3-in-1 Raspberry Pi Heatsink Set (Raspberry Pi Logo)

Name: 3-in-1 Raspberry Pi Heatsink Set (Raspberry Pi Logo)
Brand: Generic
SKU: SBCD-1132
Price: 132.00 INR
Availability: OutOfStock

₹132.00 (Inclusive of all taxes)

Out of Stock

Ensure optimal thermal performance for your Raspberry Pi with this 3-in-1 heatsink set, featuring both copper and aluminum heat sinks for efficient passive cooling. Designed to prevent hardware failure due to overheating, this low-profile kit is compatible with all Raspberry Pi 2/3 models.

Features

Reduces the risk of hardware failure caused by overheating.
Features a low-profile design that fits comfortably into most cases.
Offers simple, passive cooling without the need for noisy fans.
Precisely sized for the Raspberry Pi’s CPU, SoC, and LAN chip.

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Description

This 3-in-1 heatsink set is specifically engineered for all versions of the Raspberry Pi 2 and Raspberry Pi 3 models, providing an effective solution for thermal management. Whether the Raspberry Pi is overclocked, operating in a high-temperature environment, or simply requires enhanced heat dissipation, this kit helps to significantly reduce the operating temperature of the SoC (System on Chip) and LAN chip, thereby extending the hardware’s operational lifespan.

Constructed from high-quality copper and aluminum, this heatsink set offers robust passive cooling capabilities. Each heatsink features an adhesive thermal layer for straightforward installation, ensuring a secure and efficient thermal interface. Protecting your Raspberry Pi from overheating is crucial for stable performance and long-term reliability.

Key Features

Comprehensive set of three heatsinks for critical Raspberry Pi components.
Includes a self-adhesive thermal layer on each heatsink for quick and easy application.
Optimized thermal resistance of 27°C/W ensures effective heat dissipation.
Comprises one aluminum heatsink and two copper heatsinks for varied cooling needs.
Designed to be low-profile, allowing compatibility with most Raspberry Pi cases.
Contributes to extending the lifespan of the Raspberry Pi by maintaining lower operating temperatures.

Applications

Overclocked Raspberry Pi systems requiring enhanced thermal management.
Raspberry Pi deployments in warm or enclosed environments.
Extending the operational lifespan of Raspberry Pi hardware.
Preventing thermal throttling in high-load applications.
General-purpose Raspberry Pi use for improved stability.

Technical Specifications

Item Type	Heatsink Set
Material	1x Aluminium, 2x Copper
Dimensions (Aluminium)	13 x 12 x 5 mm
Dimensions (Copper 1)	9 x 9 x 12 mm
Dimensions (Copper 2)	12 x 12 x 1 mm
Thermal Resistance	27°C/W
Color	Red (Aluminium), Copper (Copper)
Weight (Set)	8g

Frequently Asked Questions

What Raspberry Pi models are compatible with this heatsink set?

This 3-in-1 heatsink set is specifically designed for all versions of the Raspberry Pi 2 and Raspberry Pi 3 models. It provides effective thermal management for the SoC and LAN chip on these boards, reducing overheating risks and extending hardware lifespan under various operating conditions.

How is the heatsink set installed onto the Raspberry Pi board?

Each heatsink in the set comes with a self-adhesive thermal layer for simple, tool-free application. Users simply peel off the protective film from the back of the heatsink and firmly attach it to the designated chips (SoC, LAN controller) on their Raspberry Pi board. Ensure surfaces are clean before adhesion.

What are the material differences and benefits of the heatsinks included?

The set includes one aluminum heatsink and two copper heatsinks. Aluminum offers a good balance of heat dissipation and light weight, suitable for general cooling. Copper, with its superior thermal conductivity, is ideal for the most critical components like the main SoC, ensuring maximum heat transfer efficiency.

Does this heatsink set require an external power source or fan?

No, this heatsink set provides simple, passive cooling. It does not require any external power source or active fan, ensuring silent operation. The design relies purely on material properties and surface area to dissipate heat effectively from the Raspberry Pi's components.