![]() And there does not need to be either - not until we consumers are willing to give up total control of our PC configurations to Dell, HP, Acer, and Lenovo. So again, there will never be a replacement form factor standard for PCs. ![]() It is because Sony, Acer, IBM, Dell, HP, Compaq and the others wanted to have proprietary designs to (1) force users to their brands and (2) keep prices artificially high, there is no real form factor standard for notebooks.Īnd who suffers the most for that? We consumers! Why is there virtually no build-it-yourself notebook industry? Because there is no ATX standard for notebooks that allow consumers to buy parts from different component makers and be certain they will fit and work together. And notebooks are a perfect illustration of that. We will NEVER have a "replacement" for ATX because it will be impossible for the major makers to come to a consensus on a new form factor. Effectively remove crimp contacts with this professional Molex extraction. 797-8913 is a Strain Relief for 8 way Mini-Fit Jr Series connectors without. 501-083 is suitable for Mini Fit Jr Crimp Terminals 16-24 AWG. I say "almost" because consumers do like cases that support bottom mounted PSUs. Buy Molex Crimp Extraction Tool, HANDTOOL Series, Crimp Contact, Contact size 28 22AWG 11-03-0044. Remember BTX? Manufacturers and us consumers rejected it almost entirely. They tried to replace the ATX standard once and it failed miserably. There is no need to remove the screw from the heaterblock. Loosen the black screw on the bottom side of the heaterblock to release the heater. ![]() Remove the minda-holder with the M.I.N.D.A./SuperPINDA sensor. My PSU,namely Corsair VS550 has only female molex connectors.Click to expand.Yes, but it still belongs on the motherboard, not inside the PSU because the motherboard/chipset/socket is what determines which CPU and RAM is compatible with the board - not the PSU. Step 9 Removing the heater (new design) Release the M3x12 screw. Your answer is quite satisfactory, but i need one more question of mine to be answered.A tiny problem has occurred. Simply connect + on the battery to the red wire on the. If you have a 9 volt or 12 volt battery and 2 spare wire you can self-test the fan, preferably outside the PC. If it turn on then something probably wrong with the previous molex connector. First the fans should be using standard 4-Pin Molex connections, so you can daisy chain them together into a stack like pictured in (Figure 13) and then ensure that the stack is connected to the power supplys 4-Pin Molex connection. If there is multiple molex coming out from your PSU, try plugging the fan to other Molex connector. There are some Options out there that reduce the voltage and make the fans slower but it's generally better to buy new fans that are connectable to the mainboard and use the mainboard regulation. Now we will need to reconnect all the power connections and LED lighting connections. ![]() The problem with fans directly connected to the PSU is that they normally run at full speed and are loud. If your PSU is one of these (its unlikely), then you should use the extra fan-molex ones to connect the fans. In some rare cases the PSU supplies extra FAN-Molex connectors that supply regulated voltages. Fans connected by molex are normally not speed regulated and run at 12V all the time with the connection to the PSU. The male part of the fan is just so you don't lose a connector by using the fan and can connect to any other molex female connector in your setup to supply power. ![]() The female part of the Fan-Molex-Connector to the male connector of the PSU. The molex connectors are to connect the fans directly to the PSU. ![]()
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