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Aquaero 5 LT slave device Q

Enser

Junior Member

Aquaero 5 LT slave device Q

Mittwoch, 13. Januar 2016, 00:55

I have another AQ 6 XT & a AQ 5 LT on the way to make a master/slave controller config. I have also ordered real time clock modules for the extra Aquabus port. Since I need to connect them via aquabus to make the master/slave config, can I use the other Aquabus port off the RTCs to take advantage of MPS devices to run off the AQ 5 LT?

barfly

Full Member

Mittwoch, 13. Januar 2016, 02:11

all devices need to be connected via the high aquabus,a y splitter cable can be used for this.,the low aquabus is not usable at this time.

InfoSeeker

Senior Member

RE: Aquaero 5 LT slave device Q

Mittwoch, 13. Januar 2016, 02:27

Zitat von »Enser«

I have another AQ 6 XT & a AQ 5 LT on the way to make a master/slave controller config. I have also ordered real time clock modules for the extra Aquabus port. Since I need to connect them via aquabus to make the master/slave config, can I use the other Aquabus port off the RTCs to take advantage of MPS devices to run off the AQ 5 LT?

Yes, the two high speed aquabus ports on top of the clock can be used as if they were a Y-splitter.

Enser

Junior Member

Mittwoch, 13. Januar 2016, 19:11

Ok, so than if I use the RTCs or Y cable I can have side 'a' of the Y go from AQ6 to the AQ5 (slave), and the other side of the Y cable (side 'b') to connect 4 MPS devices to each AQ (to get 8 total MPS devices between the two AQ).
Like this:









Quellcode

 
1
2
3
4
5
6
7
8

| AQ 6 XT          |
| Aquabus High | ——> MPS1, MPS2, MPS3, MPS4
	|
	|
	| (Aquabus High link)
	|
| AQ 5 LT (slave mode) |
| Aquabus High	     | ——-> MPS1, MPS2, MPS3, MPS4





This was I was hoping to achieve... let me know if this design will function. Thanks!

Dieser Beitrag wurde bereits 1 mal editiert, zuletzt von »Enser« (13. Januar 2016, 19:28)

Enser

Junior Member

Mittwoch, 13. Januar 2016, 19:58

I should also mention my setup:
I am running 2 parallel loops, one for CPU & mobo / one for GPU (3 way SLI).
Each loop has 2 D5s in serial (Aquabus D5s). I also have an MPS flow meter (MPS 400) & an MPS pressure sensor (MPS 500) for each loop.
This make a total of 8 MPS devices.
If the above master/slave topology does not expand to a total of 8 MPS than I will be forced to run each AQ seperately (2 MPS pumps + flow MPS + pressure MPS).
This would not be ideal, thus why I wish to configure my setup as above....

Railgun

Full Member

Mittwoch, 13. Januar 2016, 20:03

You can also use one of these...

http://www.modmytoys.com/pcb.html

InfoSeeker

Senior Member

Mittwoch, 13. Januar 2016, 20:45

Zitat von »Enser«

I should also mention my setup:
I am running 2 parallel loops, one for CPU & mobo / one for GPU (3 way SLI).
Each loop has 2 D5s in serial (Aquabus D5s). I also have an MPS flow meter (MPS 400) & an MPS pressure sensor (MPS 500) for each loop.
This make a total of 8 MPS devices.
If the above master/slave topology does not expand to a total of 8 MPS than I will be forced to run each AQ seperately (2 MPS pumps + flow MPS + pressure MPS).
This would not be ideal, thus why I wish to configure my setup as above....

Four (4) is the maximum number MPS devices that can be controlled by an aquaero.
You have to set a unique aquabus address for each device, and MPS has four designated addresses - 12, 13, 14 & 15.
The aquabus devices addresses is listed in a table in the manual in section 25.1. 'Compatible aquabus devices'.

Dieser Beitrag wurde bereits 1 mal editiert, zuletzt von »InfoSeeker« (13. Januar 2016, 20:47)

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