Keep Your Raspberry Pi Cool

Ensure optimal performance and prevent overheating with this dedicated cooling fan and radiator accessory for your Raspberry Pi 4, 3, and 2 models. Designed with a compact 30x10mm fan, it provides efficient heat dissipation without adding significant bulk.

Why is cooling important for Raspberry Pi?

Continuous operation, especially under heavy loads, can cause your Raspberry Pi to generate significant heat. This cooling fan actively draws heat away from the main board, using a DC 5V power input that is easily integrated into your Raspberry Pi setup. It's crucial for maintaining system stability and extending the lifespan of your device.

Key Specifications and Compatibility

This cooling fan is compatible with Raspberry Pi 4B, Raspberry Pi 3 Model B+, and Raspberry Pi 2. The radiator design enhances the surface area for heat transfer, making it more effective than a standalone fan. It's a simple yet vital upgrade for any Raspberry Pi enthusiast or project builder.

Specifications

• Compatible With: Raspberry PI 4/3/2
• Brand Name: SUYGK
• Accessory Type: Cooling Fan
• Fan Dimensions: 30x10mm
• Power Input: DC 5V

Specifications:

• Compatible With: Raspberry PI 4/3/2
• Brand Name: SUYGK
• Accessory Type: Cooling Fan

Frequently Asked Questions:

What Raspberry Pi models is this cooling fan compatible with?

This cooling fan is compatible with Raspberry Pi 4B, Raspberry Pi 3 Model B+, and Raspberry Pi 2 models. It's designed to fit these specific single-board computers.

How is the cooling fan powered?

The cooling fan is powered via a DC 5V input, which can be easily connected to your Raspberry Pi's GPIO pins or a compatible power source.

What are the dimensions of the cooling fan?

The cooling fan itself measures 30x10mm. This compact size allows for easy integration without obstructing other components on your Raspberry Pi board.

Does this product include a radiator?

Yes, this product includes a radiator designed to work with the cooling fan. The radiator enhances heat dissipation by increasing the surface area for heat transfer.