CPU cooler is drooping, but the motherboard isn’t moving and it’s securely fastened without damaging it (arctic 34 duo).
CPU cooler is drooping, but the motherboard isn’t moving and it’s securely fastened without damaging it (arctic 34 duo).
It seems like the situation matches what we expect, and gravity will prevail. You might widen the backplate to distribute the cooler's weight more evenly, but if the board is too thin, it won't make much difference. Avoid moving the setup frequently—any sudden impact could cause serious damage, as others have experienced before with similar issues. Dropping or hitting it directly poses a real risk here.
Boards consist of fiberglass, a material formed by embedding glass fibers in plastic. Glass has flexibility, while plastic remains rigid. Over an extended period—such as many years—this difference will cause all fiberglass to degrade, regardless of thickness.
Curious about whether the heat pipes deform under heat? They're supporting the fins and fans, so they might be experiencing some stress.
Verify the presence of any loose or missing screws on the motherboard standoffs. Ensure your CPU temperatures are within normal ranges. Confirm all mounting screws are securely fastened. If these conditions are met, it may indicate the cooler is already bent or the fans aren't aligned properly.
I transferred the PC between homes often, using styrofoam for protection. Could it cause harm?
Eventually, removing the cooler when relocating it can be beneficial. A computer that’s often moved makes an AIO worthwhile. You don’t need to disassemble it during transport since the pump and cold air are much lighter than a traditional cooler.