• Chad9037

Natasha

Can we calculate at 3.78?

Leonard

That's why I'm asking for the opinion of PRACTITIONERS.

Daniel4967

Everything is here

James3382

This pump won't be able to handle it. After the water is lifted up and passes through the pipes, let's hope it reaches 1000 liters per hour at the outlet. But you need to pump 3-5 volumes per hour. Over time, the pipes will get clogged inside... A pump with a minimum capacity of 5-6 cubic meters per hour is needed for a 600-liter aquarium. I have a pump set to 4.5 cubic meters per hour (Deltec HLP 5250) for my 300-liter display, and the output is far from impressive.

John3335

The task is not entirely correct, as it initially starts from the desired circulation of the "tank-sump" that should be achieved in the end. Then we calculate: a) the perimeter of the drainage part of the overflow box in cm. b) the diameter of the Durso. c) then we select the pump(s), taking into account the drop in performance due to the lift/bends in the pipeline/plans for discharge into the bypass/supply to substrate reducers...

Devon107

It turns out they are right. A 1.5" pipe is needed.

Heather9815

How much are we planning to pump per hour? Why is it necessary to have 1.5"? Here's what they write here: If one with a 1" inlet is not enough, then just install two and adjust the valves below.

Kathryn514

Well, considering that it seems you need 5-6 volumes per hour, then 600 x 6 = 3600 liters or 952 gallons. They write the same thing. 600 gallons - 1" 1500 gallons - 1.5" I get somewhere in the middle - 1.3".

Ryan

It is better to choose a diameter with a margin and install a ball valve than to find it insufficient later and have to re-glue the entire drain.

Aaron6112

I am planning to.