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Aluminum Case with Fan for Raspberry Pi 4B (grey) - OEM DNG-17236
Aluminum Case with Fan for Raspberry Pi 4B (grey) - OEM DNG-17236
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Aluminum Case with Fan for Raspberry Pi 4B (grey) - OEM DNG-17236
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Aluminum Case with Fan for Raspberry Pi 4B (grey) - OEM DNG-17236
Aluminum Case with Fan for Raspberry Pi 4B (grey) - OEM DNG-17236
Aluminum Case with Fan for Raspberry Pi 4B (grey) is a metal enclosure designed to house a Raspberry Pi 4B single-board computer while providing improved thermal management. The grey aluminum shell acts as a passive heatsink and, together with the integrated fan, supports active cooling to maintain lower component temperatures during sustained CPU or GPU load. The enclosure includes cutouts for ports and connectors, and its compact form factor fits typical desktop and embedded installations.
The aluminum construction offers enhanced heat dissipation compared to plastic cases and increases structural durability for everyday use. The built-in fan provides targeted airflow to reduce thermal throttling under heavy processing tasks. The grey finish is neutral and suitable for a variety of environments, from home media centers to professional prototyping. The case is compact and helps keep the Raspberry Pi 4B protected from dust and light impacts while allowing access to all essential ports.
Place the Raspberry Pi 4B inside the aluminum enclosure aligning the board with the port cutouts. Secure the board using the provided mounting points or screws and connect the fan to the Pi's 5V/GND and control pin if fan speed control is required. Reassemble the case ensuring all connectors align with the external openings. Connect power and peripherals and verify airflow from the fan; the case will assist passive heat transfer through the metal body while the fan increases airflow across critical chips.
For optimal thermal performance, keep ventilation openings unobstructed and position the case in a location with adequate ambient airflow. If using the device in enclosed spaces or under continuous heavy load, consider configuring fan control via software or a simple transistor circuit to adjust fan speed based on CPU temperature. Regularly check and clean the fan and vents to prevent dust buildup that can reduce cooling efficiency.
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