Pus

Thanks, already bought some.

Hey, at work we run alot of fan controllers but i want to run it across the mobo. I cant find actual official specs of what the Mobo fan headers can carry, i find some google results where people say its 1 Amp across all fan headers, and because they lack evidence of this i feel like they just made that shit up themselfs for some reason. Got a 12v delta fan that runs up to on average 3.9 amps, and im pretty sure it should run fine on the pump header, and i also know that the 12volt Molex to fan extender doesn't work on a PWM fan, it will run at 25-50% fan speed as it has no pulse regulator i already tested this so i know, but people dwell about it supposedly running 100%, not even on 3 pin fans they still dont as those fans also has a controller on them. So, people here knows official specs or run delta fans themselfs on their mobo? and if not what fan controllers are just good and cheap and holds for a few years?

Runs more power than a 1080 TI thro the 4 pin on your mobo. but they run 12v so it will run 12 at whatever AMPs it can.

thats a stiff price, 50usd per fan + 25% and shipping for me. cant just pay 80 bucks a fan and have crappy support / refund if some of them dies. then i would rather pay for noctua 3000rpm's

Out of stock.

FN200RB i bought up all of the ones selling on amazon a while ago and its been sold out for ages now. https://www.amazon.com/200mm-37-25-Rifle-Bearing-FN-200RB/dp/B00NIQMQF0 Are there any faster 200mm fans than these? they are 1300RPM and they run as advertised, slightly faster than Noctua 140mm 3000rpm which i also have. 269 mh/3 vs 282 mh/3, at 3000rpm its noisy so i would rather have more 200mm's I need the same performance fans, im dissapointed how noctua did not make any high RPM 200mm fans, my FN200RB are running smoothly at highest rpm for months now. From time to time some new brands tends to come up with new fans, any suggestions? i do have 8 X 200mm bitfenix spectre pro but they are too slow. the CFM as advertised is pure BS, they only run a low 900rpm aswell.

pretty sure they're 800rpm, dont even have to check out the video.

spectre pro 900 rpm was too slow for me, and the NZXT FN200RB 1300RPM which are 165 cfm are also not really enough for me. well maybe it will be as im expecting more of them soon. need higher airflow asap, i prefer higher RPM obviously. i realise that 3000rpm noctua's are only 0.55 amps but the nzxt ones are 0.7 amps and has the same airflow. i guess lower fan size and higher fan speed seems to be more suited. guess thats most of the reason but those are so loud.

well, look at that. great work guys, i might test with the PSU 4 pin using the evga supernova but this seems safe aswell

turns out it might be the 24 pin, see how it looks already.

no thats fine as only two wires from the 24 pin atx needs to be used. the 24pin from the secondary PSU will be used. i dont see any issues with running that config, atleast not the way i know how a motherboard and psu works. the 24 pin doesn't rely on the 4 pin to the psu or 8 pin to be accurate so they dont have to be the same PSU.

good idea, i got a dual psu extender here that i can test with right now.

chieftech 560w CFT 560 A12S

yes and the evga supernova 750 g3's "guard" as i would call it prevents it from booting cause the mobo is asking for higher voltages and therefore it shuts down. so an unsafe psu that had no voltage barrier would been the ideal solution here. as i do have that as you can see and it turns out i might be able to use this psu too, but running it on 1k worth of gpu's and almost hitting the limits for this psu does not sound a good idea at all due to its age.

so this mobo will bootup with higher voltages on the cpu power inlet from the PSU, but it wont boot with a new psu lets say EVGA Supernova 750 G3, igot 1200hx and 850 G3 X5 here and they all work fine on every other motherboard but this. my old PSU is giving higher voltages on the 12v rail, i dont think its so bad on 3.3 and 5 . but any way i can look at any component on the mobo and solder it or look for damages? or any other cheap way out? just a tip, these voltages will not affect anything else coming from the PSU its only the cpu. so its safe to run it might only damage mobo / cpu / ram and nothing else, those are the least of my worries right now. with evga supernova 750 g3 it just flickers on then straight off, with old psu sending 18v on psu+ it starts normaly everytime.