Mr. Brooks
MASVC Member
Check this out!
<a href="http://s60.photobucket.com/albums/h39/thechad21_2006/?action=view¤t=pump_mdm_sequence_reeflo_barracudac.jpg" target="_blank"><img src="http://i60.photobucket.com/albums/h39/thechad21_2006/pump_mdm_sequence_reeflo_barracudac.jpg" border="0" alt="Photobucket"></a>
This is the flow chart for the Barracuda. I think it shows that if I valve the pump down to 2000 GPG, which is what I think I'm going to need to feed everything and still get 5x through the sump, it'll only consume 190 watts!. That's 30 watts more than the Dart. The difference though is that the Barracuda can push 2000 GPH under 15' of head preasure, the Dart can only do this up against 7'. The super Dart can do it against 8'. So I run the risk of not enough flow with a Dart to save 30 watts. With the Barracuda I'm guaranteed enough flow, with extra if I ever need it, for 30 watts more. This would pay for itself if I end up needing a seperate pump to feed the chiller. Thoughts?
<a href="http://s60.photobucket.com/albums/h39/thechad21_2006/?action=view¤t=pump_mdm_sequence_reeflo_barracudac.jpg" target="_blank"><img src="http://i60.photobucket.com/albums/h39/thechad21_2006/pump_mdm_sequence_reeflo_barracudac.jpg" border="0" alt="Photobucket"></a>
This is the flow chart for the Barracuda. I think it shows that if I valve the pump down to 2000 GPG, which is what I think I'm going to need to feed everything and still get 5x through the sump, it'll only consume 190 watts!. That's 30 watts more than the Dart. The difference though is that the Barracuda can push 2000 GPH under 15' of head preasure, the Dart can only do this up against 7'. The super Dart can do it against 8'. So I run the risk of not enough flow with a Dart to save 30 watts. With the Barracuda I'm guaranteed enough flow, with extra if I ever need it, for 30 watts more. This would pay for itself if I end up needing a seperate pump to feed the chiller. Thoughts?