WEBVTT

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why hello there you didn't think you'd ever see this

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puppy again did you the third installment of nextgen desk pc

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is here and guys we are getting so close i can taste it

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oh sawdust disgusting

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but that's okay because it only needs to look good and

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have top tier performance flavor is optional

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so this time the reservoir is finally for realsies done

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the parts are mostly all here and it's

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time to put it all together and make sure it's actually going to work

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now i couldn't help noticing that other than the res being done this looks pretty much the same as last time

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it's changed a bit so let's start with the res it's been redesigned again now instead

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of being a three piece design it's a four piece design the most failure prone

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part of building this thing is drilling and tapping the g1 quarter holes the new

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design does nothing to make acrylic less brittle it just is right but if we can

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do that brittle finicky part before we

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invest a bunch of time etching and cutting the 18 millimeter

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thick acrylic ring at least it's not so heartbreaking

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when it breaks the port arrangement has also moved so

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we've gone up to three ports from two and we're gonna talk about that a little

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bit later it looks freaking

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awesome though this exceeds my expectations for

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what we were going to end up with here

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and it's full of water that was a challenge sometimes you fix

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one problem and you create another and moving to a four piece design makes

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o-ring ceiling way more difficult i thought i could maybe get away with uh

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acrylic solvent welding the whole thing together but

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it's a one-shot deal mom spaghetti so

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yeah i mean the small test chips look great yes the

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bigger test chips leave a lot to be desired i think the

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client would probably send this one back to the

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kitchen if it looked like that that means we're back to using o-rings from

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cord stock we have to make sure to tighten them evenly so they can press

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more or less equally the whole way around now the yellow

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um ooze yeah that's o-ring lube

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it's like vaseline essentially i needed every chance i could get to

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keep it sealed because the laser leaves it a little bit rough in the grooves

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that i edged it yellowed a bit with water who knows maybe some water changes

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will help fix that truthfully though i wouldn't have even noticed if you hadn't

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pointed out to me before we started shooting so i don't think that's a big deal and that concludes the scripted

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portion of today's video let's assemble a computer let's do it got our new LTT

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store flask design here just pop that baby open and give it the old you know

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all no no

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see you later thanks to ek just littering us with

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stuff ugh

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uh what can i work on i do you want to make some hoses and stuff the fittings

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are right behind you they're sitting in the blue bins oh there's your fittings

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um this guy is going to be just a dumped

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a tank and it's pulling out of here

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okay i don't know how i didn't notice this before but this is a very unusual

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graphics card it's clearly an NVIDIA reference pcb of some sort because it

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uses their little weirdo 12 pin connector

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but instead of having the terminations for the g1 quarter fittings up here

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they're at the back and more like a kind of like a more server friendly

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orientation but it's an rtx 3070. yo dog i heard you

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like fittings so i put a fitting in your fitting there's no there's no tube going

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here like that's it that's going there which means

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and this is bad news this has to have a mount because it actually

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needs to come up a few millimeters

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do you mind supporting this a little bit it just uh happily feels kind of off

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angle and then it's really hard to ah oh this hard line run is going to be

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an absolute nightmare there's no other way to get it in and out of there now i

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kind of wish we hadn't cut the holes yet because we could have turned the drives

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around and kind of gone this way if we needed a bit more room to move the side

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okay so right now this is perpendicular to the edge of the desktop that's where

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we want it um so that would put this like this

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it's it's not yeah it's a little off it's a little off

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okay so this has to go like this which means we have to have

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some soft something somewhere in here yeah let me try something here i'ma try

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something ladies and gentlemen got a 90 degree fitting

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oh she goes we're not out of the woods here

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yet though because here's the thing just because your right angle fits

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doesn't mean your fitting fits oh boy that's that's ratchet no oh wait

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wait

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and then a right angle okay

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okay i don't know about using these hard line fittings to be honest with you

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they're just really junky and they're going to make our lives more difficult

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we can use something else oh my god why were you why were we even talking about

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using these ones this is but what do you think cross-sectional

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diet like area come on this

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don't wreck my res i think it's okay actually okay

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that is so much easier to deal with okay

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do you think we can just get away with not having any of that it rubs

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well it will only rub once yeah but

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we're gonna have to try to put tubing on here and stuff do we want to try and put

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the fittings on the underside here so we can put the glass on i already put

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fittings on it i've been out like grabbing fittings and

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he's just been working away yeah and they actually like yeah that

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actually like works great because they it holds it at almost exactly the right

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height it's real close yeah i mean it's kind of nice though like to bring your

