RC Cooling Fans 30mm 26000rpm

 

 

RC Cooling Fans 30mm 26000rpm are essential components in RC vehicles, playing a crucial role in temperature control for ESCs (Electronic Speed Controllers) and motors.

 

RC vehicle models typically utilize three sizes of high-speed fans: 2510 (mainly for 1/10 scale vehicle ESCs), 3010 (mainly for 1/8 scale vehicle ESCs), and 4010 (mainly for motor cooling). While fans of these sizes are available in the market, they are primarily designed for cooling small power integrated circuits or power sources. These conventional fans are usually suitable for stable indoor environments with constant voltage and no strong magnetic interference. However, it's important to note that not all fans that rotate when powered can be directly used for RC vehicle cooling.

 

Our entire range of fans features a wide voltage range of 4.8V to 8.4V and high speeds (up to 20K to 26K rpm), enhancing the airflow velocity over the surfaces of heat-dissipating equipment. Double ball bearings imported from reliable sources extend the fan's lifespan, while the overload protection circuitry can handle sudden blockages with ease. Our 3010 fans come with high-quality black silicone wires and connectors with positive polarity markings, ensuring both aesthetics and durability, and effectively addressing the issue of wire stiffness and breakage in low-temperature environments.

 

 

RC Cooling Fans 30mm 26000rpm will be your best choice.

 

 

1. Preparation of raw materials: Prepare various raw materials required for DC cooling fans, including plastic shells, copper wire coils, motor shafts, etc.

2. Injection molding: The plastic raw materials are heated and melted, then injected into the mold, and molded through an injection molding machine to form the fan casing and blades.

3. Motor assembly: Wind the copper wire coil around the motor core, and assemble the motor shaft and sleeve together to form the motor assembly.

4. Parts assembly: Assemble the motor assembly to the fan housing, and install circuit boards, switches and other auxiliary components.

5. Welding of connection wires: Weld and fix the connection wires between the motor and the circuit board to ensure that the circuit is properly energized.

6. Overall assembly: Assemble the assembled components as a whole, including connecting the fan housing, adjusting the blade position, etc.

7. Cleaning and testing: Clean the assembled product, and then conduct functional and performance tests to ensure the normal operation of the cooling fan.

8. Encapsulation and quality inspection: Encapsulate and package qualified cooling fans, and then conduct quality inspection, including appearance inspection, performance testing, etc.

9. Transportation and distribution: Pack the cooling fans that pass quality inspection and then ship them to customers or distributors.

 

 

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