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1. #BEST CPU STRESS TEST AND TEMPERATURE GAUAGE HOW TO#
2. #BEST CPU STRESS TEST AND TEMPERATURE GAUAGE INSTALL#

This helps ensure proper contact with the cooler without bending or damaging the motherboard. Most motherboards now come with a metal plate at the bottom to prevent PCB bending. The motherboard might also bend, which can cause problems such as random shutdowns or a boot error. Too much pressure and you might damage the motherboard. It’s essential to have the right level of mounting pressure between the cooler and the CPU. To mount your Intel stock cooler properly, ensure the pushpins are turned in the right direction and pushed down.

#BEST CPU STRESS TEST AND TEMPERATURE GAUAGE HOW TO#

Some people mistakenly assume that the markers show how to lock the pushpins. The trick is to know that the markers on the pushpins show the direction you should turn the pushpins to unlock them and remove the cooler. Loose pushpins caused the problem in the instance above on an Intel cooler. It might seem trivial, yet it can result in significantly higher CPU temperatures.įor example, one internet user reported CPU temperatures of 194☏ (90☌) under moderate load with a loose connection between the CPU and the cooler.Īfter tightening the connection, their CPU temperatures don’t exceed 124☏ (51☌) even under a heavy stress test. If you ruin the installation, your cooler won’t make proper contact with the CPU and won’t cool it effectively.įailing to tighten the CPU cooler is almost always the common denominator in botched pushpin installations.

#BEST CPU STRESS TEST AND TEMPERATURE GAUAGE INSTALL#

Pushpins can be tricky to install properly when mounting an Intel stock cooler. Check that the pushpins are fastened correctly Let’s look at a few other checks you can perform to determine whether your CPU cooler installation was done correctly. If it does, you’ve not used enough mounting pressure and should tighten the screws more or fasten the pushpins correctly. If you can turn the cooler around with minimal effort, the connection is loose, and the installation won’t be as effective as it should be.Ī quick way of knowing whether you mounted the cooler properly is by checking whether it moves when you touch it. The wrong application of thermal paste will reduce the effectiveness of your installation’s heat transfer process. There is too much or too little thermal paste.

It reduces the efficiency of heat transfer and negatively affects the cooling process. There is space between it and the CPU lid.Your CPU cooler is not properly mounted if: For this to work well, your installation has to allow maximum heat transfer between the CPU and the cooler. The cooler makes contact with the CPU lid or IHS (Integrated Heat Spreader), allowing it to drain and dissipate heat away from the CPU. To assess the quality of your CPU cooler installation, you need to know how the cooler works and keep that knowledge in mind as you mount it on the CPU. Tip: I highly recommend taking the motherboard out of your computer case to get a proper view of the CPU cooler and whether it is mounted properly.