queloque May 28, 2009 Share May 28, 2009 Thanks for any response. Link to comment Share on other sites More sharing options...
phisigs79 May 28, 2009 Share May 28, 2009 Your water level is Link to comment Share on other sites More sharing options...
queloque May 28, 2009 Author Share May 28, 2009 (edited) Your water level is the water level is not. Just the angle of the picture. I have about 6 inches of height above the top of the baffle. After a power outage, water level goes up 2 inches. Edited May 28, 2009 by queloque Link to comment Share on other sites More sharing options...
bamainva May 28, 2009 Share May 28, 2009 I would say if it is working and more importantly there won't be a flood if there is a power outage it is at the right level. Link to comment Share on other sites More sharing options...
queloque May 28, 2009 Author Share May 28, 2009 I would say if it is working and more importantly there won't be a flood if there is a power outage it is at the right level. Thanks. yeah, i've done a few power outage tests so it won't happen in the sump. I just didn't know if the skimmer pump sucks in more gunk at a much lower level or higher level. I remember reading something where skimmers perform better at a certain level in the tank but I wasn't sure. Link to comment Share on other sites More sharing options...
bamainva May 28, 2009 Share May 28, 2009 Thanks. yeah, i've done a few power outage tests so it won't happen in the sump. I just didn't know if the skimmer pump sucks in more gunk at a much lower level or higher level. I remember reading something where skimmers perform better at a certain level in the tank but I wasn't sure. Hmmm...wish I could help you on that one. I haven't seen anything on that. I had a skimmer about 6-7 inches up on a platform that performed the same as when i moved it to another set up and was only about 1-2 inches up on a platform. Link to comment Share on other sites More sharing options...
Origami May 28, 2009 Share May 28, 2009 Thanks. yeah, i've done a few power outage tests so it won't happen in the sump. I just didn't know if the skimmer pump sucks in more gunk at a much lower level or higher level. I remember reading something where skimmers perform better at a certain level in the tank but I wasn't sure. A few thoughts: * There's probably enough flow through the sump to keep the target compounds (the junk you'll be skimming out) in homogeneous solution (rather than separating out), so this should not be an issue. Skimming anywhere in the water column should be ok insofar as this is concerned. It's possible there may be a slightly higher concentration of hydrophobic compounds at the air-water interface, but I wouldn't make this the deciding factor. * Assuming that you are able to independently adjust the water level in the skimmer (using a gate valve or some other means): * The pump intake is off the bottom, so it is less prone to sucking in debris that settles there. This may reduce maintenance needs. * The pump intake is far enough from the surface to keep it from creating a whirlpool and sucking air from the surface unnaturally. (You need to make sure that this doesn't change with evaporation.) * The venturi input to the pump is not too deep, this should help air intake performance (that's a good thing). (It takes more effort for a pump to pull air down deep into the water than when it's higher up.) Link to comment Share on other sites More sharing options...
queloque May 28, 2009 Author Share May 28, 2009 A few thoughts:* There's probably enough flow through the sump to keep the target compounds (the junk you'll be skimming out) in homogeneous solution (rather than separating out), so this should not be an issue. Skimming anywhere in the water column should be ok insofar as this is concerned. It's possible there may be a slightly higher concentration of hydrophobic compounds at the air-water interface, but I wouldn't make this the deciding factor. * Assuming that you are able to independently adjust the water level in the skimmer (using a gate valve or some other means): * The pump intake is off the bottom, so it is less prone to sucking in debris that settles there. This may reduce maintenance needs. * The pump intake is far enough from the surface to keep it from creating a whirlpool and sucking air from the surface unnaturally. (You need to make sure that this doesn't change with evaporation.) * The venturi input to the pump is not too deep, this should help air intake performance (that's a good thing). (It takes more effort for a pump to pull air down deep into the water than when it's higher up.) Thanks a lot!!! Link to comment Share on other sites More sharing options...
Origami May 28, 2009 Share May 28, 2009 By the way, the last three bullets were supposed to be sub-bullets under the second one.... It looks like the board software removed the extra spaces preceeding the sub-bullets. You get the message though, right? Link to comment Share on other sites More sharing options...
six-line May 29, 2009 Share May 29, 2009 I have my G-3 in 10" of water and it skims awesome, I also have the gate value mod so I can tweak it to get the opium performance. Link to comment Share on other sites More sharing options...
queloque May 29, 2009 Author Share May 29, 2009 By the way, the last three bullets were supposed to be sub-bullets under the second one.... It looks like the board software removed the extra spaces preceeding the sub-bullets. You get the message though, right? I got it. Thanks. Link to comment Share on other sites More sharing options...
queloque May 29, 2009 Author Share May 29, 2009 I have my G-3 in 10" of water and it skims awesome, I also have the gate value mod so I can tweak it to get the opium performance. I would screw my skimmer up if I tried to install the gate valve mod. Link to comment Share on other sites More sharing options...
Recommended Posts
Create an account or sign in to comment
You need to be a member in order to leave a comment
Create an account
Sign up for a new account in our community. It's easy!
Register a new accountSign in
Already have an account? Sign in here.
Sign In Now