marvelfan
Member
Quote:
Originally Posted by Icedtc http:///t/390857/im-finally-up-and-running/20#post_3464214
Sounds like you are getting things going now!
Just a quick question, why are you setting up a float switch on your return pump?
I foresee 2 possible flooding scenarios.
1. Power outage/Pump Failure - Sump overflows - I've taken care of this by making sure my sump can handle the amount of water left over in the overflow without flooding. I've also drilled a siphon break hole into the return line to the display tank. Tested and verified to work!
2. Overflow fails - Clog or loss of siphon resulting in sump return running dry and display tank overflowing.
The only solutions I can come up with is to either install a float switch hidden on the top back rim of the display tank that will trigger the pump to turn off in the event the water level is about to spill over the top. Another option would be to trigger it if the sump level reaches a low point where the return isn't refilling, but I would like to install a ATO later and want to keep the float switches segregated. One on the DT for the return pump and one in the sump for the ATO (to be installed at a later date).
Today I learned about 12V Relays and how to not fry your float valves!
I was looking into Aquarium controllers and optics as options, but I just don't want to spend that kind of money right now. I plan to install a controller about the time I'm starting to play around with adding corals. The reefkeeper is looking good. I think I'll splurge and go elite when the time comes. One of those things I can move to a larger tank in the future.
Hope that answers the question. If I had a drilled tank I wouldn't bother, but with the overflow and already having a flood occur once on the first night, I just want to ease my mind when I'm not home.
For now I have an aqua lifter installed up the overflow tube to ensure siphon is never lost. If it is, the vacuum will reestablish siphon while I'm away.
Originally Posted by Icedtc http:///t/390857/im-finally-up-and-running/20#post_3464214
Sounds like you are getting things going now!
Just a quick question, why are you setting up a float switch on your return pump?
I foresee 2 possible flooding scenarios.
1. Power outage/Pump Failure - Sump overflows - I've taken care of this by making sure my sump can handle the amount of water left over in the overflow without flooding. I've also drilled a siphon break hole into the return line to the display tank. Tested and verified to work!
2. Overflow fails - Clog or loss of siphon resulting in sump return running dry and display tank overflowing.
The only solutions I can come up with is to either install a float switch hidden on the top back rim of the display tank that will trigger the pump to turn off in the event the water level is about to spill over the top. Another option would be to trigger it if the sump level reaches a low point where the return isn't refilling, but I would like to install a ATO later and want to keep the float switches segregated. One on the DT for the return pump and one in the sump for the ATO (to be installed at a later date).
Today I learned about 12V Relays and how to not fry your float valves!
I was looking into Aquarium controllers and optics as options, but I just don't want to spend that kind of money right now. I plan to install a controller about the time I'm starting to play around with adding corals. The reefkeeper is looking good. I think I'll splurge and go elite when the time comes. One of those things I can move to a larger tank in the future.
Hope that answers the question. If I had a drilled tank I wouldn't bother, but with the overflow and already having a flood occur once on the first night, I just want to ease my mind when I'm not home.
For now I have an aqua lifter installed up the overflow tube to ensure siphon is never lost. If it is, the vacuum will reestablish siphon while I'm away.