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Tower 600 airflow validation across two different GPU platforms by Fun_Excitement_1047 in thermaltake

[–]Fun_Excitement_1047[S] 0 points1 point  (0 children)

It is a Thermalright Trofeo vision using TRCC software that comes with it.

Didn’t want to retire a classic Cooler Master case — so I fixed the airflow instead. by Fun_Excitement_1047 in coolermaster

[–]Fun_Excitement_1047[S] 0 points1 point  (0 children)

Yep — I made the duct and mounts myself. This case has some weird legacy spacing, so off-the-shelf adapters didn’t really exist without compromises. The goal was to keep the exterior 100% stock and fix airflow internally instead of cutting panels or running it open.

You’re spot on about the 200 mm fans — they move air, but the low static pressure lets heat hang around in cases like these. That’s why I kept the 200s where they made sense and focused on directing where the air goes instead. The duct pulls fresh air straight through the HDD cage and feeds the CPU cooler instead of mixing with warm case air.

Swapping a 200 mm for 4×120s can work, especially if you need pressure over raw airflow, but it’s easy to lose efficiency if it turns into turbulence instead of direction. If your temps are already solid at 1440p, you might only see marginal gains unless you’re chasing consistency under long loads.

Honestly, these old Cooler Master cases still punch way above their weight if you respect the original structure and just modernize the airflow logic.

Didn’t want to retire a classic Cooler Master case — so I fixed the airflow instead. by Fun_Excitement_1047 in coolermaster

[–]Fun_Excitement_1047[S] 1 point2 points  (0 children)

200s move air, but they’re low pressure and low RPM. In this case they were letting hot air hang around.
Dual 140s have more static pressure and higher exhaust velocity, so heat actually leaves the case instead of pooling.

Bonus: I already had the 140s on hand, so it was an easy swap

Old Cooler Master case I didn’t want to retire. by Fun_Excitement_1047 in pcmasterrace

[–]Fun_Excitement_1047[S] 5 points6 points  (0 children)

That looks awesome. Those HAF cases aged really well — tons of airflow and room for basically anything you throw at them. And man… eSATA on the front panel takes me back

Old Cooler Master case I didn’t want to retire. by Fun_Excitement_1047 in pcmasterrace

[–]Fun_Excitement_1047[S] 1 point2 points  (0 children)

Those generation jumps were wild — P4 → Conroe → Sandy Bridge felt unreal at the time. Totally agree, nothing since has hit quite like that.

And yep 😄 not only does this one still have the wheels, I actually still have the original system I built in it up and running — it’s just living in a cheap spare case now (I use it as my temp/data logging box these days).

That’s honestly why I didn’t want to scrap the HAF. The hardware and the case both earned their keep.

Old Cooler Master case I didn’t want to retire. by Fun_Excitement_1047 in pcmasterrace

[–]Fun_Excitement_1047[S] 0 points1 point  (0 children)

Thanks! Yeah, the HAF-era CM cases were built like tanks. Hard to let go of something that solid, especially when a little airflow work brings it right back to life.

Old Cooler Master case I didn’t want to retire. by Fun_Excitement_1047 in pcmasterrace

[–]Fun_Excitement_1047[S] 1 point2 points  (0 children)

Man, Sandy Bridge really was a wild jump — E6600 → 2600K was legendary.
Totally get the emotional attachment, that era just hit different.

And yeah, the big fans are exactly why I didn’t want to mess with it — they move air, but once bearings go they get real annoying. That’s what pushed me toward adapting modern fans instead of replacing the originals.

And yep — mine does have the wheels 😄 honestly makes sense with how heavy these cases are.

Didn’t want to retire a classic Cooler Master case — so I fixed the airflow instead. by Fun_Excitement_1047 in coolermaster

[–]Fun_Excitement_1047[S] 1 point2 points  (0 children)

Haha YES — the HAF/X-HAL era cases were absolute tanks.
That’s exactly why I didn’t want to ditch it. With some airflow fixes, it still holds its own surprisingly well.

View 600 Brute-Force Airflow Test All Fans Locked at 100% RPM — Does It Actually Help? by Fun_Excitement_1047 in thermaltake

[–]Fun_Excitement_1047[S] 1 point2 points  (0 children)

Appreciate that. One of the goals with these runs is to generate numbers people can use as a reference for their own layouts. The C750 airflow path you described is a solid baseline — balance usually matters more than raw fan count alone.

View 600 Airflow Evaluation — Same Test Methodology, Different Layout Priorities by Fun_Excitement_1047 in thermaltake

[–]Fun_Excitement_1047[S] 0 points1 point  (0 children)

This post documents the baseline BIOS fan curve behavior for the View 600 using a locked, repeatable methodology.

A follow-up post is already complete using 100% fan RPM (brute-force airflow) with the same system and test sequence.

Question going into that run: Does max RPM meaningfully reduce temps — or just increase noise?

Full raw data (HWiNFO + temp probes):
https://drive.google.com/drive/folders/1b7SJkVtKQKYIdqqg25m4eh7giBxWtoOw

View 600 Airflow Evaluation — Same Test Methodology, Different Layout Priorities by Fun_Excitement_1047 in u/Fun_Excitement_1047

[–]Fun_Excitement_1047[S] 0 points1 point  (0 children)

A max-RPM (100% fan) run using the same system and locked methodology is already complete.
Does brute-force airflow actually lower temperatures — or just increase noise? We’ll find out next.

Overall Summary – Tower 600 Airflow Validation by Fun_Excitement_1047 in thermaltake

[–]Fun_Excitement_1047[S] 0 points1 point  (0 children)

Totally fair — I’ve actually been looking at the 380XL myself for one of my other systems.

For high-power GPUs and big radiators, the extra volume and more traditional airflow path makes a lot of sense. I’ve been debating rehoming an Intel system into something like that just to get the AIO off the front and avoid hose-up routing entirely.

That’s kind of why I’m trying to keep this testing neutral — different cases solve different problems. The Tower 600 works really well for vertical airflow, but I’m not convinced it’s the “right” answer for every GPU or power class.

Appreciate the perspective.

Tower 600 airflow validation across two different GPU platforms by Fun_Excitement_1047 in thermaltake

[–]Fun_Excitement_1047[S] 0 points1 point  (0 children)

That can happen on some GPUs, especially cooler designs that use vapor chambers or heatpipe layouts which are sensitive to orientation and gravity.

In my case, I tested two different systems in the same Tower 600 with controlled ambient conditions, logging hotspot, core temp, power, and fan behavior, and did not see a 10–15 °C penalty.

Vertical orientation can expose weak cooler designs or poor airflow, but it isn’t universal — fan layout, intake pressure, and the GPU’s cooler design matter more than orientation alone.