A
Anonymous
Guest
Ok I've been toying with the idea of doing a surge for quite some time... unfortunately I'd like to keep it as cheap as possible, ie try to do with homedepot style PVC pipes. Unfortunately that's going to restrict the size of the surge, which could be a good thing but I had a couple ideas and I wanted to see if anyone had any first hand info on flow rates.
The two biggest sizes I can get are 1.5inch and 2inch pipes. But while playing with the various connectors they have it seems that the only way I can do it is with all one pipe size is if I did 1.5inch, since they seemed to be missing the connector that'd allow me to go through the acrylic in the 2inch size. This got me thinking though, because they did have adapters that go from 1.5inch to 2inch, could I mix and match sizes to get any benifit from flow.
So I'm wondering if I had 2inch pipe inside the surge tank, and 1.5inch to the tank (or vice versa) would this provide any more flow than if it was 1.5 inch pipe the whole way? The only reason I'm thinking this is because if you have a pump, and you reduce the size at the end while you do lose some flow due to backpressure you still have more or less the same flow coming out. But I'm unsure with the siphon principle (should note that's the design I had in mind) and if having a larger intake pipe would make any difference than if I had it all the same size.
The two biggest sizes I can get are 1.5inch and 2inch pipes. But while playing with the various connectors they have it seems that the only way I can do it is with all one pipe size is if I did 1.5inch, since they seemed to be missing the connector that'd allow me to go through the acrylic in the 2inch size. This got me thinking though, because they did have adapters that go from 1.5inch to 2inch, could I mix and match sizes to get any benifit from flow.
So I'm wondering if I had 2inch pipe inside the surge tank, and 1.5inch to the tank (or vice versa) would this provide any more flow than if it was 1.5 inch pipe the whole way? The only reason I'm thinking this is because if you have a pump, and you reduce the size at the end while you do lose some flow due to backpressure you still have more or less the same flow coming out. But I'm unsure with the siphon principle (should note that's the design I had in mind) and if having a larger intake pipe would make any difference than if I had it all the same size.