Double Fan Radiator for Raspberry Pi 3 Bplus and 4B

Name: Double Fan Radiator for Raspberry Pi 3 Bplus and 4B
Brand: ROBOTICS EMBEDDED EDUCATION SERVICES PRIVATE LIMITED
Price: 349 INR
Availability: InStock

Price 349 INR/ Piece

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MOQ : 1 Piece

Double Fan Radiator for Raspberry Pi 3 Bplus and 4B Specification

Power Supply
External

Power Source
Electricity

Rated Voltage
3.3V Volt (V)

Supply Voltage
5V-12V DC Volt (v)

Dimension (L*W*H)
5L x 2.5W x 1.2H Millimeter (mm)

Color
Black

Warranty
6 months

Current Rating
3A

Double Fan Radiator for Raspberry Pi 3 Bplus and 4B Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

Double Fan Radiator for Raspberry Pi 3 Bplus and 4B About

Description:

This is a Raspberry Pi 4 Dual Fan With Heatsink Cooling System Double Cooling Fan Cooler Radiator. There is conductive silicone grease viscose on the back, so it can be easily affixed to the components. With an ultra-thin copper heat sink, attached to the back of the DDR, the cooling effect will be better. Easy to install, Fast Heat dissipation, Silence Fan without noise, Smooth and straight aluminium material. By using this kit, can keep your Raspberry Pi cool.

Specification:

Bearing: Sleeve Bearing
Voltage: DC 5V
Connector: DuPont-2 PIN
Rated Current: 0.3 A
Fan Speed: 7500 RPM
Noise Level: 17 dBA
Life: 35000 hours

Efficient Cooling for Raspberry Pi

This double fan radiator is meticulously engineered to fit Raspberry Pi 3 B+ and 4B models, offering a powerful and effective cooling solution. It helps prevent overheating, especially during intensive processing tasks, extending the life of your board. The stylish black finish and compact profile enable easy installation without taking up extra space.

Flexible Power Compatibility

With a supply voltage range from 5V to 12V DC and external power supply support, this fan radiator adapts to various Raspberry Pi setups. The current rating of 3A ensures reliable operation, while the 3.3V rated voltage makes it suitable for many applications. Whether used at home, in a lab, or for educational purposes, it delivers efficient performance consistently.

FAQ's of Double Fan Radiator for Raspberry Pi 3 Bplus and 4B:

Q: How do I install the Double Fan Radiator on my Raspberry Pi 3 B+ or 4B?

A: Simply align the radiator with your Raspberry Pi's processor and secure it to the board using the provided mounting accessories. Then, connect the power source to ensure the fans operate within the 5V-12V DC input range. The compact dimensions allow for effortless integration without obstructing other components.

Q: What are the key benefits of using this radiator with my Raspberry Pi?

A: By efficiently dissipating heat with dual fans, this radiator helps maintain optimal operating temperatures, which extends the lifespan of your Raspberry Pi, prevents thermal throttling, and increases system stability under heavy loads.

Q: When should I use a double fan radiator for my Raspberry Pi setup?

A: It is advisable to use the radiator during prolonged processor-intensive tasks such as gaming, video streaming, or computational projects, as these activities generate significant heat. Implementing cooling protection ensures reliable performance.

Q: Where is this Double Fan Radiator manufactured and supplied from?

A: This product is manufactured and distributed from Taiwan, known for its high-quality electronic components, and is available through authorized distributors, exporters, importers, suppliers, and wholesalers associated with the manufacturer.

Q: What is the process for claiming the 6-month warranty if needed?

A: To claim the warranty, contact your place of purchase with proof of purchase and details of the issue. The supplier or authorized service representative will guide you through the replacement or repair process within the warranty period.

Q: How does the external power supply enhance the usage of the radiator?

A: An external power supply delivers consistent voltage (5V-12V DC) and proper current (up to 3A), ensuring the fans function optimally regardless of the Raspberry Pi's load, thus providing reliable and uninterrupted cooling.

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