient fan blade designed specifically for use with 130-size DC motors. Known for its simplicity and versatility, this fan is ideal for a variety of applications, including DIY cooling systems, small robotics projects, and educational kits. The three-leaf design provides balanced airflow while minimizing load on the motor, making it ideal for use in lightweight, low-power setups.

Key Features

• Three-Leaf Design: Optimized for balanced and efficient airflow, providing steady ventilation with minimal drag on the motor.
• Perfect Fit for 130-Type Motors: Specifically designed to fit securely onto the shaft of 130-size DC motors, ensuring a stable connection.
• Lightweight Plastic Construction: Made from high-quality, lightweight plastic to ensure smooth operation without putting undue strain on the motor.
• Low Power Consumption: The design is low drag, allowing the motor to spin freely and efficiently, which is ideal for battery-powered projects.
• Safe for DIY and Educational Projects: With smooth, rounded edges and lightweight material, this fan is safe to handle, even for younger users.
• Versatile Applications: Ideal for cooling, ventilation, small robot propulsion, and DIY projects requiring light airflow.

Specifications

• Material: Durable plastic
• Number of Blades: 3 (three-leaf fan design)
• Diameter: Typically between 40mm and 60mm (varies depending on model)
• Bore Size: Specifically designed to fit 130-type DC motor shafts (commonly 2mm shaft diameter)
• Weight: Lightweight for minimal impact on motor performance
• Color Options: Available in various colors, such as blue, red, green, and white

Applications

• DIY Cooling Systems: Perfect for small-scale cooling applications, such as cooling electronic components or small enclosures.
• Mini Ventilation: Can be used in mini ventilation systems for creating airflow in confined spaces.
• Robotics and Model Vehicles: Ideal for small robots or model vehicles where low-power airflow is needed.
• STEM Education Kits: Great for educational projects, helping students learn about airflow, motor mechanics, and basic electronics.
• Battery-Powered Devices: Suitable for low-power, battery-operated projects due to its minimal impact on motor power consumption.

Benefits

• Efficient Airflow: The three-leaf design offers an optimal balance of airflow and low drag, ensuring efficient cooling or propulsion.
• Easy Installation: Fits securely on 130-type motor shafts, requiring no additional tools or adapters.
• Safe and Lightweight: Made from durable, safe plastic with smooth edges, ideal for safe handling in educational and hobbyist settings.
• Minimal Power Usage: Low drag design reduces strain on the motor, helping to preserve battery life in battery-operated projects.
• Cost-Effective Solution: Provides an affordable way to add cooling or ventilation to DIY projects.

How to Use the Three-Leaf Fan for DC 130-Type Motor

1. Prepare the Motor: Ensure that your 130-type motor is powered off and securely mounted in your project setup.
2. Attach the Fan: Slide the fan onto the motor shaft. The bore size is designed to fit snugly on the 2mm shaft of a 130-type motor.
3. Secure Positioning: Press gently to ensure a firm fit on the motor shaft. If needed, apply a small amount of adhesive for a more permanent attachment.
4. Test and Power On: Power the motor to test the fan’s operation, observing the airflow generated and checking for any adjustments needed.

Why Choose the Three-Leaf Fan for DC 130-Type Motor?

The Three-Leaf Fan for DC 130-Type Motor is an ideal accessory for anyone working with 130-size DC motors in cooling, ventilation, or educational projects. Its compatibility with 130-type motors, lightweight design, and efficient airflow make it a versatile and easy-to-use solution. Perfect for hobbyists, students, and DIY enthusiasts, this fan brings reliable performance and added functionality to your small motor projects.

Order your Three-Leaf Fan for DC 130-Type Motor today and enhance your project with efficient, cost-effective airflow!