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graphics card up to the level of the desk so it's like sitting right under the glass

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colin if you hated the snake off the CPU block you are going to double hate the

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snake off the GPU block oh man

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how many o-rings is it in like 12 inches

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oh god one so many two three

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four five

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six seven yeah i mean a o for or what could go wrong

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over oh

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are these posts not straight there we go okay mint it's gonna have to come off

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again to put thermal paste on it yeah yeah that's fine we're just we're experimenting so we'll just do a 90

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degree like it's a ultimate hard line yeah all

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metal all metal water cooling can we do that we should we should do that i think

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it's been done we're trying to figure out what the best way to get the tubing

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cleanly in and out of this pump is and i i think that's going to be it this run

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is pretty much straight straight and this one should actually be pretty

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much straight too we might have to sneak it pollen again again

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it's okay i already got one this is a mess

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i thought it would be so much cleaner

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yeah me too

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that's her that's your i call this the weenie boy

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it's not about the size it's about the functionality all right

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yeah whatever you tell yourself yeah yeah so one thing we haven't discussed yet is

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uh that oh shoot yeah don't leave it there

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for aesthetics but we could shim the desk up a niche nope okay what's worked

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for me all good yeah no it's old

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not necessary oh wow that would actually not be that hard to do yeah it's really

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like put a shimmer oh okay damn it

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wow yeah before you told me how simple the solution was

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not counting the o-rings that are in the reservoir

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there's over 50 o-rings in this loop oh

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yeah we didn't even count the ones in the blocks oh yeah and in the pumps give

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me your odds that this actually stays pressurized ten percent

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this is a big loop yes

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it's leaking this one's loose

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damn i was hoping it wouldn't be one of mine it's holding

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it's a living i mean one out of 50 ain't bad

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that's 98 good

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unfortunately in a water cooling loop 98 ain't it chief

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i don't know i hear one no it's leaking again hold on hold on a really good way

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to check where a leak is coming from is to use some soapy water you'll start to

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see bubbles where the air is escaping the system there's not enough

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o-ring crushing going on right here see that andy how you can see the o-ring

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being crushed here and over here but not right there so that would explain how we

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had a little spill here the bad news is that we'll significantly delay our test

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of the whole loop the good news is that should be a relatively simple fix with a

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thicker o-ring call and i found it oh there we go

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well that might be it dog i haven't tightened these since i originally put

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it together like a week ago and it's been holding water one thing to note is

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the acrylic that i used is cast so it's not very level

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um it's actually there's a 0.8 millimeter difference in thickness

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across the entire thing so you're really taking these unflat things and trying to

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smush them together now this side

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you can see the leak andy can come have a look yeah yeah all right so why don't

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you finish doing your thing then and then i'll pump it

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i probably won't be able to tell because it's all the way in there

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there's definitely one like up here there we go

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i heard it stop we gotta get to the green zone colin

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take me to the green zone

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see that one popped yeah but it's it's tight

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it seems like the top one is not the main problem it seems like it's the

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bottom one once we're getting through all those layers struggling yeah we have

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uneven thicknesses pressing down on an o-ring we're holding pressure now yeah

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and we're right on whoa whoa i didn't even see that

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that's a bomb

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safety glasses there they are

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oh the viewers who might not have noticed what colin and i noticed it now

00:11:18.560 --> 00:11:24.160
has a domed top um so colin this might

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be good news though i i did good okay i've made a pressure vessel because yeah

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because if this thing if water doesn't leak then it doesn't

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necessarily need to pass this pressure test but it did

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sort of kind of yeah i mean it's it seems to be holding yeah can we vent the

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pressure now this is scaring me yeah we can vent the pressure yeah let's go

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ahead and just do that

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is it deflating yep it's hard for me to tell from here

00:11:53.519 --> 00:12:00.399
oh do you hear that creak oh my goodness that was um okay

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this is something different ultimately what our test failure means

00:12:02.320 --> 00:12:08.240
is that we're ready to rock because now that we've depressurized it i'm

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confident enough to fill this thing with water so there's still a few decisions we have to

00:12:10.880 --> 00:12:17.279
make though this pump for example could be relocated we could go straight into

00:12:15.120 --> 00:12:21.360
the inlet here or we could rotate it 90 degrees and go into here or here so that

00:12:19.519 --> 00:12:25.279
we can try and get a nice perfect 45 degree angle between where the tube

00:12:23.839 --> 00:12:30.320
comes out of the pump and where this comes out we can use one of these fittings right here just to make our

