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First I want to thank the community, who have inspired me to do this project. I will give you guys the chance to follow me on this journey. I hope you will all help me come up with ideas, techniques and parts that could become handy. This modding may be possible to convert to allot of laptops. Let's begin! Here is the measurement of the went hole. 77mm X 16mm I have 2 ideas for what can be done.
First of all, let me say I haven't finished yet. I'm still working on it and will update this thread from time to time due to much work at the moment. When I fitted my 940xm and the 7970m I got really mad of the heat and the fan noises even in idle mode. So I decided to get it all cooled with a silent, most important quiet, external water cooling system. I checked the internet and found evth I need to get it done. The most difficult thing was to find slim water blocks to cover the dies. I will list all the parts I used with article number and website if you're interested at the end of this post. First the overview. These parts are going to be used: Actually not much, so let's start. I start tubing at the inner hose socket of the reserator. This is the place where the pump is placed behind. You have to use a 10/8mm hose. By this, 10mm means the outside diameter of the hose, 8mm means the inside diameter. This is very important to know by everything you do on water cooling systems due to different fittings, barbs or reducers. Fit the hose and tighten it well with a spanner. Now you need a reducer to get on a 8/6mm hose. This is necessary to get in fitted to the chiller. At the other end you need to fit the 8/6mm hose. After this is done the 8/6mm hose leads into the chiller. A chiller pushs down your temps to a predefined value set by you, the minimum you can get theoretically is +3°C. Basically you can say it works like a refrigerator. This is very helpfully when you start gaming or other intense work on the laptop to keep the temps low. Here are some pics of it. To get the hose fitted the first custom made had to be done. Maybe I didn't know how it actually works, but I had no clue how else to do it without a modification... As you can see on the picture, the 1/4" adapter didn't fit to the chiller's nozzle. I really don't know what's the original idea by the developers. So the first adjustment had to be made. Cut the end of the nozzle as you can see on the pic. When this was done I noticed really pour casting quality inside the nozzle. This would massively reduce your flow speed. So I used a drill to get it out. Finally I got an outside diameter of 13mm at the nozzle. The adapter has 12mm inside diameter So just perfect to cut a M14 thread to both parts. Unfortunately I couldn't get closer due to the layout of the die. two washers solve this problem to get it proper tightened. To get it proper sealed I used teflon tape. Just the best way to get something sealed. Don't do it without any sealing! Use some Vaseline before you stick in the nozzles. Do the same with second side of course. At the end it'll look like that. Let's get to the CPU water block. I purchased the Thermaltake CL-W0052 Tide Water, originally made for desktop PCs to cool down the graphics card, on ebay to get all the stuff I'll need to do it. I chose that one because the water block has just a height of 8mm. Also all the hoses and clamps will be helpful. First drain the coolant. Then I opened the chassis and robbed all hoses and clamps. You'll need them in a couple of minutes. They're all bonded quite well, so just cut them at the ends. I also cut and removed the hoses of the water block itself, just to make sure everything is okay. I didn't want to get upset when I filled the system with water. So I cut them and removed the old adhesive. I then removed the original cpu heatsink and compared the die with the water block The water block as it was out from the box was just a touch too small to fit correctly onto the die. So I just removed the tape around the block. Now it was ready to get fitted. All I needed to do was loosing the existing bolts on the water block and tightened it with M2.5x20 hex nut bolts into the existing holes. At the end it looks like that. By the way, the mosfet heatsinks came with the tide water vga cooler. I also fitted the black hoses as they were, just without the glew and it still seals perfectly. To get the hoses guided out of the laptop you need to remove your fan control at the back of your laptop. When you're doing this, be careful not to touch the chassis as I did with whatever you use. I used the dremel and didn't see it for a while. What a shame! Nevermind, so let's get over to the gpu side. I bought a very tiny water block with just 15x15x7mm dimensions to not to exceed the height. So may be later I will be able to fit the backplate cover again. The water blocks would actually fit on the die, perfectly. But due to the layout of the gpu die the block just fits in diagonal postion. So useless for me. To get the water block in the right direction I unsoldered the copper plate of the original heatsink. That one has got the right dimensions to get this solved. Clean the copper plate from the old tin on top by using the Dremel or sandpaper. At the end that's the way it should work. Just to mention, also the holder came with Thermaltake tide water cooler. The bolts I bought seperatly on ebay. They are M1.6x20 but too long, so I cut them down to 15mm. Now they fit into the existing holes and push down the block properly Use now the -->small<-- black hoses robbed from Thermaltake chassis. These are the inside hoses, they're smaller. You need to use some adhesive because the clamps coming with the hoses are just a way too big and don't keep it tight to nozzle. Now just add some thermal paste between copper plate and die, and copper plate and water block. Tighten it all down. Finally it looks like that. [ATTACH=CONFIG]5105[/ATTACH] hoses leaded through the fan grill, gpu side. I mention again, just temporarily cause I'm still waiting for parts. in progress... [ATTACH=CONFIG]5107[/ATTACH] [ATTACH=CONFIG]5106[/ATTACH] cpu side [ATTACH=CONFIG]5108[/ATTACH][ATTACH=CONFIG]5109[/ATTACH] The hose laying is actually just in common sense. Nothing particular I should mention. Reserator -> 10/8mm hose -> 10/8mm to 8/6mm reducer -> 1/4" compression fitting -> 1/4" adapter for chiller -> chiller nozzle -> chiller -> nozzle, adapter, fitting -> 8/6mm hose -> Y-splitter first end hose -> 8/6mm hose -> quick coupling -> black hose (termaltake tide water) -> cpu block inlet-> cpu outlet -> black hose -> quick coupling -> 8/6mm -> Y-splitter second end hose -> 8/6mm hose -> 6mm barb -> small black hose (thermaltake tide water) -> gpu block inlet -> gpu outlet -> small black hose -> 6mm barb -> 8/6mm hose -> Y-splitter | Y-splitter -> 8/6mm hose -> 10/8 to 8/6mm reducer -> reserator update in progress...
Hi there! I have overlooked a lot of laptop cooling mods. Normally the main problem is limitation of space. But all our Clevo laptops have one BIG advantage over other laptops: we have a lot of free space inside. For example: my W110ER has 2 size bigger space than it should be for harddrive and huge space between backcover and mainboard. It is not bad especially for airflow. But it is also great for my project. So my idea is simple as it can be: 1) change hdd/ssd for msata hdd (as in http://forum.techinferno.com/clevo/3147-%5Bhardware-mod%5D-w110er-12-1-screen-cooling.html); 2) for all the remaning free space put an water reservoir (cut from plexiglas); 3) change CPU, GPU and PCH radiators to somthing like this one: They are small and have input-output on their side, not on the top; 4) somehow connect waterflow to original clevo radiator with fan system (I think of cutting original heattubes and connecting to them) Waterflow can be one of wollowing 3 tipes: 1) successively: reservoir - pump - CPU - GPU - PCH - radiator - reservoir. PCH must be last one after CPU and GPU becouse it heats more. 2) reservoir - pump - CPU - GPU - radiator - reservoir ....................................\ --- PCH --- / 3) reservoir - pump - CPU - radiator - reservoir ..................................|- GPU-| ...................................\- PCH-/ Remaning problems: 1) I haven't found such little pump yet, but I think it is not such problem to find them; 2) Battery life. all-time active pump will eat a lot of battary. I still haven't counted yet, but I think we will get -1 hour battery life. So, what do you think about this idea. Worth it? Anyone has experience in watercooling?