This will simply be a repository of Pinouts for people that are looking for them for their sleeving job. This will be a community project and everyone is encouraged to add to the repository.
It is always recommended that you make a pinout of your own, no matter what, before you begin on a sleeving job - remember to make one for all cables. Even if you see your pinout on the list please make one for yourself anyhow as nothing in this thread is iron clad and it should be a prerequisite to sleeving your power supply no matter how many times you have sleeved!
I recommend investing in a PSU Tester and personally use the Thermaltake Dr Power II as it tests the main cables on an ATX PSU including the 8 Pin PCI-E cable which many testers do not include. I'd also suggest a Multi-Meter as a quick way of testing or doubling checking an individual pinout in the case of doubt.
Please also note that you are using these pinouts with no guarantee from anyone on the accuracy, but if they are listed most likely they were used on the project they were for.
Another note of caution that some PSU makers will consider your warranty void by removing the wires!
P.S.
Please don't steal these pinouts for your own site/use without linking back to this thread as this thread will continue to be added to and pinouts verified. Also the users that contribute to these pinouts needs to get credit for the time they have put into helping out the community - so if you use them they should be thanked on your build log and the thread linked out of courtesy.
Quick Tip:
A lot of the power supply units these days have double pins which make the sleeving process harder, you can try to sleeve a double wire and stuff it into the ATX connector but this looks terrible so most sleevers use a double wire technique where they put the split in the back of the case or make a short set of OEM cables and then add a set of extensions to the end for a clean look. Another way is to just shroud the PSU and then use extensions which is the cheapest way to go about it. But for those that want to full OEM sleeve or make a short cable kit you will need to split the cables to make them the cleanest and easiest to use. Therefore this video method was made by Lutro0 Customs a while ago and has been used by sleevers since.
Lutro0 Customs - Double Wire Video Guide
Also:
If you run into problems or want info on on which methods to use please check out the Sleeving FAQ Located Here : Frequently Asked Sleeving Questions
I will add a nice graph that was made by someone from the MDPC Family for people to use and as people make their own pinouts we can add them by maker and model. The use of the graph is not needed and you make make your own as long as it is easy for others to read.
Here is a graph to use and scan when you have a full pinout to get you started:
Power Supply Pinouts
ATX Standard Motherboard and Hardware Side Pin Out
ATX Standard by Lutro0/Big Elf
Remember this side will always be the same on the hardware side, the side that changes is on the OEM PSU side.
Here is another great resource for all of the other cables commonly used: http://www.playtool.com/pages/psuconnectors/connectors.html#sata
Antec Series
Antec HCP-1300 Platinum by kpoeticg
Cooler Master Series
Cooler Master Silent Hybrid Pro 850 24pin by Furion92, tictoc and Lutro0
Furion92 Version
Lutro0 Version
Lutro0 Version
Corsair Series
Corsair AX1200 by Devious Dog
Corsair AX750, AX850 & AX860 by Lutro0
Corsair 1200I, AX860I, and AX760I Full by Deafboy/TheChisel
http://www.overclock.net/t/1354660/ax1200i-24-pin-question/0_20
Please note that the AX860I, 1200I, and AX760I all have the same pinout!
Corsair RM750 by aRkangeLPT
Enermax Series
Enermax MaxRevo 1350W 24pin by mundivalur
Enermax MaxRevo EMR1500EWT 1500W by Germanian
The following image illustrates the modular sockets layout and its DC rail distribution.
You must connect the 16-pin and 20-pin connectors into respective sockets to enable the 24-pin MB and 8-pin CPU/EPS connectors.
You must connect the 16-pin and 20-pin connectors into respective sockets to enable the 24-pin MB and 8-pin CPU/EPS connectors.
EVGA Series
EVGA SuperNOVA 850 G2 (also covers 750 G2, 1000 G2, 1000 P2, 1300 G2, 1200 P2 & 1600 G2) by tinus93 and Big Elf
EVGA SuperNOVA 1000 G2 and SuperNOVA 1300 G2 by Thaal Sinestro
Note that the PSU has capacitors between pins 1 and 3 (3.3V and Ground), pins 4 and 15 (5V and Ground) and pins 10 and 7 (12V and Ground).
It has been confirmed that the SuperNOVA 1300 G2 also uses the same pin-out.
Note: EVGA issued an Update Notice for this PSU to highlight a possible manufacturing defect.
It has been confirmed that the SuperNOVA 1300 G2 also uses the same pin-out.
Note: EVGA issued an Update Notice for this PSU to highlight a possible manufacturing defect.
