June 20, 2024

How to kit out your Raspberry Pi with a cool cooling case

4 min read


Raspberry Pi fitted with a fan-cooled case

Raspberry Pi fitted with a lover-cooled case.

Adrian Kingsley-Hughes/ZDNET

Most folks under no circumstances assume about cooling their Raspberry Pi. They construct a venture close to it, fire it up, and enable it run.

But if you’re pushing your Raspberry Pi tough, then introducing some cooling is low-priced coverage versus difficulties that crop up from overheating — troubles such as the CPU getting throttled and the Raspberry Pi jogging slow, or even components problems.

The simplest way to cool a Raspberry Pi is to adhere heatsinks on the chips to dissipate the warmth created. 

But if you’re pushing your Raspberry Pi to the limit, then you may want to commit in a cooling case.

You should not worry, they’re seriously low-priced!

Also: My 3 ought to-have Raspberry Pi equipment

There are two varieties of instances – passively-cooled (or fanless), and lover-cooled. The fanless types use much less electrical power, are quieter (though the supporter-cooled situations I’ve tried are also fundamentally silent), and will not have a enthusiast for your finger to jam up.

I uncover that most of the time when I need additional cooling, a fanless scenario does the occupation just high-quality. But here I am likely to display how to healthy a supporter-cooled case. The system is just about identical except for when we’re working with the lovers. 

This is how to fit the scenario.

Parts for Raspberry Pi cooling case

Listed here are all the screws, thermal pads, and the Allen vital essential.

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On this scenario, the two lovers are attached to the circumstance making use of four fasteners each and every (the fasteners with the scaled-down heads). Screw these down finger-tight and no additional.

The side showing the fans

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This package arrives with four thermal pads that are self-adhesive. Peel off the paper side and stick that to the case. Then peel off the other facet, and that aspect will adhere to the chips when the situation is clamped jointly.

Make guaranteed to peel equally sides — if you really don’t do this, the cooling won’t be effective.

The initial image down below demonstrates a thermal pad prior to currently being peeled, the second reveals the thermal pads equipped in spot.

Fingertips holding a small strip

The thermal pads — peeling these can be tricky.

Adrian Kingsley-Hughes/ZDNET

Four blue thermal pads on a Raspberry Pi

Adrian Kingsley-Hughes/ZDNET

Align the two halves of the cooling case, and clamp it with each other working with the remaining screws. Again, go finger-restricted only. Overtightening can hurt the Raspberry Pi.

The case from the side

Clamping the scenario jointly.

Adrian Kingsley-Hughes/ZDNET

This connects to pins 3 and 6 on the GPIO.

Cords plugged into near the left end of the edge near the fans

Power related to pins 3 and 5 on the GPIO.

Adrian Kingsley-Hughes/ZDNET

All that is left is to electric power up the Raspberry Pi!

If the enthusiasts aren’t turning, you have possible connected the connector to the erroneous pins. Change the Raspberry Pi off, examine, and restart.

Raspberry Pi plugged in

Powering up the Raspberry Pi and checking the followers are working.

Adrian Kingsley-Hughes/ZDNET


Supply connection Have you ever wanted to kit out your Raspberry Pi with a cool cooling case? Well, it’s finally time to do just that!

There are a few steps you will need to take to make sure you get the most out of your Raspberry Pi. Before you begin, you will need to make sure that you have the right components and tools. Specifically, you will need: a Raspberry Pi, a cooling case, a heat sink, a thermal adhesive, and some screws.

The first step is to install the heat sink. This should be the first thing you do so that the heat produced by the Raspberry Pi is absorbed and dissipated. Simply attach the heat sink on the board. If you need help, make sure to follow the instructions carefully.

Once the heat sink is in place, it’s time to move onto the cooling case. Start by placing the Raspberry Pi board inside the case and then mark where you need to drill the holes. Make sure that the holes are secure and of the right size, as the Raspberry Pi is vulnerable to dust and debris.

Next, attach the proper screws to the cooling case and Raspberry Pi board. Now, you will need to attach the thermal adhesive. This is important and you should use the adhesive sparingly. Once the thermal adhesive is in place, you can secure the case to the board by tightening the screws.

Once all of the steps are completed, you should be ready to test it out. Before you do, make sure to apply an anti-static wrist-strap. This will ensure that your Raspberry Pi board stays protected as you work. Now, you can run tests and monitor the temperature to make sure it’s working properly. With a little bit of effort, you can kit out your Raspberry Pi with a cool cooling case in no time!