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Oh dear I wish I had read the quick start guide earlier. The High Flow 2 is much better suited for my needs and comes with the required cable.Will both of these units work with the quadro or octo and its flow input? I cant fit the Aquaero in my case, unfortunately.
high flow 2 and LT can be connected to QUADRO or OCTO with the supplied cable. To connect the high flow NEXT you will need a PicoBlade to PicoBlade connection cable (not available yet) for its signal output. This output can be set to simulate a classic high flow sensor.
Oh dear I wish I had read the quick start guide earlier. The High Flow 2 is much better suited for my needs and comes with the required cable.
With the dearth of High Flow NEXTs atm, you could list it on ebay, or similar, and sell it quickly.
I was ready to sing your praises but, the high flow NEXT is in (limited) stock, and the high flow 2 is...out of stock. This dearth, if it was equally distributed between the NEXT & 2, I would fully agree with you.
However I notice now a difference between the high flow NEXT and the high flow 2 apart from RGB & LCD. The high flow 2 is missing the coolent quality conductivity sensor and that is something I find useful.
Dieser Beitrag wurde bereits 1 mal editiert, zuletzt von »anub1s21« (27. November 2020, 19:01)
hello again,
order placed for a high flow NEXT (though seeing the conversation here...might be a long wait).
i do have a question about the recommended orientation, it's recommended to mount it horizontally (display forward buttons up) will there be less accuracy or more noise when mounted vertically?
i could get it to hang horizontally but it's mass would be attempting to pull the tube out of it's fitting..which should be fine but i am not super comfortable with (i hear PETG shrinks over time...haven't had it happen yet but don't wanna test my luck by having tubes held in place by the fitting and just due to there position instead of just the fitting and having a clear way to exit the fitting ...taking it apart is a nightmare....).
also am i correct in that i can only hook up 1 water temp sensor for the see how much heat is getting extracted feature? or could it take a 2nd input from a octo with a water temp sensor on it (got a octo 2 weeks ago, to fix a rgb fan issue...and also managing 11 fans and in the future possibly a PWM pump instead of my current usb pump, loving it).
in my current loop it would have to be diagonal to be able to be on a radiator in or out which i'm sure is much less okay then horizontal or vertical
Zitat
Due to a symmetrical construction, the flow direction is irrelevant. Furthermore, the sensor may be installed in any orientation.
Coolant quality - good to know
Again and again we have been asked: When should I change my coolant? How do I recognize corrosion in the circuit?
Now the high flow NEXT provides the answer! We have integrated a very precise measuring system for the electrical conductivity of the coolant. This is capable to measure the conductivity between 2-200 µS and determine the quality of the coolant. If corrosion occurs or if the corrosion protection inhibitors are used up, the conductivity of the coolant increases significantly. This is detected by the sensor and corrosion and biological attack can be prevented by changing the coolant.
Coolant quality - good to know
Again and again we have been asked: When should I change my coolant? How do I recognize corrosion in the circuit?
Now the high flow NEXT provides the answer! We have integrated a very precise measuring system for the electrical conductivity of the coolant. This is capable to measure the conductivity between 2-200 µS and determine the quality of the coolant. If corrosion occurs or if the corrosion protection inhibitors are used up, the conductivity of the coolant increases significantly. This is detected by the sensor and corrosion and biological attack can be prevented by changing the coolant.
Does that work and measure a correct conductivity value for all kinds of fluid? For example distilled water and various coolants from different brands? Or does it work only with you DP coolants?
Because for my brand new EK Cryofuel Clear (Premix) coolant it shows a very high conductivity value of 420 μs/cm at 30 °C. Is that OK?
Yes, I am aware of that, I have read that in Aquasuite software.This value is far from safe operation in a water cooling system. This is like tap water.very high conductivity value of 420 μs/cm at 30 °C. Is that OK?
You can use it, but be aware that the components will corrode.
We recommend changing the coolant at 100µS at the latest.
Trust me, right now I am confused too...I’m using the exact same coolant. Don’t have the high flow next yet. Wonder why such high conductivity for brand new coolant? Have you tried changing your coolant and retesting? Maybe there is an issue with the sensor in the high flow unit? I would like to know what you find out about this. Thanks.
Unfortunately I haven't been able to figure it out yet...I have the same coolant, what i find interesting is: It says Quote: "A very precise measuring system for the electrical conductivity of the coolant is integrated into the high flow NEXT. It is capable to measure the conductivity between 2-200 µS and determine the quality of the coolant. If corrosion occurs or if the corrosion protection inhibitors are used up, the conductivity of the coolant increases significantly. In this case, the coolant should be replaced." How did you get a measurement of 430µS? or does it actually measure higher then the specified 2-200µS?
Dieser Beitrag wurde bereits 1 mal editiert, zuletzt von »torexko« (21. Dezember 2020, 23:55)
maybe a confusion with the units:EK officially advertises a conductivy of their Cryofuel coolants to be 1,04 ±10% mS/cm
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