17.04.2024, 01:06
Sprache ändern
Registrieren
Anmelden
Sie sind nicht angemeldet.
Fitting sellection to enter a High Flow NEXT's IN port
Sonntag, 27. Dezember 2020, 05:32
I have two options available to connect the cooling loop to a High Flow NEXT.
1st: a sharp 90 with a straight run of about 24 mm after the 90
2nd: a sweeping 90 with a straight run of about 9 mm after the 90
Due to space limitations, I cannot add an extension to the sweeping 90.
I am hoping someone may have an opinion as to which of the two options would induce the least turbulence into the flow entering the High Flow NEXT.
The male end of the fittings would connect to the IN port of the Flow sensor.
1st: a sharp 90 with a straight run of about 24 mm after the 90
2nd: a sweeping 90 with a straight run of about 9 mm after the 90
Due to space limitations, I cannot add an extension to the sweeping 90.
I am hoping someone may have an opinion as to which of the two options would induce the least turbulence into the flow entering the High Flow NEXT.
The male end of the fittings would connect to the IN port of the Flow sensor.
Dienstag, 12. Januar 2021, 23:47
Heh, I think JasonMorris was taking a poke at me for asking a question when I had replied to a similar question earlier.
My question was a bit rhetorical, the introductory post states the following:
But now we are advised not to exceed 300l/h or risk noise, and the manual advises to install the High Flow Next with the 'button' up for best result.
Luckily, I am able to install vertically, with >100mm straight in & out of the sensor.
And even if I am able to achieve very high flow, I will set the ceiling at mid 200l/h max... no reason for more.
My question was a bit rhetorical, the introductory post states the following:
Zitat
A minimum operation noise is achieved by an optimally calibrated bearing play at each sensor. In addition, the new sensors can be operated in any mounting position. Furthermore, the direction of flow is still not specified - this ensures an easy installation in any system. The measuring system has also been extended in its measurement range and can now measure flows of 35-1000 l/h!
But now we are advised not to exceed 300l/h or risk noise, and the manual advises to install the High Flow Next with the 'button' up for best result.
Luckily, I am able to install vertically, with >100mm straight in & out of the sensor.
And even if I am able to achieve very high flow, I will set the ceiling at mid 200l/h max... no reason for more.
Sonntag, 17. Januar 2021, 07:00
Heh, I think JasonMorris was taking a poke at me for asking a question when I had replied to a similar question earlier.
My question was a bit rhetorical, the introductory post states the following:
A minimum operation noise is achieved by an optimally calibrated bearing play at each sensor. In addition, the new sensors can be operated in any mounting position. Furthermore, the direction of flow is still not specified - this ensures an easy installation in any system. The measuring system has also been extended in its measurement range and can now measure flows of 35-1000 l/h!
But now we are advised not to exceed 300l/h or risk noise, and the manual advises to install the High Flow Next with the 'button' up for best result.
Luckily, I am able to install vertically, with >100mm straight in & out of the sensor.
And even if I am able to achieve very high flow, I will set the ceiling at mid 200l/h max... no reason for more.
Thought the spec sheet says 35 to 1000 L/Hr
Im running 600L/Hr as it just works better on my blocks. I'm leading in with a piece of 4 inch tubing with a long radius 90 then out with anout 8 inches with another long radius 90 about 4 inches down in the tube right before it turns into my CPU block and mounted horizontally with the buttons up so I can see it at a glance.
Ähnliche Themen
-
English forum »-
High Flow NEXT makes rattle noise if flow is above 46 g/h
(11. Dezember 2020, 03:27)
-
- English forum »
-
Just added high flow usb sensor and have question
(17. August 2019, 19:17)
-
- English forum »
-
Flow sensor "high flow USB" G1/4 (53129)
(6. Januar 2016, 11:52)
-
- English forum »
-
aquaero5 xt
(4. August 2013, 08:56)