thx guys, really means a lot for me! ======================== okay, finally managed to do something. Resoldered pump from 4-pin to 3-pin, quite straightforward: found that it's good to paint the connectors with permanent if wires are of the same color and result! I had to adjust pump case a bit to let the pump fit with new wiring btw, I sanded off the dents and repainted the pump case, now it is nice black and smooth this is where it is going to be and the magic snap caps worked great
it's been a while since I posted here last time, time to update Did some more cabling and sleeving, now the lights - cut 4-pin molex, crimped 3-pin fan things to hook it up to the built-in rheobus (фотки - кликабле, если кто-то хочет чуть покрупнее) and sleeved (zip tie mount is temporary) lights off, LEDs on and sleeved door fans power as well, goes right up to the koolance control stuff Then to the radiator. I decided to abandon Noiseblocker PK3 fans, because they are suprisingly do not work well with Koolance TMS-200 tach signal goes crazy, they work well only on max (12v) So, I got 4 more Yate Loon fans. LOL check this out (prices from popular US store): Noiseblocker NB-BlackSilentPro PK-3 140mm x 25mm Ultra Quiet Fan - 1700 RPM $24.99 4 x Yate Loon 140mm Medium Speed Silent Case Fan - D14SM-12 - Sleeved $23.80 What a bargain Immediately started to cut, crimp and sleeve them this will be the central part in the case, so I did everything with utmost care, digital caliper Cheesecake LOL Did some soldering for the rad, spent 3 days for this thing Filed down rad bracket a bit, to let the cables pass freely (p-clip will be holding them) then sleeved the fans and assembled everything, enjoy those soft rubber gaskets are from Noiseblockers PK3 kit, atleast some benefit from non-working $25 fans
update time made some progress yesterday, finished soldering stand off to the koolance splitters got some missing stuff: flux (Goot paste), solder and torch whole setup overview doing that for the first time, not everything went well results are not perfect, but I'm glad I didn't wasted anything those joins will not be visible afterall The overall idea is as following: when we have watercooling in the case and a whole bunch of expensive stuff we don't want it to get wet, right? So, when we have draining or filling ports near the hardware we have quite a good chance to spill coolant on it, all this mess is to reduce the chance Also this is the way to make WC look neat and clean, a part of build's idea too. Let's start from the bottom, pump outlet goes behind the 5.25 bay to the splitter and here is the first thing, drain port. Sorry about the terrible tubing - I used old tygon cut outs for this first mockup As you may notice due to the construction of splitters drain outlet is slightly lower than inlet - exactly as it supposed to be for easy draining. Then tubing is going straight to the top to the fill port! Idea is the same as with drain port, but upside down But here is a small problem - tubing won't go easily under the stiffening bar due to the 5/8" outer diameter, also it bends under then back to the bottom splitter - that doesn't look cool Now it's fixed with the dremel snaky rotary passing tubing to the rad for now front piece is just hanging freely, but I'll fix it with stand-off later - don't have proper size right now View from the top Basically this is it for draining and filling, but I have one more interesting thing for ya, take a look, do you see anything behind the bar? just a tubing with angled barbs? But there is a flowmeter actually it was supposed to be a part of the tubing going behind the 5.25 bay, but when I'd heard about the issues with vertical placement of this flowmeter, I changed my mind And again view from the top Supposedly this week I'll take apart my open stand to finally start putting hardware into the case, but still there are some work to do such as painting, sleeving finishes and lots of tiny tweaks and details.
sorry for the absence pals, now it's up again! changed sleeving to b-magic and in place some cable management and resleeved 8-pin