00:12:28.000 --> 00:12:32.800
hard line lives a bit easier and over here

00:12:31.120 --> 00:12:37.279
this just isn't going to work because this is going to be like

00:12:34.800 --> 00:12:40.800
eight nine degrees off axis it's going to look really horrible

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so what we can do is we can take this one and go out 90 90 then we'll do just

00:12:44.959 --> 00:12:50.240
an l bend here and then we'll use one of these

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one of these fittings but a 90 degree right here and we'll go right over to

00:12:52.480 --> 00:12:57.360
here so that means this might actually move up here to give us a bit more space

00:12:55.760 --> 00:13:02.399
to work with and we can keep the angles all looking nice because anything other

00:12:59.440 --> 00:13:06.639
than a 45 or a 90 degree turn you have to do it with tubing and there's not

00:13:04.079 --> 00:13:10.639
enough room to put tubing here but that's it

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it didn't blow up and for once when i say that i mean it

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not like metaphorically or like no no it just literally did not blow up which is

00:13:17.360 --> 00:13:22.959
good oh we need a water bottle uh

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lttstore.com we just gotta go there and get one yeah um shipping might be an

00:13:25.519 --> 00:13:30.800
issue actually i have one of the uh water cooling loop fill bottles right

00:13:28.800 --> 00:13:35.839
here but i got a bigger one oh he's got a bigger it's not a competition colin that's what

00:13:34.079 --> 00:13:39.760
you think okay i just want to tip it a little

00:13:38.320 --> 00:13:44.720
yeah i mean if we tip it all the way it's everything will go flying yeah okay

00:13:42.160 --> 00:13:48.880
it will be yolt which is the past tense of yeet okay so let's be

00:13:46.880 --> 00:13:52.880
gentle this is not exactly the thickest wood

00:13:50.720 --> 00:13:55.920
okay okay hold on hold on we have the technique

00:13:56.320 --> 00:14:02.399
so nice why was it so high before because i wanted to work up here

00:14:00.959 --> 00:14:07.360
that's the whole idea okay

00:14:04.240 --> 00:14:09.680
please don't make it ah

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i'll take the funnel thank you no leaks so far colin even though we've filled it

00:14:11.279 --> 00:14:16.320
up to the point of one of the leaks before good

00:14:18.079 --> 00:14:23.279
that puts us at a liter and a half so far

00:14:21.600 --> 00:14:29.519
with more to go uh oh god okay yeah you gotta uh you

00:14:26.560 --> 00:14:34.000
gotta turn it on i gotta turn it on yeah for those of you just tuning into this

00:14:31.120 --> 00:14:38.720
project now we're using these two ac to dc 12 volt converters here the gray ones

00:14:36.880 --> 00:14:44.399
and then they're going into a dc to dc power supply from uh hd plex

00:14:41.920 --> 00:14:48.639
okay i'm gonna like have my hand on the yeah yeah good thought at least one

00:14:46.880 --> 00:14:52.240
pump's going yeah interesting come check this out

00:14:50.240 --> 00:14:55.279
andy we've got like little micro bubbles coming out here it just needs to get

00:14:53.680 --> 00:15:00.399
properly flooded is this one even spinning

00:14:58.720 --> 00:15:05.279
yeah yeah it is okay what's our theory here why

00:15:02.720 --> 00:15:09.440
why is this pump not our theory is we don't know let's try

00:15:07.440 --> 00:15:12.639
shaking it shaking the table okay going forward

00:15:10.560 --> 00:15:16.000
let's bring her down see what happens let's try power cycling again

00:15:16.079 --> 00:15:23.199
hello oh okay yeah that's way better oh yeah

00:15:21.040 --> 00:15:28.639
okay this does not bode well for filling it when everything is bolted down though

00:15:25.279 --> 00:15:28.639
uh hit it again okay

00:15:28.800 --> 00:15:35.279
oh yeah now we're getting some power

00:15:33.279 --> 00:15:40.480
i don't understand why it's not pulling from this inlet though

00:15:37.440 --> 00:15:42.880
there's bubbles moving here

00:15:40.480 --> 00:15:48.320
they are not coming out here well they might be getting stuck up here

00:15:46.399 --> 00:15:51.759
actually we're getting a little bit look micro bubbles yeah so it's ingesting

00:15:50.720 --> 00:15:56.320
them through the pump yeah they're getting shredded in here yeah okay so

00:15:54.480 --> 00:16:00.800
let's top it up a little so actually if you look at that we've

00:15:57.920 --> 00:16:03.519
yeah we've ditched a lot of bubbles

00:16:02.000 --> 00:16:08.800
yeah check this out hey andy we've got pretty good coolant velocity oh look at

