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CPU getting too hot

levsingh
By levsingh
in Custom Loop and Exotic Cooling
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Oh my god, just get a waterblock, the pump is finnee.  ;)

Nope it is the PUMP  it is mean and mini

Grant us the joy of song and dance and ever watch over us in the lonely places in which we must walk - Pray to Bastet

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Nope it is the PUMP  it is mean and mini

Nothing to do with the pump  :angry:

My name is Sebastian, I relate to Linus

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Nothing to do with the pump  :angry:

As i said it is either the pump or the pump expect maybe it is waterblock but it is the pump

Grant us the joy of song and dance and ever watch over us in the lonely places in which we must walk - Pray to Bastet

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Few things, what is your voltage on the CPU? Is the voltage on adaptive mode? Have you tried using different temperature monitoring software? What is the temp in the BIOS on a cold boot? If you feel the CPU block under load could you poach an egg on it? (or IR temp it)

 

This could come down to something as simple as an erroneous temp sensor, bad monitoring software, incorrect voltage settings, etc. etc.

yeah it is on adaptive mode why? and the cpu power goes to 1.2 v when i use the benchmark

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Few things, what is your voltage on the CPU? Is the voltage on adaptive mode? Have you tried using different temperature monitoring software? What is the temp in the BIOS on a cold boot? If you feel the CPU block under load could you poach an egg on it? (or IR temp it)

 

This could come down to something as simple as an erroneous temp sensor, bad monitoring software, incorrect voltage settings, etc. etc.

sorry its on auto

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Nope it is the PUMP  it is mean and mini

what do you mean by mean and mini? dcp 4.0 is fine if it was dcp2.2 then it would be a problem i guess 800l/h is good

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what do you mean by mean and mini? dcp 4.0 is fine if it was dcp2.2 then it would be a problem i guess 800l/h is good

So did you got the parts?Will you let the truth shine ? Find out in next episode of who fried the CPU

Grant us the joy of song and dance and ever watch over us in the lonely places in which we must walk - Pray to Bastet

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So did you got the parts?Will you let the truth shine ? Find out in next episode of who fried the CPU

yeah i ordered them they will come on monday.

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So did you got the parts?Will you let the truth shine ? Find out in next episode of who fried the CPU

 

 

Nothing to do with the pump  :angry:

 

 

Sorry to jump in here, but it's not the pump. No offense, but this idea is a load of bull. It's a single closed loop system, so the flow rate at any point of the system is the same as any other. The amount of water passing over every part is the same, regardless of where in the loop the part is.

 

 

@levsingh the reason the 290x or any gpu won't be that hot as they are on air is because they take to water a lot better then cpus will ever be

By the way guys i did a small experiment and it improved temperatures a little bit, i interchanged the inlet and outlet of the cpu waterblock it has improved the temps but still cpu goes to 85-90 degrees with this one but still too high, ordered a new waterblock it will arrive on monday

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By the way guys i did a small experiment and it improved temperatures a little bit, i interchanged the inlet and outlet of the cpu waterblock it has improved the temps but still cpu goes to 85-90 degrees with this one but still too high, ordered a new waterblock it will arrive on monday

Then monday we shall know what is the truth :D

Grant us the joy of song and dance and ever watch over us in the lonely places in which we must walk - Pray to Bastet

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By the way guys i did a small experiment and it improved temperatures a little bit, i interchanged the inlet and outlet of the cpu waterblock it has improved the temps but still cpu goes to 85-90 degrees with this one but still too high, ordered a new waterblock it will arrive on monday

 

when you get the new block on monday if its not the block i can almost gaurantee that it will be the pump as it doesnt have the pressure and or flow rate of the multi blocks as you can see with those temps. it might be fine if there was only 2 blocks but since you have 3 blocks and 2 rads in there that means there is 3 major points of resistance and the water is going to slow down to the point that the water cant move the heat away fast enough. your best bet would be to get either a Laing DDC or D5 pump and they will last alot longer and also more reliable

Spoiler

 CPU: i5-6600k MOBO: ASUS Z170 Pro Gaming RAM: G.Skill 16GB 2800Mhz 15-15-15-35, GPU: Sapphire R9 290 SSD: Samsung 840 250GB HDD: Seagate Barracuda 2TB x2, Cooling: EK supremecy EVO ,EK-FC R9 290X with backplate, XSPC EX240 Crossflow & Alphacool UT60 240mm, XSPC D5 Bayres w/ Alphacool VPP655, 7/16-5/8 Compressions/Tubing, Noctua NF-F12 x4 PSU: Silverstone Strider Plus 850W Case: Nanoxia Deep Silence 1 http://valid.x86.fr/8g2m02

 

