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Mittwoch, 2. September 2020, 20:20
The RGBpx effects from the sensor work without a Software when you use a Internal Sensor (from the hardware). You only have to connect USB to power the sensor. When the sensor is only connected via aquabus, the RGB LEDs are off.
thank you for this comment, was considering adding a aquaero 6lt to my system (already have a D5 USB and a high flow USB), saw this come out and instantly wanted it for the built in display (have a lian li 011 dynamic so ....thin on 5.25 bay's to mount a display), was thinking of a vision next to function as my display but this seems like a more elegant and practical solution.
mainly want it to control my cooling interdependently of windows, nothing against aquasuite i like the software my ryzen R9 3900X though does not and won't propperly go to sleep (nothing really to worry about just something that annoys me, aquasuite is also by far less of a issue for my cpu then name some RGB software which just puts it in to balls against the walls mode but that's what openrgb is for, getting all the RGB to cooperate and do the same thing is a nightmare so glad it disables over aquabus, would be kewl if i could get it to follow my mobo's output but off is a good compromise as long as the display and flow sensor bits still work
Freitag, 4. September 2020, 13:49
I believe it has an integrated temperature sensor?
"Water temperature - highly accurate and measured as swift as an arrow
The high flow 2 and the high flow NEXT feature a highly accurate and
also extremely responsive water temperature sensor. This not only allows
the water temperature to be determined but also, in combination with a
second sensor, the power currently being dissipated by the cooling
system."
Do you need an Aquacomputer temp sensor to get "power currently being dissipated"?
"Water temperature - highly accurate and measured as swift as an arrow
The high flow 2 and the high flow NEXT feature a highly accurate and
also extremely responsive water temperature sensor. This not only allows
the water temperature to be determined but also, in combination with a
second sensor, the power currently being dissipated by the cooling
system."
Do you need an Aquacomputer temp sensor to get "power currently being dissipated"?
Freitag, 4. September 2020, 14:24
SgtSixpack
Yes, High flow NEXT has a built-in water temp sensor.
It also has a virtual "Power" sensor, that supposedly works the same way as aquaero's Power measurement: having two water temp sensors (installed in particular points), and a flow rate measurement, makes possible to calculate watercooling loop's thermal power taken. It seems like High flow NEXT has 2-pin (10k probe) sensor connector, so any 10k water temp sensor can be used as second water temp sensor needed for Power taken calculation. No, not only Aquacomputer one, you can find another 10k Ohm water probe.
Though Power measurement limits points where thermal sensors should be installed.
Yes, High flow NEXT has a built-in water temp sensor.
It also has a virtual "Power" sensor, that supposedly works the same way as aquaero's Power measurement: having two water temp sensors (installed in particular points), and a flow rate measurement, makes possible to calculate watercooling loop's thermal power taken. It seems like High flow NEXT has 2-pin (10k probe) sensor connector, so any 10k water temp sensor can be used as second water temp sensor needed for Power taken calculation. No, not only Aquacomputer one, you can find another 10k Ohm water probe.
Though Power measurement limits points where thermal sensors should be installed.
Montag, 7. September 2020, 09:20
I think 2-pin connector on the multiconnector cable is 10k thermal probe built in High flow 2. Not the motherboard power.Does the High Flow 2 (not the NEXT) have the ability to do system shutoff? The connector included in the picture looks like it has the appropriate motherboard connector.
Montag, 7. September 2020, 11:41
Does the High Flow 2 (not the NEXT) have the ability to do system shutoff? The connector included in the picture looks like it has the appropriate motherboard connector.
The high flow 2 sensor has no controller board and therefor can not shut down the PC. The included cable only forwards the flow rate and coolant temperature. Both with a classic plug and the newer small PicoBlade plug for products like VIOSN for example.
Dienstag, 8. September 2020, 14:08
Zitat
Water temperature - highly accurate and measured as swift as an arrow
The high flow 2 and the high flow NEXT feature a highly accurate and also extremely responsive water temperature sensor. This not only allows the water temperature to be determined but also, in combination with a second sensor, the power currently being dissipated by the cooling system.
For the power dissipation calculation must the 2nd temperature sensor be connected to the port on the high flow next, or are there Software.Sensors available?
Dienstag, 8. September 2020, 15:53
The high flow NEXT also integrates a smart calibration fuction. This will allow you an automatic calibration of the two sensors against each other when the system is shut down for a given time. This function is a great improvement at the accurarcy but will only be available for the connected sensor at the high flow NEXT as values must be available also in stand-by of the system.
That sounds interesting.
The 'shut down for a given time' must be long enough for the two sensors to reach equilibrium, with both sensors within a prescribed range of each other (e.g. within ½° C)?
Does the procedure average the two temperature inputs, or is the primary temperature sensor in the high flow next considered reference?
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