52Pi Armor Lite V5 Aluminum Heatsink with 3510 Fan for Raspberry Pi 5

Caractéristiques (extraites automatiquement)

Description

[Description] The aluminum alloy CNC-machined heatsink is designed to efficiently dissipate heat from electronic components, particularly suitable for use with the Raspberry Pi 5. The heatsink comes equipped with a fan interface compatible with Raspberry Pi 5 cooling fans, providing an all-in-one solution for temperature management. NOTE: If the board is not hot, the fan will not spin. It's an actively managed cooler. If the board is cool enough, the fan doesn't spin because the board doesn't need cooling. It starts to rotate when the temperature exceeds 50°C, and the higher the temperature, the faster it rotates. [Features] Premium Material: Constructed from high-quality aluminum alloy through CNC machining, ensuring excellent heat dissipation capabilities. Raspberry Pi 5 Compatibility: Tailored for use with Raspberry Pi 5, offering precise dimensions and an integrated fan interface for seamless compatibility. Efficient Heat Dissipation: The heatsink's design maximizes surface area for optimal heat dissipation, promoting efficient cooling of electronic components. Integrated Fan Support: Features a dedicated interface for connecting a Raspberry Pi 5-compatible fan, enhancing cooling performance under demanding conditions. Easy Installation: Requires only two screws for secure attachment, providing a hassle-free installation process. Versatile Application: Suitable for a variety of electronic projects and applications where efficient heat management is crucial. Compact and Lightweight: Despite its robust construction, the heatsink remains compact and lightweight, ensuring minimal impact on the overall system form factor. Durable Construction: Built to withstand continuous operation and temperature variations, ensuring long-term reliability. Sleek Aesthetics: The sleek design adds a professional and modern aesthetic to the Raspberry Pi 5 setup. Enhanced Performance: By maintaining optimal operating temperatures, the heatsink contributes to enhanced overall performanc