Note, I did find a site that sort of explains some of this, but I still kind of do not understand 100%. Anything I should know to avoid frying my MB or overdoing it? the differences between the Pins, PWM vs I forgot the other one, and the IDE voltage issues.Ģ. But that's another issue, so for now, the fan is working but the LEDs are not as I haven't plugged it in yet.Ĭan someone shed some light on two things.ġ. I have no idea why he had it in an Molex, as I read Molex seems to be less volts no? So maybe that is why the fan started dying? I am also looking for a ARGB extender, as the connection is at the front of the MB, and the connection to the new fan is way too short. So right now it is plugged into a Y MB slot, but only one fan on the Y, so I would guess I am safe to do this and not to over do it for voltage on the MB. I think the guy I asked to helped me yanked all that out and plugged it in to the AIO ports instead, he said it doesn't matter, same same. But it is not plugged into the same place as the installer had plugged it in. Note, I originally had a Cooler Master CPU dual fan heat sink, I pulled that out and put in a Noctura. So I ended up plugging this into an extra cable I saw laying around that connects to the CPU MB 4 pin connector. I can find a 3 pin I think, but not four. I cannot for the life of me find a 4 pin to IDE connector. So I bought a Sickleflow 120 ARGB fan that says it is a 12VDC 0.15A fan. He had connected to a row of 4 Molex connectors. And what I found was that this case fan was a DC12V 0.4A fan, but the connector was Molex, not 3 or 4 pin. Because of the above I just cut the wires and pulled everything through both directions. I just had to change out my rear exhaust fan as it was leaking oil and making noise. I had an installer do all the cabling and installation of components to my system, so the wiring is too tight and too organized to find where stuff leads. I am worried I am going to end up blowing my MB or causing other damage because I am not sure how or where to plug in the fans. Furthermore, Molex has a wide range of connectors for almost all connector requirements in nearly all the markets.I am incredibly confused about 3 pin vs 4 pin vs PWM vs whatever when it comes to power consumption of fans. MicroTPA Wire-to-Board and Wire-to-Wire Connector System is available in 2- to 15-circuit single-row connectors in vertical configurations with TPA retainer. MicroTPA Wire-to-Board and Wire-to-Wire Connector System is a very compact connector system with 2.00mm pitch and positive lock.Ĭustomers choose different connectors from different vendors, this makes their procurement process complex and often causes compatibility issues. Often designers from consumer and vehicle industries have a footprint space issue on their PC board because of increasing demand for more components. MicroTPA vertical high wall header with raised bottom and ledge allows application of potting material to cover the PC board. Water sensitive consumer applications require potting sealing on their PC board. High retention force and inner lock provides electrical reliability in rugged environments. MicroTPA Wire-to-Board and Wire-to-Wire Connector System features terminal design with positive lock for secure mating retention. Rugged automobile and industrial applications can be subject to shock, vibration or rough handling that can dislodge terminals and cause signal interference.
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