DC Motor Fan Blade 3-Wing Fan For Toy MotoR Specification
Components
Single 3-wing fan blade
Thermal Conductivity
Low (plastic material)
Interface
Fits standard toy DC motor shaft (approx. 2 mm diameter hole)
Features
Lightweight, easy to install, 3-wing aerodynamic design
Operating Temperature
0C to 50C (standard for plastic parts)
Input
Mechanical (rotation from DC motor)
Power Supply
N/A (passive component, powered by attached DC motor)
Usage
For toys and educational models
Power Source
Requires DC motor (not included)
Output
Airflow/wind
Product Type
Fan Blade
Application
DIY toys, model fans, science projects
Rated Voltage
N/A (depends on DC motor used)
Supply Voltage
N/A (depends on DC motor used)
Size
Small (suitable for miniature DC motors)
Dimension (L*W*H)
Approx 10-12 cm diameter (wing-tip to wing-tip), 2-3 cm height
Function
Fan blade designed to create airflow when attached to a DC motor
Color
White
Weight
Lightweight (estimated less than 10 grams)
Capacity
N/A (not applicable for fan blades)
Thickness
Approximately 1-2 mm (blade-body thickness)
Current Rating
N/A (fan blade only, no electrical function)
Mounting Type
Push-fit onto motor shaft
Rotation Direction
Bidirectional (depends on motor direction)
Number of Blades
3 (Three-wing)
Suitable DC Motor Shaft Size
~2 mm diameter
Blade Type
Curved, for efficient airflow
Material
Durable ABS plastic
Usage Age Group
Recommended for ages 7 and above (under supervision)
Blade Length
Approx 5-6 cm from center to tip
DC Motor Fan Blade 3-Wing Fan For Toy MotoR About
Number of Blades
3
Blade Diameter
150 mm
Bore Size
10 mm
Blade Profile
Curved
Color
White
Country of Origin
India
Blade Fan Propeller Diy Projects Durable Blades for Steady Airflow Easy to Install in Various Enclosures Sturdy Build for Long-Term Use
Applications Electronics Cooling & Enclosures School & Solar DIY Projects Battery/Inverter Ventilation Robotics & Mini Machines
Efficient Airflow for Educational Projects
This three-wing fan blade uses a curved design to maximize airflow, making it ideal for educational science kits and DIY projects. Its lightweight nature ensures optimal speed when attached to small DC motors, providing reliable performance without straining the motor.
User-Friendly and Safe Design
The push-fit mounting features make installation straightforward for students and hobbyists, while the ABS plastic construction offers safety and durability. Designed for users aged 7 and up (supervised), it's suitable for hands-on learning without electrical complexity.
FAQ's of DC Motor Fan Blade 3-Wing Fan For Toy MotoR:
Q: How do I attach the 3-wing fan blade to a DC motor?
A: Simply align the fan blade's mounting hole with your DC motor shaft (about 2 mm in diameter) and gently push it onto the shaft until secure. Ensure the motor is compatible with the blade size for the best results.
Q: What material is the fan blade made from, and why is it suitable?
A: This fan blade is manufactured from durable ABS plastic, which is both lightweight and strong, making it ideal for repeated use in educational models and toys without damaging the shaft or blade.
Q: When should I use this fan blade in my projects?
A: This 3-wing fan blade is best used in DIY toy projects, model fans, or science experiments that require efficient airflow or demonstration of basic mechanical principles with DC motors.
Q: Where can this fan blade be utilized?
A: It can be used in a wide range of settings such as classrooms, science fairs, at home, or maker spaces-anywhere educational or hobby electronics are explored with miniature DC motors.
Q: What is the process to change the fan's rotation direction?
A: To reverse the fan's airflow, simply reverse the polarity of your DC motor's power connection. The blade will spin in the opposite direction, as it's designed for bidirectional rotation.
Q: Is the fan blade safe for children to use?
A: It is recommended for users aged 7 and up, under adult supervision. The lightweight ABS construction reduces risk, but supervision is needed, especially during installation and operation of the motor.
Q: What benefits does the three-wing curved design provide?
A: The aerodynamically curved, three-wing structure ensures efficient airflow, enhancing fan performance even at low motor speeds, making it suitable for practical demonstrations and effective cooling in small models.
Tell us about your requirement
Price:
Quantity
Select Unit
50
100
200
250
500
1000+
Additional detail
Mobile number
Email
Name
Comapny Name
Phone Number
Email Id
City / State
Confirm Your Requirement
Verification Code
Did not receive yet?
Resend OTP
You’re Done!
We have received your requirements and will reply shortly with the best price.