HighPower Series
HighPower Astro GD 500W 80+Gold by Thaal Sinestro
OCZ Series
OCZ ZX 850w PSU 24pin by Lunker
OCZ ZX 850w PSU side Pinout
MB Side ATX-PSU Side ATX
1(+3.3v)-5(+3.3v)
2(+3.3v)-17(+3.3v)
3(GND)-8(GND)
4(+5v)-14(+5v)
5(GND)-6(GND)
6(+5v)-13(+5v)
7(GND)-10(GND)
8(PG)-21(PG)-grey wire
9(+5VSB)-18(+5VSB)-purple wire
10(+12v)-12(+12v)
11(+12v)-24(+12v)
12(+3.3v)-4(+3.3v)
13(+3.3v)-16(+3.3v)-double wire with brown to 15(psu side)
14(-12v)-19(-12v)-blue wire
15(GND)-23(GND)
16(PS-ON)-20(PS-ON)-green wire
17(GND)-7(GND)
18(GND)-11(GND)
19(GND)-22(GND)
20(Not Used)xxxxxxxxxxxxx15(brown single wire connected with orange wire to 13 on MB side)
21(+5v)-3(+5v)
22(+5v)-2(+5v)
23(+5v)-1(+5v)
24(GND)-9(GND)
Other cables are still needed for this pinout
MB Side ATX-PSU Side ATX
1(+3.3v)-5(+3.3v)
2(+3.3v)-17(+3.3v)
3(GND)-8(GND)
4(+5v)-14(+5v)
5(GND)-6(GND)
6(+5v)-13(+5v)
7(GND)-10(GND)
8(PG)-21(PG)-grey wire
9(+5VSB)-18(+5VSB)-purple wire
10(+12v)-12(+12v)
11(+12v)-24(+12v)
12(+3.3v)-4(+3.3v)
13(+3.3v)-16(+3.3v)-double wire with brown to 15(psu side)
14(-12v)-19(-12v)-blue wire
15(GND)-23(GND)
16(PS-ON)-20(PS-ON)-green wire
17(GND)-7(GND)
18(GND)-11(GND)
19(GND)-22(GND)
20(Not Used)xxxxxxxxxxxxx15(brown single wire connected with orange wire to 13 on MB side)
21(+5v)-3(+5v)
22(+5v)-2(+5v)
23(+5v)-1(+5v)
24(GND)-9(GND)
Other cables are still needed for this pinout
SeaSonic Series
Notes from Big Elf on SeaSonic Units
Fanless FL1 - X-400, X-460
Platinum Series, Fanless FL2 - P-400, P-460, P-520
X-Series KM1 - X-650, X-750
X-Series KM2 - X-560, X-660, X-760, X-850
X-Series KM3 - X-650, X-750, X-850
X-Series XM - X-1050, X-1250
Platinum Series XP1 - P-860, P-1000, P-1200
Platinum Series XP2 - P-660, P-760, P-860
Platinum Series XP3 - P-1200
These are all likely to apply to future releases of SeaSonic PSUs until further notice and can easily be verified by inspecting the supplied cables in the case of those supplied with coloured cables or checking with a multi-meter for the all black cables supplied with some of the later revisions.
You should always double check these cables before use as incorrect pin-outs will cause component destruction. As I mention Ad nauseum I recommend the Thermaltake Dr Power II which will check every cable on an ATX PSU.
SeaSonic uses a standard method of pin-outs for all their current PSUs for the following modular connectors used at the PSU socket:
6 Pin Auxiliary Connector - used for 4 Pin Molex/Auxiliary Connectors and SATA Power Connectors
In the case of the 4 Pin Molex/Auxiliary Connector pin-out no. 4 (3.3V) is not used.
8 Pin Connector - Used for CPU/EPS Connectors and PCI-E Connectors. Uses 12V and Ground Connectors only.
12 Pin Connectors - Used mainly for PCI-E Connectors but also for additional 8 Pin CPU/EPS Cables (only 4 x 12V and 4 x Ground pin-outs are populated). Uses 12V and Ground Connectors only. Where there are insufficient Ground connections e.g. for 2 x 8 Pin PCI-E Connectors it is necessary to splice Ground cables together to make up enough wires to connect to the 8 Pin PCI-E Connector.
Because the connectors at the component end i.e. EPS/CPU/PCI-E/Molex/Auxiliary/SATA are all standard it should be easy to refer to the standard pin-outs for each of these connectors to correctly wire them up.
Platinum Series, Fanless FL2 - P-400, P-460, P-520
X-Series KM1 - X-650, X-750
X-Series KM2 - X-560, X-660, X-760, X-850
X-Series KM3 - X-650, X-750, X-850
X-Series XM - X-1050, X-1250
Platinum Series XP1 - P-860, P-1000, P-1200
Platinum Series XP2 - P-660, P-760, P-860
Platinum Series XP3 - P-1200
These are all likely to apply to future releases of SeaSonic PSUs until further notice and can easily be verified by inspecting the supplied cables in the case of those supplied with coloured cables or checking with a multi-meter for the all black cables supplied with some of the later revisions.
You should always double check these cables before use as incorrect pin-outs will cause component destruction. As I mention Ad nauseum I recommend the Thermaltake Dr Power II which will check every cable on an ATX PSU.
