Micro electric fan cooling pump is a small water pump system typically used to provide cooling or cooling effects in micro electric fans. This type of cooling pump usually consists of a micro electric motor, water pump, water tank, and pipeline, which circulates liquid to cool the hot components of the fan, such as the motor or circuit board. Here are some important information about micro electric fan cooling pumps:

Working principle: The working principle of a micro electric fan cooling pump is to extract water from the water tank and send it through pipelines to the cooling components of the fan. During the liquid circulation process, the liquid absorbs heat and then carries it to the water tank to dissipate heat through natural or passive cooling. This helps to reduce the operating temperature of the electric fan.

Application: Micro electric fan cooling pumps are typically used in applications that require maintaining low temperatures or reducing the temperature of electronic components, such as electronic devices, computers, computer CPUs, 3D printers, laser engraving machines, etc.

Types: These cooling pumps come in different types, including built-in and external. Internal cooling pumps are usually designed as part of the fan, while external cooling pumps can be installed separately on the fan or heat sink.

Flow rate and lifting height: Choosing an appropriate micro electric fan cooling pump requires consideration of the required liquid flow rate and lifting height to ensure that the cooling effect meets the requirements.

Power supply: Micro electric fan cooling pumps usually use DC power supply, usually through USB interface or other low-voltage power supply.

Maintenance: Regular maintenance includes cleaning the cooling pump, inspecting the water tank, replacing water, and ensuring circuit safety.

Micro electric fan cooling pump is an effective way to maintain temperature stability of electronic devices, especially in high load or high-temperature environments. They are small and portable, easy to install, and can significantly improve the heat dissipation performance of the device. When selecting a cooling pump suitable for a specific application, please consider factors such as the required flow rate, lifting height, power demand, and budget.