F5F Stay Refreshed Power Users Overclocking Fastest RPM 120mm fan?

Fastest RPM 120mm fan?

Fastest RPM 120mm fan?

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hrgriff
Senior Member
573
12-05-2016, 02:34 AM
#11
Thanks for the link you shared. I just ordered two. The first is a standard ATX case, but I'm installing it on my Scythe ninja plus CPU heatsink and the second one is for the exhaust fan. I don't have any issues with noise—I really enjoy having loud PC fans.
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hrgriff
12-05-2016, 02:34 AM #11

Thanks for the link you shared. I just ordered two. The first is a standard ATX case, but I'm installing it on my Scythe ninja plus CPU heatsink and the second one is for the exhaust fan. I don't have any issues with noise—I really enjoy having loud PC fans.

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adjadam
Member
62
12-12-2016, 10:18 PM
#12
The signature reflects the previously confirmed level of maturity.
Even thinking about Cheeze encountering any kind of [mentioned item] close to her makes my eyebrows lift slightly.
-cm
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adjadam
12-12-2016, 10:18 PM #12

The signature reflects the previously confirmed level of maturity.
Even thinking about Cheeze encountering any kind of [mentioned item] close to her makes my eyebrows lift slightly.
-cm

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_SmilesKillMe
Member
144
12-20-2016, 09:05 AM
#13
I'm curious about testing this for my front 120mm Thermaltake fan. I plan to push it to 4600 RPM and check its performance. How should I approach this?
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_SmilesKillMe
12-20-2016, 09:05 AM #13

I'm curious about testing this for my front 120mm Thermaltake fan. I plan to push it to 4600 RPM and check its performance. How should I approach this?

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MHxHimhim
Junior Member
44
12-20-2016, 12:08 PM
#14
When trying to boost your fan's speed, it's important to keep it cool to avoid overheating. A 140mm fan paired with your overclocked 120mm should work well for this purpose.
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MHxHimhim
12-20-2016, 12:08 PM #14

When trying to boost your fan's speed, it's important to keep it cool to avoid overheating. A 140mm fan paired with your overclocked 120mm should work well for this purpose.

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ImiSiS
Member
75
12-30-2016, 06:17 AM
#15
Even with a 140mm fan, the 120mm model would fail before reaching 10,000 RPM. You should choose one of these options if you need the fan to operate for over 10 minutes at 11,380 RPM.
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ImiSiS
12-30-2016, 06:17 AM #15

Even with a 140mm fan, the 120mm model would fail before reaching 10,000 RPM. You should choose one of these options if you need the fan to operate for over 10 minutes at 11,380 RPM.

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SuSaLP
Junior Member
14
12-30-2016, 02:22 PM
#16
I was teasing, but the link is great.
-cm
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SuSaLP
12-30-2016, 02:22 PM #16

I was teasing, but the link is great.
-cm

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TdmFan92
Senior Member
602
12-30-2016, 04:01 PM
#17
Really? I wasn't aware of that! The fan on fan cooling makes perfect sense.
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TdmFan92
12-30-2016, 04:01 PM #17

Really? I wasn't aware of that! The fan on fan cooling makes perfect sense.

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FramezTheBest
Member
222
01-05-2017, 10:50 PM
#18
I increased the ThermalTake 120 to 11,380 RPM just before it failed.
That BS card on that claim really got me confused!
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FramezTheBest
01-05-2017, 10:50 PM #18

I increased the ThermalTake 120 to 11,380 RPM just before it failed.
That BS card on that claim really got me confused!

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campo_power
Junior Member
26
01-24-2017, 05:45 AM
#19
I also own a scythe ninja and I’m telling you exactly now that the extra air won’t make much difference in lowering your CPU temperature. I replaced my HS fan (around 49 cfm) with a temporary low-speed fan (about 35 cfm), bought a Minebea 73cfm replacement, and added another 46CFM scythe fan. The jump from a 30cfm to a 70cfm fan was roughly 2-3°C. That might have been just due to the room temperature change. The ninja requires very little airflow to do its job. My guess for swapping the stock fan for a 200cfm one is a 2°C drop in temperature and a lot more noise. The exhaust fan switch seems to be more effective than adding one to the HS.

I’m not sure you’re aware of what 60dBA actually sounds like. Going from 20dBA to 23dBA isn’t a 15% increase—it’s a 100% rise in sound intensity. It’s twice as loud, and jumping from 18dBA to 26dBA is four times louder!!! By the time you go from your completely silent 18dBA stock fan to a 60dBA leaf blower, it’ll sound like it’s really loud!

I’m trying to imagine something around 60dBA. Maybe a quiet generator, a loud conversation, or an old sewing machine—that would be 60dBA. You’d probably want two of them on your desktop? Hehe…you’ll need a fan controller!
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campo_power
01-24-2017, 05:45 AM #19

I also own a scythe ninja and I’m telling you exactly now that the extra air won’t make much difference in lowering your CPU temperature. I replaced my HS fan (around 49 cfm) with a temporary low-speed fan (about 35 cfm), bought a Minebea 73cfm replacement, and added another 46CFM scythe fan. The jump from a 30cfm to a 70cfm fan was roughly 2-3°C. That might have been just due to the room temperature change. The ninja requires very little airflow to do its job. My guess for swapping the stock fan for a 200cfm one is a 2°C drop in temperature and a lot more noise. The exhaust fan switch seems to be more effective than adding one to the HS.

I’m not sure you’re aware of what 60dBA actually sounds like. Going from 20dBA to 23dBA isn’t a 15% increase—it’s a 100% rise in sound intensity. It’s twice as loud, and jumping from 18dBA to 26dBA is four times louder!!! By the time you go from your completely silent 18dBA stock fan to a 60dBA leaf blower, it’ll sound like it’s really loud!

I’m trying to imagine something around 60dBA. Maybe a quiet generator, a loud conversation, or an old sewing machine—that would be 60dBA. You’d probably want two of them on your desktop? Hehe…you’ll need a fan controller!

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Brice969
Member
72
01-24-2017, 07:30 AM
#20
I increased the ThermalTake 120 speed to 11,380RPM just before it failed.
That BS card claim didn’t hold up—I only managed 105 milliseconds at that speed, which aligns with fan resonance patterns and the relationship between lifespan and rotation rate. I prepared the calculations ahead of time, so it wasn’t a sudden shock but an interesting trial.
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Brice969
01-24-2017, 07:30 AM #20

I increased the ThermalTake 120 speed to 11,380RPM just before it failed.
That BS card claim didn’t hold up—I only managed 105 milliseconds at that speed, which aligns with fan resonance patterns and the relationship between lifespan and rotation rate. I prepared the calculations ahead of time, so it wasn’t a sudden shock but an interesting trial.

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