CPU temperatures are elevated on the NZXT H510 model.
CPU temperatures are elevated on the NZXT H510 model.
Hey everyone, I just started my first build using an nzxt h510 case, R5 3600 processor, 2060 super, and a kraken x52 AIO. The fan setup is standard with stock fans placed as intake at the front in pull configuration. I only changed the XMP profile in BIOS. During stress testing with aida64 for three minutes, CPU temps peaked at 86°C with an average of 83-84°C—still within a range I’m not sure about. Idle temps are around 40-60°C, which spikes and drops quickly. The Cinebech reached the highest of 78°C. No issues with the GPU since it has two fans. For cooling, I’m using an nzxt one screw AMU universal retention bracket (asked NZXT for an AM4 version) with a thermal grizzly kryonaut as a paste. I’m really worried about keeping these temps down.
only when I launch programs such as Chrome or RGB control tools it jumps to 70 then returns to normal. The front intake seems ineffective; changing it to an exhaust might help, especially since the build used negative air pressure.
This situation involves very limited airflow, which explains why the high temperatures occur mainly in the front area. The poor front intake supports this conclusion. Removing the front panel could significantly lower CPU temperatures, and ensuring the radiator is installed correctly with pipes at the base would help too. Spoiler alert: it matters a lot how the case is built.
You aim for a positive outcome. The front should be the starting point. A bit of rising is typical during activities—it happens because the cooler removes the warmth.
You need to install this upside down since there’s only a front clearence for the RAD. I haven’t seen anyone do this for the H510 before, and the pump pipes are very rigid—so it seems unlikely you’ll be able to mount it without putting pressure on the GPU. Is it feasible?
I’ll give it a shot, though I believe the single hook block retention bracket might be the issue, preventing proper thermal paste distribution.
Conditions were challenging due to voltage adjustments affecting CPU speed. Temperatures stayed stable around 40-45°C, with peaks reaching 67°C under heavy load. Idle temps hovered near 40-45°C, and during peak loads the highest was 67°C. Frequency was set to 4300 and voltage fixed at 1V. Configuration changes were applied uniformly across all fans.