Below are the 2 most recent journal entries recorded in holygrail787's InsaneJournal:

Wednesday, November 30th, 2011
11:19 pm	Water Cooling Guide Do not ever buy a kit. There is absolutely no reason in any way to do this. water cooling Kits are either way overpriced or contain extremely weak parts. There're extremely hard to upgrade, so you're better off together with decent aircooling than a weak watercooling kit. When using a dual radiator and a couple 80cfm 120mm fans with the following components you can anticipate Cpu idle temps close to 10C above ambient and load temps close to 10-15C above ambient. Lower temps will help you to increase voltages without worrying about heat. If the overclock was limited by voltage because heat prevented you from boosting voltages, then your overclock will increase; if your overclock had been limited by the chip itself overclock is not going to increase. Within the early days of water-cooling, the kits were crap and Do-it-yourself was the sole method to get a kiss-ass efficiency. That's no more time a situation, water-cooling has entered the mainstream & stiff competition has resulted in powerful prefab kits from Swiftech Danger Den, Corsair and Koolance. Although creating a Do it yourself setup may be a great deal of enjoyable there is no shames in a prefab kit, specially if you are not a water cooling wizard. Even so, I do suggest the Do-it-yourself water-cooling system above prefab kit due to the fact you might have greater cooling results for your certain cooling requirements. Tubing: The easiest method to go would be to tube every single component one at a time, in case your heading to do this make brief tubes to leap for the up coming component if your rubber grommets are in direction of the best with the case it is simplest to begin at the bottom and function your way up beginning with challenging drives in the front then graphic cards, chipset, ram processor, and then deliver the final tube by way of among the grommets in the back of one's case. The majority of pumps employed in Do it yourself water cooling are stand alone; the key stat to your pumps is its flow rate the quantity of coolant it can transfer in an hour. When go for pump purchasing, keep this in mind. If you're just cooling a CPU, you can go having a low-to-medium movement pump 150 gallons for each hour / 568 liters for each hour, if you would like to cool a GPU chipset, and a hard drive or two; you'll require a greater flow pump. You must try to find 300Gph (1135Lph) furthermore pump. There's a wide selection of reservoirs readily available to suit your setup. They can be attached inside or outside of the case, to the radiator or into a drive bay. No matter what style of reservoir you have take note of the location of the fill port & have a program for the way to access that port when it comes time to fill your cooling method with liquid. Eheim water pumps would be the most noiseless pumps intended for water chilling yet not as powerful as other brands. Must I use liquid or water in the loop The very first thing is for guaranteed never use plain tap water. Any minerals is going to harm other metals within your loop. Next, at the bottom in the pile for functionality is liquid nitrogen. When done properly this could cool your parts to below -250C or even below as well as allows Central processing unit chips to be overclocked in to outrageous levels. Fluid nitrogen is also risky to h&le since it's freezing chilly. It is also very hard to acquire as well as the set up necessary to put it to use bills a fortune. Current Mood: accomplished (Comment on this)
Tuesday, November 29th, 2011
10:53 pm	The Many Benefits associated with Water Cooling So you've decided to water cool the computer. It could be that you've hit the limit of your overclock on air, and you want more speed. water cooling overclock Or, possibly your pc & its 16 fans are extremely noisy for you to tolerate any longer. In either case, once you've decided to water cool you might not realize how to turn the idea into reality. Luckily, you've arrived at the right place. The following paragraphs will make it easier to turn your water cooling goals into your personal water cooled beast of a machine. Since computer systems became smaller and a lot more powerful, high temperature grew to become a more substantial dilemma which led to the coming of heat sinks which dissipated the heat away from an incredibly hot component. Although the current heatsinks are quite effective if you ever really want to overclock then water cooling is a solution. A so called water cooling loop consists of a radiator, processor block water pump as well as reservoir to keep water. . Water block is really a cooper warmth sink that's mounted to your CPU or GPU to absorb the heat produced by that component. The unique between a cheap style plus an advanced design are; a water block use basic channels carved in an "S" pattern which is really a fairly low-cost to manufacture. They don't carry out well as a superb style known as the "pin matrix"; it will power the water via a grid of vertical pins once the liquid enters the block. This design presents far more surface region than "S" pattern designs & more surface region means superior cooling efficiency. Probably the most essential factor to try to find when buying a water block is that its inlet/outlet barbs match the tubing diameter of your other hardware. Aside from that you will need a block having a reduced stress drop, which guarantees the water keeps relocating via the block speedily. Choosing fans for any water cooling system will be somewhat different than air cooling since you need ones rich in static pressure. Try to remember the air needs to circulate via fine radiator fins. A T-Line isn't as frequent as it once was and that's possibly a good factor truly, but I thought I'd contain the information anyway. So, what's a T-Line Well it is an option to a reservoir, some individuals may discover that if they just do not have the room for a reservoir they are able to usually fit in a T-Line. It's as easy as it looks, just imagine taking one of your hoses (preferably a straight one) & cutting it & adding a T-Piece so it is in-line then take a br& new piece of hose & connect it to the upward part of the T-Piece. The upward branch of tubing acts as a fill port and also it's where any air bubbles can escape from the loop, how effective it can be at letting the air out depends on the location of the T-Line & how the rest of the loop is configured. My very first few loops had a T-Line in them, but these days, it's just as straightforward to get yourself a decent, suitably sized reservoir. The benefit of UV dyes in water cooling is that they can look amazing. The downsides are that UV dyes will fade over time & need to be refreshed any dye will stain the clear parts (tubing acrylics) over time, & they bear the potential to leave performance reducing residues. This includes the dyes in premium solutions as they use basically the exact same compounds. With the reservoir filled with coolant you'll be able to now fire up the pump. You do not desire to truly turn on your motherboard but, so you will must trick the power supply into powering the pump. Usually, this really is done by shorting the green wire on the power supply's ATX connector to one of the black wires even though it is wise to consult the manual for your particular power supply. Current Mood: peaceful (Comment on this)