guess its too late to silicone a few ceiling tiles on the bottom 'eh?
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It’s one of the solvent welds at one of the 2 inch to 1 inch reducer tees. I’ll get a better picture of it later. No leaks at the bulkheads and DEFINITELY no leaks at the seams of the tank.What are you J B welding ?
pic ?
It’s one of the solvent welds at one of the 2 inch to 1 inch reducer tees. I’ll get a better picture of it later. No leaks at the bulkheads and DEFINITELY no leaks at the seams of the tank.
I knew I might have had a problem though. I couldn’t get one of the thread/slip adapters in all the way so I ended up cutting it off and, using a new one I cemented it in and it made a surprisingly good joint. There was a slight gap evidently which I didn’t catch however. It’s an easy enough fix thankfully. It helps that once I fill the tank to just above the top bulkheads it’ll be 3/4 full. There won’t be tons of water pressure on the return line, at least not as much as the drain line has on it.
I used that initially. Can the primer and cement adhere to old primer and cement? I figured it was like with silicone where new silicone can’t adhere to old silicone.PVC-PVC,better IME... ;):)![]()
I’ll give that a try. Thank you.Yes , long as not dripping ,no primer needed, thin coat let dry 2-3 hrs ,then apply good coat ,Done forever... ;) :)
That’s a possibility too. The weight of the pump might preclude that however. I guess I’ll know when it gets here and I have it all hooked up.You can also secure the vinyl hose to the stand and suspend the pump from its barbs into the hose?
I got some wood for that purpose. It’s not so bad with no water pressure or vibrations but once the pump goes online the support system needs to be in place. I’m probably going to incorporate a dosing shelf which will attach to the supports. I’ll attach all of it to the stand.so I was just thinking and then I went back and something makes me think you should add support for the plumbing on the back.
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you could probably position a vertical 2x4 or 2x3 at each end of the pipe to handle any weight from the water in that pipe.
www.reef2reef.com
I used to run 150s. They grow stuff well. I've also used 250s and 400s.Yesterday my reefing friend gave me about 10 lbs of live rock from her DT. It’s got mushrooms, xenia, and waving hands anthellia on it.
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I added my return pump (which I’ll use in my 75 gallon sump alongside another pump like it) to the DT last night. It’s on its side and positioned where the pump’s output hits a rock. The flow gets diverted around the rock and from there to the nems and corals that desperately need it.
My reefing friend also has a 6 foot light bar that has three 150 watt metal halide lamps (HQI) she’s selling me. I assume I can only keep LPS and soft corals on the sand bed if I use the stock ballasts. If needed I’ll upgrade the ballasts and run 250 watt HQI lamps. If I remember correctly HQI lamps are superior to SE lamps such that a 150 watt HQI lamp does as good a job as a 250 watt SE lamp. I’m going to research this but if so I might be able to run 150s and have it work out well. We shall see though.
My tank is 29.5 inches deep. I have about an inch of sand though so it’s more like 28.5. I’ll either use 10000k lamps or even 6500k like I run now. I’ll eventually use ATI blue plus lamps.I used to run 150s. They grow stuff well. I've also used 250s and 400s.