00:16:05.600 --> 00:16:10.480
that yeah like we're moving now

00:16:08.800 --> 00:16:14.480
this wasn't as easy as i might have liked but it's a lot easier than it could have

00:16:13.680 --> 00:16:18.800
been can we call it a success great success

00:16:16.880 --> 00:16:22.480
let's see what's what's shake a lake in with these i'm glad we're doing this

00:16:20.079 --> 00:16:25.199
test fill before actually trying to okay these are definitely very bubble

00:16:24.160 --> 00:16:31.199
full so why don't we take our boxes again

00:16:29.120 --> 00:16:34.839
and let's tilt the table tilt the table this way and then we can fill this

00:16:33.680 --> 00:16:38.800
and see if that works thanks

00:16:36.880 --> 00:16:43.600
uh oh a little more is that okay uh yeah okay you're good

00:16:42.480 --> 00:16:48.320
we good now all the bubbles should either rise

00:16:45.680 --> 00:16:53.680
up to here or rise up through here oh there we go yeah okay so now that the

00:16:51.600 --> 00:16:56.720
pump is off the bubbles can come up through here so it should start sucking

00:16:55.519 --> 00:17:00.800
in here it's definitely still circulating

00:16:58.800 --> 00:17:03.839
so if there's circulation it has to it has to be pulling through here now does

00:17:02.480 --> 00:17:07.679
it look like it's pulling it doesn't look like it to me so it just looks like

00:17:05.919 --> 00:17:10.480
the flow rate is a lot faster than the little amount of bubbles

00:17:09.360 --> 00:17:15.280
i can see wait so that's it that's it yeah

00:17:12.880 --> 00:17:20.240
good news colin all of our leak points are not leaking yay so it turns out when

00:17:17.919 --> 00:17:25.439
you don't inflate it like a balloon it's watertight

00:17:22.480 --> 00:17:28.160
try anything once that's what i say how adventurous

00:17:26.799 --> 00:17:32.960
actually i usually say try anything twice so maybe one more time for that

00:17:30.720 --> 00:17:37.120
holy schnikeys i think it's working let's uh let's see what our temps are

00:17:35.200 --> 00:17:42.000
because i have no idea how good this block is even yeah temps 38 fun CPU

00:17:40.080 --> 00:17:47.200
right now okay that's perfectly reasonable for idling we are still

00:17:44.640 --> 00:17:49.600
spitting a lot of bubbles out like i don't even understand where they're

00:17:48.240 --> 00:17:53.440
coming from at this point we are going to have so much extra footage for a

00:17:51.360 --> 00:17:56.320
Floatplane exclusive in this one by the way make sure you subscribe to

00:17:54.480 --> 00:18:02.080
Floatplane we've got behind the scenes meet the team cutting room floor stuff

00:17:59.120 --> 00:18:07.039
and we try to do early access oh you look at that 32 course not bad

00:18:04.799 --> 00:18:12.799
yeah yeah everything's looking okay everything's showing up

00:18:09.919 --> 00:18:18.240
now all we got to do is paint it hard line water cool it get cable mod cables

00:18:15.600 --> 00:18:20.799
so it's all custom and gorgeous RGB lighting

00:18:19.200 --> 00:18:24.320
and then i get a new desk then you get a new desk

00:18:22.400 --> 00:18:28.799
your first stand-up desk you're kind of finally getting with the times i know

00:18:25.840 --> 00:18:33.440
right yeah oh i'm so excited no one will ever whack their leg on the

00:18:31.200 --> 00:18:36.400
side of my desk again and it's a i think it is actually a size increase from your

00:18:35.039 --> 00:18:40.160
old desk it's like a foot deeper or something and uh you'll have more room

00:18:38.080 --> 00:18:43.679
for your monitors nice even though like if you put them here they'll be

00:18:41.280 --> 00:18:47.760
completely unsupported yeah minor details i think the

00:18:45.919 --> 00:18:51.520
motherboard can probably take the weight yeah totally

00:18:49.039 --> 00:18:54.799
just like you guys can take the weight to the next video

00:18:53.039 --> 00:18:59.760
and just listen to this message from our sponsor for now war thunder is a free to

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up if you guys enjoyed this video maybe go

00:19:44.000 --> 00:19:51.679
check out i'll go check out the previous part because especially the render one

00:19:48.640 --> 00:19:55.799
where we show the vision it's great and

00:19:51.679 --> 00:19:55.799
you can see it's changed a lot