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From what i read you'll want an aquaero.
This will gives you 4 fan control.
2 flow control.
1 aquabus.
Your 2 pump provide 2 additional fan port
You'll need in your projected setup 7 usb port.
Aquaero + 2 pump, 2 flow, 2 pressure.
From there, do you need 8 fan controller channel, if so i'll add a quadro this will require an additional usb port ( the hubby takes only 1/2 usb header so that should be all right)
This will provides for each device a tab in aquasuite.
If you want them to sync themselves without windows, you can use the aquabus your computer will look like a rat nest and you'll need a passive splitty 9 and the correct cables.
For the rgb if you don't use the aquabus, the pump provide a controller ( only configurable through usb though) if you use the aquabus the quadro will allow access.
For the gpu block you need to check if they have in out port ( in which case you can daisy chain) otherwise the farbwerk-rgbps might be your best bet to have enough port but i'm not an rgb user
Dieser Beitrag wurde bereits 6 mal editiert, zuletzt von »InfoSeeker« (26. Februar 2021, 17:11)
You can definitively control multiple fan With a splitter from a single control port. So the quadro won't be useful.
Ek rgb need an rgbpx to asus header adapter and are "in only" from what i know.
Basically here, you'll have 2 rgbpx port
So adding a farbwerk is probably a good idea.
In your case, i'll limit the aquabus to the pressure / flow sensors.
The goal of aquabus is to allow your aquaero to centralize sensor data and act on the signals to trigger alarm, shutdown your computer if the flow get too low or water temp climbs too much.
Basically your sensor data can move from one device to another through the aquasuite service once windows run.
Or through aquabus ( and be available in bios or on alternate os, linux beos, ... )
If you're windows only aquabus is nice but does not add a lit of value.
You'll have 3 device capable of doing noisy alerts:
The pumps and the aquaero.
And rgb is never driven over aquabus.
Thank you mates so much very valuable info here, I would love to go for no aquaero route because its simply less mess but the only functionality I'm aware of that I will loose if I go this way is hardware emergency shut down and please correct me if im wrong, I just have one last question that will help me which route I should follow and that is is the hardware shutdown feature really important compared to software shutdown? I mean like we might be talking about couple of seconds differences here between the 2 which BTW could be catastrophic if you haven't done proper testing mechanisms but if your PC just shut down immediately how would you know what exactly was the problem? is there anything else im missing other than this issue?Reading the thread this is what I would do:
- Do NOT purchase a 'Pressure sensor mps pressure Delta 1000', you want the Pressure sensor mps pressure Delta 40
The Delta 1000 is for a reservoir 10 meters tall and you will loose accuracy using it in a normal height reservoir
The Delta 40 is good for a reservoir up to 400mm- In place of an aquaero, get an OCTO, a farbwerk 360 and a HUBBY7
- USB connections:
farbwerk 360 to pins 1-5 on a motherboard USB 2.0 port
HUBBY7 to pins 6-9 on the same motherboard USB 2.0 port as the farbwerk 360
both D5 NEXT pumps to HUBBY7
both MPS flow sensors to the HUBY7
both MPS pressure sensors to the HUBBY7
OCTO to the HUBBY7- Fan connections:
each fan will have it's own fan port on the OCTO- Temperature connections:
the OCTO & farbwerk 360 each have 4 temperature input ports, the MPS devices each have 1 temperature input port
connect your 2 inline & 1 ambient sensors into the most convenient port available- aRGB:
the two AQ aRGB strips can be connected, 1 each to the RGBpx ports on the 2 D5 NEXT pumps
the 3 GPU blocks and the 1 CPU block can be connected to the 4 ports on the farbwerk 360 using appropriate cables and converters- aquabus connmection:
none
Dieser Beitrag wurde bereits 1 mal editiert, zuletzt von »D11125225« (28. Februar 2021, 11:10)
Do I understand your list correctly and you want to buy an additional USB cable for each device?
All devices that connect via USB come with the appropriate cable.
With the MPS 400 the question arises whether 80 l/h as a lower measuring limit for a PC water cooling might not be too high, depending on the installed radiators, cooling blocks and fittings I would rather tend to the MPS 200, because a flow of more than 200 l/h is ilusory in most computers, but a flow of 40 - 80 l/h is quite realistic.
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much appreciated, added the membrane to my list !The MPS-400 will be fine if your running 2x D5 in series, I have this with my 2x EK D5 Duel Revo. At 100% pump speed I can achieve 365lh. The only thing I recommend you add would be this. I had difficulty with my MPS not working until 1 day whilst topping up my res I noticed without the lid on my MPS was working fine, added the pressure relief and its worked fine ever since, 3 years so far
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