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when you get the new block on monday if its not the block i can almost gaurantee that it will be the pump as it doesnt have the pressure and or flow rate of the multi blocks as you can see with those temps. it might be fine if there was only 2 blocks but since you have 3 blocks and 2 rads in there that means there is 3 major points of resistance and the water is going to slow down to the point that the water cant move the heat away fast enough. your best bet would be to get either a Laing DDC or D5 pump and they will last alot longer and also more reliable

as i said it is the PUMP number 1 cause in watercooling

Grant us the joy of song and dance and ever watch over us in the lonely places in which we must walk - Pray to Bastet

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The pump affects the flow rate of the system. If every component of the system is being adequately cooled except for only SOME of the cores of the CPU, then it's not the flow rate. If the flow rate of the system is not a problem, it's not the pump. I don't see how this could be any more clear. SOME of the cores are being cooled more than others. There is clearly something wrong at the CPU waterblock/cpu heat spreader interface.

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when you get the new block on monday if its not the block i can almost gaurantee that it will be the pump as it doesnt have the pressure and or flow rate of the multi blocks as you can see with those temps. it might be fine if there was only 2 blocks but since you have 3 blocks and 2 rads in there that means there is 3 major points of resistance and the water is going to slow down to the point that the water cant move the heat away fast enough. your best bet would be to get either a Laing DDC or D5 pump and they will last alot longer and also more reliable

but my gpu's which come at the last of the loop at under 55 degree's which is way cooler than it used to be they are r9 290x's they work at 95 and now they are 55.

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And the results areeeeeeee?

Grant us the joy of song and dance and ever watch over us in the lonely places in which we must walk - Pray to Bastet

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Come on what are the results? :D

Grant us the joy of song and dance and ever watch over us in the lonely places in which we must walk - Pray to Bastet

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Come on what are the results? :D

 

 

The pump affects the flow rate of the system. If every component of the system is being adequately cooled except for only SOME of the cores of the CPU, then it's not the flow rate. If the flow rate of the system is not a problem, it's not the pump. I don't see how this could be any more clear. SOME of the cores are being cooled more than others. There is clearly something wrong at the CPU waterblock/cpu heat spreader interface.

 

 

when you get the new block on monday if its not the block i can almost gaurantee that it will be the pump as it doesnt have the pressure and or flow rate of the multi blocks as you can see with those temps. it might be fine if there was only 2 blocks but since you have 3 blocks and 2 rads in there that means there is 3 major points of resistance and the water is going to slow down to the point that the water cant move the heat away fast enough. your best bet would be to get either a Laing DDC or D5 pump and they will last alot longer and also more reliable

 

 

Gonna be the waterblock, I just know it  :)

Guys the answer is messed up, waterblock was kinda not that efficient and the pump is also the reason so i got the waterblock and ran my stress test with both my gpu's and cpu at 100% and this time cpu didnt cross over 85 at the max the old one used to cross over 100 so this one is kinda good but pump is also responsible right now i don't have that much money with me but normal gaming temps are below 60 so for now it's good and when i get the money i will buy the d5. any suggestions on the pump? i want the highest flow rate motherfaka in the world :P

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Guys the answer is messed up, waterblock was kinda not that efficient and the pump is also the reason so i got the waterblock and ran my stress test with both my gpu's and cpu at 100% and this time cpu didnt cross over 85 at the max the old one used to cross over 100 so this one is kinda good but pump is also responsible right now i don't have that much money with me but normal gaming temps are below 60 so for now it's good and when i get the money i will buy the d5. any suggestions on the pump? i want the highest flow rate motherfaka in the world :P

As i said i was correct :D

Grant us the joy of song and dance and ever watch over us in the lonely places in which we must walk - Pray to Bastet

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any pump recommendations?

As @PuNkPoEtS said Laing DDC or D5 pump

Grant us the joy of song and dance and ever watch over us in the lonely places in which we must walk - Pray to Bastet

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You tested your CPU on AIR before watercooling? Because these 4770K are pretty fucked up (because of that shit under IHS) and can have very high temperatures.

 

Also, what do you stress with? If you use FPU stressing then DON'T do it. I am on waterloop myself, same CPU 4,1GHz 1,24V and when stressing only CPU (I am using AIDA) it is around 50-55 degrees, when I start CPU+FPU it jump to 80 degress like nothing.

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Because the pump does not have the pressure to maintain the water on your CPu and it can only maintain it at your GPU and that is because water is heavy

 

That isn't how pressure works.. Water is an incompressible. this means that if there is flow to the GPU then there has to be flow to the CPU. It's a closed system, mass in has to equal mass out. So the mass flow rate of water into the gpu block is the same as into the CPU block.

http://www.engineeringtoolbox.com/conservation-mass-d_182.html

 

Source: Mechanical Engineer

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