Only as much as a 10% longer hose need a bigger pump.
Yes there is friction in the system and it is part of the equation but I don't think it is much of a factor here.** NEW CORSAIR LCS OFFERINGS AT OCUK **
- Thread starter rjk
- Start date
Yes there is friction in the system and it is part of the equation but I don't think it is much of a factor here.
Soldato
Only as much as a 10% longer hose need a bigger pump.
Does the kraken have a bigger pump? I assume by bigger you mean greater output? A bigger radiator would have a significant effect on the flowrate.
Soldato
The corsair is 0.1 hp and the kraken is 0.07 hp. They are not close. Also that is not how you work out hp.
I haven't found any specs on either Kraken X60 or H100i pumps.
Bigger radiator may or may not effect flow rate. Depends on what size it's core tubes are... and there are more of them to flow coolant.. but they are actually about 15-16% longer. Keep in mind the flow area of hoses to and from radiator are probably much smaller than total core flow area.
Soldato
All very important. I think it best to see what the benchmarks say, the amount of variables and in particular unknown variables means being certain at this stage is not possible.
Soldato
I like the noctua. Just too big for my setup.
How did you calculate those hp specs. Their amp rating don't indicate that kind of power difference.
with respect my h70 keeps my i5 @ 4.9 at 68,but am keeping tabbs on this post
as am due to build a new system up witha ivy chip with the h100i this will depends on the outcome and reveiws with the new h100i update
Soldato
You calculate horsepower from the CFM and static pressure.
You can also calculate HP based on the energy a motor uses and factoring in it's efficiency.
My guess is in this case using their power consumption specs is probably more accurate than using their airflow specs.
And your calculations being vastly different than mine means the specs are not accurate.. either the amp specs or the airflow specs are way off.
My guess is in this case using their power consumption specs is probably more accurate than using their airflow specs.
And your calculations being vastly different than mine means the specs are not accurate.. either the amp specs or the airflow specs are way off.
Soldato
You get the real hp that the fans output using the cfm and the static pressure. That is the most accurate and useable value. Like measuring the horsepower of the car at the wheels, that is the power you can use.
Yes, if the CFM and static pressure are accurate. I know calculations using watts are dependent on motor efficiency but I think it's fair to assume both motors here are pretty much the same design so about same efficiency. HP results of .07 and .1 HP are drastically different than 1.75a and 1.8a or 21w and 21.6w... and they should be similar.
H100i wattage is .028% more than X60
You say H100i fan is .43% more powerful than X60 fan.
That's a long way from being similar. I cannot believe we can get a 43% increase in power with a .028% increase in wattage. Defies what I learn in physics.
Associate
Hmm looking into getting one of these myself, i currently use the PH-TC14PE but was wondering if its worth changing as i don't know if there will be much difference. The reviews say so i but i think the results look unrealistic.
The reviews in my opinion are not very accurate. So far the H100i suffers fan noise on the stock firmware and the updated fixed firmware has killed the controller on the H100i unit on a number of units including mine. It offers very little benefit over the H100 other than it looks better.
The cooler you have is superb so i would stick with that. As soon as I can be bothered my H100i is going back and a D14 is going back in far less hassle and just as good if not better cooling.
The cooler you have is superb so i would stick with that. As soon as I can be bothered my H100i is going back and a D14 is going back in far less hassle and just as good if not better cooling.
Associate
Cheers for that 
read about a few issues with new unit aswell, guess ill just save the money then
read about a few issues with new unit aswell, guess ill just save the money thenMotor Speed 2900 + 150 RPM
Voltage 12V
Current 175 mA
From NZXT's site
You shouldn't work out the efficiency of fans like that, its considered bad practice. Like Delta said calculating it from the pressure/airflow is much better.
I cannot believe we can get a 43% increase in power with a .028% increase in wattage. Defies what I learn in physics.
Well you can get a 100% reduction in power by snapping off the fan blades
just because two motors use similar wattage doesn't mean the fans their spinning are designed equal.
Soldato
I think that's the problem with reviews nowadays. They are just tested for the results and totally ignore the user experience or the quirks they might hold.