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I removed the sump from the system Sunday a week ago. I just got it installed back in the system Monday evening. While it was out I completed the drain line plumbing to the Sump. I made a acrylic cooling fan holder and also a probe holder that allows probes to be added in the bubble trap. I also made the feet for the corner boxes along with a acrylic cover for mounting float switches to the return compartment and probe holders to the refugium compartment. I was in a hurry so I did not get a lot ...

I decided to try and make a couple of corner boxes for the sump that I could used to either add media or add some small live rock. The drain manifold would output into these before entering the compartment the boxes are in. I have little room so I decided to make them in the shape of a triangle. Since the sump is currently in use I did not make the base portion at the bottom of the boxes yet. I will have to make these when I pull the sump to finish the drain manifold. Below is a photo of the parts ...

It has been 3 weeks since I filled the tank with water so I thought I would give an update. I have had no issue with the tank itself. There are 2 MP10's for flow. I have a Avast Marine calcium reactor kit, Avast Marine biopellet reactor kit both with Sicce Syncra 1.0 pumps and a TLF 150 reactor. The return pump is a Sicce Syncra 3.0. The return manifold has 5 output ports with 1/4 valves. Four are in use with the current setup. I was going for 6 outputs but had to remove one to be able to remove ...

I mentioned the leak detect float switches in my last blog. So I figured I would post so information on them here. In the first photo is one bracket assembles and the parts for the second bracket. The second photo has the marks used to drill the hole for the float switch on the small part and the holes for the mounting screws on the long part. For this I used a combination square. I admusted it to near center to make the marks. This got me 2 parallel line. I just drilled the holes in the center ...

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I ran a leak simulation this weekend. I actually ran my Drinking water RO output to the tank and let it run down the outside of the tank to simulate an overfill, splash down the side or a leak at the seam of the tank. I let it run until the leak detection float switch was tripped. I only had a little puddle on the bottom outer frame at one of the side doors and a trickle in the front electronics compartmant where the conduit enters. A single drop ran down the back panel of the compartment. I have ...