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Is my secondary drain too close to my main drain?
First time doing this.
Did you ever see if this works? I have to do the same thing due to over flow box being too small.Is my secondary drain too close to my main drain?
First time doing this.
I run mine without the tee & elbow.
Just straight pipes.
Same.I run mine without the tee & elbow.
Just straight pipes.
I believe the secondary drain in the "Herbie" and "Bean" style drain system is to allow some wiggle room in tuning the system.I have it set so no water goes into the secondary drain as its not needed. I do run only 2-3× tank turn over. Faster flow may require the secondary drain to have low flow through it.
I run mine with no elbows. Its quiet and works well.
I have it set so no water goes into the secondary drain as its not needed. I do run only 2-3× tank turn over. Faster flow may require the secondary drain to have low flow through it.
Yes its for dialing it in and most have a small amount entering it. It is really needed if you are trying to run high flow through the sump which I have never found a use for.I believe the secondary drain in the "Herbie" and "Bean" style drain system is to allow some wiggle room in tuning the system.
Imagine there is some fluctuation in water entering the weir, maybe it's due to turbulent flow in the tank (wave action splashing water) or maybe your return pump just fluctuates slightly. One could sometimes get noises coming from the siphon drain. If there is a small "trickle" entering that secondary drain it will aid in keeping the primary syphon functioning silently by accommodating that slight fluctuation.
With all straight pipes, and only using the main drain wouldn’t this essentially be running a Herbie style in a mean animal style overflow?
Sounds like you wouldn’t be getting the flow benefits for a bean animal.
1 pump feeds my frag tank, manifold, and display. If I open a reactor a bit more, I do not need to change the siphon valve.If your pump fluctuates get a new pump. I dont understand that but it may be for people running dc pumps which i'm not a fan of for a return pump.
I can turn my 2 6255's up to get very turbulent flow with no change in the overflow
My 1.5 inch siphon can move a great deal of water without the secondary drain should I choose to open it. Meaning I would not "need" it to move a lot of water. So I'm unsure why you believe is "for high sump flow".It is really needed if you are trying to run high flow through the sump
You can only push so much water down a 1" tube. The supplied dc pump, which I dont use, can push alot of water. I match my ac pump to the flow I want. Many running the same, IM ext supplied dc pump, system have to have water going down the secondary due to the amount of water they are pushing.1 pump feeds my frag tank, manifold, and display. If I open a reactor a bit more, I do not need to change the siphon valve.
When my 4x MP40s move into standing wave mode they can splash water into the weir then the water dips below the weir for a second. So the water volume in the wire shifts slightly.
My 1.5 inch siphon can move a great deal of water without the secondary drain should I choose to open it. Meaning I would not "need" it to move a lot of water. So I'm unsure why you believe is "for high sump flow".