SeaSonic uses a standard method of pin-outs for all their current PSUs for the following modular connectors used at the PSU socket:
6 Pin Auxiliary Connector - used for 4 Pin Molex/Auxiliary Connectors and SATA Power Connectors
In the case of the 4 Pin Molex/Auxiliary Connector pin-out no. 4 (3.3V) is not used.
8 Pin Connector - Used for CPU/EPS Connectors and PCI-E Connectors. Uses 12V and Ground Connectors only.
12 Pin Connectors - Used mainly for PCI-E Connectors but also for additional 8 Pin CPU/EPS Cables (only 4 x 12V and 4 x Ground pin-outs are populated). Uses 12V and Ground Connectors only. Where there are insufficient Ground connections e.g. for 2 x 8 Pin PCI-E Connectors it is necessary to splice Ground cables together to make up enough wires to connect to the 8 Pin PCI-E Connector.
Because the connectors at the component end i.e. EPS/CPU/PCI-E/Molex/Auxiliary/SATA are all standard it should be easy to refer to the standard pin-outs for each of these connectors to correctly wire them up.
SeaSonic Fanless FL1 - X-400, X-460 by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires.
SeaSonic Platinum Series, Fanless FL2 - P-400, P-460, P-520 by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires.
SeaSonic X-Series KM1 - X-650, X-750 by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires.
SeaSonic X-Series KM2 - X-560, X-660, X-760, X-850 by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires.
SeaSonic X-Series KM3 - X-650, X-750, X-850 by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires.
SeaSonic X-Series XM - X-1050, X-1250 by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires.
Alternative Pinout
The dual Ground wires shown on Pin 24 on the 24 Pin Connector are optional. If you redo Pin 24 as a single Ground wire then leave Pin 7 on the 18 Pin Connector unused and move Pin 3 from the 24 Pin connector to Pin 6 on the 18 Pin Connector to match the latest revision. It's beneficial to leave Pin 24 on the 24 Pin Connector as a single wire to avoid splitting dual wires between the 18 pin and the 10 pin connector. If you find this confusing let me know and I'll do an additional image.
Alternative Pinout
The dual Ground wires shown on Pin 24 on the 24 Pin Connector are optional. If you redo Pin 24 as a single Ground wire then leave Pin 7 on the 18 Pin Connector unused and move Pin 3 from the 24 Pin connector to Pin 6 on the 18 Pin Connector to match the latest revision. It's beneficial to leave Pin 24 on the 24 Pin Connector as a single wire to avoid splitting dual wires between the 18 pin and the 10 pin connector. If you find this confusing let me know and I'll do an additional image.
SeaSonic Platinum Series XP2 - P-660, P-760, P-860 by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires."
SeaSonic X750 ATX Pinout 16-10Pin to 24Pin by Laine Dalí D'artagnan
Other cables are still needed for this pinout
SeaSonic Platinum 1000 by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires.
![900x900px-LL-d3d637ce_SeasonicP1000Pinouts.jpeg]( "900x900px-LL-d3d637ce_SeasonicP1000Pinouts.jpeg")
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http://www.overclock.net/t/1420796/repository-of-power-supply-pin-outs/20_20#post_20680274
http://www.overclock.net/t/1420796/repository-of-power-supply-pin-outs/20_20#post_20680274
SeaSonic XP3 Series - Platinum 1200 by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires. Note: The pin-outs on the 8 Pin Connectors are the opposite way round to all previous SeaSonic PSUs.
Silverstone Series
SilverStone ST45SF-G 450W (and other models) by WISK
This will cover other models, list coming soon.
SilverStone ST65F-G 650W by Big Elf
A note from the Elf "As always with my pin-outs you're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires.
Note the dual wire on Pinout 21. This has an additional wire (looks like AWG20 or 22) crimped onto the same pin as the main wire.
Also note the dual wire crimped onto Pin 13 (3.3V) at the Motherboard end of the connection which goes to Pin 13 and also Pin 20 on the PSU end of the connection. This is a sense wire which is used to fine tune voltages at load.
Note the dual wire on Pinout 21. This has an additional wire (looks like AWG20 or 22) crimped onto the same pin as the main wire.
Also note the dual wire crimped onto Pin 13 (3.3V) at the Motherboard end of the connection which goes to Pin 13 and also Pin 20 on the PSU end of the connection. This is a sense wire which is used to fine tune voltages at load.
Ultra Series
Ultra X4 750W 24Pin by Frank N. Stein
http://www.4shared.com/office/6qV20HdK/UltraX4_750W_24-Pin.html
Other cables are still needed for this pinout
XFX XTR Series
XFX XTR 550W 24Pin by Adict and Big Elf
The pin-out for the XFX XTR 550W PSU has been confirmed as being the same as the SeaSonic KM2 series. You're looking at the connector from the rear (where the wire is inserted). Where 2 is shown in brackets after the wire colour on the 24 Pin Connector it denotes dual wires.
