- Joined
- May 29, 2002
- Location
- Japan/Daytona Beach
it will fit in a pc60 also. just spent the last 2 days in akihabara measureing the pc60. it would require that you do a minor cut or 2 to move the extra HD rack out of the way
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Indeed, but what i like in the V2000 is that most of the equipment sits alone in the lower portion, and *nothing* comes in the way of 5.1/4" bays.. well it's ideal. And rads can be placed optimally, and nothing stands in front of the mobo..thorilan said:it will fit in a pc60 also. just spent the last 2 days in akihabara measureing the pc60. it would require that you do a minor cut or 2 to move the extra HD rack out of the way
Yes. I got reports from another buyer here, that 3.1/2" racks are screwed in, so they are easy to remove, which is a good news. I think i'll open up a hole in the wall in front of the PSU, and place the pump above the PSU itself, so the outlet points towards rads, and the inlet points towards the mobo (pump sitting on its back). That's just an idea, i'll see how i do it when i have everything. There's so much room that there are many optionsfreshy98 said:I asked him to messure the orange part and the orange+green part.
The reason for the left side is that the fan in the front is pretty useless to us.
we can use the 25mm for the heatercores and pump (depending on where we place the pump ofcourse).
Ha. The european release date is shifting and Lian Li officials are not very communicative on the matter.. V2000A is already available here, but price has climbed up (!!), anyway i want a V2000B (the black one), and it's still not available anywhere in EU I'm waiting for swzone to have them in stock before i make the order, which pushes the date back to 9th of July..freshy98 said:Btw: Have you ordered your case yet? I will have to wait untill I have money again.
I have a few addresses, try openjl.fr they have it in stock, there are shops in UK and Spain as well.freshy98 said:Also the bayres is kinda hard to find.
Your last idea is the best i think. Pump -> Y -> then one rad per series of waterblock, put the Cascade alone in its loop, and trust me it will get *more* flow than in series with everything else. I tried it already the difference is not subtle ! No i have *too much* flow for my small airtrapfreshy98 said:I won't be doing a Y split on the CPU and GPU waterblocks. I have a Cascade which has a high airflow so I am a bit scared it'll go wrong there. Or I should Y the water in the two heatercores and then use one heatercore per waterblock, and direct the exits of both waterblocks to the bayres.
Not really sure what I will do there...
Ah, i'll tryfreshy98 said:I don't really understand you idea on the pump placement though. What wall in front of the PSU? please draw a picture of that if you can/want. I think it will be much clearer then.
well it's 50% of *overall* flow, and overall flow is quite greater with less restriction. So say you have 40lph when in series, if you get 80lph in parallel, each branch will have 40lph.. In practice i've seen that in parallel flow is more than 2x the flow in series, maybe because of tube routing (less bends..), and maybe because my GPU block is quite restrictive. Also 50% is not quite exact, i set up my GPU + NB loop in 3/8", it's way more restrictive than the CPU loop which is all 1/2", i'd say the flow distribution is more like 75%/25%.. that's why i got more flow over my CPU than when it was in seriesfreshy98 said:What I find strange is that when you Y the flow it flow 50% less water through each block. how can that be good???
SureFoot said:well it's 50% of *overall* flow, and overall flow is quite greater with less restriction. So say you have 40lph when in series, if you get 80lph in parallel, each branch will have 40lph.. In practice i've seen that in parallel flow is more than 2x the flow in series, maybe because of tube routing (less bends..), and maybe because my GPU block is quite restrictive. Also 50% is not quite exact, i set up my GPU + NB loop in 3/8", it's way more restrictive than the CPU loop which is all 1/2", i'd say the flow distribution is more like 75%/25%.. that's why i got more flow over my CPU than when it was in series
Anyway try both configurations, and see which one works best for you
SureFoot said:After, just because my heater core barbs are in 1/2".
And yet, with my next setup (Mobile 2600+ 45W / 6800GT) i think i'll go 1/2" all the way, since even with an overclocked 2600+ the 6800 produces more heat than the CPU !!