Hi OCN,
The fan in my 850W fully modular Strider Gold was loud enough on idle power draw to be heard over everything else in my computer (D5 Vario, 4-6 other fans.) I swapped it back out for my Corsair HX650 because 1. I dont need the extra watts 2. The cables suck. and 3. Whats the point of watercooling your computer, making in near silent and then having a loud PSU!
Today i thought, i'm not going to sleeve my HX650 because i'm planning for it to last the 7 years that it is warranted for , so i will swap out the fan in the Strider 850! If the fan noise is less i will have no problems using it!
I had a couple of 140mm fractal design silent series fans in my collection, so i grabbed one and set to the job:

The victim

ahh meh


Glad the fan wasn't soldered in

Stock fan looks much more sturdy than the one I am replacing it with... maybe this is a bad idea.


Making up a cable so I don't have to wreck two fans



Realising that the power supply doesn't have standard 140mm fan mounts.

Finding a solution.


Turning on the power supply and finding that the fan wont turn on.

Giving the fan a blow of air got it going... very slowly.
So nothing turned out like I planned and I'm quite sure I will end up putting the stock fan back in before I use this PSU in any computer. This was a bbbbaadddd idea.
Just have a couple of questions for anyone who can help me: Will using the power supply ghetto rigged up like this potentially cause damage to the fan or power supply? I swear i have read that fans can be damaged by running them at too low voltage (ie. not enough to make the fan start up). I don't really care much for the fan itself but if it died I wouldn't want to overheat and fry the PSU. If figured that when the power supply needed more cooling it would ramp up the fan and everything would be fine. Do power supplied generally control their fans based on load or on temperature?
The fan in my 850W fully modular Strider Gold was loud enough on idle power draw to be heard over everything else in my computer (D5 Vario, 4-6 other fans.) I swapped it back out for my Corsair HX650 because 1. I dont need the extra watts 2. The cables suck. and 3. Whats the point of watercooling your computer, making in near silent and then having a loud PSU!
Today i thought, i'm not going to sleeve my HX650 because i'm planning for it to last the 7 years that it is warranted for , so i will swap out the fan in the Strider 850! If the fan noise is less i will have no problems using it!
I had a couple of 140mm fractal design silent series fans in my collection, so i grabbed one and set to the job:
The victim
ahh meh
Glad the fan wasn't soldered in
Stock fan looks much more sturdy than the one I am replacing it with... maybe this is a bad idea.
Making up a cable so I don't have to wreck two fans
Realising that the power supply doesn't have standard 140mm fan mounts.
Finding a solution.
Turning on the power supply and finding that the fan wont turn on.
Giving the fan a blow of air got it going... very slowly.
So nothing turned out like I planned and I'm quite sure I will end up putting the stock fan back in before I use this PSU in any computer. This was a bbbbaadddd idea.
Just have a couple of questions for anyone who can help me: Will using the power supply ghetto rigged up like this potentially cause damage to the fan or power supply? I swear i have read that fans can be damaged by running them at too low voltage (ie. not enough to make the fan start up). I don't really care much for the fan itself but if it died I wouldn't want to overheat and fry the PSU. If figured that when the power supply needed more cooling it would ramp up the fan and everything would be fine. Do power supplied generally control their fans based on load or on temperature?







PSU fans are matched to the PSU need for cooling. you are supplying 1/3 of the maximum cooling capacity that PSU is designed to require... the fan controller inside the PSU is ASSUMING the fan characteristics based on the 123.64 CFM fan. thus supplying the voltage that it THINKS the 123.64 CFM fan needs to keep itself cool.